CN102278582B - Adjustable notebook computer bracket - Google Patents
Adjustable notebook computer bracket Download PDFInfo
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- CN102278582B CN102278582B CN201110167969.4A CN201110167969A CN102278582B CN 102278582 B CN102278582 B CN 102278582B CN 201110167969 A CN201110167969 A CN 201110167969A CN 102278582 B CN102278582 B CN 102278582B
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- folding arm
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Abstract
The invention discloses an adjustable notebook computer bracket. The adjustable notebook computer bracket is characterized in that: the first folding arm (400) comprises a first folding arm shaft (401), a first folding arm rod (408), a clamping shell (410), a spanner fitting (420) and a compaction fitting (430); the adjustable notebook computer bracket is also provided with three hinged shafts (K, L, M) capable of rotating in the horizontal direction, the three hinged shafts are hinged with shaft sleeves, and one of the shafts or the shaft sleeves is provided with a flange for supporting; and an electric lifting fitting (620) is arranged in a supporting device (600). The computer bracket can solve the problem of discomfort when a notebook computer is used in the bed, and can be quickly positioned so that the notebook computer can be comfortably and conveniently used in the bed or on a sofa and the notebook computer can be used for processing official business and can also be used for leisure and entertainment. The adjustable notebook computer bracket is suitable for houses, schools, hotels, barracks, construction sites, field work sites and the like.
Description
Technical field
The present invention relates to computer placing device, particularly adjustable notebook computer bracket.
Background technique
Notebook computer, due to lightly portable, portably use conveniently, is loved by the people.Along with the raising of quality of life and the improvement of computer performance, the office accommodation that office uses is not only by notebook computer, but also is the instrument of leisure, amusement; People often at home time, lean in bed or sofa uses notebook computer handle official business or leisure (doing electronic game).But in bed or when sofa using notebook computer, notebook computer is placed on thigh, is uncomfortable, the time is slightly long then can make large leg fatigue numb, and psoas is ached, and is unfavorable for health.In addition, more crowded in room, students' dormitory, be difficult to lay enough desks, or simple and crude at facilities such as barracks, building sites, field, lack the place of office desk and chair, use notebook computer also to need in bed, same exist the uncomfortable problem of use notebook computer.Claimant once proposed solution in earlier application number 2010100002598 mobile adjustable notebook computer brackets, solved the problems referred to above.In use, find to answer improvements in addition, such as mechanism simplifying, position adjustment are quick, easy to use etc., need to improve.
Summary of the invention
The object of this invention is to provide a kind of adjustable notebook computer bracket, is the improvement project of earlier application numbers 2010100002598, to solve the above-mentioned problem had much room for improvement.The object of the invention is by following technological scheme realize.
Adjustable notebook computer bracket of the present invention, comprises the computer seat board 100, corner regulator 300, first folding arm 400, second folding arm 500 and the bearing device 600 that connect successively; It is characterized in that:
The first described folding arm 400 comprises the first folding arm axle 401, first arm-folding rod 408 and manual height controlling device, and manual height controlling device comprises clamping body 410, spanner component 420 and compresses component 430;
Described clamping body 410 has housing pipe 411, housing frame 412, housing frame 412 is connected in outside pipe 411, on the wall of the housing pipe 411 between housing pipe 411 and housing frame 412, has window 413; Described spanner component 420 comprises spanner 421, vertical bearing pin 423, has recess at the middle part of one end of spanner, forms eccentric 422, two places in recess two side, and vertical bearing pin 423 is encased in the hole of the eccentric head in two places;
Described compression component 430 comprises horizontal bearing pin 431, spring 432, two briquettings 433, nuts 434, the surface that briquetting contacts with the first folding arm axle 401 is adaptive circular arc, horizontal bearing pin is through two briquettings and vertical bearing pin, the plunger of vertical bearing pin one end is stopped by briquetting, the other end passes outside two briquettings, fixes with nut; Spring, around on horizontal bearing pin, under the action of the spring, makes two briquettings be tending towards separated position; When spanner rotates 90 degree, spring is compressed by eccentric head, makes two briquettings be tending towards proximity state, by the first folding arm axis clamping.
