CN103887654B

CN103887654B - For separating patch cord and the release mechanism of separate port component

Info

Publication number: CN103887654B
Application number: CN201310706539.4A
Authority: CN
Inventors: 迪帕克·维尼亚莫尔·穆拉利; 巴特·拉伊库马尔·耶廷德拉; 塞德里克·布鲁诺·皮埃尔·肖万; 布莱恩·亚历山大·高洛伊
Original assignee: Schneider Electric Industries SAS
Current assignee: Schneider Electric Industries SAS
Priority date: 2012-12-20
Filing date: 2013-12-19
Publication date: 2016-08-31
Anticipated expiration: 2033-12-19
Also published as: AU2013273627B2; CN103887654A; EP2747214A1; AU2013273627A1; EP2747214B1

Abstract

The present invention relates to for separating patch cord and the release mechanism of separate port component, including separate port component, it has multiple adapter, is assembled into the front end of panel assembly to keep receiving at least one adapter of patch cord by connector shell by its locking component.Trip lever component is formed by multiple attachment part of main part He the two ends being connected to main part.Bar component is attached to connector shell by its attachment part, makes bar component opposing connector housing move to the second relative end position from the first end position.When bar component moves to the first end position, the most mobile bar component is with from adapter separation patch cord；When bar component moves to the second relative end position, trip lever component forms grasping space to pull and to separate separate port component from panel assembly with locking component cooperation.This release mechanism improves accessibility and reduction user removes the gripping of the power needed for patch cord, beneficially human engineering and more preferably grasps.

Description

For separating patch cord and the release mechanism of separate port component

Technical field

The present invention relates generally to patch cord and separate port component from the neck of modular panels assembly removal/pull down Territory.More particularly it relates to a kind of for by patch cord and separate port component from modular panels components apart Release mechanism.It addition, the present invention also prevents patch cord to be connected and disconnected from the unwarranted of modular panels assembly.To use The connector port of adapter and the mandate of RJ45 belong to machine tool.

Background technology

In modular panels assembly, the most eurypalynous patch cord, particularly RJ-45 patch cord or plug, it is designed to It is plugged in adapter, and each of which is arranged with elastic extension locking folder, in order to patch cord is locked onto and is assembled in mould Remove from the adapter being assembled in modular panels in adapter in massing panel (Data panel) or by patch cord.Enter One step, multiple separate port components are assembled from the front end of modular panels, and are formed with and locked onto by separate port The clamping rpole of modular panels.Each separate port component is made up of adapter and connector shell, and is referred to as adapter Assembly with connector case.Each connector shell is each designed to (plug in the adapter receiving RJ45 patch cord (plug) Mouthful) be maintained in modular panels.

When being inserted in adapter by patch cord, the locking double-layered quilt of patch cord is engaged in the lock slots of adapter, and this makes From patch cord and the joint of the electrical contact of adapter, thus the cable at patch cord must terminated at and terminating at adapter Cable between set up electrical connection.Can manually extrude locking folder and patch cord is got loose from latched position, the most this hands The dynamic requirement that gets loose extrudes locking folder close to patch cord.Especially, patch cord can be removed from adapter by applying power, i.e. when During locking double-layered quilt user power pressing, patch cord self is pulled down from adapter and slides into outside adapter.Similarly, by pine Open separate port component and separate port component is maintained at any surface of adapter supporting lower face, separate port Component can remove from panel.

In this modular panels, multiple patch cords are closely spaced in together, and with abreast or with The compact mode of one modular panels being stacked on another is arranged and positions.This close on panel of patch cord Collection is installed may provide the next locking close to each patch cord in little gap or space to press from both sides.It is assembled into face at separate port component After in plate, it is contemplated that the panel assembled above and below separate port component, the close gap of the person of may be used in is the least. Especially, the location of adapter in the existence due to trade mark frame or identifying plate/panel and separate port component, available gap is more Little.It addition, be arranged on the panel below port to also add obstacle, therefore, available gap is less, and it becomes use The obstacle that both patch cord and separate port component are removed by person from panel.Therefore, user is difficult to close to patch cord locking folder Manually to remove patch cord, and user is difficult to unclamp clamping rpole to be removed from panel by separate port component.

In a kind of traditional scheme, user use the instrument of such as straight screwdriver etc. close to and extrude patch cord locking Folder is to remove patch cord, and presses and unclamp clamping rpole to remove separate port component from panel.But, this use The scheme of auxiliary tools is not highly effective, and also damages locking folder and the clamping rpole of separate port component of patch cord.Enter One step, user must carry this auxiliary tools to remove patch cord and separate port component from panel.

For these traditional schemes and design, there is less gap for removing the problem of patch cord from port and connecing The problem of the accessibility of plug wire is the most universal on whole this product line in field of network connections.Therefore, user is difficult to Extrude close to line locking folder and it or the foreign material around panel installation place are seen locking folder.Result is, removes these and connects Plug wire becomes be sick of and become burden for the user, because in order to patch cord is pulled out from corresponding adapter, and tradition Patch cord locking folder must be pushed in position.Further, the locking folder of patch cord is generally in the groove of adapter The deepest position, this may damage the fingernail of user when pulling down patch cord.Or, user must carry auxiliary tools Removing patch cord, this is troublesome.Therefore, it is necessary to provide one readily and reliably scheme to overcome above-mentioned lacking Point.

The present case of the network industry be connector port be open and can be by any unwarranted use The modular jack that person accepts.In the ordinary course of things, connector port may be misapplied or different communication jacks has meaning Outer connection.Accordingly, it would be desirable to prevent unwarranted personnel by patch cord from connector port remove/by patch cord and adapter Port disconnects.Replacing the problems referred to above, the specific purpose tool accommodating extention can be integrated so that assisting to lock/unclamp connects Plug wire and separate port component.

Accordingly, it is desired to provide a kind of for from the simple of modular panels components apart patch cord and separate port component and Release mechanism reliably, it can overcome drawbacks described above.This mechanism improves close to remove patch cord and more preferable Ground grasping is to remove separate port component.Further, it allows the installer to easily be removed from adapter by patch cord and reduce The strength that patch cord is removed by setter from adapter, and also for providing from modular panels assembly removal separate port component Good human engineering.It addition, this release mechanism should be able to prevent unexpected or unwarranted close and patch cord With the separation of separate port component, and also in order to security reason avoids the unwarranted insertion of patch cord.

Summary of the invention

It is an object of the invention to provide a kind of for patch cord and separate port component are divided from modular panels assembly From release mechanism, which raises accessibility so as to remove patch cord and be conducive to the most preferably grasping to remove separate end Mouth component.

Another object of the present invention be to provide a kind of for by patch cord and separate port component from modular panels assembly The release mechanism separated, its prevent unexpected or unwarranted close to and patch cord and the separation of separate port component, and And also for security reason and avoid the unwarranted insertion of patch cord.

Further aim of the present invention be to provide a kind of for by patch cord and separate port component from modular panels The release mechanism of components apart, which reduces user strength/power needed for connector port removes patch cord.

Further aim of the present invention be to provide a kind of for by patch cord and separate port component from modular panels The release mechanism of components apart, it from the pull-out of modular panels assembly for user and removes separate port component and provides human body Good grip in engineering.

Further aim of the present invention be to provide a kind of for by patch cord and separate port component from modular panels The release mechanism of components apart, which simplify structure, and in the case of not using or use simplest instrument easily Adaptive, dismounting and assembling again.

According to an aspect, it is achieved the present invention of this purpose relate to a kind of for by patch cord and separate port component from mould The release mechanism that massing panel assembly separates, including separate port component, this separate port component has multiple adapter, passes through Its locking component is assembled into the front end of panel assembly, in order to keep at least one receiving patch cord to connect by connector shell Connect device.Trip lever component is by main part and is connected to multiple attachment part of main part at the two ends of main part and is formed. Bar component is attached to connector shell by its attachment part so that bar component relative to connector shell from the first end position Move to the second relative end position.When bar component is moved to the first end position, trip lever component be moved further with Just patch cord is separated from adapter, but when bar component moves to the second relative end position, trip lever component and locking Component cooperation forms grasping space to pull separate port component and being separated from panel assembly by separate port component.This pine Release mechanism improves accessibility and reduces user and remove the strength/power needed for patch cord, also helps human engineering On good grip and preferably grasping so that user removes separate port component.Further, its simple in construction, and not Use instrument or the most adaptive in the case of using simplest instrument, dismounting and assemble again.

