CN104063942A - Cash-out shutter for financial self-service equipment - Google Patents
Cash-out shutter for financial self-service equipment Download PDFInfo
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- CN104063942A CN104063942A CN201410086765.1A CN201410086765A CN104063942A CN 104063942 A CN104063942 A CN 104063942A CN 201410086765 A CN201410086765 A CN 201410086765A CN 104063942 A CN104063942 A CN 104063942A
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Abstract
The invention discloses a cash-out shutter for financial self-service equipment. The cash-out shutter comprises a shutter assembly; the shutter assembly is connected to a shutter frame body in a sliding way; the shutter assembly is connected with a shutter opening device for driving the shutter assembly to move; the shutter opening device comprises an electromagnet; an electromagnet iron core is arranged on the electromagnet; an electromagnet reset spring is arranged between the electromagnet and the electromagnet iron core; a shutter trigger metal plate is connected to the electromagnet iron core; the lower end of the shutter trigger metal plate is provided with a square hole; a shutter trigger pin shaft is arranged in the square hole, and is fixed on a left trigger piece; the left trigger piece is rotationally connected to the shutter frame body; the lower end of the left trigger piece is provided with a left trigger pin shaft; the left trigger pin shaft is connected with the shutter assembly; left and right trigger piece pin shafts are arranged at the upper end of the left trigger piece; the left and right trigger piece pin shafts are arranged in a small sliding chute in the upper end of a right trigger piece; the right trigger piece is rotationally connected to the shutter frame body, and the lower end of the right trigger piece is provided with a right trigger pin shaft; the right trigger pin shaft is connected with the shutter assembly.
Description
Technical field
The present invention relates to a kind of financial self-service equipment cash-out shutter.
Background technology
Be accompanied by the generally application in banking and cash-access money business of ATM (automatic teller machine) (Automatic Teller Machine is hereinafter to be referred as ATM), cash-out shutter is last one safety guarantee of ATM cash outlet.When paper money sending device is delivered to cash-out shutter mouth cash, PC control strobe device for outputting note is opened gate, make cash can partly expose outside and take away for client, take cash away after PC control strobe device for outputting note gate is shut, complete last note output process.So, the security of cash-out shutter mechanism, stability, and repeatability just seems particularly important, this will be directly connected to client's immediate interest and the security of cash of bank.
Strobe device for outputting note in existing domestic ATM (Automatic Teller Machine) is mainly directly provided by external ATM producer, be integrated in paper money supplying module (Cash Deposit Machine is hereinafter to be referred as CDM), caused complicated in mechanical structure, and this type of cash-out shutter mechanism self does not have control circuit board, must carry out the folding of control gate or close by CDM, the maintenance of gate or change need depend on external ATM producer, causes the maintenance cost of module high, and interchangeability is poor.
Summary of the invention
The invention provides a kind of possess auto-lock function, dependable performance, financial self-service equipment cash-out shutter that gate thickness is adjustable.
The technical solution used in the present invention is:
A kind of financial self-service equipment cash-out shutter, it is characterized in that: comprise gate member, described gate member is connected in gate framework slidably, described gate member is connected with driving the gate opening device of its motion, described gate opening device comprises electromagnet, on described electromagnet, electromagnet core is installed, described electromagnet core is positioned at the outside of electromagnet when closing gate, its when electromagnet is switched on to the inner indentation of electromagnet, between described electromagnet and electromagnet core, be provided with electromagnet back-moving spring, on described electromagnet core, be connected with gate and trigger panel beating, the lower end that described gate triggers panel beating is provided with a square hole, in described square hole, being provided with one drives the gate of motion to trigger bearing pin by it after being in contact with it, described gate triggers on bearing pin and between a side of electromagnet core indentation opposite direction and square hole and is provided with space, described gate triggers bearing pin and is fixed on left touch part, described left touch part also can be connected in gate framework around left touch part fixed pin shaft rotatably by left touch part fixed pin shaft, the lower end of described left touch part is provided with left shake-up bearing pin, described left shake-up bearing pin is connected with the gate member being moved by its drive, the upper end of described left touch part is provided with left and right touch part bearing pin, described left and right touch part bearing pin is removable and drive in the slip sulculus that is arranged on right touch part upper end of right touch part motion, described right touch part also can be connected in gate framework around right touch part fixed pin shaft rotatably by right touch part fixed pin shaft, its lower end is provided with right shake-up bearing pin, described right shake-up bearing pin with by itself and left shake-up bearing pin, coordinate and drive mobile gate member to be connected.
