CN205476705U - Self -powered dynamic formula parking equipment - Google Patents
Self -powered dynamic formula parking equipment Download PDFInfo
- Publication number
- CN205476705U CN205476705U CN201620065649.6U CN201620065649U CN205476705U CN 205476705 U CN205476705 U CN 205476705U CN 201620065649 U CN201620065649 U CN 201620065649U CN 205476705 U CN205476705 U CN 205476705U
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- Prior art keywords
- free roller
- roller bearing
- worm
- driving
- self
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Abstract
The utility model relates to a self -powered dynamic formula parking equipment, especially one kind is utilized the self -powered dynamic formula parking equipment that vehicle self power carries out the self -promotion. Self -powered dynamic formula parking equipment includes lift platform, a pair of straight filament of hanging down pole. The utility model discloses an it constitutes the silk pole hoist structure to be equipped with worm and gear reducing mechanism on the straight filament pole that hangs down, lift platform with worm and gear reducing mechanism fixed connection is equipped with the free roller bearing of drive group with of the stopping vehicle driver wheel corresponding position on lift platform, drive free roller bearing group including the free roller bearing of a pair of freedom, drive in the free roller bearing group an at least free roller bearing with worm -drive among the worm and gear reducing mechanism is connected. Like this, after the vehicle stop puts in place, through the free roller bearing of vehicle self drive wheel drive, so that drive worm gear speed reducer mechanic work, the silk pole hoist structure drives lift platform and along the lead screw lift, need not to set up outside power device, and investment cost is lower, sets up the site selection in a flexible way, easy popularization.
Description
Technical field
This utility model relates to a kind of lugs, a kind of utilize vehicle self power carry out ego trip from
Drive-type lugs.
Background technology
Along with China's expanding economy, living standards of the people constantly improve, and the fast development of auto industry, family gathers around
Having car is also to become increasingly prevalent, and even one family has a more than car.And due to a variety of causes, cause nothing
In opinion is public place or residential quarters, the increase on parking stall but lags far behind the increase of automobile quantity, parking stall resource
More and more in short supply, the particularly the oldest residential quarter of some building times, during due to design, supporting parking stall index is less, car
The contradiction that position is not enough is more prominent.In order to solve this contradiction, a way is just to increase the place of parking, but a lot of feelings
Being not have such condition under condition, the limited land resource in city limits the development in parking lot；Another outlet is exactly
Improve the utilization rate of existing parking space, to spatial development, i.e. build multi-storied garage.Notification number is the practicality of CN103362333B
Disclosing the parking car device of a kind of vertical lift type in new patent, the parking car device of this vertical lift type includes solid
Fixed rack, vehicle-containing, travel(l)ing rest, jackstay, jackstay reel and vehicle-containing roll-over unit, described fixed support comprises two
Vertical chute, described travel(l)ing rest is slidably connected in chute respectively, and vehicle-containing is rotationally connected by vehicle-containing roll-over unit
In travel(l)ing rest, one end of wirerope described in two is connected with a travel(l)ing rest respectively, and the other end exists with contrary coiling direction respectively
Being wound on described jackstay reel, jackstay reel does and drives travel(l)ing rest sliding along chute by wirerope when different directions rotates
Dynamic, thus drive vehicle-containing to move up and down.Lugs utilize the vehicle-containing structure of turnover plate type, and when not carrying car, vehicle-containing is received
Rise, do not hinder road, and can use as publicity wall；When carrying car, sweep puts down, and is raised by dolly built on stilts, and is provided with weight
Power self-locking device and anti-side-slip apparatus, be available for vehicle below vehicle-containing and pedestrian passes through, it is possible to stops.But this lugs
There is also certain defect, need external power supply as power, it is therefore desirable to erecting bed dilazep is set power line, the most not side
Just, also bring safe hidden danger simultaneously.
Summary of the invention
The purpose of this utility model is to provide one to utilize vehicle self power to enter for overcoming the deficiencies in the prior art
The self-driving type lugs of row ego trip.
