A kind of fast self-locking pin hole assembly
Technical field
The utility model relates to a kind of pin hole assembly, especially relates to a kind of fast self-locking pin hole assembly.
Background technology
In electric connector, the contact pin of connector and the good contact of jack are weighed the important technology index of connector.On some electronic equipment, often need such class connector: socket is fixedly mounted on equipment, has packed multiple jacks in socket into, and contact pin needs single insertion.Contact pin inserts after jack, not only will form electric pathway with jack, also requires contact pin and jack energy self-locking.Meanwhile, contact pin is also wanted to dismantle easily, and such function to be common contact pin jack cannot realize.Therefore, existing problem is how to provide a kind of simple in structure and have a contact pin jack assembly of self-locking function.
At present, in prior art, as the contact pin of independent application and being connected of jack, be generally not possess locking function, in use easily occur that contact pin and jack, because of unexpected stressed disengagement, affect contact pin and make its inefficacy with contacting of jack.
Utility model content
The deficiency existing in order to overcome prior art, the utility model provides a kind of contact pin jack assembly that can carry out self-locking, i.e. a kind of fast self-locking pin hole assembly.When this structure is mainly used in independent contact pin, jack and connects, guarantee that contact pin is connected and locking with the quick of jack, prevent at the contact pin using and jack because of stressed disengaging of accident.
A kind of fast self-locking pin hole assembly, comprise the contact pin component and the plugging hole component that cooperatively interact, described plugging hole component comprises jack body and steady pin, in described jack body, be from top to bottom provided with in turn Elastic Contact circle, spring, described steady pin is arranged on jack body bottom fixing with spring bottom, and spring is fixed together by steady pin and jack body; Described jack body top is provided with the L-type groove with its internal run-through, and described L-type groove comprises the translot and the vertical slot that are interconnected, and vertical slot extends to jack body top and connects with top ends, and described translot tail end is higher than translot remainder; Described contact pin component comprises contact pin body and locking pin, and locking pin is arranged in contact pin body, and the diameter of locking pin is not more than the internal diameter of L shaped groove.
Preferably, between described steady pin and jack body by riveting or being welded and fixed.Guarantee that steady pin does not come off from jack body.Spring packs in jack body on request, then packs steady pin into, and steady pin blocks spring.
Preferably, in described contact pin body, be provided with a through hole, described locking pin by this through hole and with the mode fixation such as the welding of contact pin body or riveted joint or screw thread.
Preferably, described Elastic Contact circle is hat spring formula contact ring.
Contact pin body is inserted after jack body, locking pin protrudes from after the translot that contact pin body end enters L-type groove, rotation contact pin body certain angle (general 45 degree), and locking pin enters the tail end of translot, and in jack body axially in positioning states, can not slide axially.Translot tail end is higher than remainder, guarantees can not rotate around axle center after locking pin enters, and prevents from coming off, and only has and axially pushes and plugs pin body, could rotate after making itself and translot tail end form certain distance.Simultaneously, in contact pin body insertion process, its end top pressure spring, makes its compression, in contact pin body shaft to producing reaction force, force locking pin tightly rest in translot tail end, can, due to factors such as vibrations, not cause the disengaging of contact pin body.
After contact pin component and plugging hole component are plugged, while needing release, contact pin body shaft is to pushing away certain distance, and then translot is exited in reverse rotation, then exits vertical slot.
The utility model is simple in structure, easy to use, reliability is high, can guarantee that contact pin is connected and locking with the quick of jack, prevents at the contact pin and the jack that use because of stressed disengaging of accident.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model plugging hole component;
Fig. 2 is the rearview of the utility model plugging hole component;
Fig. 3 is contact pin component structural representation of the present utility model;
Fig. 4 is the structural representation of contact pin body of the present utility model.
Embodiment
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail, but protection range of the present utility model is not limited to this.
With reference to Fig. 1~4, a kind of fast self-locking pin hole assembly, comprise the contact pin component and the plugging hole component that cooperatively interact, described plugging hole component comprises jack body 1 and steady pin 4, is from top to bottom provided with in turn Elastic Contact circle 2, spring 3 in described jack body 1, and described steady pin 4 is arranged on jack body 1 bottom and fixes with spring 3 bottoms, spring 3 is fixed together by steady pin 4 and jack body 1, spring 3 packs in jack body 1 on request, then packs steady pin 4 into, and steady pin 4 blocks spring 3.Described Elastic Contact circle is hat spring formula contact ring.
Described jack body 1 top is provided with L-type groove, and described L-type groove comprises the translot 7 and the vertical slot 8 that are interconnected, and vertical slot 8 extends to jack body top and connects with top ends, and translot tail end is higher than translot remainder.
Described contact pin component comprises contact pin body 5 and locking pin 6, and locking pin 6 is arranged in contact pin body 5, and the diameter of locking pin is not more than the internal diameter of L shaped groove.
Between described steady pin 4 and jack body 1, fix by riveted joint, guarantee that steady pin does not come off from jack body.In described contact pin body 5, be provided with a through hole 10, described locking pin 6 is welded and fixed by this through hole and with contact pin body 5.
When installation, contact pin body 5 is inserted after jack body 1, locking pin 6 protrudes from after the translot 7 that contact pin body end enters L-type groove, rotation contact pin body 5 certain angles (general 45 degree), locking pin 6 enters the tail end of translot 7, and in jack body 1 axially in positioning states, can not slide axially.Translot 7 tail ends are higher than remainder, guarantee can not rotate around axle center after locking pin 6 enters, and prevent from coming off, and only have and axially push and plug pin body 5, could rotate after making itself and translot 7 tail ends form certain distances.Simultaneously, in contact pin body 5 insertion process, its end 9 top pressure springs 3, make its compression, axially produce reaction force at contact pin body 5, force locking pin 6 tightly rest in translot 7 tail ends, can, due to factors such as vibrations, not cause the disengaging of contact pin body 5.
After contact pin component and plugging hole component install, while needing release, contact pin body 5 is axially pushed away to certain distance, then reverse rotation is exited after translot 7 it, then exits vertical slot 8.