Further, also comprise self-locking structure, described self-locking structure comprises sensor-triggered and self-locking body, described sensor-triggered and self-locking body trigger panel beating with the gate of its rotation of drive and are connected, it comprises the first haptic element and the second haptic element, described the first haptic element coordinates formation self-locking structure when closing gate with left touch part, described the second haptic element is positioned at closed condition sensing station place when closing gate, and it is positioned at door opening state sensing station place when gate opening.
Further, described gate triggering panel beating drives sensor-triggered and self-locking body run duration to trigger panel beating prior to described gate and drives left touch part run duration.
Further, described sensor triggers and self-locking body is connected by connection bearing pin and gate triggering panel beating, and what it also can rotate around rotating pin by rotating pin is connected in gate framework.
Further, the auxiliary gate opening auxiliary spring that drives left touch part motion is installed between described gate framework and left touch part.
Further, described gate member comprises the middle panel beating of gate and gate slide plate, in the middle of described gate, panel beating is movably connected in gate framework, it is connected with right shake-up bearing pin with driving the left shake-up bearing pin of gate member, the both sides of described gate slide plate are all provided with a gate left and right connecting plates, and described gate slide plate is connected with panel beating in the middle of gate by gate left and right connecting plates.
Further, described gate left and right connecting plates is adjusted screw by gate thickness and is connected with panel beating in the middle of gate, and described gate thickness adjusts that screw is removable to be adjusted relative distance between gate slide plate and gate centre panel beating and be arranged in the chute on gate left and right connecting plates.
Further, in described gate framework, offering the middle panel beating of gate can be along mobile chute guide frame.
Further, in described gate framework, offer left shake-up bearing pin and right shake-up bearing pin can be along the deep-slotted chip breaker moving.
Principle of work of the present invention: when electromagnet obtains when electric, electromagnet core under electromagnetic force to electromagnet inner " indentation ", in electromagnet core " indentation " starting stage, electromagnet core pulls gate to trigger panel beating and moves right, now, the square hole that gate triggers panel beating does not touch gate triggering bearing pin, gate triggers panel beating and pulls sensing triggering and self-locking body to turn clockwise around rotating pin through connecting bearing pin, the second haptic element of now sensing triggering and self-locking body departs from closed condition sensor-triggered closed condition sensor gradually, reporting system gate is just in opening procedure, self-locking structure on the first haptic element of sensing triggering simultaneously and self-locking body departs from the self-locking structure on the left touch part now remaining static, thereby make gate member remove self-locking state, and the rising that can keep.
Electromagnet core is " indentation " further, until triggering the square hole of panel beating, gate touches gate triggering bearing pin, now gate opening auxiliary spring is in maximum tension length state, left touch part triggers at gate under the common drive of panel beating and gate opening auxiliary spring, starts to turn clockwise around left touch part fixed pin shaft.Along with turning clockwise of left touch part, the left shake-up bearing pin of left touch part lower end promotes gate member and rises, the left and right touch part bearing pin of left touch part upper end moves in the slip sulculus of right touch part, and drives right touch part to rotate around right touch part fixed pin shaft.Along with the rotation of right touch part, in the chute in the middle of the gate of the right touch part bearing pin of right touch part lower end in gate member on panel beating, slide, promote gate member simultaneously and rise.
The present invention obtains when electric at electromagnet, under the common promotion of the left shake-up bearing pin of left touch part and the right touch part bearing pin of right touch part, gate member steadily rises, when the stroke of electromagnet core " indentation " electromagnet finishes, gate member reaches maximum vertical penetration, and now, sensing triggers and the second haptic element of self-locking body arrives door opening state sensing station, triggered door opening state sensor, thereby reporting system gate is in full open position.
In the present invention, when gate is during in full open position, gate opening auxiliary spring is in short status, make gate opening auxiliary spring to the thrust of gate in minimum state, be more conducive to next step and enter closing gate process.
The present invention maintains full open position after a period of time at gate, and system is sent closed shutter instruction, and during electromagnet dead electricity, electromagnet core is under the effect of electromagnet back-moving spring, outside mobile to electromagnet.Now, gate member, under Action of Gravity Field, overcomes gate opening auxiliary spring and other resistances, constantly descending.
