CN209704129U

CN209704129U - Vertically lifting type multilayered garage drive system

Info

Publication number: CN209704129U
Application number: CN201920119130.5U
Authority: CN
Inventors: 曹孝培
Original assignee: Shaoguan Fangda Electrical Equipment Co Ltd
Current assignee: Shaoguan Fangda Electrical Equipment Co Ltd
Priority date: 2019-01-23
Filing date: 2019-01-23
Publication date: 2019-11-29
Anticipated expiration: 2029-01-23

Abstract

The utility model relates to a kind of vertically lifting type multilayered garage drive systems, it includes lifting driving motor, hanger and Fang Tong, it further include laterally driven assembly, hanger rail assembly and track assembly, laterally driven assembly is hung upside down on hanger rail assembly, and cooperate with hanger rail assembly transverse shifting, the logical upper end in side is connect with laterally driven assembly, the logical lower end in side is equipped with foot wheel carrier, foot wheel carrier and track transverse shifting cooperate, the up and down setting of hanger is just being led to, and it is sequentially connected with lifting driving motor, hook is equipped at left and right sides of hanger, lifting driving motor drives hanger to move up and down, laterally driven assembly drive side leads to transverse shifting.The drive system can control hanger elevating movement and transverse movement, hanger is allowed to link up with the ride plate for extracting and being located at hanger left or right side in vertically lifting type multilayered garage by its left and right, it realizes a set of drive system, and the ride plate in two stereo garages in left and right is extracted with simple driving method.

Description

Vertically lifting type multilayered garage drive system

Technical field

The utility model relates to a kind of stereo garage, especially a kind of vertically lifting type multilayered garage drive system.

Background technique

Existing stereo garage mainly includes layer frame, movable chassis, Fang Tong, lifting drive assembly, rotation drive assembly and Hook, layer frame are equipped with two layers or more (in addition to ground floor), have born ride plate in each layer frame, movable chassis is on ground rail Walking, rotation drive assembly are arranged in movable chassis and lead to transmission connection with side, and side is logical to be arranged above movable chassis, extension The up and down setting of frame on side is logical, just leading to upper end and be sequentially connected with hanger by the setting of lifting drive assembly.The shifting of the structure Motivation case is responsible for the hanger that drive side leads to and the side of setting leads to, lifting drive assembly is moved forward and backward；Drive assembly is gone up and down to be responsible for Hanger lifting is controlled, is attached with realizing with the ride plate of different level height；Rotation drive assembly is responsible for the logical rotation of controlling party Turn, the movement of ride plate includes mobile, rotation and goes up and down, complicated for operation.

In addition, the movable chassis of the structure occupies ground more space, moreover, ride plate lands, need to occupy layer frame with Outer road surface.

Cooperate in addition, being hung due to hanger and ride plate hook, when hanger lifts the automobile on ride plate and ride plate, hanger The weight that upper hook is born is generally between 1-3 ton, therefore, is easy to appear hook side wall and ride plate and rises to the bait groove sidewall clamping Phenomenon, so that being unable to control hanger decline after ride plate puts layer frame.

Utility model content

The purpose of this utility model is to provide vertical lifts a kind of simple and reasonable, that there is lifting and movement to control Formula parking systems drive system.

Purpose of the utility model is realized as follows:

A kind of vertically lifting type multilayered garage drive system, including lifting driving motor, hanger and Fang Tong, feature Being further includes laterally driven assembly, hanger rail assembly and track assembly, and hanger rail assembly and track assembly are distributed up and down and mutually put down Row, laterally driven assembly hang upside down on hanger rail assembly and cooperate with hanger rail assembly transverse shifting, the logical upper end in side and laterally driven total At connection, the logical lower end in side is equipped with foot wheel carrier, and foot wheel carrier and track transverse shifting cooperate, the up and down setting of hanger just it is logical it is upper, And be sequentially connected with lifting driving motor, hook is equipped at left and right sides of hanger, lifting driving motor drive hanger moves up and down, horizontal Lead to transverse shifting to drive assembly drive side.The drive system can control hanger elevating movement and transverse movement, so that hanger The ride plate for extracting and being located at hanger left or right side in vertically lifting type multilayered garage can be linked up with by its left and right, realize one Drive system is covered, and the ride plate in two stereo garages in left and right is extracted with simple driving method.