There are three hinging shafts that can rotate in the horizontal direction (K, L, M), three described hinging shafts are being articulated and connected of axle and axle sleeve, and an axle wherein or axle sleeve have the rib of supporting, be smooth surface between each surface of contact, without positioning device.
The first described hinging shaft K comprise the first folding arm axle 401, rib 402 and regulator body 302, first the lower end of folding arm axle 401 there is rib 402, the corresponding borehole jack of one end of regulator body 302 is contained in the lower end of the first folding arm axle, and is supported by rib 402;
Second hinging shaft L comprises the second axle sleeve 503, second axle bed 504, second convex axle 506 and the second spiral shell (502, second axle sleeve 503 is sleeved on the second convex axle 506 of the second axle bed 504, supported by the rib below the second convex axle, fix spacing with the second screw axial;
3rd hinging shaft M comprises the 3rd axle sleeve 603, the 3rd axle bed 604, the 3rd convex axle 606, the 3rd screw 602 and supporting rod 601: the three axle sleeve and is sleeved on the 3rd convex axle above the 3rd axle bed, the 3rd axle sleeve is supported by the upper surface of the 3rd axle bed and rib, fix spacing with the 3rd screw axial, the 3rd axle bed 604 is positioned at the top of supporting rod 601.
The working surface of the seat board 111 in computer seat board 100 has adjusting grooves 121, and before being equipped with in adjusting grooves, adjustment sheet 115, rear adjustment sheet 112, front adjustment sheet is equipped with compactor.
Described bearing device 600 also comprises base component 610, and base component 610 comprises sleeve pipe 612, supporting leg 615, base 616, and supporting rod 601 loads in sleeve pipe fixing, and sleeve pipe dress is fixed in the base, and supporting leg is fixed on base.
During use, centered by the center of the 3rd hinging shaft M, with from hinging shaft M center to the extreme length at hinging shaft K center for radius, any position within the scope of this, all can set up without polar region fast.Utilize hinging shaft L, M two vertical shafts at any time substantially horizontal pull, make the first hinging shaft K to applicable position; Then rotate the computer seat board 110 on this first hinging shaft K, find suitable computer level to lay direction.Manual height controlling device is utilized to regulate (comprise clamping body 410, spanner component 420 and compress component 430) height of computer seat board 110, corner regulator 300 is utilized to set up the rotation angle of computer seat board 110 around horizontal axis, to be suitable for the requirement of user.But after setting up, because operator leans against on sofa, sitting posture often changes, angle in the horizontal plane between possible computer and user, position are improper again, need at any time to finely tune.Then this computer seat board 110 position removable, makes it be in suitable use position, and namely computer can be followed the tracks of and find best position, direction.
Described bearing device 600 also comprises electric lifting/lowering component 620, described electric lifting/lowering component 620 comprises screw rod 622, coupling 623, retarder 624, motor 625, the supporting rod 601 of lower end band end socket 621 is housed in sleeve pipe 612, the motor of band retarder is housed in the bottom of sleeve pipe 612, the output shaft of retarder is connected with screw rod through coupling, and screw rod screws in the screw of end socket.When motor works, drive screw rod 622 to rotate, supporting rod 601 can be made along sleeve pipe about 612 slippage, drive the second folding arm assembly 500, first folding arm assembly 400, computer seat board component 100 moves up and down, to regulate the position of computer seat board component 100.
When adopting above-mentioned electric lifting/lowering component 620, can not adopt above-mentioned manual hoisting device, the first namely described folding arm 400 does not comprise clamping body 410, spanner component 420 and hand-operated lifting component 430.The left end of the first described arm-folding rod 408 is directly fixed on the first described folding arm axle 401.
Advantage after above-mentioned improvement is: 1. make the clamping of height adjustment operation quick, clamping force is stablized.2., with the needs used, computer is placed on suitable use position, computer can be followed the tracks of and find optimum position, direction.3. can lay, fix the notebook computer of different size.4. base component 610 is made independent, is easy to mounting or dismounting, carries.5. notebook computer can electric lifting/lowering.