Additionally, the main part of trip lever component is formed by touch area and the arm region extended from touch area.Get loose The attachment part of bar component is positioned at the both sides outside touch area in touch area, and wherein attachment part includes swivel pin.Get loose Bar component is positioned as adjacent with the port areas of connector shell so that when patch cord is connected to by separate port component During adapter, the leading edge of arm region is positioned at below the securing rod of patch cord.

At the first end position, by pressing the touch area of trip lever component away from patch cord, trip lever component is relative Move in a downward direction in connector shell so that the leading edge of the arm region of trip lever component pushes the locking of patch cord Bar, in order to patch cord is separated from adapter.At the second end position, trip lever component relative to connector shell along side upwards To movement, so that arm region and the locking component cooperation in connector shell so that the arm region of trip lever component is used as grasping Space is to pull separate port component and being separated from panel assembly by separate port component.

Release mechanism farther includes: pin assemblies, and this pin assemblies has at least two pin, and this at least two pin is in its one end Place is loaded and is bonded to spring member.Pin assemblies is assembled in the main part of trip lever component so that by trip lever When component is assembled in separate port component, the pin of pin assemblies is extruded and relative to first end position and of trip lever component Two end positions lock together with connector shell, in order to limit trip lever component from the first end position to the shifting of the second end position Dynamic, vice versa.Spring member is extruded to separate pin with connector shell, in order to by trip lever component from the first end position Putting and move to the second end position, vice versa.

According to another aspect, it is achieved the present invention of this purpose relate to a kind of for by patch cord and separate port component from The release mechanism of modular panels components apart, including separate port component, this separate port component has multiple adapter, logical Cross its locking component and be assembled into the front end of panel assembly, in order to by connector shell keep receive patch cord at least one Adapter.Trip lever component is by main part and be connected to multiple attachment of main part at the two ends of main part fractal Become.Bar component is attached to connector shell by its attachment part so that bar component relative to connector shell from the first end Position moves to the second relative end position.Port lock component is attached to separate port component or trip lever component, with limit Trip lever component processed is from the movement of its first end position.When bar component is at the first end position, port lock component is from separate end Mouth component or trip lever component are removed, patch cord is separated from adapter by the most mobile trip lever component, and When bar component moves to the second relative end position, trip lever component and locking component cooperation form grasping space to pull Separate port component is also separated by separate port component from panel assembly.Another object of the present invention is to provide a kind of for inciting somebody to action Patch cord and separate port component are from the release mechanism of modular panels components apart, and it prevents unexpected or unwarranted close And patch cord and the separation of separate port component, and also in order to security reason avoids the unwarranted insertion of patch cord. This release mechanism, in addition to easily releasable patch cord and port members, also prevents unexpected or unwarranted close and patches Line and the separation of separate port component, and also in order to security reason avoids the unwarranted insertion of patch cord.

Trip lever component is positioned as adjacent with the port areas of connector shell, in order to when patch cord passes through connector case Body is connected to push during adapter the securing rod of patch cord.At the first end position, by trip lever component is pressed away from patching Line, trip lever component moves in a downward direction relative to connector shell so that at least some of pushing of trip lever component The securing rod of patch cord, in order to patch cord is separated from adapter.At the second relative end position, trip lever component is relative to even Connect device housing to move in the upward direction, so that the locking component at least some of and connector shell of trip lever component closes Make so that trip lever component is used as grasping space to pull separate port component and being divided from panel assembly by separate port component From.

A design according to the port lock component associated with the second aspect or embodiment of the release mechanism of the present invention Design, arm region that the main part of trip lever component by lock arm, extends from lock arm and to be positioned at attachment part rear many Individual guiding elements is formed, and lock arm has raised areas at its free end.Port lock component is by U-shaped body region and is leading At least two extensible zone formation that two edges at the center of body region extend from body region and tilt toward each other.End The body region of mouth locking component is formed with groove at its center and the multiple guide slits at its free end.End At least one in the extensible zone of mouth locking component is formed with lock slots.Port lock component is attached to get loose Bar component so that the guiding elements of trip lever component is directed in the corresponding guide slits of port lock component, and locks The raised areas of arms is locked in the lock slots of port lock component, to limit trip lever component from its first end position Mobile.By the groove operation instrument in body region by the raised areas of the lock arm of trip lever component from port lock component Lock slots separate, thus port lock component is pulled down from trip lever component, in order to trip lever component from the first end position to The movement of the second end position, vice versa.

Another according to the port lock component associated with the second aspect or embodiment of the release mechanism of the present invention sets Meter design, port lock component includes terminating at the U-shaped body region of deflection pin and at one of the center edge of U-shaped body region The base flange extended from U-shaped body region.Port lock component is deflected and consumes pin by it and is locked into separate port Component so that the securing rod of patch cord is locked at least some of of trip lever component and the base flange of port lock component Between, to limit the movement from its first end position of the trip lever component.The consumption pin of port lock component is deflected and from independence Port members unclamps, in order to pulled down from trip lever component by port lock component, thus trip lever component from the first end position to The movement of the second end position, vice versa.Port lock component consumes pin by it and is assembled into separate port with reversion orientation Component, to stop the port areas of separate port component.

Another according to the port lock component associated with the second aspect or embodiment of the release mechanism of the present invention sets Meter design, the main part of trip lever component is formed by touch area and the arm region extended from lock arm, wherein arm region quilt Be formed as there is lead arm to limit guide space in touch area.Port lock component includes the master terminating at deflection flange The lock flange that body region, the extensible flange extended from the top edge of body region and the lower limb from body region extend, Wherein the body region of port lock component is formed the heart wherein and has groove.The most illusory patch cord is plugged into adapter In, port lock component is maintained at machine tool inside and is attached to trip lever component, so that the lock of port lock component Determine flange to be directed in the guide space limited by the lead arm of trip lever component, and the deflection flange of port lock component It is locked in connector shell, to limit the movement of trip lever component and also port lock component is maintained at suitable position In putting.In this case, the port lock of illusory patch cord and connector port remain unauthorized persons can not be close With connection patch cord.

For close and use connector port, the deflection flange of port lock component is deflected by the two of instrument flanges, And operate instrument by the groove in the body region of port lock component and unclamped from connector shell and pull out, thus Port lock component is removed from trip lever component, in order to illusory patch cord is also moved by mobile trip lever component from connector port Remove.Given situation is that authorized user provides the chance that patch cord is assembled into connector port.As it has been described above, by inciting somebody to action Port lock component is assembled in trip lever component, and unwarranted the removing of patch cord is prevented from.

Accompanying drawing explanation

Discuss the present invention with reference to the accompanying drawings in more detail.