The purpose of this utility model can also be solved using following technical measures:

As more specific scheme, the laterally driven assembly includes horizontal drive motor, reduction gear box, upper sliding tooth Wheel, shell and hanging wheel carrier, the hanging wheel carrier hang upside down on hanger rail assembly and horizontally slip cooperation with hanger rail assembly, shell It is connect with hanging wheel carrier, horizontal drive motor and reduction gear box are arranged inside the shell, horizontal drive motor and reduction gear box Power intake transmission connection, the power output end of reduction gear box and the transmission connection of upper driving gear, upper driving gear sets It sets outside cover top portion, hanger rail assembly is equipped with upper rack and engages with upper driving gear.

As further embodiment, the hanger rail assembly includes being oriented to hanger rail and with tooth hanger rail, being oriented to hanger rail and be equipped with two, Band tooth hanger rail is equipped with one and is located between two guiding hanger rails, is oriented to hanger rail and is arranged in a plane with tooth hanger rail, simultaneously phase Mutually parallel, band tooth hanger rail is equipped with the upper rack；The laterally driven assembly passes through hanging wheel carrier and the projecting cooperation of guiding hanger rail.

As further embodiment, the guiding hanger rail is inverted I-steel, hangs corresponding guiding hanger rail two on wheel carrier Side channel face is equipped with upper bevel edge wheel, and hanging wheel carrier passes through upper bevel edge wheel and guiding hanger rail mounting, the corresponding guiding hanger rail bottom of hanging wheel carrier Face is equipped with upper pressure wheel, and upper pressure wheel rolls on guiding hanger rail bottom surface.Bevel edge wheel and upper pressure wheel form three bread and enclose on the left and right sides Guiding rail lower part avoids hanging wheel carrier from deviating from guiding hanger rail downwards.

As further embodiment, the band tooth hanger rail is inverted I-steel, if band tooth hanger rail side straight line is placed with Dry tooth socket, to form the upper rack.It is integrally machined simultaneously by upper rack when i.e. band tooth hanger rail is processed, cost is lower.

As further embodiment, the shell is square tube, and horizontal drive motor is horizontally-arranged in square tube.Square tube is profile, When processing only need to aperture can be realized and cooperate with laterally driven assembly other component as required in square tube, installation procedure is small.

As further embodiment, the side leads to upper end and is equipped with motor rack, and lifting driving motor is arranged on motor rack, electricity The cage connection of frame top and laterally driven assembly；It goes up and down driving motor and sprocket wheel is sequentially connected, sprocket wheel is equipped with chain, chain One end be located at side it is logical it is outer connect with hanger, the chain other end side of protruding into lead to it is interior connect with clump weight, operation is more stable.

As further embodiment, the track is I-steel, and foot wheel carrier corresponds to track two sides groove face and is equipped with oblique cincture, Oblique cincture and track two sides groove face, which roll, to be cooperated, and foot wheel carrier corresponds to track top surface equipped with lower pressure wheel, oblique cincture and track top Face rolls cooperation.The oblique cincture in the left and right sides and lower pressure wheel form three bread exclosure rail tops, with avoiding foot wheel carrier prolapse upwards Rail.

As further embodiment, the power output end of the reduction gear box is vertically arranged, power output end upper end with Upper driving gear transmission connection, power output end lower end are sequentially connected by long axis and lower driving gear, and track is equipped with lower rack gear, Lower rack gear is engaged with lower driving gear.The power of laterally driven assembly also passes through long axis and is transferred to ground, and passes through lower sliding tooth Wheel is engaged with lower rack gear, and realization side leads to upper and lower ends synchronizing moving.

As further embodiment, the hanger is equipped with the long axis escape groove through its upper and lower two sides, and long axis passes through long axis Escape groove.

The beneficial effects of the utility model are as follows:

(1) such vertically lifting type multilayered garage can control hanger elevating movement and transverse movement with drive system, Hanger is allowed to link up with the ride for extracting and being located at hanger left or right side in vertically lifting type multilayered garage by its left and right Plate realizes a set of drive system, and extracts the ride plate in two stereo garages in left and right with simple driving method.

