CN202882497U - Parking space lock - Google Patents
Parking space lock Download PDFInfo
- Publication number
- CN202882497U CN202882497U CN 201220223778 CN201220223778U CN202882497U CN 202882497 U CN202882497 U CN 202882497U CN 201220223778 CN201220223778 CN 201220223778 CN 201220223778 U CN201220223778 U CN 201220223778U CN 202882497 U CN202882497 U CN 202882497U
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- China
- Prior art keywords
- axle
- blocking arm
- fixed
- outer container
- berth lock
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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Abstract
The utility model discloses a parking space lock which comprises a blocking arm, an outer shell, a transmission mechanism and an electric driving mechanism. The transmission mechanism and the electric driving mechanism are located inside the outer shell, the blocking arm is located outside the outer shell, the lower end of the blocking arm is connected with the transmission mechanism, the transmission mechanism is connected with the electric driving mechanism, the electric driving mechanism provides power to the transmission mechanism, and a wireless control unit is installed inside the electric driving mechanism.
Description
Technical field
The utility model relates to special lockset, refers to especially a kind of berth lock.
Background technology
Berth lock is a kind of mechanical device, is used for preventing that the parking stall from arbitrarily being taken.At present, the various types of parking lots of extensive use of berth lock, main Types has hand and distance type, and remote control type parking space lock also claims automatic parking lock.
The berth lock of prior art mostly is greatly mechanical, hand-driven formula or distance type, the hand berth lock need the user on automobile turnover parking space at present the blocking arm of handlebar berth lock prop up or put down, then lock, a lot of inconvenience are in use arranged.
Remote control parking stall lock is a complete automated machine equipment, need not the user in the use procedure and gets off and can realize the switching of berth lock, but the most complex structure of remote control parking stall lock of the prior art.Therefore, along with advancing by leaps and bounds of berth lock investigative technique, remote control parking stall lock becomes the development trend of berth lock.Thereby the existing market that becomes simple in structure, easy to use is to the performance requirement of berth lock.
The utility model content
In view of this, the purpose of this utility model is to propose a kind of berth lock.The simple frame for movement that adopted this berth lock has realized the function of parking occupy-place, and user-friendly.
Based on the berth lock that above-mentioned purpose the utility model provides, comprise blocking arm, housing, transmission mechanism, electric driver mechanism, described transmission mechanism and electric driver mechanism are positioned at shell; Blocking arm is positioned at housing exterior, and its lower end is connected with transmission mechanism; Transmission mechanism is connected with electric driver mechanism, and provides power by electric driver mechanism; Be provided with wireless energy control units in the described electric driver mechanism, this wireless energy control units can receive wireless control signal, and starts described electric driver mechanism according to received wireless control signal.
Optionally, described housing comprises outer container and outer cover, and described outer cover covers in described outer container outside and fixes with outer container; Described transmission mechanism comprises steering mechanism, axle system; Described electric driver mechanism comprises motor, battery, and described steering mechanism is to be connected with motor with described axle respectively; Described wireless energy control units is connected with described motor, and starts described motor according to the instruction that receives; Described blocking arm lower end and coupling of shaft system; Under the use state, described wireless energy control units is according to the signal enabling motor that receives, and then motor-driven steering mechanism, and described steering mechanism is delivered to axle with the driving force of motor and fastens, and drives that described blocking arm opens or closed.
Optionally, described steering mechanism comprises intermeshing worm gear, worm screw, and described worm screw links to each other with motor, and described worm gear is fixed in described axle to be fastened; Or described steering mechanism comprises intermeshing a pair of conical gear, and described conical gear links to each other with axle system with motor respectively.
Optionally, described axle system comprises axle, bearing, supporting mechanism; The two ends of described axle are fixed in the lower end of described blocking arm; Described axle is connected on supporting mechanism or the outer container sidewall by bearing, and described supporting mechanism is fixed in the outer container by mechanical connection mechanism.
Optionally, described axle is to comprise that further worm screw bracing frame, described worm gear are fixed on the described axle, and described worm screw is fixed on the described worm screw bracing frame by bearing.