In sum, the present invention can solve the uncomfortable problem using notebook computer in bed, quick setting, make people in bed, on couch, all can notebook computer comfortable, easy to use, not only can be used for process public affair but also can be used for whiling away the time, amusement.Each part is dismountable, dismounting, convenient in carrying.The present invention is applicable to the places such as family, school, hotel, barracks, building site, field work and uses.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention.
Fig. 2 is the structure enlarged diagram of the corner regulator 300 in Fig. 1.
Fig. 3 is the B-B sectional drawing in Fig. 2.
Fig. 4 is the structure enlarged diagram of the first folding arm 400 in Fig. 1.
Fig. 5 is the C-C sectional drawing in Fig. 4.
Fig. 6 is clamping body 410 schematic diagram in Fig. 4.
Fig. 7 is the structure enlarged diagram of the second folding arm 500 in Fig. 1.
Fig. 8 is that A in Fig. 1 is to close-up schematic view (turning 90 degrees clockwise).
Fig. 9 is the D-D sectional view in Fig. 8.
Figure 10 is the E-E sectional view in Fig. 8.
Figure 11 is the F-F sectional view (going to level counterclockwise) in Fig. 8.
Figure 12 is the schematic diagram of the electric lifting/lowering component 620 in Fig. 1.
Code name in figure
100 computer seat board components, 103 bearing pins, 102,104 fixed blocks, 105 notebook computers, 110 seat board body components, 111 seat boards, adjustment sheet, 116 pressing plates, 117 screws, 118 ears, 119 springs, 120 banking stops, 121 fixture shells, 122 grooves before adjustment sheets, 113 bar-shaped troughs, 114 screws, 115 after 112;
300 corner governor assemblies, 301 ratchet support arms, 302 regulator bodys, 303 ratchets, 304 set screws, 305 locking nuts, 306 adjusting screw, 307 springs, 308 ratchets, 309 ratchet shafts, 310 Cock screws;
400 first folding arm assemblies, 401 first folding arm axles, 408 first arm-folding rods, 410 clamping body, 411 pipes, 412 frames; In the middle part of 420 spanner components, 421 spanners, 422 eccentric heads, 423 vertical bearing pins, 424 vertical bearing pins, 425 vertical bearing pin afterbodys; 430 compress component, 431 horizontal bearing pins, 432 springs, 433 briquettings, 434 nuts,
500 second folding arm assemblies, 501 second arm-folding rods, 502 fastening screw trip bolts, 503 second axle sleeves, 504 second axle beds, 505 interfaces, 506 second convex axles;
600 bearing devices, 601 supporting rods, 602 screws, 603 axle sleeves, 604 axle beds, 605 interfaces, 606 convex axles, 607 bases, 608 supporting legs, 609 screws; 610 base components, 612 sleeve pipes, 613,614 screws, 615 supporting legs, 616 bases, 617 fulcrums, 620 electric lifting/lowering components, 621 end sockets, 622 screw rods, 623 coupling, 624 retarders, 625 motor, 627 sleeve pipe set screws, 628 motor set screws.
Embodiment
As the structural representation that Fig. 1 is mobile adjustable notebook computer bracket of the present invention, comprise following assembly: computer seat board component 100, corner governor assembly 300, first folding arm assembly 400 and the second folding arm assembly 500.As Fig. 2,3, described corner regulator 300 comprises ratchet support arm 301, regulator body 302, ratchet 303, locknut 305, adjusting screw 306, spring 307, ratchet 308, ratchet shaft 309; The right-hand member of regulator body 302 is connected with the first folding arm axle 401, and ratchet shaft 309 is equipped with at the other end place, ratchet shaft 309 is equipped with ratchet 303; One end of ratchet support arm 301 is connected with ratchet 303, and the other end is connected with computer seat board 100; Adjusting screw 306, spring 307, ratchet 308 are housed in the hole of regulator body 302, and ratchet 308 is pressed on the ratchet of ratchet 303 under spring 307 acts on.Corner regulator 300 is used for the position regulating computer seat board 100 to rotate around ratchet shaft 309, looking to adapt to seeing of user.
