CN201066734Y - Rotary bounce wedging electric connection device - Google Patents
Rotary bounce wedging electric connection device Download PDFInfo
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- CN201066734Y CN201066734Y CNU2006201657312U CN200620165731U CN201066734Y CN 201066734 Y CN201066734 Y CN 201066734Y CN U2006201657312 U CNU2006201657312 U CN U2006201657312U CN 200620165731 U CN200620165731 U CN 200620165731U CN 201066734 Y CN201066734 Y CN 201066734Y
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- RYGMFSIKBFXOCR-UHFFFAOYSA-N Copper Chemical compound [Cu] RYGMFSIKBFXOCR-UHFFFAOYSA-N 0.000 abstract description 4
- 229910052802 copper Inorganic materials 0.000 abstract description 4
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Abstract
The utility model provides an electric connection device which is applicable to indoor and outdoor connection of a plug, a socket, a movable plug and a cable coupler, an instrument coupler etc. The electric connection device comprises a rotating rebound wedging type joint which is provided with a directional positioning groove and a metal contact plate A with a wedging face C and a rotating rebound wedging type connecting base, a hole wall of which is provided a directional positioning protrudent platform and a metal contact plate B with a wedging face D. The electric connection device achieves the electric connection by mutually wedging the wedging face C of the metal contact plate A and the wedging face D of the metal contact plate B. The utility model has the advantages of wide application range, being capable of ensuring the safety and preventing accidental electric shock, reducing arc striking greatly, preventing detonation transmission, easily obtained materials, simple technology, saving a plurality of copper, low cost, being capable of standardization, reasonable structure, simple and convenient operation and reliable connection performance, and in particularly, when an electrical source is under the conducting state, the connection device has the self-lock function and can not loose because of bearing the external force, such as shake, impact etc., and the electric connection effect is good.
Description
Technical field
The utility model relates to a kind of rotating springback wedging type arrangements of electric connection, and this rotating springback wedging type arrangements of electric connection mainly is applicable to plug, socket, mobile socket and connector, coupler and cable coupler, utensil coupler, interconnect coupler etc.
Technical background
At present, common electrically connected method is a card edge type, promptly inserts---energising, extract---outage; System directly inserts the plug of consuming device in the jack of the socket that has power supply or directly inserts and has in the coupler of power supply, reaches the purpose of electricity consumption.This kind plugs and sockets or coupler are fairly simple, convenient, but can not guarantee synchronous insertion, cause often " starting the arc ", damage consuming device, even " propagation of explosion ", lead to and use electrification; This kind plugs and sockets or coupler danger are bigger, and people often get an electric shock because of because of carelessness hand or conductive body being strayed into sleeve, and casualty accident happens occasionally; This kind plugs and sockets or coupler reliability are relatively poor, virtual connection or loose contact often occur, and even plug fault such as get loose; Historical facts or anecdotes can not be satisfactory in using.Though I once proposed a kind of rotary elastic electrical connection method and the device (patent No.: 96120295.5), some above-mentioned problems have been solved more satisfactoryly, but because of it is to finish electrical connection by being meshing with each other between the hard contact, the shortcoming that inevitable just have " hard contact contact surface carbon distribution can not self-cleaning ", all be subjected to restriction at aspects such as application and contact performance and useful lifes, so effect is also not very good.
The utility model content
In order to overcome dangerous, dangerous big, the shortcomings such as failure rate is high, poor reliability, a large amount of copper materials of waste of existing arrangements of electric connection, particularly to overcome the shortcoming of " hard contact contact surface carbon distribution can not self-cleaning "; The purpose of this utility model be propose a kind of simple in structure, esy to use, safe and reliable, can save a large amount of copper materials, cost is low and can comes the rotating springback wedging type arrangements of electric connection of self-cleaning metal contact contact surface carbon distribution, to remedy present deficiency by the mutual frictional force between the raising wedging face.