Optionally, be provided with battery case, earthing component, switch in the described outer container, described earthing component is fixed in the outside of described external box wall, on it with the earth stud hole; Under the installment state, earth stud passes described earth stud hole, and outer container is fixed in ground; Described switch is fixed in the outer container by mechanical connection mechanism; Further, be provided with spring at described axle, described spring by the spring fixed mechanism fixing with axle on, car is run into blocking arm can not damage car and berth lock.
Optionally, described switch comprises travel switch and switch plectrum; Described switch plectrum is arranged on the described axle, is positioned at the two ends of described axle, and the position of its position and described travel switch is corresponding.
Optionally, described berth lock further comprises remote control, and this remote control sends instruction to described wireless energy control units, so that wireless energy control units starts described electric driver mechanism.
Optionally, be provided with the blocking arm positioner in the described shell, when blocking arm turns to the desired location of open mode, have a blocking arm fixed mechanism that blocking arm is located.
Optionally, berth lock of the present utility model further comprises warning device, and this warning device is arranged in the housing.
Can find out that from above the berth lock that the utility model provides has adopted simple structure to realize the function of remote control, the car owner need not get off, and being sitting in uses a teleswitch in the car just can control the lifting of berth lock, the convenient use, operation has higher intensity simultaneously easily.
Description of drawings
Fig. 1 is the internal construction perspective view of the utility model embodiment;
Fig. 2 A is the carton structure front view of the utility model embodiment;
Fig. 2 B is the carton structure stereogram of the utility model embodiment;
Fig. 3 is that the power transmission shaft of the utility model embodiment is partly assembled schematic diagram;
Fig. 4 is worm screw, the motor assembling schematic diagram of the utility model embodiment;
Fig. 5 is the outer container internal construction assembly drawing of the utility model embodiment;
Fig. 6 is the blocking arm assembling schematic diagram of the utility model embodiment;
Fig. 7 is the cover structure stereogram of the utility model embodiment.
The specific embodiment
For making the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with specific embodiment, and with reference to accompanying drawing, the utility model is further described.
Berth lock provided by the utility model comprises blocking arm, housing, transmission mechanism, electric driver mechanism, remote control, and described transmission mechanism and electric driver mechanism are positioned at shell; Blocking arm is positioned at housing exterior, and its lower end is connected with transmission mechanism; Adopt wireless connections between remote control and the electric driver mechanism; Transmission mechanism is connected with electric driver mechanism, and provides power by electric driver mechanism; Be provided with wireless energy control units in the described electric driver mechanism.Described wireless energy control units can be accepted the telecommand that corresponding remote controller is sent, and starts described electric driver mechanism, and then so that transmission mechanism drives the blocking arm rotation.
Further, described housing comprises outer container and outer cover, and described outer cover covers in described outer container outside and fixes with outer container; Described transmission mechanism comprises steering mechanism, axle system; Described electric driver mechanism comprises motor, battery, and described steering mechanism is to be connected with motor with described axle respectively; Described blocking arm lower end and coupling of shaft system; Under the use state, described motor-driven steering mechanism, described steering mechanism is delivered to axle with the driving force of motor and fastens, and drives that described blocking arm opens or closed.
Above described steering mechanism in specific embodiment, can be worm and worm gear, or conical gear etc.Electric driver mechanism can comprise motor, battery etc.For fixedly electric driver mechanism and transmission mechanism, supporting mechanism, the mechanical connection mechanism of some can be set, such as bearing supporting frame, switch fixed mount, fixed iron piece, film, bolt, nut, pad, banking stop, worm screw bracing frame, motor fixing frame etc. in outer container.Specific design in the present embodiment is as described below.Blocking arm is in the state of opening when making berth lock account for the parking stall, and corresponding blocking arm positioner is set in the enclosure, and this blocking arm positioner can adopt the mechanical mechanism of any appropriate, so that blocking arm can be positioned at the position of setting.
Below in conjunction with specific embodiment, berth lock of the present utility model is specifically described.