(2) the laterally driven assembly power output of such vertically lifting type multilayered garage drive system also passes through long axis It is transferred to ground, and is engaged by lower driving gear with lower rack gear, realization side leads to upper and lower ends synchronizing moving, enables its support Power is stronger, runs more stable.

Detailed description of the invention

Fig. 1 is the utility model schematic view of the front view.

Fig. 2 is the utility model schematic perspective view.

Fig. 3 is Fig. 2 partial enlargement structural representation.

Fig. 4 is the utility model side structure schematic view.

Fig. 5 is enlarged structure schematic diagram at B in Fig. 4.

Fig. 6 is enlarged structure schematic diagram at C in Fig. 4.

Fig. 7 is the utility model drive assembly structural schematic diagram.

Fig. 8 is the middle and upper part Fig. 7 enlarged structure schematic diagram.

Fig. 9 is the middle and lower part Fig. 7 enlarged structure schematic diagram.

Figure 10 is another angled arrangement schematic diagram of the utility model drive assembly.

Figure 11 is the another angled arrangement schematic diagram of the utility model drive assembly.

Figure 12 is enlarged structure schematic diagram at D in Figure 11.

Figure 13 is enlarged structure schematic diagram at E in Figure 11.

Figure 14 is that the utility model side leads to top attachment structure schematic diagram.

Figure 15 is that the utility model side leads to lower part attachment structure schematic diagram.

Figure 16 is the utility model drive assembly schematic view of the front view.

Figure 17 is enlarged structure schematic diagram at F in Figure 16.

Figure 18 is one angled arrangement schematic diagram of ride plate in the utility model.

Figure 19 is enlarged structure schematic diagram at G in Figure 18.

Figure 20 is another angled arrangement schematic diagram of ride plate (after removing charging gun) in the utility model.

Figure 21 is enlarged structure schematic diagram at H in Figure 20.

Figure 22 is the another angled arrangement schematic diagram of ride plate (after removing charging gun) in the utility model.

Figure 23 is enlarged structure schematic diagram at I in Figure 22.

In figure: 1 is library frame assembly, and 11 be stereo garage, and 111 be ground garage, and 112 be upper layer garage, and 12 be passageway, 13 be ladder, and 14 be oblique pull angle bar, and 15 be top cover, and 16 be frame, and 17 be column, and 18 be crossbeam, and 19 be connecting flange, and 110 are Bracket, 101 be support top；2 is logical for side, and 21 be foot wheel carrier, and 22 be lower pressure wheel, and 23 be oblique cincture, and 24 be support plate；3 be vehicle Platen, 31 be hanging seat, and 311 be lower hanging groove, and 312 be upper hanging groove, and 32 be quick charge rifle, and 33 be charging gun at a slow speed, and 34 be push rod, 35 be articulated joint, and 36 be rocker arm, and 37 be support, and 38 be mandril, and 39 be top electrode；4 be two-sided hanger, and 41 be lower draw-bar, and 42 are Upper hook, 43 be idler wheel, and 44 be sets of holes, and 45 be long axis escape groove, and 46 be chain connector；5 be long axis, and 51 be lower sliding tooth Wheel；6 be track, and 61 be lower rack gear；7 be hanger rail assembly, and 71 be band tooth hanger rail, and 72 be guiding hanger rail；8 be laterally driven total At 81 be horizontal drive motor, and 82 be shell, and 83 be hanging wheel carrier, and 84 be upper pressure wheel, and 85 be upper bevel edge wheel, and 86 be upper driving Gear, 87 be reduction gear box；9 be lifting driving motor, and 91 be chain, and 92 be clump weight, and 93 be motor rack；10 be charging Stake；A is automobile；L is ground level.

Specific embodiment

The utility model is further described with reference to the accompanying drawings and embodiments:

Referring to shown in Fig. 1 to Figure 23, a kind of vertically lifting type multilayered garage drive system, including lifting driving motor 9, hanger 4 and Fang Tong 2, characterized in that further include 6 assembly of laterally driven assembly 8, hanger rail assembly 7 and track, 7 He of hanger rail assembly 6 assembly of track is distributed and is parallel to each other up and down, and laterally driven assembly 8 is hung upside down on hanger rail assembly 7 and with hanger rail assembly 7 laterally Mobile cooperation, 2 upper end Fang Tong are connect with laterally driven assembly 8, and 2 lower end Fang Tong is equipped with foot wheel carrier 21, and foot wheel carrier 21 and track 6 are horizontal Cooperate to mobile, the up and down setting of hanger 4 is sequentially connected on just logical 2 and with lifting driving motor 9,4 left and right sides of hanger Equipped with hook, goes up and down driving motor 9 and hanger 4 is driven to move up and down, laterally driven 8 side of drive of assembly leads to 2 transverse shiftings.

