CN207353598U - A kind of magnetic force break-make electric installation - Google Patents

A kind of magnetic force break-make electric installation Download PDF

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Publication number
CN207353598U
CN207353598U CN201721428640.8U CN201721428640U CN207353598U CN 207353598 U CN207353598 U CN 207353598U CN 201721428640 U CN201721428640 U CN 201721428640U CN 207353598 U CN207353598 U CN 207353598U
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China
Prior art keywords
socket
haptic
magnetic
plug
spring
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CN201721428640.8U
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Chinese (zh)
Inventor
孙煜
许波
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Zhengzhou Jun Ying Electronic Technology Co Ltd
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Zhengzhou Jun Ying Electronic Technology Co Ltd
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Priority to CN201721428640.8U priority Critical patent/CN207353598U/en
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Abstract

The utility model discloses a kind of magnetic force break-make electric installation, including the plug and socket being mutually matched, plug inside is provided with plug magnetic material, and plug haptic element is provided with plug, and plug haptic element is electrically connected with power transmission sequence;Socket is internally provided with socket magnetic material, mobilizable socket haptic element is provided with socket, plug haptic element matches each other with socket haptic element, and socket haptic element is electrically connected by bridging power transmission device with externally fed circuit, and bridge joint power transmission device controls the power on/off of socket haptic element by moving back and forth;When socket magnetic material is connected with bridge joint power transmission device, resetting spring is provided between socket magnetic material and socket inner walls;When socket magnetic material is not connected to bridge joint power transmission device, it is provided with socket haptic element and holds out against spring.User's single-hand handling & plug moves upwards, you can plug is separated with socket, protection socket is from damage, while socket feeler deenergization, ensures the security of socket.