According to the utility model, a kind of rotating springback wedging type arrangements of electric connection, it is characterized in that this jockey comprises at least one rotating springback wedging type connector and at least one elastic body and at least one rotating springback wedging type Connection Block of being made up of connector key and connector operating body, be processed with on the connector key of described rotating springback wedging type connector match with guide-localization boss on the rotating springback wedging type Connection Block can guide self rotation and the accurate guide-localization groove of guide-localization, be processed with in the location notch of guide-localization groove with metal contact B that same power supply on the rotating springback wedging type Connection Block links to each other on the metal contact A that is complementary of wedging face D on wedging face C, the number of the wedging face C of this guide-localization groove and metal contact A, the number of the wedging face D of guide-localization boss and metal contact B on the position of mutual relative position and relative rotating springback wedging type connector central axis and the rotating springback wedging type Connection Block, the position of relative position and relative rotating springback wedging type Connection Block central axis is consistent mutually, coupling, has a connecting seat keyhole at least on the described rotating springback wedging type Connection Block, be processed with at least two projectioies on the hole wall of Connection Block keyhole with the rotating springback wedging type connector on the corresponding guide-localization boss of guide-localization groove shapes, the wedging face D that also has the metal contact B that the wedging face C of the metal contact A at least one and the rotating springback wedging type connector is complementary on the wedging face of its boss, on the described rotating springback wedging type connector on the wedging face C of metal contact A and the rotating springback wedging type Connection Block wedging face D of metal contact B be that the mutual wedging of effect of the resilience force by being contained in the elastic body between rotating springback wedging type connector and the rotating springback wedging type Connection Block is connected energising.Described elastic body is by spring and reset surely and form every cover plate.Certainly, described can guide self rotation and accurately guide-localization mutual on can the rotating springback wedging type connector of coupling the guide-localization groove and the guide-localization boss on the rotating springback wedging type Connection Block can exchange use, be to have the guide-localization boss on the rotating springback wedging type connector, can have the guide-localization groove on the rotating springback wedging type Connection Block; So a kind of rotating springback wedging type arrangements of electric connection, it is characterized in that this jockey comprises at least one rotating springback wedging type connector and at least one elastic body and at least one rotating springback wedging type Connection Block of being made up of connector key and connector operating body, be processed with on the connector key of described rotating springback wedging type connector match with guide-localization groove on the rotating springback wedging type Connection Block can guide self rotation and the accurate guide-localization boss of guide-localization, be processed with on the guide-localization boss with metal contact B that same power supply on the rotating springback wedging type Connection Block links to each other on the metal contact A that is complementary of wedging face D on wedging face C, the number of the wedging face C of this guide-localization boss and metal contact A, the number of the wedging face D of guide-localization groove and metal contact B on the position of mutual relative position and relative rotating springback wedging type connector central axis and the rotating springback wedging type Connection Block, the position of relative position and relative rotating springback wedging type Connection Block central axis is consistent mutually, coupling, has a connecting seat keyhole at least on the described rotating springback wedging type Connection Block, be processed with the corresponding guide-localization groove of guide-localization boss shape at least one recessed and the rotating springback wedging type connector on the hole wall of Connection Block keyhole, the wedging face D that the metal contact B that the wedging face C of the metal contact A at least one and the rotating springback wedging type connector is complementary is arranged in the location notch of its groove, on the described rotating springback wedging type connector on the wedging face C of metal contact A and the rotating springback wedging type Connection Block wedging face D of metal contact B be that the mutual wedging of effect of the resilience force by being contained in the elastic body between rotating springback wedging type connector and the rotating springback wedging type Connection Block is connected energising.Certainly, both can be the corresponding guide-localization groove of guide-localization boss shape on recessed and the rotating springback wedging type connector entirely on the hole wall of described Connection Block keyhole, also can be full projection with the rotating springback wedging type connector on the corresponding guide-localization boss of guide-localization groove shapes; Described metal contact A and metal contact B can be to be the independently metal contact of one with wedging face C or wedging face D, can also be on the wedging face of metal contact, to adopt to splice or weld or rivet or mode such as plating has the compound metal contact of noble metal wedging face, can also be and binding post or the combination of conducting metal body or the metal contact that is processed as one; Described rotating springback wedging type connector can be with processing all-in-one-piece separate components such as the wedging face C of connector key, connector operating body, metal contact A, metal contact A, can also be by artificial assembling all-in-one-piece assemblies such as metal contact A with connector key, connector operating body, band wedging face C, can also be the assembly that is processed as one with consuming device; The rotating springback wedging type connector can have various ways such as excellent type, perpendicular type; Be preferably with