CN205805072U - A kind of rotation and lifting is without dodging many parking stalls landing - Google Patents

A kind of rotation and lifting is without dodging many parking stalls landing Download PDF

Info

Publication number
CN205805072U
CN205805072U CN201620679734.1U CN201620679734U CN205805072U CN 205805072 U CN205805072 U CN 205805072U CN 201620679734 U CN201620679734 U CN 201620679734U CN 205805072 U CN205805072 U CN 205805072U
Authority
CN
China
Prior art keywords
thick pillar
upper strata
lower floor
lifting
fall
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.)
Withdrawn - After Issue
Application number
CN201620679734.1U
Other languages
Chinese (zh)
Inventor
马国利
李建宏
史晓军
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Changzhi Changqing Science And Technology Co Ltd
Original Assignee
Changzhi Changqing Science And Technology Co Ltd
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Changzhi Changqing Science And Technology Co Ltd filed Critical Changzhi Changqing Science And Technology Co Ltd
Priority to CN201620679734.1U priority Critical patent/CN205805072U/en
Application granted granted Critical
Publication of CN205805072U publication Critical patent/CN205805072U/en
Withdrawn - After Issue legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Landscapes

  • Refuge Islands, Traffic Blockers, Or Guard Fence (AREA)

Abstract

nullA kind of rotation and lifting is without dodging many parking stalls landing,This utility model belongs to parking space technical field,Purpose is that in solving existing old community, vacant place is limited、Underground parking cannot be built,Traditional parking garage is not suitable for the technical problem of old community,It includes some storing cycle platforms,Wherein: it also includes head tree、Main thick pillar、Lower floor's landing lift rotating equipment、Upper-layer parking lifting platform rotary apparatus and upper-layer parking platform thick pillar anti-fall device,Bottom that lower floor's landing lift rotating equipment is located at head tree and the gathering sill that can prolong on head tree slide up and down,Upper-layer parking lifting platform rotary apparatus is located at the top of head tree,Upper-layer parking platform thick pillar anti-fall device is located on the auxiliary thick pillar in upper-layer parking lifting platform rotary apparatus,Lower floor's storing cycle platform is located in the rotation block set of lower floor's landing lift rotating equipment,This utility model has simple in construction,Install、Safeguard simple and convenient,It is not take up road,The advantage that space availability ratio is high.