The present invention's first improvement is: as Fig. 4,5, and the first folding arm 400 comprises the first folding arm axle 401, first arm-folding rod 408, clamping body 410, spanner component 420 and compresses component 430;
As Fig. 6, clamping body 410 has housing pipe 411, housing frame 412, housing frame 412 is connected in outside pipe 411, on the wall of the housing pipe 411 between housing pipe 411 and housing frame 412, has window 413;
As Fig. 4,5, spanner component 420 comprises spanner 421, vertical bearing pin 423, in the middle part of the right-hand member of spanner 421, have recess, forms eccentric 422, two places in recess two side, and vertical bearing pin 423 is encased in the hole at eccentric 422, two places;
Compress component 430 and comprise horizontal bearing pin 431, spring 432, two briquettings 433 (surface contacted with the first folding arm axle 401 is adaptive circular arc), nut 434, horizontal bearing pin 431 is through two briquettings 433 and vertical bearing pin 423, the plunger of vertical bearing pin 423 one end is stopped by briquetting 433, the other end passes outside 2 briquettings 433, fixes with nut 434.Spring 432, around on horizontal bearing pin 431, under spring 432 acts on, makes two briquettings 433 be tending towards separated position (as shown in imaginary line in Fig. 5); When spanner 421 rotates 90 degree (in as Fig. 5 shown in solid line), spring 432 is compressed by eccentric 422, makes two briquettings 433 be tending towards proximity state, is clamped by the first folding arm axle 401;
During assembling, in compression component 430 two briquettings 433 are made to be in separated position, then compression component 430 is stretched into from the opening level of housing frame 412, two briquettings 433 are made to be in window place between housing pipe 411 and housing frame 412, then the first folding arm axle 401 is penetrated from housing pipe 411, now the arc surface of two briquettings 433 and the arc surface of the first folding arm axle 401 close, can up-down adjustment first folding arm axle 401 position.When spanner 421 rotates 90 degree, spring 432 is compressed by eccentric 422, makes two briquettings 433 be tending towards close, is clamped by the first folding arm axle 401.Make clamping quick, clamping force is stablized.
As figure, 1,7, in the second folding arm 500, there is the second arm-folding rod 501, fastening screw trip bolt 502, axle sleeve 503, axle bed 504; Second arm-folding rod 501 one end is connected with bearing device 600, and the other end is connected with the horizontal joint 505 of axle sleeve 503, and axle sleeve 503 is sleeved on the convex axle 506 of axle bed 504, and the fastening screw trip bolt 502 of belt washer is contained in convex axle 506 upper end, to limit axle sleeve 503; Axle bed 504 is connected with the first arm-folding rod 408.
The present invention's second improvement is: the present invention includes 3 places of being articulated and connected (K, L, M) and be being articulated and connected of axle and axle sleeve type, and wherein one has the rib of supporting, and there is no other positioning devices, mechanism is simple, easy to use.
As shown in Figure 1, 2, the linkage structure of the first hinging shaft K is, comprise the first folding arm axle 401, rib 402, regulator body 302, first folding arm axle 401 lower end there is rib 402; The corresponding borehole jack of one end of regulator body 302 is contained in the lower end of the first folding arm axle 401, and is supported by rib 402.Improvements of the present invention are, at the first hinging shaft place, rib 402 is increased in the lower end of the first folding arm axle 401, the connection of the right-hand member of regulator body 302 and the first folding arm axle 401 can be relatively rotated, need not use as fastening in the set screw 304 in earlier application 2010100002598 Fig. 2, only by means of the frictional force that the deadweight of notebook computer and trestle component produces, keep the stable of computer position; And by usage requirement, computer can be finely tuned at any time around the sense of rotation of the first folding arm axle 401, make user very convenient.
The linkage structure of the second hinging shaft L as shown in Figure 1, Figure 7 shows, comprise convex axle 506, second screw 502 of the second axle sleeve 503, second axle bed 504, second in the second folding arm assembly 500, second axle sleeve 503 is sleeved on the second convex axle 506 of the second axle bed 504, supported, with the second screw 502 axial limiting by the rib below the second convex axle 506.
