CN209544221U - Firing switch lock - Google Patents

Abstract

The utility model relates to a kind of firing switch locks, it include knob, lock core and lock body, lock core is rotatably arranged in lock body, knob is connected with lock core, rotation is provided with shaft in lock body, shaft is connected with lock core, the first bracing wire gear is successively arranged along its circumferential direction on knob, OFF gear, ON gear and the second bracing wire gear, lock body is equipped with bracket in the side far from lock core, shaft is arranged in bracket, slip is provided with the first bracing wire sliding block and the second bracing wire sliding block on bracket, shaft is equipped with to be gone to when the first bracing wire is kept off from OFF gear for driving the first shifting block of the first bracing wire sliding block movement in knob, shaft is equipped with to be gone to when the second bracing wire is kept off from ON gear for driving the second shifting block of the second bracing wire sliding block movement in knob, bracket is equipped with the first spring and second spring.Using the above scheme, operation of unpacking can be carried out respectively when knob thereon is in OFF gear and ON gear, and structure is simple, reasonable design, easy operation.

Description

Firing switch lock

Technical field

The utility model relates to firing switch lock technical fields, especially a kind of to start without key and have key to start Firing switch lock.

Background technique

The ignition switch of keyless systems is suitable for the igniting of motorcycle and electric vehicle, flame-out and antitheft use, this point Fire switch has into required by vehicle " ON, OFF, LOCK " third gear basic function as traditional similar product, however without key Key system existing defects, when the relay for receiving electronic signal breaks down, motorcycle can not start, and can not use at this time Key is inserted into lock core to start, and then occurs starting the ignition switch with there is key starting to combine without key.General point Further include the mechanism that unpacks on fiery switch lock, can be used for opening cushion.

Applicant on April 28th, 2017 applied China Patent No. be 201720469648.2, patent, disclose Ignition lock on a kind of electric vehicle or motorcycle, including lock body, lock core, gear seat and the rotor set being arranged in gear seat The rotor of part, lock core and rotor assembly is connected by shaft, and shaft and lock core linkage are arranged, and is provided in the lock body and lock core The lock core installation cavity and shaft installation cavity of adaptation, the compression that bracing wire sliding block is provided in shaft installation cavity and resets bracing wire sliding block Spring is provided with the convex edge for being stuck in shaft installation cavity on bracing wire sliding block, is provided in shaft installation cavity and is adapted to convex edge Guide groove, convex edge and guide groove constitute guiding sliding setting, are arranged at shaft position corresponding with bracing wire sliding block useful In the mobile shifting block of driving bracing wire sliding block, shaft constitutes linkage setting by shifting block and bracing wire sliding block.It is asked existing for above-mentioned patent Topic: only by a bracing wire sliding block and the cooperation of the shifting block of a shaft, two or more unpacking operations are unable to satisfy.

Summary of the invention

The utility model overcomes the deficiencies in the prior art, provides a kind of firing switch lock, and knob thereon is in OFF Operation of unpacking can be carried out respectively when gear and ON gear, and structure is simple, reasonable design, easy operation.

To achieve the goals above, the technical solution adopted in the utility model is: a kind of firing switch lock, includes rotation Button, lock core and lock body, the lock core are rotatably arranged in lock body, and the knob is connected with lock core, rotation in the lock body It is provided with shaft, shaft can be connected along the axial movement of lock core, shaft with lock core, and lock body is in shaft far from lock core side End position is equipped with roller actuator, and driving piece and lock bolt are additionally provided on lock body, and driving piece is connect with lock bolt, and shaft rotation can drive The mobile telescopic moving for realizing lock bolt of piece is driven, lock core is equipped with blade groove, is equipped with the blade to match with key in blade groove, The lock core periphery is arranged with lock core sleeve, and lock core sleeve is rotatably arranged in lock body, and the lock core sleeve is equipped with the card cooperated with blade Slot or card hole, when lock core is not inserted into the key being adapted to therewith, lock core and lock core sleeve linkage are arranged, on the knob along its circumferential direction according to Secondary the first bracing wire gear, OFF gear, ON gear and the second bracing wire gear, the lock body of being equipped with is equipped with bracket, shaft in the side far from lock core It is arranged in bracket, slip is provided with the first bracing wire sliding block and the second bracing wire sliding block on the bracket, and the shaft is equipped with It goes to when the first bracing wire is kept off from OFF gear for driving the first shifting block of the first bracing wire sliding block movement in knob, is set in the shaft There is the second shifting block gone in knob from ON gear when the second bracing wire is kept off for driving the second bracing wire sliding block mobile, is set on the bracket The second spring that the first spring and the second bracing wire sliding block of driving for having the first bracing wire sliding block of driving to reset reset.

