CN201546498U - Transmission structure of door lock - Google Patents
Transmission structure of door lock Download PDFInfo
- Publication number
- CN201546498U CN201546498U CN2009202210422U CN200920221042U CN201546498U CN 201546498 U CN201546498 U CN 201546498U CN 2009202210422 U CN2009202210422 U CN 2009202210422U CN 200920221042 U CN200920221042 U CN 200920221042U CN 201546498 U CN201546498 U CN 201546498U
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- lock
- door
- mortise lock
- housing
- mortise
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Abstract
Disclosed is a transmission structure of a door lock. A plurality of bosses and a plurality of perforations for assembling a main lock assembly are arranged inside a casing body; and the main lock assembly drives auxiliary lock assemblies oppositely to the upper position and the lower position of a door respectively by connecting rods. The main lock assembly includes a first mortise lock, a second mortise lock, two driving parts, a plate body, a second linking part and a linking component; the first mortise lock and the second mortise lock are respectively movably arranged inside the casing body; the two driving parts driven by a door handle are arranged inside the casing body in overlaid manner and driven independently; the plate body links the first mortise lock and two auxiliary locks to synchronously act; two ends of the plate body are connected with the connecting rods between the two auxiliary lock assemblies; the second linking part acts along the driving parts to drag the second mortise lock to slid; the second linking part is provided with a first abutting portion abutted to the inner side of a stop wall of the second mortise lock; the linking component for linking the first mortise lock and the second mortise lock to synchronously act consists of a sliding part arranged between two ends of the linking component; and the sliding part is connected with a second shifting end of each driving part. The transmission structure of the door lock is convenient and quick in normal door opening action, is capable of being quickly opened to provide escaping safety, and is labor-saving when in lock opening-and-closing operation.
Description
Technical field
The utility model relates to a kind of door lock, relates in particular to a kind of drive mechanism that drives the door lock of main lock assembly and the action of secondary lock assembly.
Background technology
As Fig. 8～shown in Figure 9, be existing door lock, it is provided with first mortise lock 91 and one second mortise lock 92 in a housing 90, first mortise lock 91 drives it with key actuated connection rod set 93 and slides in housing 90, and interlock door two locks up and down open and close, second mortise lock 92 then drives actuator 94 and interlock by door knob, and it slides in housing 90 in, and first mortise lock 91 and second mortise lock 92 are respectively by key and door knob driving as seen from the figure.
The problem that existing door lock is main, be when first mortise lock 91 and second mortise lock 92 are all locked (blocking as shown in Figure 8), as opening this door lock by desire in the door, then must earlier first mortise lock 91 be opened in door, pull the door knob beginning that links second mortise lock 92 can open the door (unlocking condition as shown in Figure 9) again, therefore must be in the action of opening the door via the twice program, on the convenience of opening the door, still have improved space, and desire the survivor that opens the door when taking place as fire, then can influence escape speed, so in safety, also have to be strengthened.
The utility model content
Technical problem underlying to be solved in the utility model is, overcome the above-mentioned defective that prior art exists, and provide a kind of drive mechanism of door lock, it is that the door knob that is an inboard can pulled second mortise lock that main lock assembly is directly opened in the back, and drive first mortise lock and secondary lock assembly and open, therefore rapidly convenient in the action of opening the door at ordinary times, the safety of escape is provided in emergency circumstances opening rapidly as fire or other in addition, be to be provided with effort-saving mechanism between the member of main lock assembly, therefore can laborsaving operation when opening and closing lock.