For achieving the above object, this utility model provides a kind of self-driving type lugs, it is characterised in that: include rising
Fall platform, a pair down-feed screw, described hoistable platform is arranged between the pair of down-feed screw, and described down-feed screw is provided with
Turbine and worm decelerator, described turbine and worm decelerator constitutes screw lift structure, described lifting with described down-feed screw
Platform is fixing with described turbine and worm decelerator to be connected, position corresponding with stopped driving wheel of vehicle on described hoistable platform
Being provided with the free roller groups of driving, the free roller groups of described driving includes a pair free roller bearing, and the pair of free roller bearing is the most flat
Row is arranged, and it is perpendicular that the central axis of free roller bearing and vehicle sail direction into, and in the free roller groups of described driving, at least one certainly
It is connected with the worm-drive in described turbine and worm decelerator by roller bearing.
Compared with prior art, this utility model constitutes screw mandrel by being provided with turbine and worm decelerator on down-feed screw
Elevating mechanism, described hoistable platform and described turbine and worm decelerator are fixing to be connected, and is driven with stopping on hoistable platform
The corresponding position of driving wheel is provided with the free roller groups of driving, and the free roller groups of described driving includes a pair free roller bearing, described in drive
In dynamic free roller groups, at least one free roller bearing is connected with the worm-drive in described turbine and worm decelerator.So, when
After vehicle parking puts in place, by vehicle self the free roller bearing of drive wheel, and then drive worm-gear speed reducer work, screw mandrel
Elevating mechanism drives hoistable platform to lift along screw mandrel, it is not necessary to arranging external motive device, cost of investment is lower, arranges position and selects
Flexibly, it is easy to promote.
As further setting of the present utility model, described free roller bearing is near turbine and worm decelerator one end
Being provided with the first power transmission shaft, the worm screw in described turbine and worm decelerator is vertically arranged with free roller bearing, described first power transmission shaft
Be arrangeding in parallel with described worm screw, described free roller bearing end and the first power transmission shaft are equipped with bevel gear respectively and engage each other, institute
State and on the first power transmission shaft and worm screw, be respectively equipped with travelling gear engagement or drive sprocket and the driving chain described free roller bearing of composition
It is connected with the worm-drive in described turbine and worm decelerator.This drive mechanism simple in construction, reliable operation.
Further arrange as of the present utility model, position corresponding with a driven pulley that stopped on described hoistable platform
Put and be additionally provided with the driven free roller groups being made up of at least one pair of free roller bearing, the free roller bearing in described driven free roller groups
Arranged in parallel, it is perpendicular that the central axis of described free roller bearing and vehicle sail direction into, in described driven free roller groups
At least one free roller bearing is connected with the worm-drive in described turbine and worm decelerator；Described lugs are additionally provided with freedom
Roller bearing lockable mechanism, vehicle does not stops putting in place, the described free roller bearing free roller bearing of lockable mechanism locking, and vehicle stops putting in place, described from
Free roller bearing is unlocked by roller bearing lockable mechanism.It is additionally provided with by position corresponding with a driven pulley that stopped on hoistable platform
Driven free roller groups is connected with the worm-drive in described turbine and worm decelerator, and described self-driving type lugs are permissible
Being simultaneously suitable for f-w-d vehicle and rear wheel drive vehicle, range of application is wider.
Further arrange as of the present utility model, between the described free roller bearing of a pair driving driven in free roller groups
Arranging at a certain distance, the free roller bearing of the pair of driving is provided with ratchet, and the downside of described ratchet is provided with and matches with ratchet
Locking tooth bar and locking return unit, described locking tooth bar one end is in the outside of the free roller bearing of a pair driving and pinpoints hinged setting
Putting, the other end is free end and is between the free roller bearing of a pair driving, and described locking return unit makes locking tooth bar have elasticity
Be resisted against locking on ratchet and drive the elastic force of free roller bearing, thus constitute described free roller bearing lockable mechanism.This freedom
Roller bearing lockable mechanism simple in construction, reliable operation.
Further arranging as of the present utility model, the upper end of described down-feed screw is provided with one section of diameter and described worm gear
The suitable guide pillar of worm gear endoporus in worm gear box constitutes the position limiting structure preventing hoistable platform from rising limit.By upper
State setting, owing to described guide pillar part does not has screw thread, will when the worm gear in described turbine and worm decelerator rises to guide pillar
Cannot be further continued for rising, the most also it is prevented that hoistable platform rose limit and caused device damage or hoistable platform from vertically
The danger that screw mandrel upper end comes off.