Descending along with gate member, in the middle of gate, panel beating promotes the left shake-up bearing pin of left touch part and the right touch part bearing pin of right touch part moves downward.So, the left shake-up bearing pin of left touch part promotes left touch part and rotates counterclockwise around left touch part fixed pin shaft, simultaneously the right touch part bearing pin of right touch part promotes right touch part and clockwise rotates around right touch part fixed pin shaft, until gate member while going downwards to extreme lower position, stops operating.In this process, along with rotating counterclockwise of left touch part, gate triggers bearing pin and nestles up all the time the square hole that gate triggers panel beating, until left touch part stops operating.
When gate member reaches extreme lower position, left touch part stops operating, along with electromagnet core moves to the continuation of electromagnet outside, gate triggers panel beating and is further moved to the left, now, the square hole that gate triggers panel beating starts to depart from gate triggering bearing pin, gate triggers panel beating and no longer acts on left touch part, and the self-locking structure of left touch part is in self-locking " ready " state.Along with triggering panel beating, gate is further moved to the left, gate triggers panel beating and is rotated counterclockwise around rotating pin through connecting bearing pin promotion sensing triggering and self-locking body, now, the self-locking structure on the first haptic element of sensing triggering and self-locking body progresses into the self-locking structure on the left touch part now remaining static.When electromagnet core moves to maximum extension elongation to electromagnet outside, gate triggers panel beating and stops mobile, sensing triggers and the second haptic element of self-locking body enters closed condition sensing station, triggered closed condition sensor, reporting system gate is in closed condition, meanwhile, the self-locking structure on the first haptic element of sensing triggering and self-locking body enters the self-locking structure on the left touch part now remaining static completely, reaches reliable self-locking state.
In the present invention, when electromagnet dead electricity, the reliable self-locking of gate, electromagnet obtains when electric, and gate is reliably opened.
The present invention can also adjust the position of screw by adjusting gate left and right connecting plates chute inner gate thickness, adjust the relative distance between the middle panel beating of gate slide plate and gate, can change gate thickness.
Beneficial effect of the present invention: possess auto-lock function, dependable performance, gate thickness is adjustable, gate is used safety and reliability.
Accompanying drawing explanation
Fig. 1 is main TV structure schematic diagram of the present invention.
Fig. 2 is backsight structural perspective of the present invention.
Fig. 3 is the structural perspective of gate member of the present invention.
Fig. 4 is the schematic top plan view of gate member of the present invention.
Embodiment
Below in conjunction with specific embodiment, the present invention is further described, but does not limit the invention to these embodiments.One skilled in the art would recognize that the present invention contained all alternativess, improvement project and the equivalents that within the scope of claims, may comprise.
With reference to Fig. 1-4, a kind of financial self-service equipment cash-out shutter, comprise gate member 25, described gate member 25 is connected in gate framework 7 slidably, described gate member 25 is connected with driving the gate opening device of its motion, described gate opening device comprises electromagnet 8, on described electromagnet 8, electromagnet core 10 is installed, described electromagnet core 10 is positioned at the outside of electromagnet 8 when closing gate, its when electromagnet 8 energising to the inner indentation of electromagnet 8, between described electromagnet 8 and electromagnet core 10, be provided with electromagnet back-moving spring 9, on described electromagnet core 10, be connected with gate and trigger panel beating 11, the lower end that described gate triggers panel beating 11 is provided with a square hole, in described square hole, being provided with one drives the gate of motion to trigger bearing pin 19 by it after being in contact with it, described gate triggers on bearing pin 19 and between a side of electromagnet core 10 indentation opposite directions and square hole and is provided with space, described gate triggers bearing pin 19 and is fixed on left touch part 18, described left touch part 18 also can be connected in gate framework 7 around left touch part fixed pin shaft 23 rotatably by left touch part fixed pin shaft 23, the lower end of described left touch part 18 is provided with left shake-up bearing pin 5, described left shake-up bearing pin 5 is connected with the gate member 25 being moved by its drive, the upper end of described left touch part 18 is provided with left and right touch part bearing pin 20, described left and right touch part bearing pin 20 is removable and drive in the slip sulculus that is arranged on right touch part 22 upper ends of right touch part 22 motions, described right touch part 22 also can be connected in gate framework 7 around right touch part fixed pin shaft 21 rotatably by right touch part fixed pin shaft 21, its lower end is provided with right shake-up bearing pin 6, described right shake-up bearing pin 6 is connected with the gate member 25 being moved with left shake-up bearing pin 5 cooperation drives by it.
Also comprise self-locking structure, described self-locking structure comprises sensor-triggered and self-locking body 14, described sensor-triggered and self-locking body 14 trigger panel beating 11 with the gate that drives its rotation and are connected, it comprises the first haptic element 141 and the second haptic element 142, described the first haptic element 141 coordinates formation self-locking structure when closing gate with left touch part 18, described the second haptic element 142 is positioned at closed condition sensor 16 positions when closing gate, and it is positioned at door opening state sensor 15 positions when gate opening.