By using above scheme, " the first bracing wire gear ", " OFF gear ", " ON are successively arranged along its circumferential direction on rotary switch Gear " and " the second bracing wire gear ", wherein it is direction counterclockwise that " the first bracing wire gear " is turned to from " OFF ", wherein turned to from " ON " " the Two bracing wires gear " is clockwise direction, wherein turning to " ON " from " OFF " is clockwise direction, is arranged on the first bracing wire sliding block There is the first conflict block for contradicting cooperation with the first shifting block, is provided on the second bracing wire sliding block and contradicts the second of cooperation with the second shifting block Conflict block, when shaft is not moved into lock body, the corresponding first bracing wire sliding block of the first shifting block, corresponding second bracing wire of the second shifting block is slided Block rotates knob counterclockwise at this time and shaft is driven to rotate, the first shifting block is connected to first and supports if knob is in " OFF " gear On the side of contact block, as the direction that the rotation of shaft can drive the first bracing wire sliding block towards close first spring is mobile, until rotation Button is threaded to the first bracing wire gear, realizes operation of unpacking, and after removing conflict, the first spring can drive the first bracing wire sliding block to reset；If Knob is in " ON " gear, rotates clockwise knob at this time and shaft is driven to rotate, the second shifting block can be connected to the second conflict block On side, as the direction that the rotation of shaft can drive the second bracing wire sliding block towards close second spring is mobile, until knob is threaded to Second bracing wire gear, realize unpack operation, after removing conflict, second spring can drive the second bracing wire sliding block reset, knob not to It is compressed in lock body, knob, which is in " OFF " gear and rotates counterclockwise be in " ON " gear with knob and rotate clockwise, can carry out unpacking behaviour To make, structure is simple, easy to operate, and when certain knob be in " ON " gear and rotates clockwise, the igniting that also can be used as motorcycle starts, Knob can carry out operation of unpacking when being in OFF gear and ON gear respectively, and structure is simple, reasonable design, easy operation.

The utility model is further arranged so that the first bracing wire sliding block and the second bracing wire sliding block are separately positioned on the two of shaft Side, the lock body are equipped with the first line outlet worn for the bracing wire of the first bracing wire sliding block, and the lock body is equipped with to be drawn for second The second line outlet that the bracing wire of line sliding block is worn, the first line outlet and the second line outlet are arranged on the same side of lock body.

By using above scheme, it is arranged in the first line outlet for the first unpacking bracing wire, end is connected to first Bracing wire sliding block is arranged in the second line outlet for the second unpacking bracing wire, and end is connected to the second bracing wire sliding block, if first Line outlet and the second line outlet are not arranged on the same side of lock body, may cause the first bracing wire or the second bracing wire is wound around lock The outside of body could connect with the unpacking operating mechanism in outside, will cause the abrasion of bracing wire once for a long time, thus the first line outlet with Second line outlet is arranged on the same side of lock body, and wherein the side refers to: when knob is in " ON " and " OFF " gear, lock body Near the side of the first shifting block and the second shifting block.

