CN206091464U - Parking stall does not have comb -tooth type vertical lift garage of motor - Google Patents

Abstract

The utility model discloses a parking stall does not have comb -tooth type vertical lift garage of motor, including lifting and drop rotating platform, promotion hanging flower basket, sideslip comb, steel construction, promotion power unit, counter weight and guided way, it installs on the lift in vertical lift garage to promote the hanging flower basket, lifting and drop rotating platform installation is at the downside that promotes the hanging flower basket, the sideslip comb is located the steel construction, it is located the steel construction top to promote power unit, it removes through the present guided way of effect lower excess that promotes dynamic mechanism driving and counter weight is interior to promote the hanging flower basket. Adopt the utility model discloses a parking stall does not have comb -tooth type vertical lift garage of motor at the operation in -process, because its parking stall does not have the motor, need not to transport the time of unloaded sweep stroke, and the cost is lower, and is shorter between the access vehicle -hour, improves garage operating efficiency greatly, shortens the clear storehouse time of garage, very is favorable to the popularization and application of machinery vehicle storehouse in urban development.

Description

Comb type vertical lift garage without motor for parking space

technical field

The utility model relates to the technical field of three-dimensional parking equipment, in particular to a comb-tooth vertical lifting garage without a motor for a parking space.

Background technique

With the development of society, especially with the rapid popularization and development of automobiles, problems such as the difficulty of parking in cities and the shortage of parking spaces are common at present. Due to the serious shortage of parking spaces in cities, the demand for parking spaces is increasing. The three-dimensional garage also arises at the historic moment, especially the vertical lifting garage with a small footprint and a large capacity is an effective way to solve this difficult problem. The existing vertical lift garage has two structures: plate type and comb-tooth type: the plate structure is to use the vehicle-carrying plate to carry the vehicle. When transporting to the parking position of the three-dimensional parking equipment, when accessing the car, it is necessary to wait for a time to transport the empty car board, which not only wastes the time of the car owner, but also leads to the energy consumed by doing useless work; Two motors are installed in each parking space, and the comb teeth are used to exchange. There is no need to transport the empty vehicle board when accessing the car, but there is also the problem of high motor cost.

Utility model content

The technical problem to be solved by the utility model is to provide a comb-tooth type vertical lifting garage without a motor for the parking space, which not only does not need to transport the time of the unloaded vehicle travel, but also has no motor for the parking space. The cost is low, the access time is short, the operating efficiency of the garage is doubled, and the cleaning time of the garage is shortened, which is very conducive to the promotion and application of mechanical garages in urban development.

In order to solve the above-mentioned technical problems, the technical solution adopted by the utility model is: a comb-tooth vertical lifting garage without a motor in the parking space, including a lifting and rotating platform, a lifting basket, a horizontal moving comb, a steel structure, and a lifting power mechanism , counterweight and guide rails, the lifting basket is installed on the elevator of the vertical lifting garage, the lifting and rotating platform is installed on the lower side of the lifting basket, the traverse comb is located on the steel structure, and the lifting power mechanism Located on the top of the steel structure, the lifting basket is driven by the lifting power mechanism and under the action of the counterweight to move within the guide rail.

Further, the lifting and rotating platform includes a rotating motor, a lifting motor, a rotating support, a fixed frame and a king-shaped comb, and the rotating support is powered by the rotating motor and the lifting motor arranged on the fixed frame to support its rotation. The king-shaped comb teeth are located on the rotating support.

Further, the king-shaped comb teeth match the profile of the traverse comb.

Further, the lifting basket includes a pallet frame, a transmission combination, a front pedal and a rear pedal, the pallet frame is respectively connected to the front pedal and the rear pedal through connecting pieces, and the transmission combination drags the traverse Comb moves.

Further, the transmission combination includes a motor, a transmission shaft, a chain and a guide groove. The transmission shaft drives the chain to rotate under the drive of the motor, and drives the traverse comb to move laterally from the target parking space to the king-shaped comb teeth and the guide groove. between and directly below the target parking space.

Further, the lifting power mechanism includes a transmission motor, a traction wheel, a wire rope, and a guide wheel. The transmission motor is installed on the top of the steel structure. The transmission motor is connected to the traction wheel. Bypass the guide wheels.

Further, the counterweight is composed of an outer frame and a counterweight block, wherein the outer frame is welded by H-shaped steel and steel plate.

The utility model adopts a comb-tooth type vertical lifting garage without a motor in the parking space. During the operation, because the parking space has no motor, it does not need the time to transport the unloaded car board, the cost is low, and the time for accessing the car is relatively short. Short, greatly improve the garage operating efficiency, shorten the garage clearing time, very conducive to the promotion and application of mechanical garages in urban development.