Connection Block panel or Connection Block oversheath or Connection Block protecgulum or Connection Block bonnet etc. on the described rotating springback wedging type Connection Block, they can have multiple profile, and square, circular, rectangle etc. is preferable; The rotating springback wedging type Connection Block can be with processing all-in-one-piece separate components such as the metal contact B of Connection Block panel or Connection Block oversheath or Connection Block protecgulum or Connection Block bonnet, the main body module that has Connection Block keyhole and guide-localization boss and band wedging face D, binding posts, can also be by manually they being assembled the all-in-one-piece assembly; Main body module on the rotating springback wedging type Connection Block can be a separate component, can also be the assembly that is assembled into by main body module A, main body module B, main body module C or the like, can also be the complex that is processed into one with the rotating springback wedging type Connection Block; The combination of rotating springback wedging type Connection Block can have various ways such as flush type, interconnection system, ultrasonic bonding formula; The rotating springback wedging type Connection Block can have multiple shapes such as flange-type, round, oblique type, square, straight type; The wedging face D of metal contact B on the rotating springback wedging type Connection Block preferably has the oblique wedging face that necessarily moves back degree of pulling out, and certainly, its shape is to be complementary with the wedging face C of metal contact A on the rotating springback wedging type connector is corresponding; Described elastic body can be a separate component, can also be the assembly that is contained in above the rotating springback wedging type Connection Block, can also be the complex that is processed into one with the rotating springback wedging type Connection Block; Be preferably with positioning and guiding step post on the elastic body with safety electric shock-prevention function and guide-localization function, this step post can be a separate component, can also be with the rotating springback wedging type Connection Block on other component-assembled be the assembly of one, can also be the complex that is processed into one with the rotating springback wedging type Connection Block; Spring preferably is enclosed within the cooperation position that guarantees spring on the positioning and guiding step post, and certainly, spring also can be arranged on other position that is fit on rotating springback wedging type Connection Block or the rotating springback wedging type connector as required; Surely resetting preferably is enclosed within an end of spring every cover plate, reset or preventing arc or protection against electric shock or anti-creepage or anti-propagation of explosion etc. in order to the location.
According to the utility model, a kind of rotating springback wedging type arrangements of electric connection, its operation principle and electrically connected method are with the Connection Block keyhole on the insertion of the connector key contraposition on the rotating springback wedging type connector rotating springback wedging type Connection Block, or with the connector key on the reeve of the Connection Block keyhole contraposition on the rotating springback wedging type Connection Block rotating springback wedging type connector, again rotating springback wedging type connector or rotating springback wedging type Connection Block are applied roof pressure power and by connector key or rotating springback wedging type Connection Block with the elastic body compression that is mated, the back of waiting to put in place serves as axle rotation rotating springback wedging type connector or rotating springback wedging type Connection Block with the center of circle of connector key and puts in place, the process of whole reeve and rotation is to put in place like clockwork with the cooperating guiding of guide-localization boss by the guide-localization groove, back releasing roof pressure power puts in place, the resilience force of dependence elastic body forces the connector key to retreat (resilience) or the rotating springback wedging type Connection Block retreats (resilience), the mutual wedging of wedging face D of metal contact B on the wedging face C that makes the metal contact A on the rotating springback wedging type connector and the rotating springback wedging type Connection Block and finishing is electrically connected, then rotating springback wedging type connector or rotating springback wedging type Connection Block roof pressure are put in place when taking off and the derotation return can be extracted and (applies after the roof pressure power because the connector key on the rotating springback wedging type connector travels forward that elastic body is compressed, back reverse rotation connector key puts in place, make the guide-localization groove be threaded to the guide-localization recess sidewall and contact, can extract with the guide-localization boss along the guide-localization boss) method; Promptly insert roof pressure, be rotated in place, remove roof pressure---springback wedging---energising, roof pressure puts in place---outage, derotation are extracted, method; So that in the electric conductivity that relies on metal contact A, B self, quality of fit and frictional force between wedging face C, the D of raising metal contact A, B, the mutual wedging power between wedging face C, the D of enhancing metal contact A, B is finished electrical connection.
A kind of rotating springback wedging type arrangements of electric connection can be made as metal, macromolecular material etc. by multiple material, can pass through kinds of processes, forms as methods such as mold pressing, machine work, injection mouldings.Spring in this arrangements of electric connection upper elasticity mechanism preferably adopts spring steel wire manufacturing, and its geometry is preferably cylindrical, and can select its intensity and rebound performance etc. according to the needs that are electrically connected.Rotating springback wedging type connector, rotating springback wedging type Connection Block preferably adopt high temperature resistant, fire-retardant macromolecular material to make (except the metal contact etc.).The profile of rotating springback wedging type connector and rotating springback wedging type Connection Block can be decided as required, preferably can diversified, standardization.