The most further arrange as of the present utility model, on hoistable platform on the position stopped between a front and back wheel
Being provided with the groove or window that wheel can be made to fall into lower half, described groove or window are provided with the cover plate downwardly turned over and cover plate is multiple
Position part, described cover plate return unit makes cover plate have anti-a mistake of elastic force composition recovering to flush with hoistable platform all the time and rushes peace
Full mechanism.By above-mentioned setting, when hoistable platform is in upper strata stand, if the careless accidental shifting of driver or mistake step on oil
When door causes the driving wheel i.e. front-wheel (front drive vehicle) of vehicle or trailing wheel (driving afterwards) to go out hoistable platform front end or rear end, and now
The follower of vehicle i.e. trailing wheel (front drive vehicle) or front-wheel (driving afterwards) will be pressed downward against cover plate and partly be trapped in described groove or window
Middle vehicle card is stopped, it is to avoid move ahead further or retreat and cause vehicle to fall.
Below in conjunction with the accompanying drawings and the specific embodiments this utility model is further described.
Accompanying drawing explanation
Fig. 1 is this utility model specific embodiment structural front view；
Fig. 2 is this utility model specific embodiment structure right view；
Fig. 3 is accompanying drawing 2 I portion partial enlarged drawing；
Fig. 4 is this utility model specific embodiment structure top view；
Fig. 5 is accompanying drawing 4 II portion partial enlarged drawing；
Fig. 6 is this utility model free roller bearing lockable mechanism specific embodiment lockup state structural representation；
Fig. 7 is this utility model free roller bearing lockable mechanism specific embodiment released state structural representation.
Detailed description of the invention
As Figure 1-4, self-driving type lugs include hoistable platform 1, a pair down-feed screw 2, described hoistable platform 1
Being arranged between the pair of down-feed screw 2, described down-feed screw 2 is provided with turbine and worm decelerator 3, described worm and gear
Reducing gear 3 and described down-feed screw 2 constitute screw lift structure, described hoistable platform 1 and described turbine and worm decelerator 3
Fixing connecting, described hoistable platform 1 global shape is preferably the rectangle the most close with standard parking stall, on hoistable platform 1 with stopped
The position that driving wheel is corresponding is that opening (or recessed) is arranged, and opening part is provided with the free roller groups 4 of driving, described drives freedom
Roller groups 4 includes the free roller bearing 401 that can roll a pair, and the pair of free roller bearing 401 is arranged in parallel, free roller bearing
It is perpendicular that the central axis of 401 and vehicle sail direction into, in the free roller groups 4 of described driving at least one free roller bearing 401 and
Worm screw 301 in described turbine and worm decelerator 3 is in transmission connection.So that self-driving type lugs are more firm, stop
Car device is preferably provided with bearing 6, and in this specific embodiment, described bearing 6 has the horizontal base 601 of a ∏ shape, horizontal base
Being respectively equipped with, in the two-arm of seat 601, the vertical pillars 602 that cross section is ∏ shape, the ∏ shape opening of described vertical pillars 602 sets relatively
Putting, described down-feed screw 2 is arranged in the ∏ shape groove of vertical pillars 602.Free roller bearing 401 and described turbine and worm decelerator
Worm screw 301 mode of being in transmission connection in 3 can have multiple different structure, and the freest roller bearing 401 is flat with described worm screw 301
Row is arranged, and the end of free roller bearing 401 is respectively equipped with travelling gear on the end of described worm screw 301, and engages each other composition
Transmission；Or on the end with described worm screw 301, the end of free roller bearing 401, it is respectively equipped with drive sprocket, two drive sprockets
Between be provided with driving chain constitute transmission.But the mode that free roller bearing 401 and described worm screw 301 be arranged in parallel will be increased
The overall width of self-driving type lugs, is unfavorable for efficiently utilizing the confined space, therefore, as shown in Figure 4,5, concrete real at this
Executing in example, the worm screw 301 in described turbine and worm decelerator 3 is vertically arranged with free roller bearing 401, described free roller bearing 401
Being provided with the first power transmission shaft 7 near turbine and worm decelerator 3 one end, described first power transmission shaft 7 is flat with described worm screw 301
Row is arranged, and described free roller bearing 401 end and the first power transmission shaft 7 are equipped with bevel gear 8 respectively and engage each other composition linkage, institute
The one end stating the first power transmission shaft 7 extends to position side by side, the one end with worm screw 301, described first power transmission shaft 7 and worm screw 301
It is respectively equipped with travelling gear engagement or drive sprocket 5 on end and driving chain constitutes described free roller bearing 401 and described worm gear
Worm screw 301 in worm gear box 3 is in transmission connection.