Description

A kind of magnetic force break-make electric installation
Technical field
The utility model belongs to electrical transmission technical field, and in particular to a kind of magnetic force break-make electric installation.
Background technology
Electronics technology is advanced by leaps and bounds, it is all kinds of need to frequently plug plug electric appliance it is more and more, such as electric iron, electric cooker, The electric appliances such as electromagnetic oven, hospital's movable type diagnostic equipment, hair dryer, but frequently plug, the contact elasticity in socket will be slowly Forfeiture.Plugs and sockets loose contact is finally resulted in, causes to be unable to normal electricity consumption, even results in security incident.
Frequently plug plug, when often result in wall jack and come off, leave security risk.
Utility model content
To solve the above problems, the utility model provides a kind of magnetic force break-make electric installation.
The purpose of this utility model is realized in the following manner:
A kind of magnetic force break-make electric installation, including the plug and socket being mutually matched, plug inside are provided with plug magnetism material Expect, be provided with plug haptic element on plug, plug haptic element is electrically connected with power transmission sequence;Socket is internally provided with socket magnetic material, Mobilizable socket haptic element is provided with socket, plug haptic element matches each other with socket haptic element, and socket haptic element is by bridging power transmission Device is electrically connected with externally fed circuit, and bridge joint power transmission device controls the power on/off of socket haptic element by moving back and forth;
When socket magnetic material is connected with bridge joint power transmission device, it is provided between socket magnetic material and socket inner walls multiple Position spring;When socket magnetic material is not connected to bridge joint power transmission device, it is provided with socket haptic element and holds out against spring.
The bridge joint power transmission device includes the first spring, and the first spring one end is fixed on socket magnetic material, the first bullet The spring other end is fixed on socket inner walls, and socket magnetic material is connected by connector with power supply haptic element, power supply haptic element and outside Supply line is electrically connected, and power supply haptic element is corresponding with socket haptic element.
The bridge joint power transmission device includes magnetic switch, and magnetic switch is connected by control circuit with relay, relay It is electrically connected with externally fed circuit, relay is also electrically connected by the first internal circuit with socket haptic element, further includes second spring, One end of second spring is connected with socket haptic element, and the other end of second spring is connected with relay, and second spring is in compression shape State;Plug magnetic material is permanent-magnet material, and socket magnetic material is magnetic conductive metal.
It is described bridge joint power transmission device include by compress switch and be arranged on plug by the haptic element that compresses switch, by the haptic element that compresses switch Match with by compressing switch, by compressing switch, one end is electrically connected with externally fed circuit, by the other end that compresses switch by inside second Circuit is electrically connected with socket haptic element, further includes the 3rd spring, and one end of the 3rd spring is connected with socket haptic element, the 3rd spring it is another With being fixed on socket inner walls, the 3rd spring is in compressive state for one end.
The plug magnetic material is permanent-magnet material, and socket magnetic material is magnetic conductive metal.
The plug magnetic material is magnetic conductive metal, and socket magnetic material is permanent-magnet material.
The plug magnetic material and socket magnetic material are permanent-magnet material.
The plug haptic element, power transmission sequence, socket haptic element and externally fed circuit are respectively provided with least two-way.
Relative to the prior art, the utility model is by the use of the adsorption capacity of magnetic material as connector, by plug and socket It is attached, by spring top clamping or pulls open movable fixture so that externally fed circuit is powered or is powered off to socket haptic element, its Middle movable fixture can be moveable power supply haptic element, the relay of magnetic switch control or be supplied by the exterior of the control that compresses switch Electric line and the second internal circuit.When socket magnetic material is connected with movable fixture, resetting spring is installed;When socket magnetic When property material is not connected with movable fixture, it is provided with and holds out against spring.
User's single-hand handling & plug moves upwards, you can plug is separated with socket, protection socket is from damage, together When socket feeler deenergization, ensure the security of socket.
Brief description of the drawings
Fig. 1 is the structure diagram of the plug of situation one and situation two.
Fig. 2 is the structure diagram of the socket of situation one.
Fig. 3 is the structure diagram of the socket after the plugs and sockets connection of situation one.
Fig. 4 is the structure diagram of the socket of situation two.
Fig. 5 is the structure diagram of the plug of situation three.
Fig. 6 is the structure diagram of the socket of situation three.
Structure diagram when Fig. 7 is plug haptic element and the separation of socket haptic element.
Fig. 8 is plug haptic element and structure diagram when socket haptic element closely connects.
Wherein, 1 is plug;11 be plug magnetic material;12 be plug haptic element;13 be power transmission sequence;2 be socket;21 are Socket magnetic material;22 be socket haptic element;23 be externally fed circuit;24 be bridge joint power transmission device;2401 be the first spring; 2402 be connector;2403 be power supply haptic element;2411 be magnetic switch;2412 be control circuit;2413 be relay;2414 are First internal circuit;2415 be second spring;2421 be by compressing switch;2422 be the second internal circuit;2423 be the 3rd spring.
Embodiment
As shown in figures 1-6, a kind of magnetic force break-make electric installation, it is characterised in that:Including the plug 1 being mutually matched and socket 2, plug 1 is internally provided with plug magnetic material 11, and plug haptic element 12, plug haptic element 12 and power transmission sequence are provided with plug 1 13 are electrically connected;Socket 2 is internally provided with socket magnetic material 21, mobilizable socket haptic element 22 is provided with socket 2, plug touches Foot 12 matches each other with socket haptic element 22, and socket haptic element 22 is electrically connected by bridging power transmission device 24 with externally fed circuit 23, Bridge the power on/off that power transmission device 24 controls socket haptic element 22 by moving back and forth;