This utility model has following major advantage: (1) applied range is applicable to plug, socket, mobile socket and cable coupler, utensil coupler, interconnect coupler of indoor and outdoor use etc.; (2) can guarantee safety, prevent accidental shock, (, still do not reach the conductive element device even conductive body is fed in the unlimited hole of hole, this jockey is after connection or in the connection procedure, more do not have any charged object and expose, thereby improved coefficient of safety effectively, prevented the generation of accidental shock accident), reduce significantly " starting the arc ", add that all devices all have " arc cover "---reset surely every cover plate, can prevent " propagation of explosion ", reduced accident potential greatly; (3) material is easy to get, and technology is simple, can save a large amount of copper materials, and cost is low; (4) but standardization can exchange, general; (5) rational in infrastructure, easy and simple to handle, switching performance is reliable, particularly under the situation of power turn-on, this jockey has auto-lock function, can not getting loose because being given a shock external force such as impact, (at this moment, interface unit is stuck state of wedging and energising mutually, and antivibration, shock resistance, anti-dropping capability are splendid, has only the staff proper operation, it could be extracted), be electrically connected effectively, also have the self-purging function of surface dirt self-cleaning and area carbon.
Description of drawings
Below in conjunction with drawings and Examples the utility model is further specified.
Fig. 1 is a kind of embodiment of the present utility model (seat with two guide-localization boss and a guide-localization groove, headband two guide-localization grooves and a guide-localization boss)) assembling use the main half section schematic diagram of the signal of (during electric connection);
Fig. 2 is the A-A cross-sectional schematic of Fig. 1;
Fig. 3 is the B-B cross-sectional schematic of Fig. 1;
Fig. 4 is the C-C cross-sectional schematic of Fig. 1;
Fig. 5 for the A of Fig. 6 to looking schematic diagram;
Fig. 6 is the rotating springback wedging type Connection Block (with two guide-localization boss and a guide-localization groove) of Fig. 1 and the main cross-sectional schematic of elastic body;
Fig. 7 is the main half section schematic diagram of the main body module A (23) [have two guide-localization boss (13), do not install when having the metal contact B (15) of wedging face D (16)] of Fig. 6;
Fig. 8 looks schematic diagram for the left side of Fig. 7;
Fig. 9 is the D-D cross-sectional schematic of Fig. 8;
Figure 10 is the main cross-sectional schematic of the main body module B (24) [having a guide-localization groove (6), when the metal contact B (26) of ground connection is not installed] of Fig. 6;
Figure 11 looks schematic diagram for the left side of Figure 10;
Figure 12 is the E-E cross-sectional schematic of Figure 11;
Figure 13 is the main half section schematic diagram every cover plate of deciding to reset of the elastic body on Fig. 6;
Figure 14 looks schematic diagram for the left side of Figure 13;
Figure 15 looks schematic diagram for the left side of Figure 17;
Figure 16 looks schematic diagram for the master of the rotating springback wedging type connector (with two guide-localization grooves and a guide-localization boss) of Fig. 1;
Figure 17 is the schematic top plan view of Figure 16;
Figure 18 is the F-F revolved section schematic diagram of Figure 15;
Figure 19 is the main half section schematic diagram that the signal of (during electric connection) is used in the assembling of another kind of embodiment of the present utility model (seat is with two guide-localization boss, headband two guide-localization grooves).
Figure 20 is the main cross-sectional schematic that the signal of (during electric connection) is used in the assembling of another kind of embodiment of the present utility model (seat is with three guide-localization boss, headband three guide-localization grooves).
Figure 21 is the G-G cross-sectional schematic of Figure 20;
Figure 22 is the H-H cross-sectional schematic of Figure 20;
Figure 23 for the A of Figure 24 to looking schematic diagram;
Figure 24 is that the rotating springback wedging type Connection Block (with three guide-localization boss) of Figure 20 and the main cross-sectional schematic of elastic body (also are the I-I revolved section schematic diagrames of Figure 23;
Figure 25 is the main cross-sectional schematic of the main body module A (23) [have three guide-localization boss (13), do not install when having the metal contact B (15) of wedging face D (16)] of Figure 20;
Figure 26 looks schematic diagram for the left side of Figure 25;
Figure 27 is the J-J cross-sectional schematic of Figure 26;
Figure 28 is the K-K cross-sectional schematic of Figure 29;
Figure 29 looks schematic diagram for the master of the rotating springback wedging type connector (being with three guide-localization grooves, when the slot plug is not installed) of Figure 20;
Figure 30 looks schematic diagram for the left side of Figure 29.