The utility model be further arranged so that the bracket be equipped with for the first bracing wire sliding block sliding first sliding groove with And the second sliding slot for the sliding of the second bracing wire sliding block, first sliding groove is parallel to each other with second sliding slot, on the first bracing wire sliding block Equipped with the first pillar, the first spring one end is set on the first pillar, and the other end contradicts on the side wall of first sliding groove, and described the Two bracing wire sliding blocks are equipped with the second pillar, and second spring one end is set on the second pillar, and the other end is contradicted in second sliding slot On side wall.

By using above scheme, first sliding groove is parallel to each other with second sliding slot, and it is opposite to be separately positioned on bracket On two sides, the first spring and second spring mounting means are simple, and installation is stablized.

The utility model is further arranged so that first shifting block and the second shifting block are arranged along the axially spaced-apart of shaft, Side of second shifting block far from lock core is arranged in first shifting block.

By using above scheme, the Position Design of the first shifting block and the second shifting block is reasonable, certain first shifting block and second Shifting block can also be arranged along the axially spaced-apart of shaft.

The utility model is further arranged so that the lock body is equipped with electromagnetic controller, and electromagnetic controller is equipped with iron Core, electromagnetic controller can control iron core telescopic moving, and swing component is hinged on the lock body, and swing component is equipped with plug division, lock The outer peripheral surface of core retainer plate is equipped with the slot or jack plugged for the plug division of swing component, and iron core can drive swing component to swing, make to put The plug division of moving part is detached from the unlock of slot or jack realization to lock core, further includes the plug division insertion slot for having driving swing component Or the actuator of jack.

By using above scheme, the coil in electromagnetic controller can control the telescopic moving of iron core after being powered, thus band Movable pendulum moving part is swung, so that the plug division of swing component is detached from slot or jack；Coil blackout, under the action of actuator, The plug division of swing component can be driven to be inserted into slot or jack, after electromagnetic controller is powered, can control the unlock of lock core sleeve, and driven The automatic locking to lock core sleeve can be achieved in part, and due to need to only swing component be driven to rotate, the driving force of iron core be smaller, coil Power is accordingly smaller, more energy saving, since the position that swing component is swung is more accurate, it is not easy to shift.

The utility model is further arranged so that the electromagnetic controller includes fixed frame, coil mounting base and coil, institute It states fixed frame to be fixed on lock body, the coil mounting base is fixed on fixed frame, and coil is set in coil installation On seat, iron core is telescopic to be arranged in coil mounting base, and the swing component includes articulated section and pressure section, plug division and is compressed Portion is separately positioned on the two sides of articulated section, and the articulated section is hingedly arranged on fixed frame by articulated shaft, and pressure section is equipped with Groove, the iron core are arranged in groove, and the end of iron core can be inconsistent with the end face of pressure section, and iron core retracts coil mounting base When, iron core can drive swing component to rotate, so that the plug division of swing component be driven to be detached from slot or jack.

By using above scheme, what fixed frame couched is fixed on lock body, and the telescopic setting of iron core is installed in coil The middle of seat, coil can generate suction to iron core after being powered, iron core is arranged in groove, and the size of end is greater than the width of groove Degree, therefore when iron core retracts coil mounting base, the end of iron core can compress the pressure section of swing component, to drive swing component edge Articulated shaft rotation, side of the articulated section far from pressure section is arranged in plug division, therefore the plug division of swing component is detached from slot or inserts Hole, iron core need to only drive swing component to rotate, and structure is simple, and design is reasonable.

The utility model is further arranged so that the actuator is third spring, and the lock body is in corresponding swing component Baffle is equipped at plug division, one end of the third spring contradicts on baffle, and the other end contradicts on the plug division of swing component.

By using above scheme, baffle is mounted on lock body by way of buckle, and baffle is located at plug division far from lock One end of the side of core retainer plate, third spring contradicts on baffle, and the other end contradicts on the plug division of swing component, provides swing The plug division of part can also drive when third spring drives swing component locking lock core sleeve again to close to lock core sleeve mobile driving force Iron core stretches out coil mounting base and is resetted, and retracts coil mounting base convenient for iron core again, swing component is driven to be unlocked operation, Structure is simple, and design position is reasonable.