The technical scheme that its technical problem that solves the utility model adopts is:
A kind of drive mechanism of door lock, it is characterized in that: in a housing, have several projections and establish a main lock assembly for group with perforation, this main lock assembly drives a secondary lock assembly with connecting rod respectively with respect to the upper-lower position of door, this main lock assembly comprises: one first mortise lock and one second mortise lock, its the two alive respectively being located in the housing, and each has a door bolt portion that passes housing in an end, in housing, have the shifting part that this first mortise lock of traction slides, and the end of this second mortise lock in housing has a barrier wall; Two actuators with the door knob drive, its the two be to be stacked in the housing and drive, this two actuator jack that coaxial linking part with a confession door knob is inserted and distinctly driven between two ends, and have one in the homonymy of actuator one end and drive first struck side that this second mortise lock slides, wherein with door in the actuator that links of door knob have second struck side of this first mortise lock action of an interlock in the other end; The plate body of this first mortise lock of one interlock and second mate's lock assembly synchronization action, connecting rod between its two ends and second mate's lock assembly links, and other is provided with one and slides and pivot pendulum and affect first moving part of plate body slippage with this first mortise lock; One draws second moving part that second mortise lock slides with actuator action, and it has one and abuts against in first lean against part of the barrier wall inboard of this second mortise lock, and has one and abut against in second lean against part of first struck side of this two actuator; This first mortise lock of one interlock and second mortise lock are with the linked component of portion's action, it comprises that a sliding part links with second struck side of this actuator between two ends, be provided with a spring that after stirring, resets in sliding part one end, the swing component that contracts in the other end then connects the door bolt portion of this first mortise lock of confession interlock, it has a portion of dialling that affects this shifting part to swing in an end.
The drive mechanism of aforesaid door lock, wherein first mortise lock has one and is same as first slotted hole that its glide direction is offered in housing, have a projection in corresponding this first slotted hole position of housing, first mortise lock is sheathed on this projection with this first slotted hole, for the sliding stroke that limits this first mortise lock.
The drive mechanism of aforesaid door lock, wherein first mortise lock is provided with one and offers another vertical second slotted hole of direction with this first slotted hole between two ends, this first moving part has a tractive unit in an end and is convexly set in this second slotted hole, this plate body then has the 3rd slotted hole that is provided with in the same way with this first slotted hole, and this first moving part has a guide pillar and is convexly set in this 3rd slotted hole.
The drive mechanism of aforesaid door lock, wherein second moving part is convexly equipped with a bumping post in pivot part, and plate body has one in the relative position of this bumping post and is sheathed on four slotted hole of this bumping post for restriction plate body sliding stroke.
The drive mechanism of aforesaid door lock, wherein swing component has an elongated hole between its group portion and hub side, and has a guide pillar in this end of this sliding part and be convexly set in this elongated hole.
The drive mechanism of aforesaid door lock, wherein first mortise lock has the short slot that one day, side direction was offered in housing, and this shifting part has a driving lever that embeds in the short slot of this first mortise lock, and has and lead tooth and mesh for the driving gear of stirring this shifting part pivot pendulum with one.
The drive mechanism of aforesaid door lock, wherein shifting part is stretched towards the driving lever direction by pivot part and is established a protuberance, is provided with a laborsaving spring in the housing and stays on this protuberance.
The drive mechanism of aforesaid door lock, wherein second struck side of actuator be to establish and pass a screw in this end lock, and this sliding part has a perforation in relative position, and this screw then stretches in this perforation in passing part, for stirring the sliding part slippage.
The drive mechanism of aforesaid door lock, wherein the linking part of door knob comprises bipole body coaxial pivot joint and constituting in the end, and the jack of respectively corresponding each actuator of each body of rod.
The drive mechanism of aforesaid door lock, establish a torque spring in its middle shell, the one end is resisted against the projection of housing, the other end then stays on this barrier wall outside, be provided with the spiral torque spring that resets after its action of a confession in each actuator in addition, be sheathed on the jack ring respectively and enclose, the end of each spiral torque spring outer shroud abuts against the projection in housing, and the end in interior ring then is connected in actuator in addition.
The beneficial effects of the utility model are, it is that the door knob that is an inboard can pulled second mortise lock that main lock assembly is directly opened in the back, and drive first mortise lock and secondary lock assembly and open, therefore rapidly convenient in the action of opening the door at ordinary times, the safety of escape is provided in emergency circumstances opening rapidly as fire or other in addition, be to be provided with effort-saving mechanism between the member of main lock assembly, therefore can laborsaving operation when opening and closing lock.
Description of drawings
Below in conjunction with drawings and Examples the utility model is further specified.
Fig. 1 is a door lock perspective exploded view of the present utility model
Fig. 2 is the three-dimensional appearance schematic diagram of main lock assembly of the present utility model
Fig. 3 is the decomposition schematic appearance of main lock assembly of the present utility model
Fig. 4 is a main lock assembly plane structure schematic diagram of the present utility model
Fig. 5 is the schematic diagram of door lock of the present utility model in blocking
Fig. 6 is the schematic diagram of door lock of the present utility model in unlocking condition
Fig. 7 is the schematic diagram of door knob of the present utility model and linking part structure
Fig. 8 is the floor map of the locking of existing door lock
Fig. 9 is the floor map of unblanking of existing door lock
The specific embodiment
Seeing also Fig. 1 to Fig. 7, is the selected example structure of the utility model shown in the figure.