Embodiment
Please refer to Fig. 1 to Figure 18.At first by required specification, shape, size, appearance design, process, assemble, reprocess out by connector key (4) and connector operating body (5) form have two guide-localization grooves (6) and one section has wedging face C (9), a metal contact A (8) that its other end is connected with electric wire (25) and a guide-localization boss (13) and one section have wedging face C (9), the rotating springback wedging type connector (1) of the metal contact A (31) of the ground connection that its other end is connected with electric wire (25), to be used; Equally, by required specification, shape, size, appearance design, process by Connection Block panel (17) and have the Connection Block bonnet (19) of positioning and guiding step post (22) and main body module [comprising main body module A (23) and main body module B (24)] is formed has the rotating springback wedging type Connection Block (2) of the metal contact B (26) of the metal contact B (15) that has wedging face D (16) that a connecting seat keyhole (11), two guide-localization boss (13) and two cooperate with it, the ground connection that has wedging face D (16) that a guide-localization groove (6) and cooperates with it; Process the spring (20) of forming elastic body (3) and reset surely every cover plate (21); End contraposition with spring (20) is enclosed within on the step of positioning and guiding step post (22) then, to reset surely resets by deciding on it every cover plate (21) packs into positioning and guiding step post (22) and sticks into the other end of spring (20) every cover plate guide hole (27) contraposition, thereafter be the relevant position that the guide-localization groove (6) on the main body module B (24) is put in conducting metal body B (30) contraposition that is connected of one with a grounded metal contact B (26) with riveting with it, the two metal contact B (15) that will have wedging face D (16) again are by the positioning step (39) on boss side and the accurate location of metal contact B slot (40), contraposition is contained in the relevant position of two guide-localization boss (13) on the main body module A (23) respectively, the wedging face D (16) that guarantees metal contact B (15) works good with wedging face (14) contraposition of guide-localization boss (13), again with two connect conducting metal body B (30) respectively contraposition be contained in above the metal contact B (15), and screw with the cooperating of setscrew nut (28) that compress that is contained in main body module A (23) lining by compressing bolt (29), with two metal contact B (15) be connected with two conducting metal body B (30) respectively contraposition be locked in the relevant position of two guide-localization boss (13) on the main body module A (23) admittedly, again main body module B (24) is assembled into one with main body module A (23) contraposition, then by connecting bolt (37) and screwing cooperating of connecting bolt hole post (38) on the panel, main body module and panel are assembled into one, at last it is screwed by cooperating of attachment bolt with Connection Block bonnet (19) contraposition, be about to rotating springback wedging type Connection Block and elastic body and assemble to be used.
During use, earlier pinch connector operating body (5) on the rotating springback wedging type connector (1) with hand, connect Connection Block keyhole (11) lining on a key (4) the contraposition insertion rotating springback wedging type Connection Block (2), applying roof pressure power then also compresses the elastic body (3) that is mated by connector key (4), serve as that an axle clockwise direction rotates its connector key (4) and puts in place with the center of circle of rotating springback wedging type connector (1) again, the process of whole reeve and rotation is to lead cooperating of positioning and guiding step post (22) on step post hole (36) and the rotating springback wedging type Connection Block on guiding and the rotating springback wedging type connector etc. and put in place like clockwork by cooperating of the guide-localization boss (13) on the guide-localization groove (6) on the rotating springback wedging type connector and the rotating springback wedging type Connection Block, back releasing roof pressure power puts in place, rely on the resilience force of elastic body (3) to force rotating springback wedging type connector (1) to retreat (resilience), the wedging face C (9) that makes the metal contact A (8) on its connector key (4) is with the wedging face D (16) of the metal contact B (15) on the rotating springback wedging type Connection Block (2) wedging and energized mutually, reach the purpose (in the process of its mutual wedging, having the self-purging function of surface dirt self-cleaning and area carbon) of electricity consumption.In the time of need taking off, then earlier pinch connector operating body (5) on the rotating springback wedging type connector (1) with hand, apply roof pressure power and be pressed onto position (i.e. outage), rotary connecting joint (1) counterclockwise then, when waiting to change motionless [at this moment, guide-localization boss (13) on the rotating springback wedging type Connection Block (2) has contacted and has withstood the guide-localization recess sidewall (10) on the rotating springback wedging type connector (1)], rotating springback wedging type connector (1) can be extracted [during insertion, the connection of the metal contact B (26) of metal contact A of ground connection (31) and ground connection elder generation; When extracting, the metal contact A of ground connection (31) disconnects with metal contact B (26) back of ground connection].(7) are that location notch, (12) of guide-localization groove are boss mating groove for reinforcement shell foot, (41) for defining flange, (42) for the hole wall of Connection Block keyhole, (34) among the figure.