The inner wall for being further arranged so that the lock core sleeve of the utility model is equipped with two groups of card slots, and card slot is along lock core sleeve Circumferential direction be uniformly distributed, jack is equipped on the outer peripheral surface of lock core sleeve at corresponding card slot, jack is connected to card slot, the jack at Long hole setting, when jack is inserted into the plug division of swing component, lock core sleeve can be moved along its axis, and lock core can be driven by being equipped in lock body The groups of springs resetted with shaft.

By using above scheme, lock core sleeve is equipped with two groups of card slots, when having carried out key starting, when key turns to lock Vehicle or it is flame-out after, could extract, in other positions, key cannot all extract lock core, when start without key, when knob turn Move to car locking or it is flame-out when, pin shaft is plugged in respectively in corresponding jack, realizes that, to the locking of lock core sleeve, blade and key cooperate When be typically provided with six blades, before rotating knob, first push knob into lock body, drive lock core sleeve mobile, due to jack It is arranged at long hole, jack only limits the rotation of lock core sleeve, does not influence the movement of lock core sleeve, and jack is connected to card slot, can fill in this way Divide the wall thickness using lock core sleeve, saves material and space, under the action of groups of springs, band movable lock core and shaft complete reset, It only presses inward against knob and is just able to achieve no key starting and quenching operations, can effectively avoid various maloperations, as children play When surprisingly open, more securely and reliably.

The utility model is further arranged so that the shaft includes interconnecting piece, driving section and driving portion, and driving section is set to Between interconnecting piece and driving portion and both ends are connect with interconnecting piece and driving portion respectively, interconnecting piece and the concentric setting of driving portion, even The end of socket part and lock core far from knob side is circumferentially connected, and driving portion connect with roller actuator far from one end of lock core and sets It sets, driving section and driving portion eccentric setting, drives piece and lock bolt rack-mount, driving on piece is equipped with to be worn for shaft Inclined hole, when pushing lock cylinder protrudes into lock body, driving section is moved at inclined hole, and driving section can be contradicted with inclined hole to be cooperated, and shaft rotation can band The dynamic mobile telescopic moving for realizing lock bolt of driving piece.

By using above scheme, equipped with the guide groove slid for lock bolt guiding when on bracket, the interconnecting piece of drive rod is logical The mode for crossing grafting is realized to be connected with lock core, and the driving portion of drive rod realizes by way of grafting the linkage with switch Connection, when knob is not compressed into lock body, knob band movable lock core is rotated, and lock core drives shaft rotation, and the driving portion of shaft is worn In the inclined hole of driving piece, since driving portion and interconnecting piece axis are to setting, it is mobile that shaft rotation not will drive driving piece, no Lock bolt telescopic moving can be driven, to not can be carried out car locking and unlock operation；When knob is compressed into lock body, lock core and shaft It being moved into lock body, turning knob can be rotated with movable lock core, and lock core drives shaft rotation, and the driving section of shaft moves at inclined hole, Driving section when shaft rotates thereon can contradict inclined hole, to drive driving piece mobile, drive lock bolt to carry out telescopic moving, putting out Car locking and unlock operation can be carried out after fire.

The utility model is further arranged so that the lock core sleeve is equipped with cavity on the end face close to shaft side, Lock core is equipped with limited block, and the bottom surface of limited block and cavity is inconsistent.

By using above scheme, when installing lock core sleeve, the limited block of lock core contradicts the cavity of lock core sleeve, plays installation Positioning action is easily installed.

The utility model is further described with reference to the accompanying drawing.