Description

A kind of rotation and lifting is without dodging many parking stalls landing
Technical field
This utility model belongs to parking space technical field, is specifically related to a kind of rotation and lifting and stops without dodging many parking stalls Platform.
Background technology
It is increasing convenient that the development of society provides to our life, and especially in terms of traffic, the universal of automobile makes The trip obtaining people is convenient, and sharply increasing of automobile quantity brings heavier pressure to parking of city vehicle in recent years Power, especially for old community, in its community, vacant place is limited and cannot build underground parking, traditional parking garage Area occupied is big, and difficulty of picking up the car is not suitable for old community.
Summary of the invention
The purpose of this utility model is to solve that vacant place is limited, cannot build underground parking in existing old community, Traditional parking garage area occupied is big, and difficulty of picking up the car is not suitable for the technical problem of old community, it is provided that a kind of rotation and lifting Without dodging many parking stalls landing.
For solving upper described technical problem the technical solution adopted in the utility model it is:
A kind of rotation and lifting is without dodging many parking stalls landing, and it includes some storing cycle platforms, wherein: it also includes Head tree, main thick pillar, lower floor's landing lift rotating equipment, upper-layer parking lifting platform rotary apparatus and upper-layer parking platform Thick pillar anti-fall device, vertical the fixing on the ground in lower end of head tree, main thick pillar is located at the left side of head tree, under main thick pillar Vertical fixing on the ground, lower floor's landing lift rotating equipment is held to be located at the bottom of head tree and can prolong on head tree Gathering sill slide up and down, upper-layer parking lifting platform rotary apparatus is located at the top of head tree, upper-layer parking platform thick pillar prevent Fall device is located on the auxiliary thick pillar in upper-layer parking lifting platform rotary apparatus, and lower floor's storing cycle platform is located at lower floor and stops In the rotation block set of lifting platform rotary apparatus, upper strata storing cycle platform is located in upper-layer parking platform thick pillar anti-fall device to be embraced The lower end of column device lateral surface.
Described lower floor landing lift rotating equipment includes lifting sliding sleeve, rotating block set, feed screw nut, leading screw, leading screw Drive seat, spindle motor, gear wheel, little gear, lower floor's decelerator, lower floor's electric rotating machine and lower floor's reductor support, lifting is sliding The bottom and its internal guide pad that are set in head tree are located in the gathering sill of head tree bottom, and rotary sleeve cover for seat is contained in lifting The middle part of sliding sleeve, is rotated block set and is connected with lifting sliding sleeve by fixing rotary sleeve, and gear wheel is sleeved on the top of lifting sliding sleeve, What feed screw nut was fixing is located at the side of lifting sliding sleeve bottom, and the top of leading screw is connected with feed screw nut, the bottom of leading screw and silk Thick stick drive seat connects, and spindle motor is located at the side of leading screw drive seat, the power output shaft of spindle motor and leading screw drive seat Power input shaft connects, and lower floor's reductor props up on the sidewall being erected at rotary sleeve seat, and lower floor's decelerator is located at lower floor's reductor and props up The top of frame and its output shaft are positioned at bottom, and little gear is located on the output shaft of lower floor's decelerator and it engages with gear wheel, under Layer electric rotating machine is located at above lower floor's decelerator and its power output shaft is connected with the power shaft of lower floor decelerator.
Described upper-layer parking lifting platform rotary apparatus includes upper strata electric rotating machine, lock pin mechanism, auxiliary thick pillar, locking Connect sheet, upper strata rotating beam, upper strata rotating seat, the gland that binds, drive gear, internal gear, upper strata reductor and rope hoisting In device, upper strata electric rotating machine and upper strata reductor are located at the installation cavity on head tree top and upper strata electric rotating machine is positioned at upper strata and subtracts Below speed machine, the rotary shaft of upper strata electric rotating machine is connected with the power shaft of upper strata reductor, drives gear to be located at upper strata reductor Output shaft on, internal gear is located at the top in the internally installed chamber of upper strata rotating