The laterally driven assembly 8 includes horizontal drive motor 81, reduction gear box 87, upper driving gear 86, shell 82 With hanging wheel carrier 83, the hanging wheel carrier 83 hangs upside down on hanger rail assembly 7 and horizontally slips cooperation with hanger rail assembly 7, shell 82 Connect with hanging wheel carrier 83, horizontal drive motor 81 and reduction gear box 87 are arranged in shell 82, horizontal drive motor 81 and The power intake of reduction gear box 87 is sequentially connected, and the power output end of reduction gear box 87 and the transmission of upper driving gear 86 connect It connects, the upper setting of driving gear 86 is outer at 82 top of shell, and hanger rail assembly 7 is equipped with upper rack and engages with upper driving gear 86.

The hanger rail assembly 7 includes being oriented to hanger rail 72 and with tooth hanger rail 71, being oriented to hanger rail 72 and be equipped with two, band tooth hanger rail 71 Equipped with one and it is located between two guiding hanger rails 72, is oriented to hanger rail 72 and is arranged in a plane with tooth hanger rail 71, is simultaneously mutual In parallel, band tooth hanger rail 71 is equipped with the upper rack；The laterally driven assembly 8 is projecting by hanging wheel carrier 83 and guiding hanger rail 72 Cooperation.

The guiding hanger rail 72 is inverted I-steel, hangs and corresponds to guiding 72 two sides groove face of hanger rail on wheel carrier 83 equipped with upper Bevel edge wheel 85, hanging wheel carrier 83 are mounted by upper bevel edge wheel 85 and guiding hanger rail 72, corresponding guiding 72 bottom of hanger rail of hanging wheel carrier 83 Face is equipped with upper pressure wheel 84, and upper pressure wheel 84 rolls on guiding 72 bottom surface of hanger rail.

The band tooth hanger rail 71 is inverted I-steel, and band 71 side straight line of tooth hanger rail is placed with several tooth sockets, to be formed The upper rack.

The shell 82 is square tube, and horizontal drive motor 81 is horizontally-arranged in square tube.

The side leads to 2 upper ends and is equipped with motor rack 93, and lifting driving motor 9 is arranged on motor rack 93,93 top of motor rack It is connect with the shell 82 of laterally driven assembly 8；It goes up and down driving motor 9 and sprocket wheel is sequentially connected, sprocket wheel is equipped with chain 91, chain 91 one end are located at outside side logical 2 to be connect with hanger 4, is connect in 91 other end side of protruding into of chain logical 2 with clump weight 92.

The track 6 is I-steel, and the corresponding 6 two sides groove face of track of foot wheel carrier 21 is equipped with oblique cincture 23, oblique cincture 23 It rolls and cooperates with 6 two sides groove face of track, corresponding 6 top surface of track of foot wheel carrier 21 is equipped with lower pressure wheel 22, and oblique cincture 23 is pushed up with track 6 Face rolls cooperation.The track 6 is embedded on ground (i.e. under ground level L).The motor rack 93 and foot wheel carrier 21 are distinguished Corresponding long axis 5 is equipped with support plate 24, is connected between support plate and long axis 5 by bearing.

The power output end of the reduction gear box 87 is vertically arranged, and power output end upper end and upper driving gear 86 are driven Connection, power output end lower end are sequentially connected by long axis 5 and lower driving gear 51, and track 6 is equipped with lower rack gear 61, lower rack gear 61 It is engaged with lower driving gear 51.

The hanger 4 is equipped with the long axis escape groove 45 through its upper and lower two sides, and long axis 5 passes through long axis escape groove 45.