Described gate triggers panel beating 11 and drives sensor-triggered and self-locking body 14 run durations to trigger left touch part 18 run durations of panel beating 11 drive prior to described gate.
Described sensor triggers and self-locking body 14 is connected by connection bearing pin 12 and gate triggering panel beating 11, and it also can being connected in gate framework 7 around rotating pin 13 rotations by rotating pin 13.
The auxiliary gate opening auxiliary spring 17 that drives left touch part 18 motions is installed between described gate framework 7 and left touch part 18.
Described gate member 25 comprises the middle panel beating 1 of gate and gate slide plate 2, in the middle of described gate, panel beating 1 is movably connected in gate framework 7, it is connected with right shake-up bearing pin 6 with driving the left shake-up bearing pin 5 of gate member 25, the both sides of described gate slide plate 2 are all provided with a gate left and right connecting plates 3, and described gate slide plate 2 is connected with panel beating 1 in the middle of gate by gate left and right connecting plates 3.
Described gate left and right connecting plates 3 is adjusted screw 4 by gate thickness and is connected with panel beating 1 in the middle of gate, and described gate thickness adjustment screw 4 is removable to be adjusted relative distance between gate slide plate 2 and the middle panel beating 1 of gate and be arranged in the chute on gate left and right connecting plates 3.
In the middle of offering gate in described gate framework 7, panel beating 1 can be along mobile chute guide frame 24.
In described gate framework 7, offer left shake-up bearing pin 5 and right shake-up bearing pin 6 can be along the deep-slotted chip breaker moving.
Principle of work of the present invention: when electromagnet 8 when electric, electromagnet core 10 under electromagnetic force to electromagnet 8 inside " indentation ", in electromagnet core 10 " indentation " starting stage, electromagnet core 10 pulls gate to trigger panel beating 11 and moves right, now, the square hole that gate triggers panel beating 11 does not touch gate triggering bearing pin 19, gate triggers panel beating 11 and pulls sensing triggering and self-locking body 14 to turn clockwise around rotating pin 13 through connecting bearing pin 12, the second haptic element 142 of now sensing triggering and self-locking body 14 departs from gradually closed condition sensor 16 and triggers closed condition sensors 16, reporting system gate is just in opening procedure, on the first haptic element of sensing triggering simultaneously and self-locking body 14,141 self-locking structure departs from the self-locking structure on the left touch part 18 now remaining static, thereby make gate member 25 remove self-locking state, and the rising that can keep.
Electromagnet core 10 further " indentation ", until triggering the square hole of panel beating 11, gate touches gate triggering bearing pin 19, now gate opening auxiliary spring 17 is in maximum tension length state, left touch part 18 triggers at gate under the common drive of panel beating 11 and gate opening auxiliary spring 17, starts to turn clockwise around left touch part fixed pin shaft 23.Along with turning clockwise of left touch part 18, the left shake-up bearing pin 5 of left touch part 18 lower ends promotes gate member 25 and rises, the left and right touch part bearing pin 20 of left touch part 18 upper ends moves in the slip sulculus of right touch part 22, and drives right touch part 22 around right touch part fixed pin shaft 21 rotations.Along with the rotation of right touch part 22, in the chute in the middle of the gate of the right touch part bearing pin 6 of right touch part 22 lower ends in gate member 25 on panel beating 1, slide, promote gate member 25 simultaneously and rise.
The present invention electromagnet 8 when electric, under the common promotion of the left shake-up bearing pin 5 of left touch part 18 and the right touch part bearing pin 6 of right touch part 22, gate member 25 steadily rises, when the stroke of electromagnet core 10 " indentation " electromagnet 8 finishes, gate member 25 reaches maximum vertical penetration, and now, sensing triggers and the second haptic element 142 of self-locking body 14 arrives door opening state sensor 15 positions, triggered door opening state sensor 15, thereby reporting system gate is in full open position.
In the present invention, when gate is during in full open position, gate opening auxiliary spring 17, in short status, makes the thrust of 17 pairs of gates of gate opening auxiliary spring in minimum state, is more conducive to next step and enters closing gate process.