The linkage structure of the 3rd hinging shaft M as shown in Figure 1, comprise the 3rd axle sleeve 603 in described bearing device 600, the 3rd axle bed 604, the 3rd convex axle 606, the 3rd screw 602, supporting rod 601: the three axle sleeve 603 is sleeved on the 3rd convex axle 606 above the 3rd axle bed 604, the 3rd axle sleeve 603 is supported by the upper surface of the 3rd axle bed 604 and rib, with the 3rd screw 602 axial limiting, the 3rd axle bed 604 is positioned at the top of supporting rod 601.With screw 613, supporting rod 601 and sleeve pipe 612 are fixed together.
As Fig. 1, described bearing device 600 also comprises base component 610, and base component 610 comprises sleeve pipe 612, supporting leg 615, base 616, and supporting rod 601 loads in sleeve pipe 612 fixing, and sleeve pipe 612 is contained in base 616 fixing, and supporting leg 615 is fixed on base.Base component 610 is independent, can dismounting, is easy to carry.
During use, centered by the center of the 3rd hinging shaft M, with from hinging shaft M center to the extreme length at hinging shaft K center for radius, any position in this radius, all can set up without polar region fast.Utilize hinging shaft L, M two vertical shaft substantially horizontals to pull, make the first hinging shaft K to applicable position, the computer seat board 110 then rotated on this first hinging shaft K finds suitable direction (in the horizontal plane).Corner regulator 300 is utilized to set up the rotation angle (ratchet shaft 309 around Fig. 3 in rotate) of computer seat board 110 around horizontal axis, to be suitable for the operation of user.After setting, because operator's sitting posture often changes, angle in the horizontal plane to be there is between computer and operator, position is improper again, need fine setting at any time.Then can move this computer seat board 110 and make it be in suitable use position by manual fine-tuning, namely computer by manual position, can be followed the tracks of and find best position.
The present invention adopts hinging structure to be comparatively connecing of axle and axle sleeve and rib supporting, is smooth flat, without positioning device as spring, ball between each surface of contact.The frictional force that the weight of computer and trestle component produces can make computer be placed to transfixion after on seat board, when regulating this computer position, only needs the strength of overcome friction.The advantage of this structure is that location, centering are quick and convenient, and can follow the tracks of centering, structure is simple.
The present invention's the 3rd improvement has adjustment, hold down gag on computer seat board 100: as Fig. 1, computer seat board 100 comprises seat board body component 110, plate body 110 has fixed block 104,102, with bearing pin 103, fixed block is connected with ratchet support arm 301 the other end.Plate body 110 is equipped with notebook computer 105.As Fig. 8, the present invention improve be in: seat board body component 110 comprises seat board 111, front adjustment sheet 115, rear adjustment sheet 112 and compactor 116, the working surface of seat board 111 has symmetrical 4 of effect symmetrical before, (Fig. 9 illustrates in the groove on the right side of Fig. 8 and adjustment sheet 112 is housed rear adjusting grooves 121, in groove 121 on the left of Fig. 8, not shown adjustment sheet), adjustment sheet 115 before being equipped with in front adjusting grooves, adjustment sheet 112 after being equipped with in rear adjusting grooves, front adjustment sheet has bar-shaped trough 113, (Figure 11) on 111 is fixed in screw 114.Forward and backward adjustment sheet slides along groove, is applicable to laying the size of computer to be adjusted to; Front adjustment sheet is also equipped with compactor 116 (Figure 10); Fixture shell 121 is fixed on the banking stop 120 of front adjustment sheet 115 with its ear 118 with screw 117, the bar portion of pressing plate 116 is through fixture shell 121, and spring 119 loads, under spring 119 acts on around the bar portion of 116, pressing plate 116 is pressed towards down, notebook computer 105 is compressed.Can lay, fix the notebook computer of different size.
The present invention's the 4th improvement is: as Fig. 1, described bearing device 600 also comprises base component 610, base component 610 comprise sleeve pipe 612, screw 613,614, supporting leg 615, base 616, fulcrum 617, supporting rod 601 loads in sleeve pipe 612, fix with screw 613, sleeve pipe 612 is contained in base 616, is fixed in the hole of base 616 with 4 supporting legs 615 of screw 614 by band fulcrum 617.Base component 610 is made independent, dismountable, is easy to carry about with one.