Fig. 1 is the internal construction perspective view of the utility model embodiment.Comprise blocking arm 1, housing 2, transmission mechanism, electric driver mechanism.Wherein, transmission mechanism comprises power transmission shaft 8, worm screw 10; Electric driver mechanism comprises motor 4, battery 6.As an embodiment, blocking arm 1 is door shape; Housing 2 comprises outer container and outer cover, and outer cover covers in the outer container outside; Described outer container is interior with a battery case 5, the battery case 5 interior batteries 6 that arrange.Be fixedly installed the worm gear that is meshed with worm screw 10 on the power transmission shaft 8, and be enclosed within the spring 7 on the power transmission shaft 8, spring 7 is used for that blocking arm 1 is in and opens or closure state, run into blocking arm when car and can not damage car and berth lock.Spring in the utility model can adopt the spring fixed mechanisms such as spring anchorage bracket to be fixed.Motor 4 is arranged at outside the battery case 5, is driven by battery 6, drives worm screw 10 and rotates; Worm screw 10 is positioned at power transmission shaft 8 tops, and the axis of worm screw 10 is vertical with the axis of power transmission shaft 8, and with power transmission shaft 8 on worm gear engagement.The two ends of power transmission shaft 8 are connected with the lower end of blocking arm 1.When the user uses a teleswitch when thinking that wireless energy control units in the electric driver mechanism sends enabled instruction, motor 4 is opened, and drives worm screw 10 and rotates, and power transmission shaft 8 rotates thereupon, and then drive blocking arm 1 opening and closing.In the inside of housing 2, certain supporting and positioning mechanism can be set support fixed conveyor mechanism.In the present embodiment, be provided with worm screw fixed mount 9 in worm screw 10 and the fixing place of worm gear of engagement, be used for supporting fixedly worm screw 10 and the worm gear that is fixed on the power transmission shaft 8.Outside, motor 4 at worm screw fixed mount 9 are connected part with worm screw 10, are provided with motor fixing frame 3, are used for supporting fixed electrical machinery 4.
Fig. 2 A is the carton structure front view of the utility model embodiment.Outer container directly contacts with ground, and described transmission mechanism, electric driver mechanism and corresponding supporting mechanism are installed on outer container inside.As an embodiment, outer container comprises three earthing components 21, is positioned at the align member 23 of both sides.For the suffered active force of balance berth lock, earthing component should be fixed on two parallel sidewalls of outer container, consists of a triangle.In the present embodiment, described earthing component 21 is positioned at the outside on two limits, front and back of the berth lock under the installment state, wherein, rear portion at outer container, be on the limit of outer container away from blocking arm, be provided with two earthing components 21, and its position is respectively near two summits of outer container front portion.As an embodiment, earthing component 21 is made as rectangle, offers earth stud hole 22 in the central authorities of rectangle.When the berth lock outer container of present embodiment is installed, uses earth stud to pass earth stud hole 22 and fix with ground.Align member 23 is positioned at the left and right sides of outer container under installment state.For the needs of locating, supporting, in other embodiments can also other be conducive to the structure of berth lock work in outer container design, the outer container size also can be according to actual conditions and difference simultaneously.The width of align member 23, Position Design main points are that the integral body after the berth lock assembling firmly reaches best effect.The position of two align members is asymmetric about the axis of outer container.Battery case should be pacified and is positioned at outer container away from one side of power transmission shaft, and in the present embodiment, battery case 5 is positioned at the right back angle of outer container under the installment state in the present embodiment.
For the ease of the installation of power transmission shaft, need at housing axle allocation mechanism to be set.Axle allocation mechanism in the present embodiment comprises the axle locating hole that is arranged on the outer container and the U-lag that is arranged on the shell.
Fig. 2 B is the carton structure stereogram of the utility model embodiment.In the front portion of left positioner member 23, be provided with the first axle locating hole 24, around axle locating hole 24, the distance that is provided with equidistantly between the hole heart of 25, four screws 25 of four screws and the first axle locating hole 24 equates.
In the front portion of right positioner member 23, be provided with the second axle locating hole 26, around the second axle locating hole 26, be provided with equidistantly four screws 27, the specification of screw 27 and screw 26 can be identical.Distance between the hole heart of screw 27 and the second axle locating hole 26 equates.
For the ease of installing, align member should comprise one perpendicular to the vertical plane of berth lock installed surface.In the present embodiment, this pentagon comprises two right angles, wherein has a right-angle side to overlap with the sidewall of outer container, and its top margin is parallel with the base.As shown in FIG., the wall around the outer container has certain height, can prevent to a certain extent that ponding from entering the internal construction of berth lock and causing corrosion.