Fig. 1 illustrates the release mechanism with trip lever component depicting the exemplary first embodiment according to the present invention Decomposition view；

Fig. 2 illustrates the trip lever being coupled in connector shell depicting the exemplary first embodiment according to the present invention The assembled view of the patch cord in component and insertion connector shell；

Fig. 3 illustrates the isometric top view of the trip lever component of the exemplary first embodiment according to the present invention；

Fig. 4 illustrates the isometric bottom view of the trip lever component of the exemplary first embodiment according to the present invention；

Fig. 5 illustrates and depicts the patch cord of the exemplary first embodiment according to the present invention and be positioned at the first end position The sectional view of trip lever component；

Fig. 6 illustrates and depicts the patch cord of the exemplary first embodiment according to the present invention and get loose when the first end position The further movement of sectional view of bar component；

Fig. 7 illustrates the pine being positioned at the second relative end position depicting the exemplary first embodiment according to the present invention The schematic diagram of de-bar component；

Fig. 8 illustrates the trip lever component being assembled with spring loaded pin assembly of the exemplary second embodiment according to the present invention Decomposition view；

Fig. 9 illustrate depict the exemplary second embodiment according to the present invention in separate port component, be locked in the The trip lever component of one end position and the assembled view of pin assemblies；

Figure 10 illustrate depict the exemplary second embodiment according to the present invention be locked in getting loose of the first end position The assembled view of bar component and pin assemblies and patch cord；

Figure 11 illustrates the spring using instrument squeeze pin assembly depicting the exemplary second embodiment according to the present invention Component is with the schematic diagram got loose from the first end position by trip lever component；

Figure 12 illustrates the once use instrument extrusion spring component depicting the exemplary second embodiment according to the present invention Then trip lever component is from the schematic diagram moved up of the first end position；

Figure 13 illustrates the trip lever being locked in the second end position depicting the exemplary second embodiment according to the present invention Component and the schematic diagram of pin assemblies；

Figure 14 illustrates the spring using instrument squeeze pin assembly depicting the exemplary second embodiment according to the present invention Component is with the schematic diagram got loose from the second end position by trip lever component；

Figure 15 illustration depicts exemplary 3rd embodiment according to the present invention and has trip lever component and port lock structure The decomposition view of the release mechanism of part；

Figure 16 illustration depicts exemplary 3rd embodiment according to the present invention and coordinated before assembling port lock component Trip lever component in connector shell and the assembled view of patch cord；

Figure 17 illustrates the isometric top view of the trip lever component of exemplary 3rd embodiment according to the present invention；

Figure 18 illustrates the outside isometric view of the port lock component of exemplary 3rd embodiment according to the present invention；

Figure 19 illustrates the inner side isometric view of the port lock component of exemplary 3rd embodiment according to the present invention；

Figure 20 illustrates fitting together with trip lever component of depicting exemplary 3rd embodiment according to the present invention The schematic diagram of port lock component；

Figure 21 illustrates exemplary 3rd embodiment depicted according to the present invention and uses instrument to get loose and trip lever component group The detailed view of the port lock component being fitted together；

Figure 22 illustrates the isometric view of the port lock component of exemplary 4th embodiment according to the present invention；

Figure 23 illustration depicts exemplary 4th embodiment according to the present invention and patch cord and trip lever component is locked in The isometric view of the port lock component of its first end position；

Figure 24 illustrates and depicts the use port lock component of exemplary 4th embodiment according to the present invention and be locked The detailed view of trip lever component at the first end position of trip lever component；

Figure 25 illustrates exemplary 4th embodiment depicted according to the present invention to invert the port lock structure of direction and location The detailed view of part；

Figure 26 illustrates and is connecting coordinating before assembling port lock component of exemplary 4th embodiment according to the present invention Connect the assembled view of the trip lever component in device housing and illusory patch cord；

Figure 27 illustrates the isometric top view of the trip lever component of exemplary 4th embodiment according to the present invention；

Figure 28 illustrates the outside isometric view of the port lock component of exemplary 4th embodiment according to the present invention；

Figure 29 illustrates the inner side isometric view of the port lock component of exemplary 4th embodiment according to the present invention；

Figure 30 illustrates and depicts the use instrument of exemplary 4th embodiment according to the present invention by port lock component group Install to the detailed view in trip lever component and separate port component；With

Figure 31 illustration depicts the use instrument of exemplary 4th embodiment according to the present invention and gets loose and trip lever component The detailed view of the port lock component fitted together.

Detailed description of the invention

The present invention generally described a kind of modular panels assembly, and it is arranged and is arranged as having multiple adapter 20, connector shell 30 and patch cord 40, wherein modular panels assembly can be Data panel assembly.Multiple separate port components 100 are assembled into modular panels assembly in a stacked, in order to multiple adapters 20 are firmly held in modular panels In assembly, thus multiple adapter (socket) 20 receives multiple patch cord (plug) 40 by connector shell 30 respectively.

Fig. 1 illustrates the release mechanism with trip lever component 50 depicting the exemplary first embodiment according to the present invention Decomposition view.The present invention describe for by patch cord 40 and separate port component 100 from modular panels components apart Release mechanism.This release mechanism is made up of connector shell 30 and trip lever component 50.By adapter 20 and connector shell 30 Before the separate port component 100 constituted is used for keeping the locking component 34 of adapter 20 to be assembled into panel assembly by it End, adapter 20 receives patch cord 40 by connector shell 30.The locking component 34 of connector shell 30 is formed engaging Bar, separate port component 100 is blocked merging and is locked on panel assembly by it.

Fig. 2 illustrate depict the exemplary first embodiment according to the present invention be coupled to getting loose in connector shell 30 The assembled view of the patch cord 40 in bar component 50 and insertion connector shell 30.By separate port component 100 and adapter After 20 are assembled in panel assembly, patch cord 40 can be plugged in adapter 20, so that from patch cord 40 and adapter The joint of the electric contact of 20, thus set up terminate at cable 10 and the cable 10 terminated at adapter 20 at patch cord 40 it Between electrical connection.Patch cord 40 includes but not limited to RJ-45 patch cord or plug.Patch cord 40 is arranged to have the company of being assembled in Connect the snap lock fixed pole 42 in device part, for being locked in adapter 20 or by patch cord 40 patch cord 40 from adapter 20 remove.Especially, when patch cord 40 is inserted in adapter 20 by the port areas 32 of connector shell 30, patch cord The securing rod 42 of 40 is engaged in the lock slots 22 of adapter 20.

Fig. 3 illustrates the isometric top view of the trip lever component 50 of the exemplary first embodiment according to the present invention.Trip lever Component 50 is by main part 52 and is connected to one group of attachment part 54 of main part 52 at the two ends of main part 52 and is formed.Bar Component 50 is assembled by its attachment part (particularly hinge portion) 54 and is attached to connector shell 30 so that bar component 50 Can rotate around the longitudinal axis of hinge portion 54 relative to connector shell 30 and maybe can pivot.Especially, bar component 50 is attached Connect part 54 hinged with the hole 36 being formed in connector shell 30 at 30 two front bottom sides of connector shell, wherein adapter The profile in the hole 36 of housing 30 can be formed and the outline of attachment part 54, in order to receives bar component 50.

The main part 52 of trip lever component 50 is formed by touch area 56 and the arm region 58 extended from touch area 56, As shown in Figure 4, Fig. 4 illustration is according to the isometric bottom view of the trip lever component 50 of the exemplary first embodiment of the present invention.Pine It is outside at two side flanges 562 of touch area 56 that the attachment part 54 of de-bar component 50 is located at touch area 56, wherein Attachment part 54 is designed to cylindrical hinging pin.The main flange 581 of the arm region 58 of bar component 50 master from touch area 56 At least Part portions of one of flange 561 extends and rises so that the master in touch area 56 is convex for the side flange 582 of arm region 58 Extending in edge 561, this separates in the touch area 56 of bar component 50 and limits Petting Area 563.

Fig. 5 illustrates and depicts the patch cord 40 of the exemplary first embodiment according to the present invention and be positioned at the first end position The sectional view of the trip lever component 50 at P1.Trip lever component 50 is positioned as port areas 32 phase with connector shell 30 Adjacent so that the front of arm region 58 when patch cord 40 is plugged in adapter 20 by the port areas 32 of connector shell 30 Edge is positioned at the lower section of the securing rod 42 of patch cord 40.When trip lever component 50 can be attached pivotally to connector shell 30, Bar component 50 moves to the second relative end position P2 relative to connector shell 30 from the first end position P1.Especially, One or free end position P1, bar component 50 and connector shell 30 be located such that once patch cord 40 passes through connector shell 30 are connected to adapter 20, the lower surface of the securing rod 42 of the leading edge contact patch cord 40 of arm region 58.