The present invention maintains full open position after a period of time at gate, and system is sent closed shutter instruction, and during electromagnet 8 dead electricity, electromagnet core 10 is under the effect of electromagnet back-moving spring 9, outside mobile to electromagnet 8.Now, gate member 25, under Action of Gravity Field, overcomes gate opening auxiliary spring 17 and other resistances, constantly descending.
Descending along with gate member 25, in the middle of gate, panel beating 1 promotes the left shake-up bearing pin 5 of left touch part 18 and the right touch part bearing pin 6 of right touch part 22 moves downward.So, the left shake-up bearing pin 5 of left touch part 18 promotes left touch part and rotates counterclockwise around 18 left touch part fixed pin shafts 23, the right touch part 22 of right touch part bearing pin 6 promotion of right touch part 22 clockwise rotates around right touch part fixed pin shaft 21 simultaneously, until gate member 25 while going downwards to extreme lower position, stops operating.In this process, along with rotating counterclockwise of left touch part 18, gate triggers bearing pin 19 and nestles up all the time the square hole that gate triggers panel beating 11, until left touch part 18 stops operating.
When gate member 25 reaches extreme lower position, left touch part 18 stops operating, along with electromagnet core 10 moves to the continuation of electromagnet 8 outsides, gate triggers panel beating 11 and is further moved to the left, now, the square hole that gate triggers panel beating 11 starts to depart from gate triggering bearing pin 19, gate triggers panel beating 11 and no longer acts on left touch part 18, and the self-locking structure of left touch part 18 is in self-locking " ready " state.Along with triggering panel beating 11, gate is further moved to the left, gate triggers panel beating 11 and is rotated counterclockwise around rotating pin 13 through connecting bearing pin 12 promotion sensings triggerings and self-locking body 14, now, the self-locking structure on the first haptic element 141 of sensing triggering and self-locking body 14 progresses into the self-locking structure on the left touch part 18 now remaining static.When electromagnet core 10 moves to maximum extension elongation to electromagnet 8 outsides, gate triggers panel beating 11 and stops mobile, sensing triggers and the second haptic element 142 of self-locking body 14 enters closed condition sensor 16 positions, triggered closed condition sensor 16, reporting system gate is in closed condition, meanwhile, the self-locking structure on the first haptic element 141 of sensing triggering and self-locking body 14 enters the self-locking structure on the left touch part 18 now remaining static completely, reaches reliable self-locking state.
In the present invention, when electromagnet 8 dead electricity, the reliable self-locking of gate, electromagnet 8 when electric, gate is reliably opened.
The present invention can also adjust the position of screw 4 by adjusting gate left and right connecting plates 3 chute inner gate thickness, adjust the relative distance between the middle panel beating 1 of gate slide plate 2 and gate, can change gate thickness.
Claims (9)
1. a financial self-service equipment cash-out shutter, it is characterized in that: comprise gate member, described gate member is connected in gate framework slidably, described gate member is connected with driving the gate opening device of its motion, described gate opening device comprises electromagnet, on described electromagnet, electromagnet core is installed, described electromagnet core is positioned at the outside of electromagnet when closing gate, its when electromagnet is switched on to the inner indentation of electromagnet, between described electromagnet and electromagnet core, be provided with electromagnet back-moving spring, on described electromagnet core, be connected with gate and trigger panel beating, the lower end that described gate triggers panel beating is provided with a square hole, in described square hole, being provided with one drives the gate of motion to trigger bearing pin by it after being in contact with it, described gate triggers on bearing pin and between a side of electromagnet core indentation opposite direction and square hole and is provided with space, described gate triggers bearing pin and is fixed on left touch part, described left touch part also can be connected in gate framework around left touch part fixed pin shaft rotatably by left touch part fixed pin shaft, the lower end of described left touch part is provided with left shake-up bearing pin, described left shake-up bearing pin is connected with the gate member being moved by its drive, the upper end of described left touch part is provided with left and right touch part bearing pin, described left and right touch part bearing pin is removable and drive in the slip sulculus that is arranged on right touch part upper end of right touch part motion, described right touch part also can be connected in gate framework around right touch part fixed pin shaft rotatably by right touch part fixed pin shaft, its lower end is provided with right shake-up bearing pin, described right shake-up bearing pin with by itself and left shake-up bearing pin, coordinate and drive mobile gate member to be connected.
2. a kind of financial self-service equipment cash-out shutter according to claim 1, it is characterized in that: also comprise self-locking structure, described self-locking structure comprises sensor-triggered and self-locking body, described sensor-triggered and self-locking body trigger panel beating with the gate of its rotation of drive and are connected, it comprises the first haptic element and the second haptic element, described the first haptic element coordinates formation self-locking structure when closing gate with left touch part, described the second haptic element is positioned at closed condition sensing station place when closing gate, and it is positioned at door opening state sensing station place when gate opening.