Please refer to Figure 19.At first by required specification, shape, size, appearance design, process, assemble, reprocess out two one section of forming by connector key (4) and connector operating body (5) that have guide-localization groove (6) and cooperation with it and have wedging face C (9), the rotating springback wedging type connector (1) of the metal contact A (8) that its other end is connected with electric wire (25), to be used; Equally, by required specification, shape, size, appearance design, processing by Connection Block oversheath (18) and positioning and guiding step post (22) and main body module---main body module A (23) forms has a connecting seat keyhole, two guide-localization boss and two rotating springback wedging type Connection Blocks (2) that have the metal contact B (15) of wedging face D of cooperation with it; Process the spring (20) of forming elastic body (3) and reset surely every cover plate (21); End contraposition with spring (20) is enclosed within on the step of positioning and guiding step post (22) then, to reset surely resets by deciding on it every cover plate (21) packs into positioning and guiding step post (22) and sticks into the other end of spring (20) every the contraposition of cover plate guide hole, the two metal contact B (15) that will have wedging face D thereafter are by the positioning step on boss side and the accurate location of metal contact B slot, contraposition is contained in the relevant position of two guide-localization boss on the main body module A (23) respectively, guarantee that the wedging of the wedging face D of metal contact B (15) and guide-localization boss works good in the face of the position, again with two connect conducting metal body B (30) respectively contraposition be contained in above the metal contact B (15), and screw with the cooperating of setscrew nut (28) that compress that is contained in main body module A (23) lining by compressing bolt (29), with two metal contact B (15) be connected with two conducting metal body B (30) respectively contraposition be locked in the relevant position of two guide-localization boss on the main body module A (23) admittedly, then by connecting bolt and screwing cooperating of connecting bolt hole post on the panel, main body module and Connection Block oversheath are assembled into one, at last it is cooperated with the contraposition of Connection Block oversheath bonnet to install, can be stand-by.
During use, earlier pinch connector operating body (5) on the rotating springback wedging type connector (1) with hand, connect in the Connection Block keyhole on a key (4) the contraposition insertion rotating springback wedging type Connection Block (2), applying roof pressure power then also compresses the elastic body (3) that is mated by connector key (4), serve as that an axle clockwise direction rotates its connector key (4) and puts in place with the center of circle of rotating springback wedging type connector (1) again, the process of whole reeve and rotation is to lead cooperating of positioning and guiding step post (22) on step post hole and the rotating springback wedging type Connection Block on guiding and the rotating springback wedging type connector and put in place like clockwork by cooperating of the guide-localization boss on the guide-localization groove (6) on the rotating springback wedging type connector and the rotating springback wedging type Connection Block, back releasing roof pressure power puts in place, rely on the resilience force of elastic body (3) to force rotating springback wedging type connector (1) to retreat (resilience), the wedging face C (9) that makes the metal contact A (8) on its connector key (4) is energized with the mutual wedging of wedging face D of the metal contact B (15) on the rotating springback wedging type Connection Block (2), reach the purpose (in the process of its mutual wedging, having the self-purging function of surface dirt self-cleaning and area carbon) of electricity consumption.In the time of need taking off, then earlier pinch connector operating body (5) on the rotating springback wedging type connector (1) with hand, apply roof pressure power and be pressed onto position (i.e. outage), rotary connecting joint (1) counterclockwise then, when waiting to change motionless [at this moment, guide-localization boss on the rotating springback wedging type Connection Block (2) has contacted and has withstood the guide-localization recess sidewall on the rotating springback wedging type connector (1)], rotating springback wedging type connector (1) can be extracted.