Fig. 6 illustrates and depicts the patch cord 40 of the exemplary first embodiment according to the present invention and trip lever component 50 the Further movement of sectional view during one end position P1.When bar component 50 moves to the first end position P1, trip lever component 50 quilt Pressing is to separate patch cord 40 further.Especially, at the first end position P1, manually pressing trip lever component 50 is tactile Touch user power little for region 56(to apply on it) away from patch cord 40, trip lever component 50 is relative to connector shell 30 Move the most in a downward direction, thus the leading edge of the arm region 58 of trip lever component 50 pushes the securing rod of patch cord 40 42, this contributes to user and is used for separating patch cord 40 with adapter 20 from the promotion of its latched position by securing rod 42, and will Patch cord 40 pulls out adapter 20.This first or free position/function P1 at, user promote trip lever component 50 make it enclose Rotate around hinge portion 54 and transfer force on the securing rod 42 of patch cord 40.Subsequently, user can easily will patch Line 40 pulls out adapter 20.Therefore, this release mechanism reduces user/setter and from adapter 20, patch cord 40 is removed institute Effort/the power needed.This additionally aids and overcomes the complexity taking patch cord 40 in the less installing space of panel assembly apart.

Similarly, when bar component 50 moves to the second relative end position P2, trip lever component 50 and locking component 34 Cooperation formation grasping space, to pull and separate separate port component 100, depicts according to this as it is shown in fig. 7, Fig. 7 illustrates The schematic diagram of the trip lever component 50 being positioned at the second relative end position P2 of bright exemplary first embodiment.Especially, At the second relative end position P2, trip lever component 50 rotates towards connector shell 30 in the upward direction, in order to Shi Bei district Territory 58 arrives the forward position relative to connector shell 30, and this is formed with locking component 34 cooperation of connector shell 30 and use Act on the grasping space of user, thus the arm region 58 of trip lever component 50 is pulled by user, to unclamp connector case The locking component 34 of body 30, and then separate port component 100 is separated from panel assembly/removes.In this second position/function P2, trip lever component 50 rotates around hinge portion 54 so that arm region 58 arrives front, this contribute to user relative to The bottom of the locking component 34 of connector shell 30 provides grasping, the engaging/locking component 34 at the top that simultaneously gets loose, in order to pull Separate port component 100 is also taken apart by separate port component 100 from panel assembly.Therefore, this release mechanism is user/peace Dress person provides the gripping of good human engineering so that by separate port component 100 from modular panels assembly removal.Cause This, the release mechanism of the present invention is referred to as dual purpose release mechanism, with an improved proximity to remove patch cord 40, and favorably In preferably grasping is to remove separate port component 100, so that patch cord 40 and separate port component 100 are easily from mould Massing panel separates.It addition, its simple structure and in the case of not using or use simplest instrument by easily disassembled and Assemble again.Mechanism operates in the case of the Data panel of the frame unit size that standard is 1.

Fig. 8 illustrates the trip lever structure being assembled with spring loaded pin assembly 60 of the exemplary second embodiment according to the present invention The decomposition view of part 50 '.The another aspect of the core idea without departing substantially from release mechanism disclosed above according to the present invention, gets loose Mechanism farther includes the spring loaded pin assembly 60 being assembled in trip lever component 50 ' disclosed above, in order to for safety Reason and stop patch cord 40 ' and connector port 32 ' to separate, this it can be avoided that and prevent unexpected and without permission close to And patch cord 40 ' from the separation of adapter 20 ' and separate port component 100 ' from the separation of modular panels assembly, such as Fig. 9 institute Show, Fig. 9 illustrate depict the exemplary second embodiment according to the present invention in separate port component 100 ', be locked in the The trip lever component 50 ' of one end position P1 and the assembled view of pin assemblies 60.Pin assemblies 60 includes that at least two pin 62, pin 62 exist Its one end is loaded with spring member 66, in order to linked together by pin 62 in back-to-back mode.Each pin 62 is formed Cylindrical form, and be arranged to have retainer 64, retainer 64 is formed on the excircle of pin 62, and is loaded with spring The end of component 66 is adjacent.The retainer 64 of each pin 62 is configured as pin assemblies 60 and is fitted to trip lever component 50 ' Touch area 56 ' in time spring member 66 is captured in two pins 62.

Pin assemblies 60 is fixed in the touch area 56 ' of trip lever component 50 ' so that the retainer 64 of two pins 62 is put Lean on and be trapped in the bar component arm region 58 ' of main part 52 ' from the main flange 561 ' in bar component touch area 56 ' The halt 564 ' place that extends of side flange 582 ', and the free end of two pins 62 is inserted into and is formed at trip lever component 50 ' Touch area 56 ' two side flanges 562 ' in hole 565 ' in, and it is outside to extend to hole 565 '.Trip lever component 50 ' The profile in hole 565 ' can be formed the outline of the pin 62 with pin assemblies 60.Especially, in two sides of touch area 56 ' Hole 565 ' in flange 562 ' is positioned as adjacent with the attachment part 54 ' of trip lever component 50 ', thus extends to this some holes The pin 62 of 565 ' outsides is also adjacent with the attachment part 54 ' of trip lever component 50 '.

Further, upper pin-and-hole and lower pin-and-hole 38 ' can be formed and each the attachment part hole in connector shell 30 ' Top side and the bottom side of 36 ' are adjacent.In the hole 36 ' by the attachment part 54 ' of bar component 50 ' being attached to connector shell 30 ' In thus time trip lever component 50 ' is assembled in connector shell 30 ' together with pin assemblies 60, the spring of pin assemblies 60 loads Stretching pin 62 correspondingly goes up pin-and-hole and lower pin-and-hole by what spring member 66 was extruded and was engaged in connector shell 30 ' In 38 '.At the top side in each attachment part hole 36 ' and the upper pin-and-hole of bottom side and lower pin-and-hole 38 ' in connector shell 30 ' point It is not positioned as the second end position P2 with trip lever component 50 ' and two lock parts of the first end position P1() relevant.

Figure 10 illustrates the pine being locked in the first end position P1 depicting the exemplary second embodiment according to the present invention De-bar component 50 ' and pin assemblies 60 and the assembled view of patch cord 40 '.First or initial end position at trip lever component 50 ' P1, the spring of pin assemblies 60 loads stretching pin 62 and is extruded by means of machine tool 150, and relative to attachment part hole 36 ' Bottom side at be engaged/be locked in corresponding lower pin-and-hole 38 ', the attachment part 54 ' of trip lever component 50 ' is engaged with attachment In partial hole 36 '.At this first end position P1, patch cord 40 ' can be inserted in the port areas 32 ' of connector shell 30 ', with Just connect and be plugged in adapter 20 '.Because the lower pin-and-hole 38 ' place that pin 62 is trapped in connector shell 30 ', therefore sell 62 stop unexpected or unwarranted close and patch cord 40 ' and separate port component 100 ' from the separation of panel assembly.

Figure 11 illustration depicts the use instrument 150 squeeze pin assembly 60 of the exemplary second embodiment according to the present invention Spring member 66 is with the schematic diagram got loose from the first end position 150 by trip lever component 50 '.Machine tool 150 can be made by mandate User uses with by means of retainer 64 extrusion spring component 66, in order to pin 62 moves to inside together, thus by pin 62 from The lower pin-and-hole 38 ' of connector shell 30 ' separates, and this contributes to the trip lever component 50 ' rotation by its attachment part 54 '.With After, by the touch point 563 ' Manual press at the touch area 56 ' place of trip lever component 50 ' to be made pine away from patch cord 40 ' De-bar component 50 ' moves the most in a downward direction relative to connector shell 30 ', thus the arm district of trip lever component 50 ' The leading edge of the main flange 581 ' in territory 58 ' pushes the securing rod 42 ' of patch cord 40 ', and this contributes to user and is pushed away by securing rod 42 ' From its latched position to be separated from adapter 20 ' by patch cord 40 ', and it is outside that patch cord 40 ' is moved to adapter 20 '.