seat, and upper strata rotating seat is contained in main vertical by bearing holder (housing, cover) Top and the internal gear of post are meshed with driving gear, and the gland that binds covers the top at upper strata rotating seat, in the rotating beam of upper strata Fixing being contained on the rotating seat of upper strata in portion, the upper end of two auxiliary thick pillars is fixing respectively is located in the middle part of the rotating beam of upper strata both sides in advance In the installing hole arranged, piece complete thick pillar confession upper strata of composition that cooperates, lower end and the top of main thick pillar of auxiliary thick pillar is stopped Car platform thick pillar anti-fall device makees elevating movement, and upper-layer parking platform thick pillar anti-fall device is contained on auxiliary thick pillar, two steel wire ropes Lifting device is respectively provided at the two ends of upper strata rotating beam, and the wirerope-winding of rope hoisting device is at upper-layer parking platform thick pillar On the pulley of anti-fall device, Liang Ge lock pin mechanism is respectively provided at below rotating beam two ends, upper strata, and two lockings connect sheets Being respectively provided at the outside on two upper-layer parking platform thick pillar anti-fall device tops, locking connects sheet and cooperates with lock pin mechanism Ensure upper-layer parking platform thick pillar anti-fall device can lifting and standing between lock function switch smoothly.
Described upper-layer parking platform thick pillar anti-fall device includes thick pillar device, pulley mechanism, connecting rod, anti-falling wedge block and anti-fall Spring mechanism, the top of thick pillar device and bottom are equipped with guiding wheels, pulley mechanism, connecting rod, anti-falling wedge block and anti-fall spring Mechanism is each provided in the middle part of thick pillar device skeleton in the installation cavity of side, and anti-falling wedge block is positioned at the lower section of pulley mechanism, turbine Structure includes pulley yoke and is contained in pulley thereon, and pulley mechanism is connected with the skeleton of thick pillar device by bearing pin, and pulley mechanism Can even upper and lower vibration, anti-falling wedge block is connected with the skeleton of thick pillar device by rotating shaft, the upper end of connecting rod and pulley mechanism pulley yoke Lower end hinged, the lower end of connecting rod and anti-falling wedge block upper end are hinged away from the angle of auxiliary thick pillar, and anti-fall spring mechanism is located at anti-fall Voussoir is away from the side of auxiliary thick pillar, and in anti-fall spring mechanism, one end of spring is connected with anti-falling wedge block, in anti-fall spring mechanism The other end of spring is fixed on thick pillar device installation cavity inwall.
Described lock pin mechanism includes locking plunger, push-rod electric machine and lock pin fixed mount, and locking plunger is located at lock pin Pre-set on fixed mount is aerial, and push-rod electric machine is located in the cavity of lock pin fixed mount, the fixing end of push-rod electric machine and lock Shotpin fixed mount connects, and the telescopic end of push-rod electric machine is connected with locking plunger.
Described anti-fall spring mechanism includes spring, guide blot and gland, and guide blot is fixed on gland, and guides spiral shell Bolt is located on thick pillar device installation cavity inwall in the hole pre-set, and gland is connected with thick pillar device by bolt.
Owing to this utility model have employed technique scheme, solve that vacant place in existing old community is limited, nothing Method builds underground parking, and traditional parking garage area occupied is big, and difficulty of picking up the car, the technology not being suitable for old community is asked Topic, compared with background technology, this utility model utilizes sheaf space Tongfang vehicle on road, community roadside green belt, is not take up road, This utility model has simple in construction, installs, safeguards simple and convenient, and being not take up road, space availability ratio is high, stops picking up the car without falling Head, and can manually pick up the car under power-off condition advantage.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the left view of Fig. 1;
The structural representation of Tu3Shi this utility model lower floor landing lift rotating equipment;
Fig. 4 is the structural representation of this utility model upper-layer parking lifting platform rotary apparatus;
Fig. 5 is the structural representation of lock pin mechanism in this utility model upper-layer parking lifting platform rotary apparatus;
Fig. 6 is the structural representation of this utility model upper-layer parking platform thick pillar anti-fall device;
Fig. 7 is the A-A sectional view of Fig. 6;