As more specific scheme, the vertically lifting type multilayered garage includes library frame assembly 1 and ride plate 3, described It is passageway 12 among library frame assembly 1, stereo garage 11 is equipped at left and right sides of passageway 12, stereo garage 11 includes ground garage 111 With at least one upper layer garage 112, upper layer garage 112 is located at 111 top of ground garage, and ride plate 3 is carried on upper layer garage 112 It is interior；The hanger 4 for connecting with ride plate 3 is equipped in passageway 12, the lifting for controlling 4 elevating movement of hanger drives always At with the laterally driven assembly 8 for controlling 4 side-to-side movement of hanger.

The lifting drive assembly includes that the lifting driving motor 9 and the side lead to 2, Fang Tong 2 and be vertically set on passageway In 12, hanger 4 slides up and down setting on just logical 2, and the setting of lifting driving motor 9 is sequentially connected on just logical 2 and with hanger 4, 4 side wall of hanger is equipped with hook, and ride plate 3 is equipped with hanging seat 31, and the corresponding hook of hanging seat 31 is equipped with hanging groove, hanger 4 by hook with Hanging groove snapping.

The setting of lifting driving motor 9 is sequentially connected, sets on sprocket wheel in just logical 2 upper ends, lifting driving motor 9 and sprocket wheel There is chain 91,91 one end of chain is located at outside side logical 2 to be connect with hanger 4, is connected in 91 other end side of protruding into of chain logical 2 with clump weight 92 It connects.

The hanger 4 is equipped with the sets of holes 44 through its upper and lower two sides, and 44 inner wall of sets of holes is equipped with idler wheel 43, and hanger 4 passes through set Outside 44 side of being set in of hole logical 2, idler wheel 43 is in rolling contact with logical 2 outer walls in side, and the hook is equipped at left and right sides of hanger 4.

The upper layer garage 112 is equipped with charging pile 10 and lower electrode, and lower electrode and charging pile 10 are electrically connected, ride plate 3 are equipped with charging gun and top electrode 39, and top electrode 39 and charging gun are electrically connected, when ride plate 3 is carried in upper layer garage 112, Top electrode 39 and lower electrode are connected.

As more specific scheme, the library frame assembly 1 includes main supporting leg, layer frame and top cover 15, and the vertical view of library frame assembly 1 is in Rectangle, main supporting leg are equipped at least four and are distributed in the angular position of library frame assembly 1, and every main supporting leg includes two or more Standpipe 17 is plugged into, and 17 end of standpipe is equipped with ring flange 19, and upper and lower two standpipes 17 pass through the ring flange 19 of one end respectively Connect；It is passageway 12 that top cover 15, which is arranged among main supporting leg top, library frame assembly 1, is equipped with stereo garage at left and right sides of passageway 12 11, stereo garage 11 is equipped with two layers or more of layer frame, and stereo garage 11 includes ground garage 111 and upper layer garage 112, and every layer The top of layer frame forms upper layer garage 112.The hanger rail assembly 7 is located at 15 bottom of top cover.

Between the layer frame and ground, between layer frame and layer frame, between layer frame and top cover 15 be equipped with support top 101.The layer Frame surrounds frame-type by steel pipe 16.Crossbeam 18 is equipped on the inside of the frame of the layer frame.16 bottom of steel pipe of the corresponding layer frame of the standpipe 17 Equipped with bracket 110.The library frame assembly 1 is equipped with ladder 13, and ladder 13 leads to top cover 15 from lowest level layer frame.The layer frame and layer Between frame, oblique pull angle bar 14 is equipped between layer frame and top cover 15.

The hook of 4 left and right sides of hanger includes lower draw-bar 41 and upper hook 42.There are two the lower draw-bar 41 is set, Upper hook 42 is equipped with one, and lower draw-bar 41 and upper hook 42 are distributed in isosceles triangle.

The hanger 4 is equipped with chain connector 46 and connect with 91 one end of chain.The chain 91 is equipped with three side by side.

The hanging seat 31 is located at ride plate 3 close to the side in passageway 12, and the hanging seat 31 is equipped with auxiliary tripping gear, auxiliary Helping tripping gear includes push rod 34, mandril 38 and transmission mechanism, and mandril 38 is up and down to be arranged at the top of hanging groove and pass through transmission Mechanism and push rod 34 are sequentially connected, and 34 lower end of push rod is stretched out outside 3 bottom of ride plate.