Detailed description of the invention

Fig. 1 is the overall structure diagram of the utility model embodiment；

Fig. 2 is the fit structure schematic diagram of shaft, the first bracing wire sliding block and the second bracing wire sliding block；

Fig. 3 is the fit structure schematic diagram of the first bracing wire sliding block and bracket；

Fig. 4 is the fit structure schematic diagram of the second bracing wire sliding block and bracket；

Fig. 5 is the structural schematic diagram of electromagnetic controller；

Fig. 6 is pivot structure schematic diagram；

Fig. 7 is the fit structure schematic diagram of the first bracing wire sliding block and the first spring；

Fig. 8 is the fit structure schematic diagram of the second bracing wire sliding block and second spring；

Fig. 9 is swing component and lock core sleeve fit structure schematic diagram；

Figure 10 is the fit structure schematic diagram of swing component, third spring and baffle；

Figure 11 is the fit structure schematic diagram of shaft and lock bolt；

Figure 12 is the positive structure schematic of lock core sleeve；

Figure 13 is the reverse structure schematic of lock core sleeve；

Figure 14 is the structural schematic diagram of lock core；

Figure 15 is the side structural schematic diagram of bracket；

Figure 16 is the other side structural schematic diagram of bracket.

Specific embodiment

As shown in Fig. 1-Figure 16, a kind of firing switch lock includes knob 1, lock core 2 and lock body 3, the rotation setting of lock core 2 In lock body 3, knob 1 is connected with lock core 2, and knob 1 and lock core 2 are connected so that knob 1 can be rotated with movable lock core 2 Energy band movable lock core 2 moves along its axis again, and rotation is provided with shaft 4 in lock body 3, and shaft 4 can turn along the axial movement of lock core 2 Axis 4 is connected with lock core 2, and shaft 4 is connected with lock core 2 so that lock core 2 can drive the rotation of shaft 4 energy band turn axis again 4 is mobile, and lock body 3 is equipped with roller actuator 5 far from the end position of 2 side of lock core in shaft 4, and driving piece 61 is additionally provided on lock body 3 With lock bolt 62, piece 61 is driven to be equipped with latch hole 611, the end of lock bolt 62 can be inserted into latch hole 611, and the rotation of shaft 4 can band The dynamic mobile telescopic moving for realizing lock bolt 62 of driving piece 61, lock core 2 are equipped with blade groove 21, are equipped with and key phase in blade groove 21 Matched blade 22,2 periphery of lock core are arranged with lock core sleeve 7, and lock core sleeve 7 is rotatably arranged in lock body 3, and lock core sleeve 7 is equipped with two groups The card slot 71 cooperated with blade 22, naturally it is also possible to which two groups of card holes, when lock core 2 is not inserted into the key being adapted to therewith, lock core 2 are set Link and be arranged with lock core sleeve 7, lock body 3 is fixedly installed bracket 8 in the side far from lock core 2, bracket 8 can be screwed on by screw or The mode of clamping is connect with lock body 3, which can also be wholely set with lock body 3, is successively arranged along its circumferential direction on knob 1 One bracing wire gear 11, OFF gear 12, ON gear 13 and the second bracing wire gear 14, lock body 3 is equipped with bracket 8, shaft 4 in the side far from lock core 2 It is arranged in bracket 8, slip is provided with the first bracing wire sliding block 91 and the second bracing wire sliding block 92, the first bracing wire sliding block on bracket 8 91 and second bracing wire sliding block 92 be located at the two sides of shaft 4, shaft 4, which is equipped with, goes to the first bracing wire from OFF gear 12 in knob 1 The first shifting block 41 when keeping off 11 for driving the first bracing wire sliding block 91 mobile, shaft 4, which is equipped with, goes to the from ON gear 13 in knob 1 The second shifting block 42 when two bracing wires gear 14 for drive the second bracing wire sliding block 92 mobile, the first bracing wire sliding block 91 is equipped with can be with the One shifting block 41 contradicts the first conflict block 911 of cooperation, and the second bracing wire sliding block 92, which is equipped with, to contradict cooperation with the second shifting block 42 Second conflict block 921, bracket 8 is equipped with the first spring 93 that the first bracing wire sliding block 91 of driving resets and the second bracing wire of driving is sliding The second spring 94 that block 92 resets, lock body 3 are equipped with the first line outlet 31 that the bracing wire of the first bracing wire sliding block 91 is worn, lock body 3 It is equipped with the second line outlet 32 worn for the bracing wire of the second bracing wire sliding block 92, the first line outlet 31 and the second line outlet 32 are set It sets on the same side of lock body 3.