Figure 12 illustrates the once use instrument 150 extrusion spring structure depicting the exemplary second embodiment according to the present invention Part 66 then trip lever component 50 ' is from the schematic diagram moved up of the first end position P1.In order to by separate port component 100 ' from Panel assembly removes, and trip lever component 50 ' rotates towards connector shell 30 ' in the upward direction, so that arm region 58 ' arrives Relative to the forward position of connector shell 30 ', this makes trip lever component 50 ' arrive at the second end position P2, such as Figure 13 institute Showing, Figure 13 exemplifies the trip lever structure being locked in the second end position P2 depicting the exemplary second embodiment according to the present invention Part 50 ' and the schematic diagram of pin assemblies 60.Subsequently, the spring of pin assemblies 60 is loaded stretching pin 62 and is extruded by instrument 150, and quilt Engage/lock onto in the corresponding upper pin-and-hole 38 ' of the top sides relative to attachment part hole 36 ', the attachment of trip lever component 50 ' 54 ' are divided to be engaged with in attachment part hole 36 '.At the second end position P2, the arm region 58 ' of trip lever component 50 ' and adapter Locking component 34 ' cooperation in housing 30 ' is as the grasping space of user, thus the arm region 58 ' quilt of trip lever component 50 ' User pulls in the upward direction, in order to unclamps locking component 34 ', thus is divided from panel assembly by separate port component 100 ' From.It addition, in the second latched position P2, release mechanism prevents from unexpectedly or being without permission inserted into patch cord 40 ' connection In device port.Reusing instrument 150, trip lever component 50 ' can be moved to the first end from the second end position P2 by user Position P1, vice versa, as shown in figure 14, Figure 14 illustrate depict the exemplary second embodiment according to the present invention make recruitment Has the spring member 66 of 150 squeeze pin assemblies 60 with the schematic diagram got loose from the second end position P2 by trip lever component 50 '.

Figure 15 exemplify depict exemplary 3rd embodiment according to the present invention there is trip lever component 50 ' ' and end The decomposition view of the release mechanism of mouth locking component 70.Further aspect of the present invention describes the core without departing substantially from release mechanism The release mechanism with lock-in feature of design, it is referred to alternatively as getting loose and locking mechanism.Release mechanism includes connector shell 30 ' ', trip lever component 50 ' ' and port lock component 70.Separate port component 100 ' ' include adapter 20 ' ' and connector case Body 30 ' ', connector shell 30 ' ' by its locking component 34 ' ' it is assembled into panel assembly to keep adapter 20 ' ', even Connect device 20 ' ' by connector shell 30 ' ' receive patch cord 40 ' '.Connector shell 30 ' ' locking component 34 ' ' is formed Clamping rpole, it is by separate port component 100 ' ' card merging is locked on panel assembly.By connector shell 30 ' ' and adapter 20 ' ' after fitting together, trip lever component 50 ' ' by its attachment part (particularly hinge portion) 54 ' ' company of being attached to Connect device housing 30 ' ', thus bar component 50 ' ' relative to connector shell 30 ' ' can rotate.Especially, bar component 50 ' ' attachment Two front bottom sides of part 54 ' ' with at connector shell 30 ' ' are formed at connector shell 30 ' ' in hole 36 ' ' is hinged on one Rising, the profile of wherein connector shell 30 ' ' hole 36 ' ' can be formed and attachment part 54 ' ' outline, in order to connect Put away sports equipment component 50 ' '.

Afterwards, once connector shell 30 ' ' with trip lever component 50 ' ' fits together, patch cord 40 ' ' can be by even The securing rod that ' port areas 32 ' ' is inserted into and is plugged into adapter 20 ' to connect device housing 30 ' ' in so that patch cord 40 ' ' 42 ' ' it is engaged to adapter 20 ' ' in.Subsequently, port lock component 70 be inserted into and be assembled in connector shell 30 ' ' in The movement of trip lever component 50 ' ' lock together, this stops trip lever component 50 ' ', unexpected or unwarranted to prevent Close to and patch cord 40 ' ' and separate port component 100 " ' from the separation of panel assembly, as shown in figure 16, Figure 16 illustrates description Exemplary 3rd embodiment according to the present invention was coupled to connector shell 30 ' before assembling port lock component 70 ' in The assembled view of trip lever component 50 ' ' with patch cord 40 ' '.Trip lever component 50 ' ' profile and port lock component 70 Profile is manufactured so that trip lever assembly 50 ' ' can lock together with port lock component 70, in order to prevent patch cord 40 ' ' With adapter 20 ' ' separate.Authorized user can use machine tool 150 ' to get loose port lock component 70, in order to will patch Line 40 ' ' with separate port component 100 ' ' separates from panel assembly.

Figure 17 illustrates the trip lever component 50 ' according to exemplary 3rd embodiment of the present invention ' isometric top view.Get loose Bar component 50 ' ' by main part 52 ' ' and in main part 52 ' one group of attachment of ' two ends be connected to main part 52 ' ' Divide 54 ' ' formed.The arm that trip lever component 50 ' ' main part 52 ' ' is by touch area 56 ' ' and from touch area 56 ' ' extends Region 58 ' ' formed.Trip lever component 50 ' ' attachment part 54 ' ' is positioned at touch area 56 ' ' outside in touch area 56 ' ' Two side flanges 562 ' ' place.The lock arm of the main flange 581 ' of bar component 50 ' ' arm region 58 ' ' ' from touch area 56 ' ' 564 ' ' extend and rise so that arm region 58 ' ' side flange 582 ' ' in touch area 56 ' in ' main flange 561 ' ' to extend, Wherein touch area 56 ' ' in lock arm 564 ' ' is used as touch point 563 ' ', in order to user presses trip lever component further 50 ' ' patch cord 40 ' is removed '.From arm region 58 ', ' extend lock arm 564 ' ' is formed with closer to lock arm The raised areas 565 ' of free end 564 ' ' '.It addition, arm region 58 ' ' each side flange 582 ' extended ' be formed and It is arranged as that there is in its outer surface one group of guiding elements 583 ' ', wherein guiding elements 583 ' ' it is shaped as cylindrical pin.

Figure 18 illustrates the outside isometric view of the port lock component 70 of exemplary 3rd embodiment according to the present invention.End Mouth locking component 70 is by body region 71 and at least two extensible zone 72a, 72b, and wherein body region 71 is defined as U-shaped Body region, this U-shaped body region has the center flange 73 being formed to have two side flanges 74.Two extensible zone (upper extensible zone and lower extensible zone) 72a, 72b extends from the two edges of the center flange 73 of body region 71, and Tilting toward each other, wherein these extensible zone 72a, the inclination of 72b are formed so that port lock component 70 can hold Change places and be assembled into trip lever component 50 ' ' in.The center flange 73 of body region 71 is formed the heart wherein and has groove 75, with Just receive the end of instrument 150 ', but each side flange 74 of body region 71 is formed to have at its free end to draw Lead otch 76, in order to receive trip lever component 50 ' ' guiding elements 583 ' '.Similarly, extensible zone 72a, in 72b extremely Few one, particularly in lower extensible zone 72b with trip lever component 50 ' while locking together ' contact lock arm 564 ' ', Be formed with for receiving trip lever component 50 ' raised areas 565 ' of ' lock arm 564 ' ' ' lock slots 77, such as figure Shown in 19, Figure 19 illustrates the inner side isometric view of the port lock component 70 of exemplary 3rd embodiment according to the present invention.

In this embodiment of the release mechanism of the present invention, by trip lever component 50 ' ' it is assembled into connector shell 30 ' ' And ' by connector shell 30 ' ' is plugged into adapter 20 ' by patch cord 40 ' ' in after, port lock component 70 is by guiding Component 583 ' ' be attached to trip lever component 50 ' ' is also locked in together with ' with at trip lever component 50 ' ' by lock arm 564 ' First end position P1, as shown in figure 20, Figure 20 illustrates depict exemplary 3rd embodiment according to the present invention and trip lever Component 50 ' ' isometric view of port lock component 70 that fits together.Especially, port lock component be inserted into and with pine The guiding elements 583 ' of de-bar component 50 ' ' lock together so that trip lever component 50 ' ' ' directed and slide into port lock Determine in the guide slits 76 of component 70, and trip lever component 50 ' raised areas 565 ' of ' lock arm 564 ' ' ' it is engaged to In lock slots 77 in lower extensible zone 72b of port lock component 70.The end that this is by patch cord 40 ' ' securing rod 42 ' ' End be locked in trip lever component 50 ' ' and upper extensible zone 72a of port lock component 70 between.Therefore, this release mechanism energy Enough stop trip lever component 50 ' ' move further, this prevents unexpected or unwarranted close and patch cord 40 ' ' and independent Port members 100 ' ' separate from panel assembly, also block connector shell 30 ' ' port areas 32 ' ' thus for safety Reason and avoid patch cord 40 ' ' unwarranted insertion.