In figure: 1 head tree, 2 main thick pillars, 3 lower floor's landing lift rotating equipments, 4 upper stratas Landing lift rotating equipment, 5 upper-layer parking platform thick pillar anti-fall devices, 301 lifting sliding sleeves, 302 rotations Pivoted housing seat, 303 feed screw nuts, 304 leading screws, 305 leading screw drive seat, 306 spindle motors, 307 Gear wheel, 308 little gears, 309 lower floor's decelerators, 310 lower floor's electric rotating machines, 311 lower floor's reductors Support, 401 upper strata electric rotating machines, 402 lock pin mechanisms, 403 auxiliary thick pillars, 404 lockings connect sheet, 405 upper strata rotating beams, 406 upper strata rotating seats, 407 bind gland, and 408 drive gears, in 409 Gear, 410 upper strata reductors, 402-1 locking plunger, 402-2 push-rod electric machine, 402-3 lock pin is solid Determining frame, 501 thick pillar devices, 502 pulley mechanisms, 503 connecting rods, 504 anti-falling wedge blocks, 505 hold tightly Spring mechanism.
Detailed description of the invention
With specific embodiment, this utility model is elaborated below in conjunction with the accompanying drawings:
As shown in Fig. 1 to Fig. 7, the rotation and lifting in the present embodiment is without dodging many parking stalls landing, if it includes dry turning Parking platform, it also includes head tree 1, main thick pillar 2, lower floor's landing lift rotating equipment 3, upper-layer parking lifting platform Rotary apparatus 4 and upper-layer parking platform thick pillar anti-fall device 5, vertical the fixing on the ground in lower end of head tree 1, main thick pillar 2 Being located at the left side of head tree 1, vertical the fixing on the ground in lower end of main thick pillar 2, lower floor's landing lift rotating equipment 3 sets Sliding up and down in the bottom of head tree 1 and the gathering sill that can prolong on head tree 1, upper-layer parking lifting platform rotary apparatus 4 sets On the top of head tree 1, it is auxiliary that upper-layer parking platform thick pillar anti-fall device 5 is located in upper-layer parking lifting platform rotary apparatus 4 Helping on thick pillar 403, lower floor's storing cycle platform is located in the rotation block set 302 of lower floor's landing lift rotating equipment 3, upper strata Storing cycle platform is located at the lower end of thick pillar device 501 lateral surface in upper-layer parking platform thick pillar anti-fall device 5.
Described lower floor landing lift rotating equipment 3 include lift sliding sleeve 301, rotate block set 302, feed screw nut 303, Leading screw 304, leading screw drive seat 305, spindle motor 306, gear wheel 307, little gear 308, lower floor's decelerator 309, lower floor rotate Motor 310 and lower floor's reductor support 311, the guide pad of bottom and its inside that lifting sliding sleeve 301 is located at head tree 1 is located at master In the gathering sill of column 1 bottom, rotate block set 302 and be sleeved on the middle part of lifting sliding sleeve 301, rotate block set 302 by fixing rotation Rotating shaft set is connected with lifting sliding sleeve 301, and gear wheel 307 is sleeved on the top of lifting sliding sleeve 301, fixing the setting of feed screw nut 303 In the side of lifting sliding sleeve 301 bottom, the top of leading screw 304 is connected with feed screw nut 303, and the bottom of leading screw 304 is driven with leading screw Dynamic seat 305 connects, and spindle motor 306 is located at the side of leading screw drive seat 305, the power output shaft of spindle motor 306 and leading screw The power input shaft of drive seat 305 connects, and lower floor's reductor support 311 is located on the sidewall rotating block set 302, lower floor's decelerator 309 tops being located at lower floor's reductor support 311 and its output shaft are positioned at bottom, and little gear 308 is located at lower floor's decelerator 309 On output shaft and it engages with gear wheel 307, lower floor's electric rotating machine 310 is located at lower floor's decelerator 309 above and the output of its power Axle is connected with the power shaft of lower floor decelerator 309.
Described upper-layer parking lifting platform rotary apparatus 4 includes that upper strata electric rotating machine 401, lock pin mechanism 402, auxiliary are embraced Post 403, locking connect sheet 404, upper strata rotating beam 405, upper strata rotating seat 406, the gland 407 that binds, drive gear 408, internal tooth Wheel 409, upper strata reductor 410 and rope hoisting device, upper strata electric rotating machine 401 and upper strata reductor 410 are located at head tree 1 The installation cavity on top is interior and upper strata electric rotating machine 401 is positioned at below upper strata reductor 410, the rotary shaft of upper strata electric rotating machine 401 It is connected with the power shaft of upper strata reductor 410, drives gear 408 to be located on the output shaft of upper strata reductor 410, internal