In the present embodiment, bracket 8 is equipped with for the first sliding groove 81 of the first bracing wire sliding block 91 sliding and draws for second The second sliding slot 82 that line sliding block 92 slides, first sliding groove 81 are parallel to each other with second sliding slot 82, and the first bracing wire sliding block 91 is equipped with First pillar 912,93 one end of the first spring are set on the first pillar 912, and the other end contradicts on the side wall of first sliding groove 81, Second bracing wire sliding block 92 is equipped with the second pillar 922, and 94 one end of second spring is set on the second pillar 922, and the other end contradicts On the side wall of second sliding slot 82.

In the present embodiment, the first shifting block 41 and the second shifting block 42 are arranged along the axially spaced-apart of shaft 4, and the first shifting block 41 is set Set the cavity for being equipped on the second side of the shifting block 42 far from lock core 2, bracket 8 and rotating for the first shifting block 41 and the second shifting block 42 83.Certain first shifting block 41 and the second shifting block 42 can also being provided at circumferentially spaced along shaft 4, as long as the first bracing wire can be respectively driven Sliding block 91 and the second bracing wire sliding block 92 are mobile.

In the present embodiment, lock body 3 be equipped with electromagnetic controller 10, the setting that electromagnetic controller 10 lies low on lock body 3, Electromagnetic controller 10 is equipped with iron core 101, and electromagnetic controller 10 can control 101 telescopic moving of iron core, be hinged with swing on lock body 3 Part A1, swing component A1 are equipped with plug division A11, what the outer peripheral surface of lock core sleeve 7 was plugged equipped with the plug division A11 for swing component A1 Jack 72, the corresponding card slot 71 of jack 72 are arranged, and jack 72 is connected to card slot 71, and jack 72 is arranged at long hole, naturally it is also possible at Slot setting, when jack 72 is inserted into the plug division of swing component 91 911, lock core sleeve 7 can be moved along its axis, electromagnetic controller 10 Swing component A1 can be driven to swing, so that the plug division A11 of swing component A1 is detached from unlock of the realization of jack 72 to lock core 2, further include having Drive the actuator of the plug division A11 insertion jack 72 of swing component A1.

In the present embodiment, electromagnetic controller 10 includes fixed frame 102, coil mounting base 103 and coil 104, fixed frame 102 are fixed on lock body 3, and coil mounting base 103 is fixed on fixed frame 102, and coil 104 is set in coil installation On seat 103, iron core 101 is telescopic to be arranged in coil mounting base 103, and swing component A1 includes articulated section A12 and pressure section A13, plug division A11 and pressure section A13 are separately positioned on the two sides of articulated section A12, and articulated section A12 is hingedly set by articulated shaft A2 It sets on fixed frame 102, pressure section A13 is equipped with groove A131, and iron core 101 is arranged at groove A131, the end of iron core 101 Can be inconsistent with the end face of pressure section A13, when iron core 101 retracts coil mounting base 103, iron core 101 can drive swing component A1 to turn It is dynamic, so that the plug division A11 of swing component A1 be driven to be detached from jack 72.

In the present embodiment, actuator is third spring A3, and lock body 3 is equipped at the plug division A11 of corresponding swing component A1 Baffle A4, baffle A4 are connected on lock body 3 by the structure buckled, and one end of third spring A3 contradicts on baffle A4, another End contradicts on the plug division A11 of swing component A1.Certain actuator is also possible to be set in the torsional spring on articulated shaft, is driven by torsional spring The plug division A11 of movable pendulum moving part A1 is inserted into jack 72.Certain actuator can also be the 4th bullet being arranged on electromagnetic controller Spring can be stretched out with dynamic iron core 101, so that its plug division A11 is inserted into jack 72 to contradict swing component A1.

