CN105024222A

CN105024222A - Elastic clamping buckle electrical connection method and device

Info

Publication number: CN105024222A
Application number: CN201510421941.7A
Authority: CN
Inventors: 盛明星
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-07-19
Filing date: 2015-07-19
Publication date: 2015-11-04

Abstract

The invention belongs to the connector technical field and relates to an elastic clamping buckle electrical connection device. The elastic clamping buckle electrical connection device is composed of a male head portion and a female head portion; the male head portion and the female head portion are respectively provided with electrical contacts; the electrical contacts of the male head portion are corresponding to the electrical contacts of the female head portion; the male head portion is provided with a male buckle; and the female head portion is provided with a female buckle matched with the male buckle. With the electrical connection mode provided by the invention adopted, electrical connection can be maintained, and can be disconnected quickly when connecting ports are stressed by a non-axial force. The elastic clamping buckle electrical connection device of the invention has higher practical value than that of an original magnetic connection mode.

Description

A kind of Elastic buckle electric connection method and device

Technical field

The present invention relates to connector technique field, especially a kind of Elastic buckle electric connection method and device.

Background technology

Connector is widely used on Electrical and Electronic equipment.Such as on ordinary days in plugs and sockets, use direct insertion mode to be mechanically connected, make it to electrically conduct, this mode just causes when plugs and sockets is subject to non-axial force, the damage of equipment can be caused, and when plug is subject to axial force, be very easy to again disconnect.

Magnetic connected mode well solves this problem, and in the patent application of the patent No. 201410053851.2, provide a kind of electromagnet that uses and keep electrically conducting, being subject to non-axial force can disconnect rapidly, so as not to the device that equipment is impaired.In the patent application of application number 201420620489.8, provide a kind of magnet that uses and keep the device be electrically connected.

But electromagnet needs constantly to consume electric energy, common magnet is again scarce resource, and this just needs to find more cheaply, and reliably connected mode, addresses this problem.

Summary of the invention

Thus, the invention provides a kind of Elastic buckle electric connection method and device, can keeping being electrically connected, disconnect rapidly being subject to non-axial force again.

The technical solution adopted for the present invention to solve the technical problems is: a kind of Elastic buckle electric connection method, it is characterized in that: two ports that needs typical case connects have corresponding one or more electrical contact, two ports connected are needed to have pin thread and the box of coupling mutually, pin thread and box can carry out elastic mechanical and be connected, to keep electrically conducting of electrical contact, and disconnect in time when being subject to non-axial force.

A kind of Elastic buckle electrical connection device, be made up of male part and female part, it is characterized in that: male part and female part have corresponding electrical contact respectively, and male part has pin thread, female part has the box mated with pin thread.

Described electrical contact can be resilient contact, ring contacts, common contact.

Described pin thread be convex edge toward the outside to loop configuration.

Described box is the cyclic spring structure of convex edge towards introversion, or the ring spring retrained by female part.

Beneficial effect of the present invention is:

The present invention can effectively keep being electrically connected, and can to disconnect in time rapidly when being subject to non-axial force, avoiding equipment to suffer damage, compared to electromagnet and common magnet connected mode more cheap, conveniently to realize.

Accompanying drawing explanation

Below in conjunction with drawings and Examples, the present invention is further described.

Fig. 1 is box is the female schematic diagram of convex edge towards the cyclic spring structure of introversion.

The female schematic diagram of Fig. 2 to be box be ring spring.

Fig. 3 is pin thread is that convex edge is towards outside male schematic diagram.

1. elasticity females in figure, 2. inside convex edge, 3. ring contacts, 4. insulating barrier, 5. insulating barrier, 6. central contact, 22. spring females, 23. central contact, 24. insulating barriers, 25. ring contacts, 26. insulating barriers, 27. spring card slots, 28. ring springs, 31. males, 32. convex edges, 33. resilient contacts, 34. resilient contacts.

Embodiment

Fig. 1 and Fig. 3 is a specific embodiment, and Fig. 2 and Fig. 3 forms another embodiment.

Fig. 1 is box is the female schematic diagram of convex edge towards the cyclic spring structure of introversion.Fig. 3 is pin thread is that convex edge is towards outside male schematic diagram.2. inwardly convex edge is elastomeric material, and when 31. males are after 1. elasticity female pressings, 2. inwardly convex edge can lock 32. convex edges in male.Thus make 3. ring contacts, 6. central contact and 34. resilient contacts, 33. resilient contacts keep respectively being electrically connected.3. ring contacts, 6. central contact, 34. resilient contacts, 33. resilient contacts can be electrically connected with needing two equipment be electrically connected respectively, thus practical function.

The female schematic diagram of Fig. 2 to be box be ring spring.Fig. 3 is pin thread is that convex edge is towards outside male schematic diagram.28. ring springs are retrained in 22. spring females by 27. spring card slots, after pressing to 1. elasticity females when 31. males, 28. ring springs can lock 32. convex edges in male, thus make 25. ring contacts, 23. central contact and 34. resilient contacts, 33. resilient contacts keep being electrically connected respectively.25. ring contacts, 23. central contact, 34. resilient contacts, 33. resilient contacts can be electrically connected with needing two equipment be electrically connected respectively, thus practical function.

When connectivity port is subject to non-axial force, because male and female part are that elasticity is connected, can realize rapidly disconnecting, thus proterctive equipment.

Be more than the preferred embodiments of the present invention, not limitation of the present invention, use Elastic buckle to keep being electrically connected, the jockey that can disconnect when being subject to non-axial force all belongs to protection scope of the present invention.

Claims

1. an Elastic buckle electric connection method, it is characterized in that: two ports that needs are electrically connected have corresponding one or more electrical contact, two ports connected are needed to have pin thread and the box of coupling mutually, pin thread and box can carry out elastic mechanical and be connected, to keep electrically conducting of electrical contact, and disconnect in time when being subject to non-axial force.

2. an Elastic buckle electrical connection device, is made up of male part and female part, it is characterized in that: male part and female part have corresponding electrical contact respectively, and male part has pin thread, and female part has the box mated with pin thread.

3. a kind of Elastic buckle electrical connection device according to claim 2, is characterized in that: described electrical contact can be resilient contact, ring contacts, common contact.

4. a kind of Elastic buckle electrical connection device according to claim 2, is characterized in that: described pin thread be convex edge toward the outside to loop configuration.

5. a kind of Elastic buckle electrical connection device according to claim 2, is characterized in that: described box is the cyclic spring structure of convex edge towards introversion, or the ring spring retrained by female part.