In order to control electric driver mechanism, the switch of some can also be set in housing.Adopt travel switch and switch plectrum in the present embodiment.Described switch plectrum is fixed in axle to be fastened, and preferably, can be fixed on the axle; Travel switch is fixed in the outer container, and the position of described switch plectrum is corresponding with the position of described travel switch.Wireless energy control units in the electric driver mechanism starts described motor according to received instruction, motor passes through transmission mechanism so that after the blocking arm rotation, control the position that described blocking arm rotates by travel switch and corresponding switch plectrum, so that blocking arm can stop operating in the position of setting.In outer container, be provided with the blocking arm positioner, this blocking arm positioner is so that the blocking arm of opening can be fixed on the position of setting.Fig. 3 is that the power transmission shaft of the utility model embodiment is partly assembled schematic diagram.Comprise the first screw 41, the first fixed iron piece 42, the first film 43, clutch shaft bearing 44, worm gear 45, the first switch plectrum 46, spring retainer plate 47, second switch plectrum 48, the second screw 49, the first pad 410, the second bearing 411, second switch fixed mount 412, banking stop 413, the 3rd screw 414, the second fixed iron piece 415, the second film 416, bearing bracket stand 417, the second travel switch 418, fixed mount 419, the 4th screw 420, the 5th screw 421, the first switch fixed mount 422, screw stator 423, the first travel switch 424.The first screw 41 passes the screw hole on the first fixed iron piece 42 and the first film 43, and the first fixed iron piece 42 and the first film 43 are fixed in the first axle locating hole 24 places.Clutch shaft bearing 44 is fixed on the axle 8, the first axle locating hole 24 places.Simultaneously, worm gear 45 is fixed on the axle 8, and its position is corresponding with worm screw 10, and after the installation, worm gear 45 and worm screw 10 are meshed.About 1/2nd places on axle 8 are provided with the first switch plectrum 46.On axle 8, near the second axle locating hole 26 places, be provided with spring retainer plate 47 and spring 7.One end of axle 8 is fixed in the first axle locating hole 24 places by clutch shaft bearing 44, the first screw 41, the first fixed iron piece 42, the first film 43; The other end of axle 8 links to each other with fixed mount 419 with second switch plectrum 48.Fixed mount 419 and the second bearing 411 are fixing, and the second bearing 411 further is fixed on the bearing bracket stand 417.The 3rd screw 414 is by corresponding screw, and bearing bracket stand 417, the second film 416, the second fixed iron piece 415 are fixed in the second axle locating hole 26 places on the outer container.After the installation, be lined with banking stop 413, the second films 416 between bearing bracket stand 417 and the film 416 and contact with the second fixed iron piece 415; Correspondingly, first fixed iron piece 42 at the first axle locating hole 24 places, the first film 43, clutch shaft bearing 44 contact.
On the sidewall of outer container, be provided with the second travel switch 418 corresponding to the place of second switch plectrum 48; And the second travel switch 418 is connected with second switch fixed mount 412 by the second screw 49, and the second screw 49 is fixed in the second travel switch 418 and second switch fixed mount 412 on the sidewall of outer container, and the permanent position is corresponding with second switch plectrum 48.
The position of travel switch and switch can have different designs in other embodiments, and the part that adopts in the present embodiment also can be made replacement in other embodiments.
In the present embodiment, outer container be parallel to and sidewall close to axle 8 on, corresponding to the first switch plectrum 46 places, be provided with the first travel switch 424.The first travel switch 424 is connected with the first switch fixed mount 422 by the 4th screw 420, and fixing by the 4th screw 420 and screw stator 423.The first switch fixed mount 422 is fixed on the sidewall of axle 8 by screw 412.