In the present embodiment, the groups of springs that lock core 2 and shaft 4 can be driven to reset, the structure of the groups of springs are equipped in lock body 3 For conventional technical means in the art, therefore do not introduce specifically herein.

In the present embodiment, shaft 4 includes interconnecting piece 43, driving section 44 and the driving portion 45 being wholely set, driving section 44 Between interconnecting piece 43 and driving portion 45, interconnecting piece 43 and the concentric setting of driving portion 45, interconnecting piece 43 and lock core 2 are far from rotation The end of 1 side of button is linked by mating realization shaft and the circumferential of lock core, and interconnecting piece 43 is equipped with rectangular block, on lock core 2 Equipped with the rectangular channel 23 being adapted to rectangular block, the one end of driving portion 45 far from lock core 2 is connect with roller actuator 5, can control rotor Switch 5 rotates, and driving section 44 and 45 eccentric setting of driving portion drive piece 61 and lock bolt 62 to be mounted on bracket 8, set on bracket 8 There is the guide groove 84 for the guiding sliding of lock bolt 62, driving piece 61 is equipped with the inclined hole 612 worn for shaft 4, and pushing lock cylinder 2 is stretched When entering lock body 3, driving section 44 is moved at inclined hole 612, and driving section 44 can be contradicted with inclined hole 612 to be cooperated, and the rotation of shaft 4 can drive drive The mobile telescopic moving for realizing lock bolt 62 of movable plate 61.

In the present embodiment, lock core sleeve 7 is equipped with cavity 73 on the end face close to 4 side of shaft, and lock core 2 is equipped with limit Block 24, limited block 24 and the bottom surface of cavity 73 are inconsistent.

Above embodiments, only one kind of the utility model preferably specific embodiment, those skilled in the art are in this reality It is included in the protection scope of the utility model with the usual variations and alternatives carried out in new technique aspects.

Claims (10)

1. a kind of firing switch lock includes knob, lock core and lock body, the lock core is rotatably arranged in lock body, the knob It is connected with lock core, rotation is provided with shaft in the lock body, and shaft can link along the axial movement of lock core, shaft and lock core Connection, lock body are equipped with roller actuator far from the end position of lock core side in shaft, driving piece and lock bolt are additionally provided on lock body, drive Movable plate is connect with lock bolt, and shaft rotation can drive the mobile telescopic moving for realizing lock bolt of driving piece, and lock core is equipped with blade groove, leaf The blade to match with key is equipped in film trap, the lock core periphery is arranged with lock core sleeve, and lock core sleeve is rotatably arranged in lock body, The lock core sleeve is equipped with the card slot cooperated with blade or card hole, when lock core is not inserted into the key being adapted to therewith, lock core and lock core sleeve Linkage setting, it is characterised in that: be successively arranged the first bracing wire gear, OFF gear, ON gear and the second bracing wire along its circumferential direction on the knob Gear, the lock body are equipped with bracket in the side far from lock core, and shaft is arranged in bracket, and slip is provided with the on the bracket One bracing wire sliding block and the second bracing wire sliding block, the shaft is equipped with to be gone to when the first bracing wire is kept off from OFF gear for driving in knob The first mobile shifting block of first bracing wire sliding block, the shaft is equipped with to be gone to when the second bracing wire is kept off from ON gear for driving in knob The second mobile shifting block of second bracing wire sliding block, the bracket are equipped with the first spring and drive that the first bracing wire sliding block of driving resets The second spring that dynamic second bracing wire sliding block resets.

2. firing switch lock according to claim 1, it is characterised in that: the first bracing wire sliding block and the second bracing wire sliding block difference The two sides of shaft are set, and the lock body is equipped with the first line outlet worn for the bracing wire of the first bracing wire sliding block, the lock body It is equipped with the second line outlet worn for the bracing wire of the second bracing wire sliding block, lock body is arranged in the first line outlet and the second line outlet On same side.