Please refer to Figure 20 to Figure 30.At first by required specification, shape, size, appearance design, process, assemble, reprocess out by connector key (4) and connector operating body (5) form have guide-localization groove (6) and one section has wedging face C (9), the rotating springback wedging type connector (1) of the metal contact A (8) that its other end is connected with electric wire (25); Equally, by required specification, shape, size, appearance design, processing by Connection Block panel (17) and have the Connection Block bonnet (19) and the main body module of positioning and guiding step post (22)---main body module A (23) forms has the rotating springback wedging type Connection Block (2) that a connecting seat keyhole (11), three guide-localization boss (13), three have the metal contact B (15) [the metal contact B that comprises ground connection] of wedging face D (16); Process the spring (20) of forming elastic body (3) and reset surely every cover plate (21); End contraposition with spring (20) is enclosed within on the step of positioning and guiding step post (22) then, to reset surely resets by deciding on it every cover plate (21) packs into positioning and guiding step post (22) and sticks into the other end of spring (20) every the contraposition of cover plate guide hole, the three metal contact B (15) [the metal contact B that comprises ground connection] that will have wedging face D (16) thereafter are by the positioning step (39) on boss side and the accurate location of metal contact B slot (40), contraposition is contained in the relevant position of three guide-localization boss (13) on the main body module A (23) respectively, the wedging face D (16) that guarantees metal contact B (15) works good with wedging face (14) contraposition of guide-localization boss (13), again with three connect conducting metal body B (30) respectively contraposition be contained in above the metal contact B (15), and screw with the cooperating of setscrew nut (28) that compress that is contained in main body module A (23) lining by compressing bolt (29), with three metal contact B (15) be connected with three conducting metal body B (30) respectively contraposition be locked in the relevant position of three guide-localization boss (13) on the main body module A (23) admittedly, then by the locating clamp plate on the panel (33), main body module and panel are assembled into one, at last reference column (43) contraposition on the Connection Block bonnet (19) is inserted in the cooperation taper hole on the main body module A (23), again the Connection Block panel is built with the contraposition of Connection Block bonnet and, be about to rotating springback wedging type Connection Block and elastic body and assemble by screwing cooperating of attachment bolt.
During use, earlier pinch connector operating body (5) on the rotating springback wedging type connector (1) with hand, connect Connection Block keyhole (11) lining on a key (4) the contraposition insertion rotating springback wedging type Connection Block (2), applying roof pressure power then also compresses the elastic body (3) that is mated by connector key (4), serve as that an axle clockwise direction rotates its connector key (4) and puts in place with the center of circle of rotating springback wedging type connector (1) again, the process of whole reeve and rotation is to lead cooperating of positioning and guiding step post (22) on step post hole (36) and the rotating springback wedging type Connection Block on guiding and the rotating springback wedging type connector and put in place like clockwork by cooperating of the guide-localization boss (13) on the guide-localization groove (6) on the rotating springback wedging type connector and the rotating springback wedging type Connection Block, back releasing roof pressure power puts in place, rely on the resilience force of elastic body (3) to force rotating springback wedging type connector (1) to retreat (resilience), the wedging face C (9) that makes the metal contact A (8) on its connector key (4) is with the wedging face D (16) of the metal contact B (15) on the rotating springback wedging type Connection Block (2) wedging and energized mutually, reach the purpose (in the process of its mutual wedging, having the self-purging function of surface dirt self-cleaning and area carbon) of electricity consumption.In the time of need taking off, then earlier pinch connector operating body (5) on the rotating springback wedging type connector (1) with hand, apply roof pressure power and be pressed onto position (i.e. outage), rotary connecting joint (1) counterclockwise then, when waiting to change motionless [at this moment, guide-localization boss (13) on the rotating springback wedging type Connection Block (2) has contacted and has withstood the guide-localization recess sidewall (10) on the rotating springback wedging type connector (1)], rotating springback wedging type connector (1) can be extracted [during insertion, the connection of the metal contact B of metal contact A of ground connection (31) and ground connection elder generation; When extracting, disconnect behind the metal contact B of metal contact A of ground connection (31) and ground connection].(7) are that location notch, (12) of guide-localization groove are reinforcement spring for the hole wall of Connection Block keyhole, (32) for slot plug, (35) among the figure.