gear 409 Be located at the top in the internally installed chamber of upper strata rotating seat 406, upper strata rotating seat 406 by bearing holder (housing, cover) be contained in head tree 1 top and Internal gear 409 is meshed with driving gear 408, and the gland 407 that binds covers at the top of upper strata rotating seat 406, upper strata rotating beam 405 Fixing being contained on upper strata rotating seat 406 in middle part, the upper end of two auxiliary thick pillars 403 is fixing respectively is located at upper strata rotating beam In the installing hole that in the middle part of in the of 405, both sides pre-set, the top of lower end and the main thick pillar 2 of auxiliary thick pillar 403 cooperates composition one The thick pillar that root is complete makees elevating movement for upper-layer parking platform thick pillar anti-fall device 5, and upper-layer parking platform thick pillar anti-fall device 5 fills On auxiliary thick pillar 403, two rope hoisting devices are respectively provided at the two ends of upper strata rotating beam 405, rope hoisting device Wirerope-winding is on the pulley of upper-layer parking platform thick pillar anti-fall device 5, and Liang Ge lock pin mechanism 402 is respectively provided on upper strata Below rotating beam 405 two ends, two locking connection sheets 404 are respectively provided at two upper-layer parking platform thick pillar anti-fall devices 5 and push up The outside of end, locking connects sheet 404 and lock pin mechanism 402 cooperates and ensures upper-layer parking platform thick pillar anti-fall device 5 energy Enough lifting and standing switch smoothly between lock function.Described lock pin mechanism 402 includes locking plunger 402-1, push rod Motor 402-2 and lock pin fixed mount 402-3, locking plunger 402-1 is located on lock pin fixed mount 402-3 the sky pre-set In, push-rod electric machine 402-2 is located in the cavity of lock pin fixed mount 402-3, and the fixing end of push-rod electric machine 402-2 is solid with lock pin Determining frame 402-3 to connect, the telescopic end of push-rod electric machine 402-2 is connected with locking plunger 402-1.
Described upper-layer parking platform thick pillar anti-fall device 5 includes thick pillar device 501, pulley mechanism 502, connecting rod 503, anti-fall Voussoir 504 and anti-fall spring mechanism 505, the top of thick pillar device 501 and bottom are equipped with guiding wheels, pulley mechanism 502, company Bar 503, anti-falling wedge block 504 and anti-fall spring mechanism 505 are each provided in the middle part of thick pillar device 501 skeleton in the installation cavity of side, and Anti-falling wedge block 504 is positioned at the lower section of pulley mechanism 502, and pulley mechanism 502 includes pulley yoke and is contained in pulley thereon, turbine Structure 502 is connected with the skeleton of thick pillar device 501 by bearing pin, and pulley mechanism 502 can even upper and lower vibration, anti-falling wedge block 504 is logical Crossing rotating shaft to be connected with the skeleton of thick pillar device 501, the upper end of connecting rod 503 is hinged with the lower end of pulley mechanism 502 pulley yoke, connecting rod The lower end of 503 and anti-falling wedge block 504 upper end are hinged away from the angle of auxiliary thick pillar 403, and anti-fall spring mechanism 505 is located at anti-falling wedge block 504 away from auxiliary thick pillar 403 side, in anti-fall spring mechanism 505, one end of spring is connected with anti-falling wedge block 504, anti-fall bullet In spring mechanism 505, the other end of spring is fixed on thick pillar device 501 installation cavity inwall.Described anti-fall spring mechanism 505 includes Spring, guide blot and gland, guide blot is fixed on gland, and guide blot is located at thick pillar device 501 installation cavity inwall On in the hole that pre-sets, gland is connected with thick pillar device 501 by bolt.
This utility model specific works process in use is as follows:
Upper strata storing cycle platform stops taking docking process: the storing cycle platform on upper strata is revolved by upper-layer parking lifting platform Rotary device 4 rotates to upper strata position of platform, and lock pin mechanism 402 unlocks, and upper-layer parking platform thick pillar is anti-fall afterwards Device 5 drops to ground, storing cycle or after taking away, storing cycle platform is promoted by upper-layer parking platform thick pillar anti-fall device 5 To elemental height, lock pin mechanism 402 locks.
Lower floor's storing cycle platform stops taking docking process: lower floor's storing cycle platform passes through lower floor's landing lifting rotation Device 3 first rotates to anterior locations, drops to ground along column the most again, storing cycle or after taking away, lower floor's landing liter Fall rotary apparatus 3 first promotes storing cycle platform to elemental height, then rotates to initial position.