When socket magnetic material 21 is connected with bridge joint power transmission device 24, between 2 inner wall of socket magnetic material 21 and socket It is provided with resetting spring;When socket magnetic material 21 is not connected to bridge joint power transmission device 24, top is installed on socket haptic element 22 Tight spring.
Socket haptic element 22 is mobilizable to be arranged in socket 2, socket haptic element 22 can in socket 2 front and rear thin tail sheep shifting It is dynamic, when plug 1 and the separation of socket 2, as shown in Figure 7;After plug 1 and socket 2 are by together with magnetic connection, plug haptic element 12 can push up socket haptic element 22 backward, and socket haptic element 22 is moved rearwards, and at this time, second spring 2415 is by socket haptic element 22 to sinciput Tightly, ensure that plug haptic element 12 can closely connect socket haptic element 22, avoid contact with it is bad, as shown in Figure 8.
As shown in Figs. 1-3, bridge joint power transmission device 24 includes the first spring 2401, and 2401 one end of the first spring is fixed on socket On magnetic material 21,2401 other end of the first spring is fixed on 2 inner wall of socket, and socket magnetic material 21 passes through connector 2402 It is connected with power supply haptic element 2403, power supply haptic element 2403 is electrically connected with externally fed circuit 23, power supply haptic element 2403 and socket haptic element 22 is corresponding.
Operation principle:The principle that plug 1 and socket 2 attract each other by plug magnetic material 11 and socket magnetic material 21 Link together, the socket magnetic material 21, connector 2402, power supply haptic element 2403 and externally fed circuit 23 in socket 2 are whole Body moves forward, and socket haptic element 22 is combined closely with plug haptic element 12, and externally fed circuit 23 is powered for power supply haptic element 2403, Power supply haptic element 2403 is powered for socket haptic element 22, and socket haptic element 22 is powered for plug haptic element 12, and power transmission sequence 13 conveys electric current To electrical equipment.
After socket 2 and plug 1 are by together with magnetic connection, the first spring 2401 is in extended state, when 2 He of socket After plug 1 separates, the first spring 2401 bounces back, can be by socket magnetic material 21, connector 2402, power supply haptic element 2403 and outside Supply line 23 retracts, and at this time, socket haptic element 22 and power supply haptic element 2403 disconnect, and power supply haptic element 2403 is no longer socket haptic element 22 Power supply.
As shown in figs. 1 and 4, bridge joint power transmission device 24 includes magnetic switch 2411, and magnetic switch 2411 passes through control circuit 2412 are connected with relay 2413, and relay 2413 is electrically connected with externally fed circuit 23, and relay 2413 is also by first Portion's circuit 2414 is electrically connected with socket haptic element 22, further includes second spring 2415, one end and the socket haptic element of second spring 2415 22 connections, the other end of second spring 2415 are connected with relay 2413, and second spring 2415 is in compressive state;Plug is magnetic Material 11 is permanent-magnet material, and socket magnetic material 21 is magnetic conductive metal.
Operation principle:The principle that plug 1 and socket 2 attract each other by plug magnetic material 11 and socket magnetic material 21 Link together, when socket 2 and plug 1 close to when, magnetic switch 2411 senses the magnetism of plug magnetic material 11, and magnetic force is opened Close 2411 to open so that relay 2413 is internally formed path, and externally fed circuit 23 is powered for relay 2413, relay 2413 are powered by the first internal circuit 2414 for socket haptic element 22, and socket haptic element 22 is powered for plug haptic element 12, power transmission sequence Electric current is delivered to electrical equipment by 13.
Second spring 2415 between socket haptic element 22 and relay 2413 is in compressive state, can be to socket haptic element 22 There is a top power, socket haptic element 22 and plug haptic element 12 are held out against, ensure combining closely for socket haptic element 22 and plug haptic element 12.
After socket 2 and plug 1 separate, magnetic switch 2411 senses the magnetism less than plug magnetic material 11, and magnetic force is opened Close 2411 to close so that relay 2413 is internally formed open circuit, and relay 2413 is no longer powered for socket haptic element 22.
As seen in figs. 5-6, bridge power transmission device 24 include by compress switch 2421 and be arranged on it is tactile by compressing switch on plug 1 Foot 14, haptic element 14 and 2421 matches by compressing switch, by compressing switch, 2421 one end are electrically connected with externally fed circuit 23 by compressing switch Connect, by compressing switch, 2421 other ends are electrically connected by the second internal circuit 2422 with socket haptic element 22, further include the 3rd spring 2423, one end of the 3rd spring 2423 is connected with socket haptic element 22, and the other end of the 3rd spring 2423 is with being fixed in socket 2 On wall, the 3rd spring 2423 is in compressive state.
Operation principle:The principle that plug 1 and socket 2 attract each other by plug magnetic material 11 and socket magnetic material 21 Link together, when socket 2 and plug 1 close to when, by compressing switch, haptic element 14 will be by 2421 openings that compress switch, externally fed circuit 23 connect with the second internal circuit 2422, and externally fed circuit 23 is powered by the second internal circuit 2422 for socket haptic element 22, Socket haptic element 22 is powered for plug haptic element 12, and electric current is delivered to electrical equipment by power transmission sequence 13.
The 3rd spring 2423 between 2 inner wall of socket haptic element 22 and socket is in compressive state, can be to socket haptic element 22 There is a top power, socket haptic element 22 and plug haptic element 12 are held out against, ensure combining closely for socket haptic element 22 and plug haptic element 12.
After socket 2 and plug 1 separate, no longer pressed by the haptic element 14 that compresses switch by compressing switch 2421, by compressing switch 2421 Disconnect, externally fed circuit 23 is no longer powered for socket haptic element 22.
Plug magnetic material 11 is permanent-magnet material, and socket magnetic material 21 is magnetic conductive metal.
Plug magnetic material 11 is magnetic conductive metal, and socket magnetic material 21 is permanent-magnet material.
Plug magnetic material 11 and socket magnetic material 21 are permanent-magnet material.
Plug haptic element 12, power transmission sequence 13, socket haptic element 22 and externally fed circuit 23 are respectively provided with least two-way.
Above-described is only the preferred embodiment of the utility model, it is noted that for those skilled in the art For, under the premise of the utility model general idea is not departed from, some changes and improvements can also be made, these should also be considered as The scope of protection of the utility model.