The transmission mechanism is lever transmission mechanism comprising support 37 and rocker arm 36, the setting of support 37 are pushed up in hanging seat 31 Portion, 36 middle part of rocker arm are rotatably assorted with support 37, and 36 one end of rocker arm and 34 upper end of push rod are hinged, and hanging seat 31 is stretched out in 38 upper end of mandril Simultaneously it is directed toward 36 other end bottom of rocker arm in top surface.

38 side of mandril is T-shaped, and the upper end forms spacing head, is equipped at the top of hanging seat 31 and leads to the logical of hanging groove inner top surface Hole, mandril 38 are inserted into from through-hole upper end, and 38 lower end of mandril is protruded into hanging groove.

34 upper end of push rod is hinged by articulated joint 35 and described 36 one end of rocker arm, and articulated joint 35 is U-shaped, on push rod 34 End is fixedly connected with 35 bottom of articulated joint, and 35 two sides of articulated joint and rocker arm 36 are hinged.

It is set on the outside of the hanging seat 31 there are two lower hanging groove 311 and a upper hanging groove 312, lower hanging groove 311 and upper hanging groove 312 are in Isosceles triangle distribution.The mandril 38 protrudes into hanging groove 312.

The charging gun includes quick charge rifle 32 and charging gun 33 at a slow speed, quick charge rifle 32 and charging gun 33 divides at a slow speed It She Zhi not be in 3 rear and front end of ride plate.

The working principle of vertically lifting type multilayered garage is: being driven by horizontal drive motor 81 and drives 86 He of gear Lower driving gear 51 rotates synchronously, and leads to 2 with controlling party and moves left and right；For example, it is desired to extract vertical positioned at left side shown in Fig. 1 and Fig. 2 At the middle and upper levels in garage 112 when automobile A, lifting driving motor 9 first control 4 height of hanger and is in required extraction vehicle in body garage 11 Under 3 height of ride plate, then, moved to the left by 81 side of drive of horizontal drive motor logical 2, until the hook of hanger 4 with 31 hanging groove of hanging seat of ride plate 3 is aligned, and lifting driving motor 9 controls the rising of hanger 4 again, until the upper hook 42 of hanger 4 is under Hook 41 is buckled into respectively in the upper hanging groove 312 and lower hanging groove 311 of hanging seat 31, i.e., the hanging seat 31 of realization hanger 4 and ride plate 3 connects It connects；Lifting driving motor 9 continues to control the rising of hanger 4, until ride plate 3 leaves the certain height of layer frame and stops rising, it is horizontal It moves right to 81 side of drive of driving motor logical 2, so that the ride plate 3 being lifted is moved in passageway 12, finally, lifting driving Motor 9 controls hanger 4 and declines, until ride plate 3 lands, can output automobile A.It, can will be vacant in addition, in conjunction with above-mentioned principle Ride plate 3 be moved on the ground in passageway 12 in the same way, can be toward parking a car on ride plate 3.When needing vehicle When platen 3 puts back to corresponding layer frame, reaction operates both can be with, when ride plate 3 is carried in layer frame, 3 hanging seat 31 of ride plate Layer frame is touched in 34 lower end of push rod, and therefore, push rod 34 is jacked up by layer frame, drives rocker arm 36 to swing, since ride plate total weight is greater than Hanger weight, in addition rocker arm 36 has leverage, thus it is possible to ejection in the upward hanging groove 312 of mandril 38 be controlled, to push hanger 4 upper hook 42 is detached from upper hanging groove 312, that is, drives whole hooks to be detached from hanging groove, avoid stuck.

Claims

1. a kind of vertically lifting type multilayered garage drive system, including lifting driving motor (9), hanger (4) He Fangtong (2), characterized in that further include laterally driven assembly (8), hanger rail assembly (7) and track (6) assembly, hanger rail assembly (7) and track (6) assembly is distributed and is parallel to each other up and down, laterally driven assembly (8) hang upside down on hanger rail assembly (7) and with hanger rail assembly (7) Transverse shifting cooperation, logical (2) upper end in side are connect with laterally driven assembly (8), and logical (2) lower end in side is equipped with foot wheel carrier (21), castor Frame (21) and track (6) transverse shifting cooperate, the up and down setting of hanger (4) on just logical (2) and with lifting driving motor (9) it is sequentially connected, hook is equipped at left and right sides of hanger (4), lifting driving motor (9) drives hanger (4) to move up and down, and laterally drives Dynamic assembly (8) drive side leads to (2) transverse shifting.