Claims (6)

1. rotation and lifting is without dodging many parking stalls landing, and it includes some storing cycle platforms, it is characterised in that: it is also Including head tree (1), main thick pillar (2), lower floor's landing lift rotating equipment (3), upper-layer parking lifting platform rotary apparatus And upper-layer parking platform thick pillar anti-fall device (5), vertical the fixing on the ground in lower end of head tree (1), main thick pillar (2) (4) It is located at the left side of head tree (1), vertical the fixing on the ground in lower end of main thick pillar (2), lower floor's landing lifting rotation dress Put the bottom that (3) be located at head tree (1) and the gathering sill that can prolong on head tree (1) slides up and down, upper-layer parking lifting platform Rotary apparatus (4) is located at the top of head tree (1), and upper-layer parking platform thick pillar anti-fall device (5) is located at upper-layer parking platform liter On auxiliary thick pillar (403) in fall rotary apparatus (4), lower floor's storing cycle platform is located at lower floor's landing lift rotating equipment (3), in rotation block set (302), upper strata storing cycle platform is located at thick pillar dress in upper-layer parking platform thick pillar anti-fall device (5) Put the lower end of (501) lateral surface.
Rotation and lifting the most according to claim 1 is without dodging many parking stalls landing, it is characterised in that: described lower floor stops Lifting platform rotary apparatus (3) includes lifting sliding sleeve (301), rotating block set (302), feed screw nut (303), leading screw (304), silk Thick stick drive seat (305), spindle motor (306), gear wheel (307), little gear (308), lower floor's decelerator (309), lower floor rotate Motor (310) and lower floor's reductor support (311), lifting sliding sleeve (301) is located at bottom and its internal guiding of head tree (1) Block is located in the gathering sill of head tree (1) bottom, rotates block set (302) and is sleeved on the middle part of lifting sliding sleeve (301), rotates block set (302) being connected with lifting sliding sleeve (301) by fixing rotary sleeve, gear wheel (307) is sleeved on the top of lifting sliding sleeve (301) End, what feed screw nut (303) was fixing is located at the side of lifting sliding sleeve (301) bottom, the top of leading screw (304) and feed screw nut (303) connecting, the bottom of leading screw (304) is connected with leading screw drive seat (305), and spindle motor (306) is located at leading screw drive seat (305) side, the power output shaft of spindle motor (306) is connected with the power input shaft of leading screw drive seat (305), and lower floor subtracts Speed machine support (311) is located on the sidewall rotating block set (302), and lower floor's decelerator (309) is located at lower floor's reductor support (311) Top and its output shaft be positioned at bottom, little gear (308) is located on the output shaft of lower floor's decelerator (309) and itself and gear wheel (307) engagement, lower floor's electric rotating machine (310) is located at lower floor's decelerator (309) above and its power output shaft and lower floor's decelerator (309) power shaft connects.
Rotation and lifting the most according to claim 1 is without dodging many parking stalls landing, it is characterised in that: described upper-layer parking Lifting platform rotary apparatus (4) includes upper strata electric rotating machine (401), lock pin mechanism (402), auxiliary thick pillar (403), locking even Contact pin (404), upper strata rotating beam (405), upper strata rotating seat (406), the gland that binds (407), driving gear (408), internal gear (409), upper strata reductor (410) and rope hoisting device, upper strata electric rotating machine (401) and upper strata reductor (410) are located at The installation cavity on head tree (1) top is interior and upper strata electric rotating machine (401) is positioned at upper strata reductor (410) below, upper strata electric rotating The rotary shaft of machine (401) is connected with the power shaft of upper strata reductor (410), drives gear (408) to be located at upper strata reductor (410) Output shaft on, internal gear (409) is located at the top in upper strata rotating seat (406) internally installed chamber, and upper strata rotating seat (406) passes through Bearing holder (housing, cover) is contained in the top of head tree (1) and internal gear (409) and drives gear (408) and be meshed, and the gland that binds (407) covers The top of upper strata rotating seat (406), fixing being contained on upper strata rotating seat (406) in the middle part of upper strata rotating beam (405), two auxiliary The upper end helping thick pillar (403) is fixed respectively and is located in the installing hole that both sides, upper strata rotating beam (405) middle part pre-set, and auxiliary is embraced The top of the lower end of post (403) and main thick pillar (2) piece complete thick pillar of composition that cooperates is prevented for upper-layer parking platform thick pillar Fall device (5) makees elevating movement, and upper-layer parking platform thick pillar anti-fall device (5) is contained in auxiliary thick pillar (403), and two steel wire ropes carry Rising device and be respectively provided at the two ends of upper strata rotating beam (405), the wirerope-winding of rope hoisting device is at upper-layer parking platform On the pulley of thick pillar anti-fall device (5), Liang Ge lock pin mechanism (402) is respectively provided under upper strata rotating beam (405) two ends Face, two lockings connect sheet (404) and are respectively provided at the outside on two upper-layer parking platform thick pillar anti-fall device (5) tops, locking Connect sheet (404) with lock pin mechanism (402) cooperate ensure upper-layer parking platform thick pillar anti-fall device (5) can liter Switch smoothly between fall and standing lock function.
Rotation and lifting the most according to claim 1 is without dodging many parking stalls landing, it is characterised in that: described upper-layer parking Platform thick pillar anti-fall device (5) include thick pillar device (501), pulley mechanism (502), connecting rod (503), anti-falling wedge block (504) and Anti-fall spring mechanism (505), the top of thick pillar device (501) and bottom are equipped with guiding wheels, pulley mechanism (502), connecting rod (503), anti-falling wedge block (504) and anti-fall spring mechanism (505) are each provided at the installation cavity of side in the middle part of thick pillar device (501) skeleton In, and anti-falling wedge block (504) is positioned at the lower section of pulley mechanism (502), pulley mechanism (502) includes pulley yoke and is contained in thereon Pulley, pulley mechanism (502) is connected with thick pillar device (501) skeleton by bearing pin, and pulley mechanism (502) can be gone here and there the most up and down Dynamic, anti-falling wedge block (504) is connected with the skeleton of thick pillar device (501) by rotating shaft, the upper end of connecting rod (503) and pulley mechanism (502) lower end of pulley yoke is hinged, and the lower end of connecting rod (503) and anti-falling wedge block (504) upper end are away from the angle assisting thick pillar (403) Hinged, anti-fall spring mechanism (505) is located at the anti-falling wedge block (504) side away from auxiliary thick pillar (403), anti-fall spring mechanism (505) in, one end of spring is connected with anti-falling wedge block (504), and in anti-fall spring mechanism (505), the other end of spring is fixed on and embraces On column device (501) installation cavity inwall.
Rotation and lifting the most according to claim 3 is without dodging many parking stalls landing, it is characterised in that: described lock pin machine Structure (402) includes locking plunger (402-1), push-rod electric machine (402-2) and lock pin fixed mount (402-3), locking plunger (402- 1) being located at pre-set on lock pin fixed mount (402-3) aerial, push-rod electric machine (402-2) is located at lock pin fixed mount (402-3), in cavity, the fixing end of push-rod electric machine (402-2) is connected with lock pin fixed mount (402-3), push-rod electric machine (402-2) telescopic end is connected with locking plunger (402-1).
6. according to rotation and lifting according to claim 4 without dodging many parking stalls landing, it is characterised in that: described anti-fall Spring mechanism (505) includes spring, guide blot and gland, and guide blot is fixed on gland, and guide blot is located at thick pillar In the hole pre-set on device (501) installation cavity inwall, gland is connected with thick pillar device (501) by bolt.
CN201620679734.1U 2016-06-30 2016-06-30 A kind of rotation and lifting is without dodging many parking stalls landing Withdrawn - After Issue CN205805072U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201620679734.1U CN205805072U (en) 2016-06-30 2016-06-30 A kind of rotation and lifting is without dodging many parking stalls landing