Figure 21 illustration depicts the use instrument 150 ' of exemplary 3rd embodiment according to the present invention and gets loose and trip lever Component 50 ' ' detailed view of port lock component 70 that fits together.In order to by port lock component 70 from trip lever component 50 ' ' getting loose, instrument 150 ' person of being authorized to use can use and be inserted into the center of body region 71 of port lock component 70 In groove at flange 73, thus instrument 150 ' can be rotated or be reversed to press trip lever component 50 ' ' lock arm 564 ' ' Raised areas 565 ' ', and by raised areas 565 ' ' separate with the lock slots 77 of port lock component 70, this contributes to authorizing User pulls port lock component 70 and by port lock component 70 and trip lever component 50 ' ' separate.Subsequently, manually Pressing trip lever component 50 ' ' touch area 56 ' ' is away from patch cord 40 ' ', trip lever component 50 ' ' relative to adapter The arm region 58 ' of housing 30 ' ' promoted in a downwardly direction or move further, thus trip lever component 50 ' ' ' leading edge push away Crimping plug wire 40 ' ' securing rod 42 ' ', this contributes to user by securing rod 42 ' ' pushing away its latched position, in order to will patch Adapter 20 ' moved to by line 40 ' ' separate with adapter 20, and by patch cord 40 ' ' ' outside.

Further, in order to by separate port component 100 ' ' remove from panel assembly, by port lock component 70 from getting loose Bar component 50 ' ' get loose after, trip lever component 50 ' ' is in the upward direction towards connector shell 30 ' ' rotate, so that arm district The forward position in territory 58 ' ' arrive relative to connector shell 30 ' ', this makes trip lever component 50 ' ' arrive the second end position P2. ' arm region 58 ' ' and connector shell 30 ' at the second end position P2, trip lever component 50 ' ' in locking component 34 ' ' cooperation ' arm region 58 ' ' is drawn in the upward direction by user with acting on the grasping space of user, thus trip lever component 50 ' Dynamic, to unclamp locking component 34 ' ', and then by separate port component 100 ' ' separate with panel assembly.

Figure 22 illustrates the isometric view of the port lock component 80 of exemplary 4th embodiment according to the present invention.As upper The additional aspect of the port lock component 80 that face is discussed, port lock component 80 also can be designed and be configured to different forms, To prevent the accidental separation of patch cord 40.Port lock component 80 the aspects includes U-shaped body region 82 and base flange 84, The two ends of U-shaped body region 82 extend and terminate at deflection pin 86, base flange 84 U-shaped body region 82 center edge it Extend from U-shaped body region 82 at one and tilt.Port lock component 80 may be additionally referred to as barrier sheet 80, and it is by 1.2mm thickness Sheet metal make.

Figure 23 illustrate depict exemplary 4th embodiment according to the present invention by patch cord 40 and trip lever component 50 It is locked in the isometric view of the port lock component 80 of its first end position P1.Trip lever component 50 is being assembled into connector case After in body 30 and being plugged in adapter 20 by connector shell 30 by patch cord 40, port lock component 80 is disappeared by it Consumption pin 86 is assembled into separate port component 100.Especially, port lock component 80 is promoted and is inserted into by securing rod 42 phase For in the space that the lower surface of patch cord 40 is limited so that the free end of the base flange 84 of port lock component 80 with connect The end of the securing rod 42 of plug wire 40 contacts, and the deflection pin 86 of port lock component 80 is deflected and locks onto connector case In hole 39 in the side surface of body 30, wherein the hole 39 in connector shell 30 is positioned as and receives the attached of trip lever component 50 The hole 36 connecing part 54 is adjacent, and as shown in figure 24, Figure 24 illustrates and depicts making of exemplary 4th embodiment according to the present invention The detailed view of the trip lever component 50 of the first end position P1 of trip lever component 50 it is locked in port lock component 80.Connect The profile in the hole 39 of device housing 30 can be formed the outline of the deflection pin 86 with port lock component 80, in order to receives partially Ship and resell on another market 86.The tip lock of the securing rod 42 of patch cord 40 is scheduled on arm region 58 and the port of trip lever component 50 by this release mechanism Between the base flange 84 of locking component 80.When user pressing trip lever component 50 removes patch cord 40, trip lever structure The movement of part 50 is limited by port lock component 80.Therefore, this release mechanism is prevented from unexpected or unwarranted close And patch cord 40 is from the separation of adapter 20.

In order to be got loose from trip lever component 50 by port lock component 80, instrument 150 can the person of being authorized to use use and quilt Insert in the gap being formed on the both sides consuming pin 86, in order to deflection consumes pin 86, thus by port lock component 80 from solely Vertical port members 100 gets loose, and this contributes to authorized user and pulls port lock component 80 and by port lock component 80 from pine De-bar component 50 is separately.Subsequently, manually pressing trip lever component 50 touch area 56 away from patch cord 40 phase Connector shell 30 is promoted in a downward direction or the most mobile trip lever component 50, thus the arm of trip lever component 50 The leading edge in region 58 pushes the securing rod 42 of patch cord 40, and this contributes to user and securing rod 42 is pushed away its latched position, So that it is outside that patch cord 40 separates from adapter 20 and moved to by patch cord 40 adapter 20.Further, port lock component 80 are assembled into separate port component 100 by consuming pin 86 with reversion orientation so that in trip lever component 50 and port lock Limiting space between component 80, this blocks the port areas 32 of separate port component 100, thus is avoided for security reason The unwarranted insertion of patch cord 40, as shown in Figure 25, Figure 25 illustrates and depicts the exemplary 4th according to the present invention in fact Execute the detailed view of the port lock component 80 being positioned with reversion orientation of example.Further, in order to by separate port component 100 Remove from panel assembly, by port lock component 80 after trip lever component 50 gets loose, trip lever component 50 is along upwards Direction rotates towards connector shell 30, so that arm region 58 arrives forward position, and itself and the locking structure in connector shell 30 Part 34 cooperation with acting on the grasping space of user, thus the arm region 58 of trip lever component 50 by user along side upwards To pulling, to unclamp locking component 34, and then separate port component 100 is separated with panel assembly.

Figure 26 illustrates coordinating before assembling port lock component 90 of exemplary 4th embodiment according to the present invention Connector shell 30 ' ' ' in trip lever component 50 ' ' ' and illusory patch cord 40 ' ' ' assembled view.The present invention is further Aspect describes the release mechanism with lock-in feature (port lock component) of the core idea without departing substantially from release mechanism.This The release mechanism of this bright particular aspects is designed to by means of trip lever component 50 ' ' ' and port lock component 90 connect illusory The port areas 32 ' of plug wire 40 ' ' ' keep and be locked in separate port component 100 ' ' ' ' ' in, this is at separate port component Prevent when 100 ' ' ' being not used by or be maintained in panel assembly in the case of there is no any connection and stop unwarranted User close to and any patch cord is inserted in separate port component 100 ' ' ' port areas 32 ' ' '.Release mechanism is main The separate port component 100 ' that ' ' and connector shell 30 ' ' ' is constituted including by adapter 20 ' ' ', trip lever component 50 ' ' ' and Port lock component 90.Separate port component 100 ' ' ' by its locking component (clamping rpole) 34 ' ' ' it is assembled into panel assembly, Will pass through connector shell 30 ' ' ' keep adapter 20 ' ' '.In this release mechanism, illusory patch cord 40 ' ' ' used also It is locked into separate port component 100 ' in ' ' port areas 32 ' ' ', in order at separate port component 100 ' ' ' the most in office What prevents unwarranted use when connecting lower use.Illusory patch cord 40 ' ' ' it is especially designed and terminates at holding component 44 ' ' ' (rather than cable connection), wherein keeps component 44 ' ' ' contribute to user by illusory patch cord 40 ' ' ' move to connect Device 20 ' ' ' outside, concurrently separate illusory patch cord 40 ' ' '.