The present invention's the 5th improvement is: electric lifting/lowering component 620 is also housed, as Figure 12, described electric lifting/lowering component 620 comprises screw rod 622, coupling 623, retarder 624, motor 625, the supporting rod 601 of lower end band end socket 621 is housed in sleeve pipe 612, the motor 625 of band retarder 624 is housed in the bottom of sleeve pipe 612, the output shaft of retarder 624 is connected with screw rod 622 through coupling 623, and screw rod 622 screws in the screw of end socket 621.With sleeve pipe set screw 627 fixed sleeving 612, fix retarder, motor 625 respectively with motor set screw 628.At the outer surface of supporting rod 601, key (not shown) is housed, at the internal surface of sleeve pipe 612, there is axial slide (not shown).Now, the screw 613 in Fig. 1 need not.When motor works, drive screw rod 622 to rotate, supporting rod 601 can be made along sleeve pipe about 612 slippage.More simple and convenient for use.
In above-mentioned 5th improvement project, also can not adopt the manual hoisting device be made up of clamping body 410, spanner component 420 and compression component 430; As Fig. 1,4, the left end of the first described arm-folding rod 408 is directly fixed on the first described folding arm axle 401, its structure is more simplified.Like this, just electric lifting/lowering component 620 is only adopted to carry out the position of this notebook computer of up-down adjustment, without the need to manual lowering or hoisting gear.Its controlling method, available existing product
duplex buttoncontrol the lifting of this notebook computer processed.Such as, on the power supply output contact of notebook computer, pick out 2 wires, be connected with 2 power supply contacts of motor 625 respectively by this duplex button.When deployed, press the rotating forward button of this duplex button, then motor 625 rotates forward, drive screw rod 622 rotate forward, make supporting rod 601 along sleeve pipe 612 upwards slippage, notebook computer with on move; When stopping pressing, motor 625 power-off, supporting rod 601 stops slippage, and notebook computer is static.When pressing the invert button of duplex button, motor 625 reverses, and drives screw rod 622 to reverse, and makes supporting rod 601 along sleeve pipe 612 slippage downwards; When stopping pressing, motor 625 power-off, supporting rod 601 stops slippage, and notebook computer is thereupon static.
Claims (6)
1. adjustable notebook computer bracket, comprises the computer seat board (100), corner regulator (300), the first folding arm (400), the second folding arm (500) and the bearing device (600) that connect successively; It is characterized in that:
Described the first folding arm (400) comprises the first folding arm axle (401), the first arm-folding rod (408), clamping body (410), spanner component (420) and compresses component (430); Regulator body (302) in described corner regulator (300) is connected with the lower end of the first folding arm axle (401), clamping body (410) is contained on the first folding arm axle (401), and clamping body (410) is connected with the second folding arm (500) through the first arm-folding rod (408);
Described clamping body (410) have housing pipe (411), housing frame (412), housing frame (412) is connected in pipe (411) outside, on the wall of the housing pipe between housing pipe and housing frame, have window (413);
Described spanner component (420) comprises spanner (421), vertical bearing pin (423), at the middle part of one end of spanner (421), there is recess, form the eccentric head (422) in two places in recess two side, vertical bearing pin (423) is encased in the hole of the eccentric head (422) in two places;
Described compression component (430) is contained in the window (413) of described clamping body (410), compress component (430) and comprise horizontal bearing pin (431), spring (432), two briquettings (433), nut (434), two briquettings and the first folding arm tactile surface that is coupling is adaptive circular arc, horizontal bearing pin, through two briquettings and described vertical bearing pin (423), is fixed together with vertical bearing pin with nut (434) by horizontal bearing pin; Spring, around on horizontal bearing pin, under the action of the spring, makes two briquettings (433) be tending towards separated position; When spanner (421) rotates 90 degree, spring (432), by eccentric head (422) compression, makes two briquettings be tending towards proximity state, by the first folding arm axle (401) clamping.