3. a kind of financial self-service equipment cash-out shutter according to claim 2, is characterized in that: described gate triggers panel beating and drives sensor-triggered and self-locking body run duration to drive left touch part run duration prior to described gate triggering panel beating.
4. a kind of financial self-service equipment cash-out shutter according to claim 2, it is characterized in that: described sensor triggers and self-locking body is connected by connection bearing pin and gate triggering panel beating, and what it also can rotate around rotating pin by rotating pin is connected in gate framework.
5. a kind of financial self-service equipment cash-out shutter according to claim 1, is characterized in that: the auxiliary gate opening auxiliary spring that drives left touch part motion is installed between described gate framework and left touch part.
6. a kind of financial self-service equipment cash-out shutter according to claim 1, it is characterized in that: described gate member comprises the middle panel beating of gate and gate slide plate, in the middle of described gate, panel beating is movably connected in gate framework, it is connected with right shake-up bearing pin with driving the left shake-up bearing pin of gate member, the both sides of described gate slide plate are all provided with a gate left and right connecting plates, and described gate slide plate is connected with panel beating in the middle of gate by gate left and right connecting plates.
7. a kind of financial self-service equipment cash-out shutter according to claim 6, it is characterized in that: described gate left and right connecting plates is adjusted screw by gate thickness and is connected with panel beating in the middle of gate, described gate thickness adjusts that screw is removable to be adjusted relative distance between gate slide plate and gate centre panel beating and be arranged in the chute on gate left and right connecting plates.
8. according to a kind of financial self-service equipment cash-out shutter one of claim 1 ~ 7 Suo Shu, it is characterized in that: in the middle of offering gate in described gate framework, panel beating can be along mobile chute guide frame.
9. a kind of financial self-service equipment cash-out shutter according to claim 8, is characterized in that: in described gate framework, offer left shake-up bearing pin and right shake-up bearing pin can be along the deep-slotted chip breaker moving.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410086765.1A CN104063942B (en) | 2014-03-11 | 2014-03-11 | A kind of financial self-service equipment cash-out shutter |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410086765.1A CN104063942B (en) | 2014-03-11 | 2014-03-11 | A kind of financial self-service equipment cash-out shutter |
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| CN104063942A true CN104063942A (en) | 2014-09-24 |
| CN104063942B CN104063942B (en) | 2016-05-04 |
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| CN105160759A (en) * | 2015-09-30 | 2015-12-16 | 新达通科技股份有限公司 | Gate mechanism with self-locking function |
| CN106780968A (en) * | 2015-11-23 | 2017-05-31 | 聚龙股份有限公司 | A kind of finance device gate mechanism |
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| CN111932770A (en) * | 2020-09-23 | 2020-11-13 | 恒银金融科技股份有限公司 | Novel movement gate |
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| CN104537740B (en) * | 2014-12-24 | 2017-01-11 | 新达通科技股份有限公司 | Gate device with self-locking function |
| CN105160759A (en) * | 2015-09-30 | 2015-12-16 | 新达通科技股份有限公司 | Gate mechanism with self-locking function |
| CN106780968A (en) * | 2015-11-23 | 2017-05-31 | 聚龙股份有限公司 | A kind of finance device gate mechanism |
| CN106780968B (en) * | 2015-11-23 | 2019-03-05 | 聚龙股份有限公司 | A kind of finance device gate mechanism |
| CN107143242B (en) * | 2017-07-08 | 2019-02-12 | 广东赛威智能汽车电子股份有限公司 | A kind of slot machine panel turnover mechanism |
| CN108590408A (en) * | 2018-05-04 | 2018-09-28 | 苏州市富尔达科技股份有限公司 | A kind of amortization door closer |
| CN108590408B (en) * | 2018-05-04 | 2023-11-07 | 苏州市富尔达科技股份有限公司 | Buffering door closer |
| CN109544824A (en) * | 2018-12-18 | 2019-03-29 | 恒银金融科技股份有限公司 | A kind of electric gate mechanism on self-service financial services equipment |
| CN109448220A (en) * | 2019-01-07 | 2019-03-08 | 广州广电运通金融电子股份有限公司 | Financial self-service equipment and its gate burglary-resisting system |
| CN111932770A (en) * | 2020-09-23 | 2020-11-13 | 恒银金融科技股份有限公司 | Novel movement gate |
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