Figure 27 illustrates the trip lever component 50 ' according to exemplary 4th embodiment of the present invention ' ' isometric top view.Pine De-bar component 50 ' ' ' by main part 52 ' ' ' and in main part 52 ' one group of ' ' two ends be connected to main part 52 ' ' ' Attachment part 54 ' ' ' formed.Bar component 50 ' ' ' by its attachment part (particularly hinge portion) 54 ' ' ' assembled and attachment To connector shell 30 ', ' ', thus bar component 50 ' ' ' is relative to connector shell 30 ' ' ' around hinge portion 54 ' ' ' longitudinal direction Axis can rotate and maybe can pivot.Especially, by separate port component 100 ' ' ' be assembled in panel assembly after, bar component 50 ' ' attachment part 54 ' ' ' ' with at connector shell 30 ' ' ' two are formed at connector shell 30 ' at front bottom side ' ' in The hole 36 ' in hole 36 ' ' ' hinged, wherein connector shell 30 ' ' ' ' ' profile can be formed and attachment part 54 ' ' ' Outline, in order to receive bar component 50 ' ' '.

Trip lever component 50 ' ' ' main part 52 ' ' ' is by touch area 56 ' ' ' and from touch area 56 ' ' ' extend Arm region 58 ' ' ' formed.Trip lever component 50 ' ' ' attachment part 54 ' ' ' is positioned at touch area 56 ' ' ' outside in touch area 56 ' ' two side flanges 562 ' ' ' ' place, wherein attachment part 54 ' ' ' it is designed to cylindrical hinging pin.Bar component 50 ' ' ' Arm region 58 ' ' ' main flange 581 ' ' ' is from touch area 56 ' ' ' main flange 561 ' ' ' one of at least Part portions extend And rising so that arm region 58 ' ' ' side flange 582 ' ' ' is in touch area 56 ' ' ' main flange 561 ' ' ' in extend, this Bar component 50 ' is separated out in ' ' touch area 56 ' ' ' and limits Petting Area 563 ' ' '.Arm region 58 ' ' ' each side convex Edge 582 ' ' ' be formed having lead arm 583 ' ' ', with at bar component 50 ' ' ' touch area 56 ' ' ' Petting Area 563 ' ' ' in Limit guide space.

Figure 28 illustrates the outside isometric view of the port lock component 90 of exemplary 4th embodiment according to the present invention.End Mouthful locking component 90 the aspects includes body region 91, lock flange 93 and extensible flange 94, two of body region 91 Lateral edges extend and terminate at deflection flange 92, lock flange 93 at the lower center edge of body region 91 from body region 91 Extending, extensible flange 94 extends from body region 91 at the upper center edge of body region 91.Deflection flange 92 is designed For flexible material so that deflection flange 92 can be relative to the body region 91 of port lock component 90 by the most toward each other Extruding.Further, body region 91 is formed the heart wherein and has groove 95, in order to receive machine tool, as shown in figure 29, figure The inner side isometric view of the 29 port lock components 90 illustrating exemplary 4th embodiment according to the present invention.

Figure 30 illustrates the use instrument 150 ' depicting exemplary 4th embodiment according to the present invention ' by port lock structure Part 90 is assembled into trip lever component 50 ' ' ' and separate port component 100 ' ' ' in detailed view.Release mechanism in the present invention This embodiment in, by trip lever component 50 ' after ' ' be assembled into separate port component 100 ' ' ', illusory patch cord 40 ' ' ' ' ' port areas 32 ' ' ' is inserted into and is plugged into adapter 20 ' can to pass through connector shell 30 ' ' ' in, thus illusory patch Line 40 ' ' ' securing rod 42 ' ' ' is engaged to adapter 20 ' ' ' in.The most illusory patch cord 40 ' ' ' it is plugged into adapter 20 ' ', in ', port lock component 90 is inserted into and is coupled to machine tool 150 ' ' in, machine tool 150 ' ' use instrument 150 ' ' C-shaped member 151 ' ' the deflection flange 92 of deflection port locking component 90, and port lock component 90 is maintained at suitable When position in.The lead arm being combined with machine tool 150 ' in ' port lock component 90 by means of trip lever component 50 ' ' ' 583 ' ' ' and the lock flange 93 of port lock component 90 and trip lever component 50 ' ' ' lock together.Especially, coordinate organic Tool instrument 150 ' ' port lock component 90 be inserted into and with trip lever component 50 ' ' ' lock together so that port lock structure The lock flange 93 of part 90 is directed and is joined to by trip lever component 50 ' ' ' lead arm 583 ' ' ' guide space that limits In, and the end of the deflection flange 92 of port lock component 90 is engaged or locks and is joined to connector shell 30 ' ' ' Hole 39 ' in hole 39 ' in side surface ' ' in, wherein connector shell 30 ' ' ' ' ' it is positioned as and receives trip lever component 50 ' ' attachment part 54 ' ' ' ' hole 36 ' ' ' is adjacent.The profile of connector shell 30 ' ' ' hole 39 ' ' ' can be formed with The outline of the deflection flange 92 of port lock component 90, in order to receive the end of deflection flange 92.This is by illusory patch cord The arm region 58 ' of securing rod 42 ' 40 ' ' ' ' ' tip lock be scheduled on trip lever component 50 ' ' ' ' ' with port lock component 90 Between upper extensible flange 94.Afterwards, instrument 150 ' ' turn clockwise, and it is outside to be pulled to port lock component 90.When making User presses trip lever component 50 ' ' ' remove illusory patch cord 40 ' ' ' time, trip lever component 50 ' ' ' movement locked by port Determine component 90 to limit.Therefore, this release mechanism can stop trip lever component 50 ' ' ' movement, thus avoid illusory patch cord 40 ' ' ' from adapter 20 ' ' ' separate, this prevent and block unwarranted user close to and charged by any connection Patch cord ' ' port areas 32 ' ' ' is inserted into adapter 20 ' by separate port component 100 ' ' ' in.

Figure 31 illustrates the use instrument 150 ' depicting exemplary 4th embodiment according to the present invention ' get loose and trip lever Component 50 ' ' detailed view of port lock component 90 that fits together.The person of being authorized to use can use machine tool 150 ' ' ' ' get loose, and then by illusory patch cord 40 ' ' ' and adapter 20 ' by port lock component 90 from trip lever component 50 ' ' ' separate, So that any charged patch cord is plugged into adapter 20 ' ' ' in.Especially, in order to by port lock component 90 from trip lever Component 50 ' ' ' get loose, authorized user the instrument 150 ' used ' can be inserted into the body region 91 of port lock component 90 In the groove 95 at place, thus the deflection flange 92 of instrument 150 ' ' C-shaped member 151 ' ' deflection port locking component 90 is so that deflection The end of flange 92 is from connector shell 30 ' ' ' pull down, and instrument 150 ' ' can be rotated in clockwise mode or reverse, Until C-shaped member 151 ' ' outer surface of the body region 91 of neighbor port locking component 90, so that instrument 150 ' ' extremely A few part engages with the inner surface of the body region 91 of port lock component 90 and locks.Subsequently, instrument 150 ' ' can be authorized to User pulls, so that port lock component 90 is from trip lever component 50 ' ' ' and separate port component 100 ' ' ' pull down.

Specific embodiment for the present invention described above.It should be appreciated that this embodiment is merely described as example mesh 's.It is apparent to a person skilled in the art that, although describing the present invention at this for specific embodiment, but this Invention also has many replacements, change and modification.As long as it is intended to all these change and they entrance present invention of replacement are wanted Just it is included in spirit and scope of the presently claimed invention and equivalent thereof in the spirit and scope asked and equivalent thereof.Cause This, all of modification in the range of the width of claims that falls, change and substitute in gamut of the present invention.