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201620679734.1U CN205805072U (en) 2016-06-30 2016-06-30 A kind of rotation and lifting is without dodging many parking stalls landing

Publications (1)

Publication Number Publication Date
CN205805072U true CN205805072U (en) 2016-12-14

Family

ID=57513251

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201620679734.1U Withdrawn - After Issue CN205805072U (en) 2016-06-30 2016-06-30 A kind of rotation and lifting is without dodging many parking stalls landing

Country Status (1)

Country Link
CN (1) CN205805072U (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105971333A (en) * 2016-06-30 2016-09-28 长治市长清科技有限公司 Avoidance-free parking platform having multiple parking spaces and realizing rotary ascending and descending
CN107246174A (en) * 2017-07-31 2017-10-13 合肥巍华智能停车设备有限公司 A kind of parking lot

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105971333A (en) * 2016-06-30 2016-09-28 长治市长清科技有限公司 Avoidance-free parking platform having multiple parking spaces and realizing rotary ascending and descending
CN105971333B (en) * 2016-06-30 2018-05-11 长治市长清科技有限公司 A kind of rotation and lifting is without the more parking stall landings of avoidance
CN107246174A (en) * 2017-07-31 2017-10-13 合肥巍华智能停车设备有限公司 A kind of parking lot

Similar Documents

Publication Publication Date Title
CN105971333B (en) A kind of rotation and lifting is without the more parking stall landings of avoidance
CN108533026B (en) Rotary lifting parking device and operation method
CN202450813U (en) Two-layer lifting and rotating moving simple parking device
CN110485781B (en) Automatic three-dimensional parking garage
CN201620627U (en) Hanging basket type parking device and guide rails thereof
CN205531559U (en) Stereo garage is dodged to planetary double -deck nothing
CN205805072U (en) A kind of rotation and lifting is without dodging many parking stalls landing
CN102425320A (en) Independent aerial parking device
CN203977927U (en) A kind of small-sized multistory parking frame installation
CN105909024A (en) Door frame type steel wire rope traction lifting and rotating mechanism
CN204001907U (en) Three layers of vertical shift rotation and lifting garage parking
CN102691431A (en) Round tower type parking equipment
CN202117369U (en) Double-layer parking space lifting machine
CN204876701U (en) Double -deck three - dimensional parking equipment
CN207647256U (en) A kind of vertical shift garage
CN110593123A (en) Capping beam rotation construction equipment and construction method thereof
CN204001903U (en) The sliding combined multi-storied garage of the arm that flickers
CN211142830U (en) Bent cap turning construction equipment
CN205637745U (en) It removes stereo garage's lift to be exclusively used in comb -tooth type plane
CN205805078U (en) A kind of landing lift rotating equipment
CN201381664Y (en) Environment protection multi-joint double-layer flexible parking equipment
CN106088736A (en) One slides swing arm avoidance needless type stereoscopic garage and automobile goes out storage method
CN203034856U (en) Single-rail up-down lifting garage
CN105421739A (en) Electric lifting construction vehicle for factory for prefabrication
CN205857846U (en) Two layers of parking stall with charging pile

Legal Events

Date Code Title Description
C14 Grant of patent or utility model
GR01 Patent grant
AV01 Patent right actively abandoned

Granted publication date: 20161214

Effective date of abandoning: 20180511

AV01 Patent right actively abandoned