Present embodiment provides a kind of drive mechanism of door lock, it is to have several projections 11 to establish a main lock assembly 2 with perforation 12 for group (housing 1 of present embodiment as shown in FIG. in a housing 1, still comprise the cover plate 13 that is locked on housing 1 with screw, and the members such as side plate 14 that are positioned the reveal limit), this main lock assembly 2 drives a secondary lock assembly 4 with connecting rod 3 respectively with respect to the upper-lower position of door, and this main lock assembly 2 comprises:
One first mortise lock 21 and one second mortise lock 22, its two alive respectively being located in the housing 1, and each passes housing 1 when an end has a door bolt portion 211,221 in action.As shown in Figure 4, this housing 1 is provided with perforation 141 (as shown in FIG. with respect to 211,221 in door bolt portion, be to be located at this side plate 14), the door bolt portion 211,221 of first mortise lock 21 and second mortise lock 22 then is arranged in the perforation 141 spacing, so first mortise lock 21 and second mortise lock 22 only can be towards perforation 141 direction slippages.As shown in Figure 5, each door bolt portion 211,221 is positioned at the blocking of door lock when passing; Otherwise when 211,221 withdrawals of door bolt portion, then be positioned at then as shown in Figure 6, the unlocking condition of door lock.
In housing 1, have a shifting part 23, slide for this first mortise lock 21 of traction.In present embodiment, this first mortise lock 21 has a short slot 212 in housing 1, this short slot 212 is offered towards side direction by first mortise lock 21, this shifting part 23 has a driving lever 231, this driving lever 231 embeds in the short slot 212 of first mortise lock 21, shifting part 23 has the tooth of leading 232 in the opposite side of driving lever 231, this leads tooth 232 and a driving gear 233 engagements, driving gear 233 is stirred this shifting part 23 pivots pendulum whereby, with the connecting rod driver, present embodiment is comparatively laborsaving with the drive mechanism of leading tooth 232 engagements with driving gear 233 compared to existing door lock.
In addition, as shown in Figure 4, this shifting part 23 is stretched towards driving lever 231 directions by pivot part and is established a protuberance 234, be provided with a laborsaving spring 235 in the housing 1 and stay on this protuberance 234, so shifting part 23 is when stirring, by shoring of laborsaving spring 235 and towards the auxiliary application of force of rotation direction, therefore more laborsaving when driving.
The end of this second mortise lock 22 in housing 1 has a barrier wall 222.In present embodiment, establish a torque spring 223 in this housing 1, the one end is resisted against the projection 11 of housing 1, and the other end then stays on this barrier wall 222 outsides, therefore second mortise lock 22 is because the shoring of torque spring 223, and its door bolt portion 221 is that the perforation 141 towards housing 1 passes under normality.
In present embodiment, this first mortise lock 21 has one and is same as first slotted hole 213 that its glide direction is offered in housing 1, has a projection 11 in housing 1 corresponding these first slotted hole, 213 positions, first mortise lock 21 is sheathed on this projection 11 with this first slotted hole 213, for the sliding stroke that limits this first mortise lock 21.
Two actuators 24,29, wherein this actuator 24 is to be linked to a door knob 241 in door, and this actuator 29 is in being linked to another door knob 291 outdoors, the two is to be stacked in the housing 1 for this actuator 24,29, this actuator 24 is driven by the door knob in the door 241, and actuator 29 is to be driven by outdoors door knob 291.This actuator 24 is coaxial between two ends to have a jack 242, this jack 242 is inserted for the linking part 243 of door knob 241, and the homonymy in actuator 24 1 ends has one first struck side 244, slide for driving this second mortise lock 22, wherein with door in this actuator 24 of linking of door knob 241 have one second struck side 245 in the other end, for second mortise lock 22 and these first mortise lock, 21 interlocks.This actuator 29 is same as coaxially between the two ends has a jack 292, and this jack 292 is to insert for the linking part 293 of door knob 291, and has one first struck side 294 in the homonymy of actuator 29 1 ends, slides for driving this second mortise lock 22.