Claims

1. for separating patch cord and a release mechanism for separate port component, including:

Separate port component, has multiple adapter, is assembled into panel group by the locking component of described separate port component The front end of part, in order to kept at least one adapter receiving described patch cord by connector shell；With

Trip lever component, by main part and multiple attachment of being connected to described main part at the two ends of described main part Dividing and formed, when described patch cord is inserted in described separate port component, described trip lever component is positioned under described patch cord Side；

Wherein said trip lever component is attached to described connector shell by its attachment part so that described trip lever component The second relative end position is moved to from the first end position relative to described connector shell；

When described trip lever component is moved to described first end position, described trip lever component is moved further with by institute State patch cord to separate from described adapter, and when described trip lever component is moved to described relative second end position, institute State trip lever component and described locking component cooperation and form grasping space, in order to pull described separate port component and by described solely Vertical port members separates from described panel assembly.

2. release mechanism as claimed in claim 1, the described main part of wherein said trip lever component by touch area and The arm region extended from described touch area is formed.

3. release mechanism as claimed in claim 2, the described attachment part of wherein said trip lever component is positioned at described touch Region exterior includes swivel pin in both sides, described touch area, wherein said attachment part.

4. release mechanism as claimed in claim 2, wherein said trip lever component is positioned as and described connector shell Port areas is adjacent so that the described arm region when described patch cord is connected to described adapter by described connector shell Leading edge be positioned at below the securing rod of described patch cord.

5. release mechanism as claimed in claim 2, wherein at described first end position, by the institute by described trip lever component Stating touch area to press away from described patch cord, described trip lever component moves in a downward direction relative to described connector shell Dynamic so that the leading edge of the described arm region of described trip lever component pushes the securing rod of described patch cord, to patch described Line separates from described adapter.

6. release mechanism as claimed in claim 2, wherein at described the second relative end position, described trip lever component is relative Move in the upward direction in described connector shell, so that described arm region and the described locking structure in described connector shell Part cooperation so that the described arm region of described trip lever component is used as described grasping space to pull described separate port component And described separate port component is separated from described panel assembly.

7. release mechanism as claimed in claim 1, farther includes: have the pin assemblies of at least two pin, this at least two Pin is loaded and is bonded to spring member at its end, and wherein said pin assemblies is assembled into the described of described trip lever component In main part so that when described trip lever component is assembled in described connector shell, the described pin of described pin assemblies It is extruded and relative to described first end position of described trip lever component and described second end position and described connector shell Locking together, to limit trip lever component from described first end position to the movement of described second end position, vice versa.

8. release mechanism as claimed in claim 7, wherein said spring member be extruded with by described pin from described adapter Housing separates, in order to from described first end position, trip lever component is moved to described second end position, and vice versa.

9. for separating patch cord and a release mechanism for separate port component, including:

Separate port component, has multiple adapter, is assembled into panel group by the locking component of described separate port component The front end of part, in order to kept at least one adapter receiving described patch cord by connector shell；

Trip lever component, by main part and multiple attachment of being connected to described main part at the two ends of described main part Dividing and formed, wherein said trip lever component is attached to described connector shell by its attachment part so that described trip lever Component moves to the second relative end position relative to described connector shell from the first end position, and when described patch cord quilt When inserting in described separate port component, described trip lever component is positioned at below described patch cord；With

Port lock component, is attached to described separate port component or described trip lever component, with limit trip lever component from The movement of its first end position；

Wherein when described trip lever component is at described first end position, described port lock component is from described separate port component Or described trip lever component is removed, in order to by the most mobile described trip lever component by described patch cord from described company Connect device to separate, and when described trip lever component is moved to described relative second end position, described trip lever component and institute State locking component cooperation and form grasping space, in order to pull described separate port component and by described separate port component from described Panel assembly separates.

10. release mechanism as claimed in claim 9, wherein said trip lever component is positioned as and described connector shell Port areas is adjacent, in order to patch described in pushing when described patch cord is connected to described adapter by described connector shell The securing rod of line.

11. release mechanism as claimed in claim 9, wherein at described first end position, by being pressed by described trip lever component Pressure is away from described patch cord, and described trip lever component moves in a downward direction relative to described connector shell so that described At least some of described securing rod pushing described patch cord of trip lever component, in order to by described patch cord from described adapter Separate.

12. release mechanism as claimed in claim 9, wherein in described the second relative end position, described trip lever component phase Described connector shell is moved in the upward direction, so that at least some of and described adapter of described trip lever component Described locking component cooperation in housing so that described trip lever component is used as described grasping space to pull described separate end Described separate port component is also separated by mouth component from described panel assembly.

13. release mechanism as claimed in claim 9, the described main part of wherein said trip lever component by lock arm, from The arm region that described lock arm extends and the multiple guiding elements being positioned at described attachment part rear are formed, and described lock arm is at it Free end has raised areas.

14. release mechanism as claimed in claim 13, wherein said port lock component is by U-shaped body region with described master At least two extensible zone that the Liang Ge edge at the center of body region extends from described body region and tilts toward each other Formed.

15. release mechanism as claimed in claim 14, the described body region of wherein said port lock component is formed There are the groove in the center of described body region and multiple guide slits of the free end in described body region.

16. release mechanism as claimed in claim 14, in the described extensible zone of wherein said port lock component extremely Few one is formed with lock slots.

17. release mechanism as claimed in claim 16, wherein said port lock component is attached to described trip lever component, The described guiding elements making described trip lever component is directed in the corresponding guide slits of described port lock component, and The described raised areas of described lock arm is locked in the described lock slots of described port lock component, to limit trip lever structure Part is from the movement of its first end position.

18. release mechanism as claimed in claim 17, wherein operate instrument and by institute by the groove in described body region The described raised areas of the described lock arm stating trip lever component separates from the described lock slots of described port lock component so that Described port lock component is removed from described trip lever component, in order to moved to from described first end position by trip lever component Described second end position, vice versa.

19. release mechanism as claimed in claim 9, wherein said port lock component includes the U-shaped master terminating at deflection pin Body region and the base flange extended from described U-shaped body region at one of the center edge of described U-shaped body region.

20. release mechanism as claimed in claim 19, wherein said port lock component is deflected and passes through it and consumes pin quilt Lock onto described separate port component so that the described securing rod of described patch cord is locked in described trip lever component at least Between a part of and described base flange of described port lock component, to limit the shifting from its first end position of the trip lever component Dynamic.

21. release mechanism as claimed in claim 20, the described consumption pin of wherein said port lock component deflected and from Described separate port component unclamps, to be pulled down from described trip lever component by described port lock component, in order to by trip lever structure Part moves to described second end position from described first end position, and vice versa.

22. release mechanism as claimed in claim 19, wherein said port lock component consumes pin to invert orientation by it It is assembled into described separate port component, to stop the described port areas of described separate port component.

23. release mechanism as claimed in claim 9, the described main part of wherein said trip lever component by touch area and The arm region extended from described lock arm is formed, and wherein said arm region is formed with lead arm, with at described Petting Area Territory limits guide space.

24. release mechanism as claimed in claim 9, wherein said port lock component includes the main body terminating at deflection flange The locking that region, the extensible flange extended from the top edge of described body region and the lower limb from described body region extend Flange, the described body region of wherein said port lock component is formed the heart wherein and has groove.

25. release mechanism as claimed in claim 24, the most illusory patch cord is plugged in described adapter, described Port lock component is attached to described trip lever component so that the described lock flange of described port lock component is directed into In the described guide space limited by the described lead arm of described trip lever component, and described port lock component described partially Turn flange to be locked in described connector shell, to limit the movement of trip lever component.

26. release mechanism as according to any one of claim 23-25, wherein by the described master of described port lock component Groove in body region operate instrument and deflect described port lock component described deflection flange and by described deflection flange from Described connector shell unclamps so that described port lock component is removed from described trip lever component, in order to mobile trip lever Component.