Claims (4)
1. rotating springback wedging type arrangements of electric connection, it is characterized in that this jockey comprises at least one rotating springback wedging type connector (1) and at least one elastic body (3) and at least one rotating springback wedging type Connection Block of being made up of connector key (4) and connector operating body (5) (2), be processed with on the connector key (4) of described rotating springback wedging type connector (1) match with guide-localization boss (13) on the rotating springback wedging type Connection Block (2) can guide self rotation and the accurate guide-localization groove (6) of guide-localization, be processed with in the location notch of guide-localization groove (7) with metal contact B (15) that same power supply on the rotating springback wedging type Connection Block (2) links to each other on the metal contact A (8) that is complementary of wedging face D (16) on wedging face C (9), the number of the wedging face C (9) of this guide-localization groove (6) and metal contact A, the position of relative position and relative rotating springback wedging type connector (1) central axis and rotating springback wedging type Connection Block (2) are gone up the number of the wedging face D (16) of guide-localization boss (13) and metal contact B mutually, the position of relative position and relative rotating springback wedging type Connection Block (2) central axis is consistent mutually, coupling, has a connecting seat keyhole (11) on the described rotating springback wedging type Connection Block (2) at least, be processed with at least two projectioies on the hole wall of Connection Block keyhole (12) with rotating springback wedging type connector (1) on guide-localization groove (6) the corresponding guide-localization boss of shape (13), the wedging face C (9) that the wedging face D (16) that also has the metal contact B that the wedging face C (9) of the metal contact A at least one and the rotating springback wedging type connector (1) is complementary on the wedging face (14) of its boss, described rotating springback wedging type connector (1) go up metal contact A and the wedging face D (16) of the last metal contact B of rotating springback wedging type Connection Block (2) are that the mutual wedging of effect by the resilience force that is contained in the elastic body (3) between rotating springback wedging type connector (1) and the rotating springback wedging type Connection Block (2) is connected energising.
2. rotating springback wedging type arrangements of electric connection according to claim 1, the elastic body (3) that it is characterized in that this jockey are by spring (20) and reset surely and form every cover plate (21).
3. rotating springback wedging type arrangements of electric connection, it is characterized in that this jockey comprises at least one rotating springback wedging type connector (1) and at least one elastic body (3) and at least one rotating springback wedging type Connection Block of being made up of connector key (4) and connector operating body (5) (2), be processed with on the connector key (4) of described rotating springback wedging type connector (1) match with guide-localization groove (6) on the rotating springback wedging type Connection Block (2) can guide self rotation and the accurate guide-localization boss (13) of guide-localization, be processed with on the guide-localization boss (13) with metal contact B (15) that same power supply on the rotating springback wedging type Connection Block (2) links to each other on the metal contact A (8) that is complementary of wedging face D (16) on wedging face C (9), the number of the wedging face C (9) of this guide-localization boss (13) and metal contact A, the position of relative position and relative rotating springback wedging type connector (1) central axis and rotating springback wedging type Connection Block (2) are gone up the number of the wedging face D (16) of guide-localization groove (6) and metal contact B mutually, the position of relative position and relative rotating springback wedging type Connection Block (2) central axis is consistent mutually, coupling, has a connecting seat keyhole (11) on the described rotating springback wedging type Connection Block (2) at least, be processed with guide-localization boss (13) the corresponding guide-localization groove of shape (6) at least one recessed and the rotating springback wedging type connector (1) on the hole wall of Connection Block keyhole (12), there is the wedging face D (16) of the metal contact B that the wedging face C (9) of the metal contact A at least one and the rotating springback wedging type connector (1) is complementary the location notch of its groove (7) lining, and the wedging face C (9) that described rotating springback wedging type connector (1) is gone up metal contact A and the wedging face D (16) of the last metal contact B of rotating springback wedging type Connection Block (2) are that the mutual wedging of effect by the resilience force that is contained in the elastic body (3) between rotating springback wedging type connector (1) and the rotating springback wedging type Connection Block (2) is connected energising.
4. rotating springback wedging type arrangements of electric connection according to claim 3, the elastic body (3) that it is characterized in that this jockey are by spring (20) and reset surely and form every cover plate (21).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2006201657312U CN201066734Y (en) | 2006-12-08 | 2006-12-08 | Rotary bounce wedging electric connection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2006201657312U CN201066734Y (en) | 2006-12-08 | 2006-12-08 | Rotary bounce wedging electric connection device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201066734Y true CN201066734Y (en) | 2008-05-28 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2006201657312U Expired - Lifetime CN201066734Y (en) | 2006-12-08 | 2006-12-08 | Rotary bounce wedging electric connection device |
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| Country | Link |
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| CN (1) | CN201066734Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104934767A (en) * | 2015-06-26 | 2015-09-23 | 朱招勇 | Rotary self-locking direct-pull electrical connection device and socket and plug thereof |
-
2006
- 2006-12-08 CN CNU2006201657312U patent/CN201066734Y/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104934767A (en) * | 2015-06-26 | 2015-09-23 | 朱招勇 | Rotary self-locking direct-pull electrical connection device and socket and plug thereof |
| CN104934767B (en) * | 2015-06-26 | 2017-05-31 | 朱招勇 | A kind of rotary self-locking formula directly pulls out arrangements of electric connection and its socket and plug |
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