3. firing switch lock according to claim 1 or 2, it is characterised in that: the bracket is equipped with sliding for the first bracing wire The first sliding groove of block sliding and the second sliding slot slid for the second bracing wire sliding block, first sliding groove are parallel to each other with second sliding slot, The first bracing wire sliding block is equipped with the first pillar, and the first spring one end is set on the first pillar, and the other end is contradicted first On the side wall of sliding slot, the second bracing wire sliding block is equipped with the second pillar, and second spring one end is set on the second pillar, another End contradicts on the side wall of second sliding slot.

4. firing switch lock according to claim 1 or 2, it is characterised in that: first shifting block and the second shifting block edge turn The axially spaced-apart of axis is arranged, and side of second shifting block far from lock core is arranged in the first shifting block.

5. firing switch lock according to claim 1 or 2, it is characterised in that: the lock body is equipped with electromagnetic controller, electricity Magnetic controller is equipped with iron core, and electromagnetic controller can control iron core telescopic moving, be hinged with swing component, swing component on the lock body It is equipped with plug division, the outer peripheral surface of lock core sleeve is equipped with the slot or jack that plug for the plug division of swing component, and iron core can drive Swing component is swung, and so that the plug division of swing component is detached from the unlock of slot or jack realization to lock core, is further included having driving swing component Plug division insertion slot or jack actuator.

6. firing switch lock according to claim 5, it is characterised in that: the electromagnetic controller includes fixed frame, coil Mounting base and coil, the fixed frame are fixed on lock body, and the coil mounting base is fixed on fixed frame, coil It is set in coil mounting base, iron core is telescopic to be arranged in coil mounting base, and the swing component includes articulated section and compresses Portion, plug division and pressure section are separately positioned on the two sides of articulated section, and fixed frame is hingedly arranged in by articulated shaft in the articulated section On, pressure section is equipped with groove, and the iron core is arranged in groove, and the end of iron core can be inconsistent with the end face of pressure section, iron When core retracts coil mounting base, iron core can drive swing component to rotate, so that the plug division of swing component be driven to be detached from slot or jack.

7. firing switch lock according to claim 5, it is characterised in that: the actuator is third spring, the lock body Baffle is equipped at the plug division of corresponding swing component, one end of the third spring contradicts on baffle, and other end conflict is being put On the plug division of moving part.

8. firing switch lock according to claim 5, it is characterised in that: the inner wall of the lock core sleeve is equipped with two groups of cards Slot, card slot are uniformly distributed along the circumferential direction of lock core sleeve, are equipped with jack, jack and card slot at corresponding card slot on the outer peripheral surface of lock core sleeve Connection, the jack are arranged at long hole, and when jack is inserted into the plug division of swing component, lock core sleeve can be moved along its axis, lock body It is interior to be equipped with the groups of springs that lock core and shaft be driven to reset.

9. firing switch lock according to claim 1 or 2, it is characterised in that: the shaft include interconnecting piece, driving section and Driving portion, driving section are set between interconnecting piece and driving portion and both ends and connect respectively with interconnecting piece and driving portion, interconnecting piece and drive The dynamic concentric setting in portion, the end of interconnecting piece and lock core far from knob side are circumferentially connected, driving portion far from lock core one End connect setting, driving section and driving portion eccentric setting with roller actuator, drives piece and lock bolt rack-mount, drives on piece Equipped with the inclined hole worn for shaft, when pushing lock cylinder protrudes into lock body, driving section is moved at inclined hole, and driving section can be contradicted with inclined hole Cooperation, shaft rotation can drive the mobile telescopic moving for realizing lock bolt of driving piece.

10. firing switch lock according to claim 1 or 2, it is characterised in that: the lock core sleeve is close to shaft side End face is equipped with cavity, and lock core is equipped with limited block, and the bottom surface of limited block and cavity is inconsistent.