In present embodiment, the linking part 243 of this door knob 241 and the linking part 293 of door knob 291, the two comprises bipole body coaxial pivot joint and constituting in the end respectively, and each body of rod is respectively to jack 242 that should actuator 24 jack 292 with this actuator 29, wherein, this bipole body is respectively quadrangle, and this jack 242,292 is respectively the plum blossom shape of inserting for each body of rod correspondence.
This actuator 24 is provided with a spiral torque spring 246, and this actuator 29 is provided with a spiral torque spring 295, this two spirals torque spring 246,295 resets after action for actuator 24 and this actuator 29 respectively, spiral torque spring 246 is sheathed on jack 242 rings and encloses, and spiral torque spring 295 is sheathed on jack 292 rings and encloses, so after actuator 24,29 action, be subjected to pining down of spiral torque spring 246,295 respectively and automatically reset.
One plate body 25, for interlock this first mortise lock 21 and second mate's lock assembly 4 synchronization actions, the connecting rod 3 that the two ends of this plate body 25 and second mate's lock assembly are 4 links, and is provided with one first moving part 26 in addition in housing 1, this first moving part 26 slides and the pivot pendulum with this first mortise lock 21, and affects plate body 25 slippages.
In present embodiment, this first mortise lock 21 is provided with one second slotted hole 214 between two ends, it is vertical mutually that this second slotted hole 214 and this first slotted hole 213 are offered direction, and this first moving part 26 has a tractive unit 261 in an end, first moving part 26 is convexly set in this second slotted hole 214 with this tractive unit 261, draws this first moving part, 26 pivots pendulum when sliding for this first mortise lock 21.25 of this plate bodys have one the 3rd slotted hole 251, this the 3rd slotted hole 251 is provided with in the same way with this first slotted hole 213, this first moving part 26 has a guide pillar 262 in addition, 262 of this guide pillars are convexly set in this 3rd slotted hole 251, when putting, drive plate body 25 slippages and these second mate's lock assembly 4 switching locks of interlock for first moving part, 26 pivots.
One second moving part 27, it is to draw second mortise lock 22 with actuator 24,29 actions to slide, this second moving part 27 has one first lean against part 271 and one second lean against part 272, this this first lean against part 271 supplies to abut against first struck side 244,294 in two actuators 24,29, and interlock second moving part 27 swings when stir first struck side 244,294, second lean against part 272 drives in this second mortise lock 22 during for 27 swings of second moving part and contracts for barrier wall 222 inboards that abut against in this second mortise lock 22 in addition.
In addition, above-mentioned second moving part 27 is convexly equipped with a bumping post 273 with the pivot part of housing 1, and plate body 25 has one the 4th slotted hole 252 in the relative position of this bumping post 273, and plate body 25 is sheathed on this bumping post 273 with this 4th slotted hole 252, for restriction plate body 25 sliding strokes.
One linked component 28, it moves with portion for this first mortise lock 21 of interlock and second mortise lock 22, this linked component 28 comprises a sliding part 281, it links with second struck side 245 of this actuator 24 between two ends, and sliding part 281 is provided with a spring 282 in an end, reset after stirring for sliding part 281, sliding part 281 then connects a swing component 283 in the other end, contract in the door bolt portion 211 for this first mortise lock 21 of interlock, this swing component 283 has one group of 283a of portion in an end, for driving lever 231 swings that affect this shifting part 23.
In present embodiment, second struck side 245 of this actuator 24 is to establish and pass a screw 245a in this end lock, and this sliding part 281 has a perforation 281a in relative position, and this screw 245a then stretches among this perforation 281a in passing part.
This swing component 283 has an elongated hole 283b between 283a of its group portion and hub side, and has a guide pillar 281b in these sliding part 281 these ends, sliding part 281 is convexly set among this elongated hole 283b with this guide pillar 281b, during by sliding part 281 in lateral sliding, with 283 swings of guide pillar 281b traction swing component.