2. vertically lifting type multilayered garage drive system according to claim 1, characterized in that described laterally driven total It include horizontal drive motor (81), reduction gear box (87), upper driving gear (86), shell (82) and hanging wheel carrier at (8) (83), the hanging wheel carrier (83) is hung upside down on hanger rail assembly (7) and horizontally slips cooperation with hanger rail assembly (7), shell (82) It is connect with hanging wheel carrier (83), horizontal drive motor (81) and reduction gear box (87) setting are laterally driven in shell (82) Motor (81) and the power intake of reduction gear box (87) are sequentially connected, the power output end of reduction gear box (87) and upper drive Moving gear (86) transmission connection, the setting of upper driving gear (86) is outer at the top of shell (82), hanger rail assembly (7) be equipped with upper rack and Upper driving gear (86) engagement.

3. vertically lifting type multilayered garage drive system according to claim 2, characterized in that the hanger rail assembly (7) include guiding hanger rail (72) and with tooth hanger rail (71), be oriented to hanger rail (72) and be equipped with two, band tooth hanger rail (71) be equipped with one, And it is located between two guiding hanger rails (72), is oriented to hanger rail (72) and is arranged in a plane with tooth hanger rail (71) and mutually puts down Row, band tooth hanger rail (71) are equipped with the upper rack；The laterally driven assembly (8) passes through hanging wheel carrier (83) and guiding hanger rail (72) cooperation is hung upside down.

4. vertically lifting type multilayered garage drive system according to claim 3, characterized in that the guiding hanger rail It (72) is inverted I-steel, corresponding guiding hanger rail (72) two sides groove face is equipped with upper bevel edge wheel (85) in hanging wheel carrier (83), hangs Change gear plate (83) passes through upper bevel edge wheel (85) and guiding hanger rail (72) mounting, corresponding guiding hanger rail (72) bottom surface of hanging wheel carrier (83) Equipped with upper pressure wheel (84), upper pressure wheel (84) rolls on guiding hanger rail (72) bottom surface.

5. vertically lifting type multilayered garage drive system according to claim 3, characterized in that the band tooth hanger rail It (71) is inverted I-steel, band tooth hanger rail (71) side straight line is placed with several tooth sockets, to form the upper rack.

6. vertically lifting type multilayered garage drive system according to claim 2, characterized in that the shell (82) is Square tube, horizontal drive motor (81) are horizontally-arranged in square tube.

7. vertically lifting type multilayered garage drive system according to claim 2, characterized in that the side is led on (2) It holds and is equipped with motor rack (93), lifting driving motor (9) is arranged on motor rack (93), at the top of motor rack (93) and laterally driven total It is connected at the shell (82) of (8)；It goes up and down driving motor (9) and sprocket wheel is sequentially connected, sprocket wheel is equipped with chain (91), chain (91) One end is located at side logical (2) and connect outside with hanger (4), and chain (91) other end side of protruding into leads in (2) to be connect with clump weight (92).

8. vertically lifting type multilayered garage drive system according to claim 2, characterized in that the track (6) is I-steel, corresponding track (6) the two sides groove face of foot wheel carrier (21) are equipped with oblique cincture (23), oblique cincture (23) and track (6) two Side channel face rolls cooperation, and corresponding track (6) top surface of foot wheel carrier (21) is equipped with lower pressure wheel (22), oblique cincture (23) and track (6) Top surface rolls cooperation.

9. vertically lifting type multilayered garage drive system according to claim 8, characterized in that the reduction gear box (87) power output end is vertically arranged, and power output end upper end and upper driving gear (86) are sequentially connected, under power output end End is sequentially connected by long axis (5) and lower driving gear (51), and track (6) is equipped with lower rack gear (61), lower rack gear (61) and lower drive Moving gear (51) engagement.

10. vertically lifting type multilayered garage drive system according to claim 9, characterized in that the hanger (4) sets There is the long axis escape groove (45) through its upper and lower two sides, long axis (5) passes through long axis escape groove (45).