Fig. 4 is worm screw, the motor assembling schematic diagram of the utility model embodiment.Comprise motor 4, motor rack 54, the 3rd bearing 55, the 6th screw 56, the second pad 57, the first nut 58, worm screw 10, worm bracket 59, the 3rd pad 510, the 7th screw 511.The output of motor 4 is supported by motor rack 54.Motor rack 54 is connected with worm bracket 59 by the 6th screw 56, the second pad 57, the first nut 58, on the worm bracket 59, with side that motor rack 54 is connected on, offer the bearing fixing hole, fix the 3rd bearing 55 in this bearing fixing hole; Simultaneously, to be fixed in outer container by the 3rd pad 510, the 7th screw 511 parallel and be close on the sidewall of axle 8 for worm bracket 59; Be fixed at worm bracket 59 on the side of described outer container sidewall, offer the worm screw fixing hole.Worm screw 10 is arranged in the worm bracket 59, and the worm screw fixing hole on the one end connecting worm frame 59, the other end are fixed in the inner ring inside of the 3rd bearing 55, and is connected with the output of motor 4.
Further, can according to using needs, in the corresponding position of outer container alarm be set.For example in the present embodiment, be provided with alarm 52 and fixing the 8th screw 51 of alarm 52.Under the installment state, alarm 52 is positioned on the sidewall or align member 23 of outer container.Also can be with alarm solid 52 due to other suitable position.
Fig. 5 is the outer container internal construction assembly drawing of the utility model embodiment.During use, the user sends signal by remote controller to the wireless energy control units on the motor, and this wireless energy control units is according to instruction starter motor 4, motor 4 drives worm screw 10 and rotates, worm screw 10 is delivered to worm gear 45 with rotating torque, and band moving axis 8 rotates, and then drives blocking arm 1 rotation.The first travel switch 424, the second travel switch 418 are used for control motor 4, so that after blocking arm 1 turned to the position of setting, motor 4 quit work, and then blocking arm 1 stops operating.Turn to the open position of setting when blocking arm 1 after, travel switch disable motor 4, the blocking arm positioner that is arranged in the outer container is located blocking arm 1, so that blocking arm 1 is in open mode.
Fig. 6 is the blocking arm assembling schematic diagram of the utility model embodiment.Comprise blocking arm 1, chock plug 61.Under installment state, an end of blocking arm 1 is fixed in the first axle locating hole 24 places by chock plug 61, and is connected with an end of axle 8; The other end of blocking arm 1 is connected with axle 8 other ends, and fixing and the second axle locating hole 26 places.
Fig. 7 is the cover structure stereogram of the utility model embodiment.In the present embodiment, the outer cover top is set to bucking ladder, has U-lag two parallel sidewall bottoms, and under installment state, the position of this U-lag should be corresponding with the installation site of blocking arm 1.The long 330-360mm of outer cover, wide 270-290mm, high 60-100mm, long 345mm preferably, wide 284mm, high 74mm.Axle allocation mechanism in the present embodiment has comprised the first axle locating hole 24 recited above, the second axle locating hole 26, U-lag.
Below only be the design size of present embodiment, in other embodiments, can adopt different sizes to above-mentioned outer container, outer cover, axle, the structure of outer container, axle can be different, and the shape of outer cover also can be variant.
Adopt remote controller as remote control, corresponding wireless energy control units is set in that remote controller and motor 4 are interior, the user in use, use remote control to drive described motor 4, driving worm screw 10 rotates, the power transmission shaft 8 that further drives with worm gear rotates, thereby the blocking arm 1 that drives connection for transmission axle 8 is opened or closure.Further, warning device can also be set, this warning device is arranged in the housing.
Can find out that from above the utility model is simple in structure, cost is lower, is convenient to install, and has realized the function of remote control, and is convenient for users to use.Adopt the structure of outer container and outer cover combination, can place the rainwater corrosion, and can place to a great extent bottom surface ponding the internal construction of berth lock is caused corrosion; In outer container inside special battery case is set, can prevents effectively that battery from making moist, increase the application life of battery; Simultaneously, the utility model can be placed the Vehicular impact damage to a certain extent.
Those of ordinary skill in the field are to be understood that: the above only is specific embodiment of the utility model; be not limited to the utility model; all within spirit of the present utility model and principle; any modification of making, be equal to replacement, improvement etc., all should be included within the protection domain of the present utility model.
Claims (11)
1. a berth lock is characterized in that, comprises blocking arm, housing, transmission mechanism, electric driver mechanism, and described transmission mechanism and electric driver mechanism are positioned at shell; Blocking arm is positioned at housing exterior, and its lower end is connected with transmission mechanism; Transmission mechanism is connected with electric driver mechanism, and provides power by electric driver mechanism; Be provided with wireless energy control units in the described electric driver mechanism, this wireless energy control units can receive wireless control signal, and starts described electric driver mechanism according to received wireless control signal.