As shown in Figure 4, when actuator 24 is driven by door knob 241 and when rotating, the sidewall of this sliding part 281 in this perforation 281a shored by its screw 245a in second struck side 245 of this actuator 24, and make sliding part 281 in figure the left side slippage, this moment this swing component 283 dial pendulum on the driving lever 231 that the 283a of portion then stirs this shifting part 23, because this driving lever 231 is arranged in the short slot 212 of first mortise lock 21, so driving lever 231 drives retraction in these first mortise lock, 21 past housings 1 when last pendulum.And when unclamping door knob 241,281 of sliding parts are subjected to this spring 282 to shore and reset, and this moment, 283 of this swing components can't be shored this driving lever 231 again, so 21 of first mortise locks are down pushed away by this laborsaving spring 235 and stretch out outside the housing 1.
Therefore, structure explanation by the foregoing description is not difficult to find advantage of the present utility model, be that the user still must use key operated as desiring by opening first mortise lock 21 outdoors, with existing door lock topmost different promptly by pull the door in door knob 241, can be with first mortise lock 21 of main lock assembly 2, second mortise lock 22 and this second mate's lock assembly 4 are opened simultaneously, have the antitheft effect except identical with existing door lock, the door knob 241 that the user only must pull in the door when desire is opened door lock in door gets final product, do not need to pass through the twice program as existing door lock, and when fire takes place, door knob 241 in door is pulled and can be escaped from, have more abundant escape time compared to existing door lock, this shows that door lock of the present utility model provides better convenience and safety when unblanking.
What deserves to be mentioned is, increase labour-saving mechanism in the main lock assembly 2 of the present utility model, therefore more laborsaving when opening or closing door lock.
The above, it only is preferred embodiment of the present utility model, be not that the utility model is done any pro forma restriction, every foundation technical spirit of the present utility model all still belongs in the scope of technical solutions of the utility model any simple modification, equivalent variations and modification that above embodiment did.
In sum, the utility model is on structure design, use practicality and cost benefit, it is required to meet industry development fully, and the structure that is disclosed also is to have unprecedented innovation structure, have novelty, creativeness, practicality, the regulation that meets relevant novel patent requirement is so mention application in accordance with the law.
Claims (10)
1. the drive mechanism of a door lock is characterized in that: have several projections and establish a main lock assembly with perforation for group in a housing, this main lock assembly drives a secondary lock assembly with connecting rod respectively with respect to the upper-lower position of door, and this main lock assembly comprises:
One first mortise lock and one second mortise lock, its two live respectively and be located in the housing, and each has a door bolt portion that passes housing in an end, have the shifting part that this first mortise lock of traction slides in housing, and the end of this second mortise lock in housing has a barrier wall;
Two actuators with the door knob drive, its the two be to be stacked in the housing and drive, this two actuator jack that coaxial linking part with a confession door knob is inserted and distinctly driven between two ends, and have one in the homonymy of actuator one end and drive first struck side that this second mortise lock slides, wherein with door in the actuator that links of door knob have second struck side of this first mortise lock action of an interlock in the other end;
The plate body of this first mortise lock of one interlock and second mate's lock assembly synchronization action, connecting rod between its two ends and second mate's lock assembly links, and other is provided with one and slides and pivot pendulum and affect first moving part of plate body slippage with this first mortise lock;
One draws second moving part that second mortise lock slides with actuator action, and it has one and abuts against in first lean against part of the barrier wall inboard of this second mortise lock, and has one and abut against in second lean against part of first struck side of this two actuator;
This first mortise lock of one interlock and second mortise lock are with the linked component of portion's action, it comprises that a sliding part links with second struck side of this actuator between two ends, be provided with a spring that after stirring, resets in sliding part one end, the swing component that contracts in the other end then connects the door bolt portion of this first mortise lock of confession interlock, it has a portion of dialling that affects this shifting part to swing in an end.
2. the drive mechanism of door lock according to claim 1, it is characterized in that: described first mortise lock has one and is same as first slotted hole that its glide direction is offered in housing, has a projection in corresponding this first slotted hole position of housing, first mortise lock is sheathed on this projection with this first slotted hole, for the sliding stroke that limits this first mortise lock.
3. the drive mechanism of door lock according to claim 2, it is characterized in that: described first mortise lock is provided with one and offers another vertical second slotted hole of direction with this first slotted hole between two ends, this first moving part has a tractive unit in an end and is convexly set in this second slotted hole, this plate body then has the 3rd slotted hole that is provided with in the same way with this first slotted hole, and this first moving part has a guide pillar and is convexly set in this 3rd slotted hole.