For being exclusively used in precursor vehicle self-driving type lugs, drive free roller groups 4 should be arranged on hoistable platform 1
Away from the one end sailed into, otherwise for rear-guard vehicle then, drive free roller groups 4 should be arranged on hoistable platform 1 near sailing
The one end entered.As a example by the self-driving type lugs being applicable to precursor vehicle, after vehicle sails into and stops and puts in place, pass through car
Free roller bearing 401 described in the drive wheel of self headstock, and then drive the work of worm and gear 301 reductor, screw mandrel lifts
Mechanism drives hoistable platform 1 to rise along down-feed screw 2, and opposite direction drives described free roller bearing 401, then hoistable platform 1 is along vertically
Screw mandrel 2 declines, it is not necessary to arrange external motive device.But the self-driving type lugs of such scheme are to adapt to precursor vehicle
Or rear-guard vehicle, it is impossible to it is simultaneously suitable for two class vehicles.
As shown in figs. 4-7, in order to overcome the defect of such scheme, such scheme can also be made further by this utility model
Setting, specifically corresponding with a driven pulley that stopped on described hoistable platform 1 position be additionally provided with by least one pair of from
The driven free roller groups 15 being made up of roller bearing 401, the free roller bearing 401 in described driven free roller groups 15 is parallel to each other and sets
Putting, it is perpendicular that the central axis of described free roller bearing 401 and vehicle sail direction into, in described driven free roller groups 15 at least one
The free roller bearing of bar 401 is in transmission connection with the worm screw 301 in described turbine and worm decelerator 3, and described lugs are additionally provided with certainly
By roller bearing lockable mechanism 9, vehicle does not stops putting in place, the described free roller bearing lockable mechanism 9 free roller bearing of locking 401, and vehicle stops putting in place,
Described free roller bearing lockable mechanism 9 unlocks free roller bearing 401.In described driven free roller groups 15, free roller bearing 401 is with described
The concrete transmission connecting structure of worm screw 301 in turbine and worm decelerator 3 can be and drive being in transmission connection of free roller groups 4
Structure is identical, wherein it is possible to prolongation the first power transmission shaft 7 is to the side of driven free roller groups 15, driven free roller groups 15 He
Drive free roller groups 4 to utilize the first power transmission shaft 7, take equally to arrange bevel gear 8 transmission.
In this specific embodiment, driven free roller groups 15 also sets up near the side of described turbine and worm decelerator 3
Second driving shaft 10, second driving shaft 10 is had to be arranged in a mutually vertical manner with the free roller bearing 401 in described driven free roller groups 15,
Bevel gear 8 phase it is equipped with respectively on free roller bearing 401 end in described driven free roller groups 15 and second driving shaft 10
Engagement constitutes linkage mutually, the other end of described second driving shaft 10 and worm screw 301 is respectively equipped with travelling gear engagement or passes
Movable sprocket and driving chain constitute in driven free roller groups 15 in free roller bearing 401 and described turbine and worm decelerator 3
Worm screw 301 is in transmission connection.