2. berth lock according to claim 1 is characterized in that, described housing comprises outer container and outer cover, and described outer cover covers in described outer container outside and fixes with outer container; Described transmission mechanism comprises steering mechanism, axle system; Described electric driver mechanism comprises motor, battery, and described steering mechanism is to be connected with motor with described axle respectively; Described wireless energy control units is connected with described motor, and starts described motor according to the instruction that receives; Described blocking arm lower end and coupling of shaft system; Under the use state, described wireless energy control units is according to the signal enabling motor that receives, and then motor-driven steering mechanism, and described steering mechanism is delivered to axle with the driving force of motor and fastens, and drives that described blocking arm opens or closed.
3. berth lock according to claim 2 is characterized in that, described steering mechanism comprises intermeshing worm gear, worm screw, and described worm screw links to each other with motor, and described worm gear is fixed in described axle to be fastened; Or described steering mechanism comprises intermeshing a pair of conical gear, and described conical gear links to each other with axle system with motor respectively.
4. berth lock according to claim 3 is characterized in that, described axle is to comprise axle, bearing, supporting mechanism; The two ends of described axle are fixed in the lower end of described blocking arm; Described axle is connected on supporting mechanism or the outer container sidewall by bearing, and described supporting mechanism is fixed in the outer container by mechanical connection mechanism.
5. berth lock according to claim 4 is characterized in that, described axle is to comprise that further worm screw bracing frame, described worm gear are fixed on the described axle, and described worm screw is fixed on the described worm screw bracing frame by bearing.
6. berth lock according to claim 2 is characterized in that, is provided with battery case, earthing component, switch in the described outer container, and described earthing component is fixed in the outside of described external box wall, on it with the earth stud hole; Under the installment state, earth stud passes described earth stud hole, and outer container is fixed in ground; Described switch is fixed in the outer container by mechanical connection mechanism; Further, be provided with spring at described axle, described spring by the spring fixed mechanism fixing with axle on, car is run into blocking arm can not damage car and berth lock.
7. berth lock according to claim 5 is characterized in that, described switch comprises travel switch and switch plectrum; Described switch plectrum is arranged on the described axle, is positioned at the two ends of described axle, and the position of its position and described travel switch is corresponding.
8. berth lock according to claim 1 is characterized in that, described berth lock further comprises remote control, and this remote control sends instruction to described wireless energy control units, so that wireless energy control units starts described electric driver mechanism.
9. berth lock according to claim 1 is characterized in that, is provided with the blocking arm positioner in the described shell, when blocking arm turns to the desired location of open mode, has a blocking arm fixed mechanism that blocking arm is located.
10. berth lock according to claim 1 is characterized in that, further comprises warning device, and this warning device is arranged in the housing.
11. berth lock according to claim 2 is characterized in that, described axle is to comprise axle, bearing, supporting mechanism; The two ends of described axle are fixed in the lower end of described blocking arm; Described axle is connected on supporting mechanism or the outer container sidewall by bearing, and described supporting mechanism is fixed in the outer container by mechanical connection mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220223778 CN202882497U (en) | 2012-05-17 | 2012-05-17 | Parking space lock |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220223778 CN202882497U (en) | 2012-05-17 | 2012-05-17 | Parking space lock |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202882497U true CN202882497U (en) | 2013-04-17 |
Family
ID=48073938
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220223778 Expired - Fee Related CN202882497U (en) | 2012-05-17 | 2012-05-17 | Parking space lock |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202882497U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104715510A (en) * | 2015-02-13 | 2015-06-17 | 来拓自动导游科技(北京)有限公司 | Stall vehicle locking device and intelligent stall control system |
-
2012
- 2012-05-17 CN CN 201220223778 patent/CN202882497U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104715510A (en) * | 2015-02-13 | 2015-06-17 | 来拓自动导游科技(北京)有限公司 | Stall vehicle locking device and intelligent stall control system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| 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: 20130417 Termination date: 20150517 |
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| EXPY | Termination of patent right or utility model |