Claims (8)

  1. A kind of 1. magnetic force break-make electric installation, it is characterised in that:Including the plug being mutually matched(1)And socket(2), plug(1)It is interior Portion is provided with plug magnetic material(11), plug(1)On be provided with plug haptic element(12), plug haptic element(12)With power transmission sequence (13)It is electrically connected;Socket(2)It is internally provided with socket magnetic material(21), socket(2)On be provided with mobilizable socket haptic element (22), plug haptic element(12)With socket haptic element(22)Match each other, socket haptic element(22)By bridging power transmission device(24)With it is outer Supply line of portion(23)It is electrically connected, bridges power transmission device(24)Socket haptic element is controlled by moving back and forth(22)Power on/off;
    When socket magnetic material(21)With bridging power transmission device(24)During connection, socket magnetic material(21)And socket(2)Inner wall Between be provided with resetting spring;When socket magnetic material(21)With bridging power transmission device(24)When being not connected to, socket haptic element(22) On be provided with and hold out against spring.
  2. 2. magnetic force break-make electric installation according to claim 1, it is characterised in that:The bridge joint power transmission device(24)Including One spring(2401), the first spring(2401)One end is fixed on socket magnetic material(21)On, the first spring(2401)The other end It is fixed on socket(2)On inner wall, socket magnetic material(21)Pass through connector(2402)With haptic element of powering(2403)Connection, power supply Haptic element(2403)With externally fed circuit(23)It is electrically connected, haptic element of powering(2403)With socket haptic element(22)It is corresponding.
  3. 3. magnetic force break-make electric installation according to claim 1, it is characterised in that:The bridge joint power transmission device(24)Including magnetic Power switchs(2411), magnetic switch(2411)Pass through control circuit(2412)With relay(2413)Connection, relay(2413) With externally fed circuit(23)It is electrically connected, relay(2413)Also pass through the first internal circuit(2414)With socket haptic element(22)Electricity Connection, further includes second spring(2415), second spring(2415)One end and socket haptic element(22)Connection, second spring (2415)The other end and relay(2413)Connection, second spring(2415)In compressive state;Plug magnetic material(11) For permanent-magnet material, socket magnetic material(21)For magnetic conductive metal.
  4. 4. magnetic force break-make electric installation according to claim 1, it is characterised in that:The bridge joint power transmission device(24)Including by Compress switch(2421)Be arranged on plug(1)On by the haptic element that compresses switch(14), by the haptic element that compresses switch(14)With by compressing switch (2421)Match, by compressing switch(2421)One end and externally fed circuit(23)It is electrically connected, by compressing switch(2421)The other end Pass through the second internal circuit(2422)With socket haptic element(22)It is electrically connected, further includes the 3rd spring(2423), the 3rd spring (2423)One end and socket haptic element(22)Connection, the 3rd spring(2423)The other end and be fixed on socket(2)On inner wall, the Three springs(2423)In compressive state.
  5. 5. magnetic force break-make electric installation according to claim 1, it is characterised in that:The plug magnetic material(11)For permanent magnetism Material, socket magnetic material(21)For magnetic conductive metal.
  6. 6. magnetic force break-make electric installation according to claim 1, it is characterised in that:The plug magnetic material(11)For magnetic conduction Metal, socket magnetic material(21)For permanent-magnet material.
  7. 7. magnetic force break-make electric installation according to claim 1, it is characterised in that:The plug magnetic material(11)And socket Magnetic material(21)It is permanent-magnet material.
  8. 8. magnetic force break-make electric installation according to claim 1, it is characterised in that:The plug haptic element(12), power transmission sequence (13), socket haptic element(22)With externally fed circuit(23)It is respectively provided with least two-way.
CN201721428640.8U 2017-10-31 2017-10-31 A kind of magnetic force break-make electric installation Active CN207353598U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201721428640.8U CN207353598U (en) 2017-10-31 2017-10-31 A kind of magnetic force break-make electric installation

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201721428640.8U CN207353598U (en) 2017-10-31 2017-10-31 A kind of magnetic force break-make electric installation

Publications (1)

Publication Number Publication Date
CN207353598U true CN207353598U (en) 2018-05-11

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Application Number Title Priority Date Filing Date
CN201721428640.8U Active CN207353598U (en) 2017-10-31 2017-10-31 A kind of magnetic force break-make electric installation

Country Status (1)

Country Link
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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109193226A (en) * 2018-09-28 2019-01-11 陈翠华 A kind of safety plug & socket structure
CN109462094A (en) * 2018-10-30 2019-03-12 阮鑫 A kind of television set anti-leakage plug
CN111129884A (en) * 2019-12-31 2020-05-08 衢州图艺工业设计有限公司 Safe type magnetic force induction separation and reunion transmission of electricity device
CN111756010A (en) * 2020-06-30 2020-10-09 菏泽成科企业管理有限公司 Power transmission pole

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109193226A (en) * 2018-09-28 2019-01-11 陈翠华 A kind of safety plug & socket structure
CN109462094A (en) * 2018-10-30 2019-03-12 阮鑫 A kind of television set anti-leakage plug
CN111129884A (en) * 2019-12-31 2020-05-08 衢州图艺工业设计有限公司 Safe type magnetic force induction separation and reunion transmission of electricity device
CN111756010A (en) * 2020-06-30 2020-10-09 菏泽成科企业管理有限公司 Power transmission pole

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