2. adjustable notebook computer bracket according to claim 1, is characterized in that:
Also there are three hinging shafts that can rotate in the horizontal direction, i.e. the first hinging shaft (K), the second hinging shaft (L), the 3rd hinging shaft (M),
Described the first hinging shaft (K) comprises described the first folding arm axle (401), rib (402) and described regulator body (302), the lower end of the first folding arm axle (401) has rib (402), the corresponding borehole jack of one end of regulator body (302) is contained in the lower end of the first folding arm axle (401), and is supported by rib (402); The other end of regulator body (302) is connected with described computer seat board (100);
Described the second hinging shaft (L) comprises the second axle sleeve (503), the second axle bed (504), the second convex axle (506) and the second screw (502), second axle sleeve is sleeved on the second convex axle of the second axle bed, supported by the rib of the second convex axle (506) below, fix spacing with the second screw axial; One end of second axle bed (504) is connected with described the first arm-folding rod (408);
The 3rd described hinging shaft (M) comprises the 3rd axle sleeve (603), the 3rd axle bed (604), the 3rd convex axle (606), the 3rd screw (602) and supporting rod (601): the 3rd axle sleeve is sleeved on the 3rd convex axle above the 3rd axle bed, the 3rd axle sleeve (603) is supported by the upper surface of the 3rd axle bed (604) and rib, fix spacing with the 3rd screw axial, the 3rd axle bed (604) is positioned at the top of supporting rod (601); 3rd axle sleeve is connected with described the second axle sleeve (503) through the second arm-folding rod (501).
3. adjustable notebook computer bracket according to claim 1, it is characterized in that: the working surface of the seat board (111) in described computer seat board (100) has adjusting grooves (121), before being equipped with in adjusting grooves, adjustment sheet (115), rear adjustment sheet (112), front adjustment sheet is equipped with compactor.
4. adjustable notebook computer bracket according to claim 2, it is characterized in that: described bearing device (600) also comprises base component (610), base component (610) comprises sleeve pipe (612), supporting leg (615), base (616), described supporting rod (601) loads in sleeve pipe fixing, sleeve pipe (612) is contained in base (616) fixing, and supporting leg is fixed on base.
5. adjustable notebook computer bracket according to claim 4, it is characterized in that: described bearing device (600) also comprises electric lifting/lowering component (620), electric lifting/lowering component (620) comprises screw rod (622), coupling (623), retarder (624), motor (625), the supporting rod (601) of lower end band end socket (621) is housed in described sleeve pipe (612), the motor of band retarder is housed in the bottom of sleeve pipe, the output shaft of retarder is connected with screw rod (622) through coupling, screw rod screws in the screw of end socket (621).
6. adjustable notebook computer bracket according to claim 5, it is characterized in that: described the first folding arm (400) only includes described the first folding arm axle (401), the first arm-folding rod (408), do not comprise described clamping body (410), spanner component (420) and compress component (430); The left end of the first arm-folding rod (408) is directly fixed on the first folding arm axle (401).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110167969.4A CN102278582B (en) | 2011-06-22 | 2011-06-22 | Adjustable notebook computer bracket |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110167969.4A CN102278582B (en) | 2011-06-22 | 2011-06-22 | Adjustable notebook computer bracket |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102278582A CN102278582A (en) | 2011-12-14 |
| CN102278582B true CN102278582B (en) | 2015-07-08 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201110167969.4A Expired - Fee Related CN102278582B (en) | 2011-06-22 | 2011-06-22 | Adjustable notebook computer bracket |
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| CN (1) | CN102278582B (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107202239A (en) * | 2017-07-24 | 2017-09-26 | 成都尚智恒达科技有限公司 | A kind of novel dormitory computer bracket |
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| CN101440907A (en) * | 2009-01-07 | 2009-05-27 | 徐丕忠 | Movable adjustable notebook computer support |
| CN101749526A (en) * | 2010-01-07 | 2010-06-23 | 徐丕忠 | Mobile adjustable notebook computer bracket |
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| Publication number | Publication date |
|---|---|
| CN102278582A (en) | 2011-12-14 |
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