Described the free roller bearing of a pair driving 401 in free roller groups 4 is driven to keep at a certain distance away (straight less than wheel
Footpath) arrange, enable wheel partly to sink, spaced apart preferably so that wheel can sink 1 to three/4th/always
The height in footpath is advisable, and the free roller bearing 401 of the pair of driving is provided with ratchet 901, and the downside of described ratchet 901 is provided with and ratchet
Locking tooth bar 902 that 901 match and locking return unit 903, described locking tooth bar 902 one end is in the free roller bearing of a pair driving
The outside of 401 (near driving side, free roller groups 4 center) also pinpoints hinged setting, and the other end is free end and is in a pair
Driving between free roller bearing 401, described locking return unit 903 makes locking tooth bar 902 have flexibly to be resisted against ratchet 901 to lock
Only drive the elastic force of free roller bearing 401, thus constitute described free roller bearing lockable mechanism 9.Preferably in the pair of driving certainly
Being respectively arranged at the two ends with a ratchet 901 by roller bearing 401, the downside of two ratchets 901 is equipped with the locking tooth bar matched with ratchet 901
902, it is provided with connecting rod 904 between the free end of two locking tooth bars 902 and is connected, such wheel is not easy pressure sky, unlocks more reliable.
The upper end of described down-feed screw 2 is provided with one section of diameter and the worm gear endoporus phase in described turbine and worm decelerator 3
Adaptive guide pillar 11 constitutes the position limiting structure preventing hoistable platform 1 from rising limit.By above-mentioned setting, due to described guide pillar 11
Divide and there is no screw thread, will be unable to when the worm gear 302 in described turbine and worm decelerator 3 rises to guide pillar be further continued for rising, because of
This was also it is prevented that hoistable platform 1 rose limit and caused device damage or hoistable platform 1 to come off from down-feed screw 2 upper end
Dangerous.
In order to prevent when hoistable platform 1 is in upper strata, because punching crossed by maloperation vehicle, this specific embodiment changes and can rise
On the position stopped between a front and back wheel, the groove that wheel can be made to fall into or window 12, institute it is provided with to lower half on fall platform 1
Stating groove or window 12 is provided with the cover plate 13 and cover plate return unit 14 downwardly turned over, described cover plate return unit 14 makes cover plate 13
All the time there is an elastic force anti-mistake of composition recovering to flush with hoistable platform 1 and rush release mechanism.When hoistable platform 1 is in upper strata
During stand, if the careless accidental shifting of driver or mistake are stepped on the gas causes driving wheel i.e. front-wheel (front drive vehicle) or the trailing wheel of vehicle
When (driving afterwards) goes out hoistable platform 1 front end or rear end, and the now follower of vehicle i.e. trailing wheel (front drive vehicle) or front-wheel (rear-guard
Car) cover plate 13 will be pressed downward against and be partly trapped in described groove or window 12 and vehicle card is stopped, it is to avoid move ahead further or retreat
And cause vehicle to fall.
Operation principle and the process of this self-driving type lugs are as follows:
During precursor vehicle sails the hoistable platform 1 of self-driving type lugs into, at front-wheel through near arrival end
Driven free roller groups 15 time, owing to the freest roller bearing lockable mechanism 9 is still in lockup state, driven free roller groups 15
Middle free roller bearing 401 cannot roll, and therefore vehicle front-wheel will not dally, and vehicle can sail hoistable platform 1 smoothly into, stops in arrival
During by position, the connecting rod 904 between the free end of connection locking tooth bar 902 is depressed, so that locking tooth bar 902 departs from by front-wheel
Ratchet 901, free roller bearing lockable mechanism 9 unlocks, and at this moment, open out drives front-wheel to rotarily drive the work of screw lift structure and makes liter
Fall platform 1 rises along screw mandrel；When vehicle is hung and reversed gear front-wheel reversion, the work of drive screw lift structure is made hoistable platform 1 edge
Down-feed screw 2 declines, and declines after putting in place, and vehicle exits hoistable platform 1.
Claims (7)
1. self-driving type lugs, it is characterised in that: include hoistable platform, a pair down-feed screw, described hoistable platform
Being arranged between the pair of down-feed screw, described down-feed screw is provided with turbine and worm decelerator, and described worm and gear subtracts
Speed mechanism and described down-feed screw constitute screw lift structure, and described hoistable platform is fixing with described turbine and worm decelerator even
Connecing, position corresponding with stopped driving wheel of vehicle on described hoistable platform is provided with the free roller groups of driving, and described driving is freely
Roller groups includes a pair free roller bearing, and the pair of free roller bearing is arranged in parallel, the central axis of free roller bearing and vehicle
Sail direction into perpendicular, in the free roller groups of described driving at least one free roller bearing and described turbine and worm decelerator
Worm-drive connects.