4. the drive mechanism of door lock according to claim 3, it is characterized in that: described second moving part is convexly equipped with a bumping post in pivot part, and plate body has one in the relative position of this bumping post and is sheathed on four slotted hole of this bumping post for restriction plate body sliding stroke.
5. the drive mechanism of door lock according to claim 1, it is characterized in that: described swing component has an elongated hole between its group portion and hub side, and has a guide pillar in this end of this sliding part and be convexly set in this elongated hole.
6. the drive mechanism of door lock according to claim 1, it is characterized in that: described first mortise lock has the short slot that one day, side direction was offered in housing, this shifting part has a driving lever that embeds in the short slot of this first mortise lock, and has and lead tooth and mesh for the driving gear of stirring this shifting part pivot pendulum with one.
7. the drive mechanism of door lock according to claim 6, it is characterized in that: described shifting part is stretched towards the driving lever direction by pivot part and is established a protuberance, is provided with a laborsaving spring in the housing and stays on this protuberance.
8. the drive mechanism of door lock according to claim 1, it is characterized in that: second struck side of described actuator be to establish and pass a screw in this end lock, and this sliding part has a perforation in relative position, this screw then stretches in this perforation, for stirring the sliding part slippage in passing part.
9. the drive mechanism of door lock according to claim 1 is characterized in that: the linking part of described door knob comprises bipole body coaxial pivot joint and constituting in the end, and the jack of respectively corresponding each actuator of each body of rod.
10. the drive mechanism of door lock according to claim 1, it is characterized in that: establish a torque spring in the described housing, the one end is resisted against the projection of housing, the other end then stays on this barrier wall outside, be provided with the spiral torque spring that resets after its action of a confession in each actuator in addition, be sheathed on the jack ring respectively and enclose, the end of each spiral torque spring outer shroud abuts against the projection in housing, and the end in interior ring then is connected in actuator in addition.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009202210422U CN201546498U (en) | 2009-09-29 | 2009-09-29 | Transmission structure of door lock |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009202210422U CN201546498U (en) | 2009-09-29 | 2009-09-29 | Transmission structure of door lock |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201546498U true CN201546498U (en) | 2010-08-11 |
Family
ID=42601672
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009202210422U Expired - Fee Related CN201546498U (en) | 2009-09-29 | 2009-09-29 | Transmission structure of door lock |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201546498U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103907141A (en) * | 2011-09-19 | 2014-07-02 | 法斯特莱克零售（英国）有限公司 | Ticket dispenser |
| CN104763244A (en) * | 2015-02-13 | 2015-07-08 | 合肥多泰客自动化科技有限公司 | Lock of horizontal sliding door |
| CN105569459A (en) * | 2014-08-26 | 2016-05-11 | 台湾福兴工业股份有限公司 | Lock structure |
-
2009
- 2009-09-29 CN CN2009202210422U patent/CN201546498U/en not_active Expired - Fee Related
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103907141A (en) * | 2011-09-19 | 2014-07-02 | 法斯特莱克零售（英国）有限公司 | Ticket dispenser |
| CN103907141B (en) * | 2011-09-19 | 2016-08-17 | 法斯特莱克零售（英国）有限公司 | Ticket machine |
| US9947143B2 (en) | 2011-09-19 | 2018-04-17 | Fastrak Retail (Uk) Limited | Ticket dispensing module |
| US10140778B2 (en) | 2011-09-19 | 2018-11-27 | Fastrak Retail (Uk) Limited | Ticket dispensing module |
| US10559137B2 (en) | 2011-09-19 | 2020-02-11 | Fastrak Retail (Uk) Limited | Ticket dispensing module |
| CN105569459A (en) * | 2014-08-26 | 2016-05-11 | 台湾福兴工业股份有限公司 | Lock structure |
| US9890565B2 (en) | 2014-08-26 | 2018-02-13 | Taiwan Fu Hsing Industrial Co., Ltd. | Lock structure |
| CN105569459B (en) * | 2014-08-26 | 2018-05-08 | 台湾福兴工业股份有限公司 | lock structure |
| CN104763244A (en) * | 2015-02-13 | 2015-07-08 | 合肥多泰客自动化科技有限公司 | Lock of horizontal sliding door |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20100811 Termination date: 20160929 |
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| CF01 | Termination of patent right due to non-payment of annual fee |