Self-driving type lugs the most according to claim 1, it is characterised in that: described free roller bearing is near worm and gear
Being provided with the first power transmission shaft near reducing gear one end, the worm screw in described turbine and worm decelerator is vertical with free roller bearing to be set
Putting, described first power transmission shaft be arranged in parallel with described worm screw, and described free roller bearing end and the first power transmission shaft are equipped with umbrella respectively
Gear also engages each other, and described first power transmission shaft and worm screw are respectively equipped with travelling gear engagement or drive sprocket and driving chain
Constitute described free roller bearing to be connected with the worm-drive in described turbine and worm decelerator.
Self-driving type lugs the most according to claim 1 and 2, it is characterised in that: on described hoistable platform with stopped
The corresponding position of vehicle driven pulley is additionally provided with the driven free roller groups being made up of at least one pair of free roller bearing, described driven from
Arranged in parallel by the free roller bearing in roller groups, it is perpendicular that the central axis of described free roller bearing and vehicle sail direction into,
In described driven free roller groups, at least one free roller bearing is connected with the worm-drive in described turbine and worm decelerator；Institute
Stating lugs and be additionally provided with free roller bearing lockable mechanism, vehicle does not stops putting in place, and described free roller bearing lockable mechanism locking freely rolls
Axle, vehicle stops putting in place, and described free roller bearing lockable mechanism unlocks free roller bearing.
Self-driving type lugs the most according to claim 3, it is characterised in that: in the free roller groups of described driving
Keep at a certain distance away setting to the free roller bearing of driving, and the free roller bearing of the pair of driving is provided with ratchet, the downside of described ratchet
Being provided with the locking tooth bar and locking return unit matched with ratchet, described locking tooth bar one end is in outside the free roller bearing of a pair driving
Side also pinpoints hinged setting, and the other end is free end and is between the free roller bearing of a pair driving, and described locking return unit makes lock
Only tooth bar has and is flexibly resisted against locking on ratchet and drives the elastic force of free roller bearing, thus constitutes described free roller bearing locking
Mechanism.
Self-driving type lugs the most according to claim 4, it is characterised in that: the free roller bearing two ends of the pair of driving
Being respectively provided with a ratchet, the downside of two ratchets is equipped with the locking tooth bar matched with ratchet, between the free end of two locking tooth bars
It is provided with connecting rod to be connected.
Self-driving type lugs the most according to claim 1, it is characterised in that: the upper end of described down-feed screw is provided with one
The suitable guide pillar of worm gear endoporus in section diameter and described turbine and worm decelerator constitutes and prevents hoistable platform from rising limit
Position limiting structure.
Self-driving type lugs the most according to claim 1, it is characterised in that: on hoistable platform before and after being stopped
Position between wheel is provided with the groove or window that wheel can be made to fall into lower half, and described groove or window are provided with and downwardly turn over
Cover plate and cover plate return unit, described cover plate return unit makes cover plate have one all the time to recover the elasticity that flushes with hoistable platform
Power constitutes anti-mistake and rushes release mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620065649.6U CN205476705U (en) | 2016-01-22 | 2016-01-22 | Self -powered dynamic formula parking equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620065649.6U CN205476705U (en) | 2016-01-22 | 2016-01-22 | Self -powered dynamic formula parking equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205476705U true CN205476705U (en) | 2016-08-17 |
Family
ID=56639449
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620065649.6U Withdrawn - After Issue CN205476705U (en) | 2016-01-22 | 2016-01-22 | Self -powered dynamic formula parking equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205476705U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105672717A (en) * | 2016-01-22 | 2016-06-15 | 温州市吉诺机械有限公司 | Self-driven parking device |
-
2016
- 2016-01-22 CN CN201620065649.6U patent/CN205476705U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105672717A (en) * | 2016-01-22 | 2016-06-15 | 温州市吉诺机械有限公司 | Self-driven parking device |
| CN105672717B (en) * | 2016-01-22 | 2018-02-16 | 温州市吉诺机械有限公司 | A kind of self-driving type lugs |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160817 Effective date of abandoning: 20180216 |