Description of drawings

Below in conjunction with accompanying drawing, the utility model is described in further detail.

Fig. 1 is the structural representation of the utility model;

Fig. 2 is the lateral structure schematic diagram of the utility model;

Fig. 3 is the structural representation of lifting rotating platform in the utility model;

Fig. 4 is the structural representation of hoisting basket in the utility model;

Fig. 5 is the structural representation of transversely moving comb in the utility model;

Fig. 6 is the structural representation of Wang font comb tooth in the utility model;

Fig. 7 is a structural schematic diagram of the lifting power mechanism in the utility model.

As shown in the figure: 1-lifting and rotating platform, 10-rotating motor, 11-lifting motor, 12-rotating support, 13-fixed frame, 14-king-shaped comb, 2-lifting basket, 20-tray frame, 21-Transmission combination, 210-Motor, 211-Drive shaft, 212-Chain, 213-Guide groove, 22-Front pedal, 23-Rear pedal, 3-Transverse comb, 4-Steel structure, 5-Lifting power mechanism , 50-transmission motor, 51-traction sheave, 52-wire rope, 53-guide wheel, 6-counterweight, 61-outer frame, 62-counterweight, 7-guide rail.

detailed description

As shown in Figures 1 to 7, a motor-free comb-toothed vertical lifting garage for a parking space of the present utility model includes a lifting and rotating platform 1, a lifting basket 2, a transverse comb 3, a steel structure 4, and a lifting power Mechanism 5, counterweight 6 and guide rail 7, the lifting basket 2 is installed on the elevator of the vertical lifting garage, the lifting and rotating platform 1 is installed on the lower side of the lifting basket 2, and the traverse comb 3 is located on the steel On the structure 4 , the lifting power mechanism 5 is located on the top of the steel structure 4 , and the lifting basket 2 is driven by the lifting power mechanism 5 and moved in the guide rail 7 under the action of the counterweight 6 .

Further, the lifting and rotating platform 1 includes a rotating motor 10, a lifting motor 11, a rotating support 12, a fixed frame 13 and a king-shaped comb 14, and the rotating support 12 is passed by the rotating motor 10 and the fixed frame 13. The lifting motor 11 provides power to support its rotation, and the king-shaped comb teeth 14 are located on the rotating support 12 .

Further, the king-shaped comb teeth 14 match the profile of the traverse comb 3 .

Further, the lifting basket 2 includes a pallet frame 20, a transmission combination 21, a front pedal 22 and a rear pedal 23, the pallet frame 20 is respectively connected to the front pedal 22 and the rear pedal 23 through connecting pieces, and the The transmission combination 21 drags the traverse comb 3 to move.

Further, the transmission assembly 21 includes a motor 210, a transmission shaft 211, a chain 212 and a guide groove 213, the transmission shaft 211 drives the chain 212 to rotate under the drive of the motor 210, and drives the traverse comb 3 to traverse from the target parking space Between the king-shaped comb teeth 14 and the guide groove 213, and directly below the target parking space.

Further, the lifting power mechanism 5 includes a transmission motor 50, a traction wheel 51, a wire rope 52, and a guide wheel 53. The transmission motor 50 is installed on the top of the steel structure 4. The transmission motor 50 is connected to the traction wheel 51, and the traction wheel 51 drives The wire rope 52 connects the hoisting basket 2 and the counterweight 6 , and the wire rope 52 bypasses the guide wheel 53 .

Further, the counterweight 6 is composed of an outer frame 61 and a counterweight 62, wherein the outer frame 61 is welded by H-shaped steel and steel plate.

Using a comb-tooth type vertical lifting garage without a motor in the parking space of the utility model, in the actual operation process, the specific method of accessing the car includes the following steps:

S1: When the car enters through the entrance and needs to be stored, the lifting and rotating platform 1 and the lifting basket 2 are lowered to the ground floor by the lifting power mechanism 5 .

S2: The vehicle drives to the king-shaped comb 14, the lifting motor 11 drives the king-shaped comb 14 to drop slightly, and at the same time, the lifting power mechanism 5 drives the lifting rotating platform 1 and the lifting basket 2 to rise.

S3: When the position of the vehicle is raised to the height of the target parking space, the lifting power mechanism 5 stops working. At this time, the lifting motor 11 drives the king-shaped comb 14 to rise to make it higher than the height of the target parking space. Driven by 21, it traverses from the target parking space to between the king-shaped comb teeth 14 and the guide groove 213, and is located directly below the vehicle.

S4: The lifting motor 11 drives the king-shaped comb 14 to descend. During the falling process, the vehicle naturally falls on the traverse comb 3. Driven by the transmission combination 21, the vehicle enters the target parking space by traverse and completes the parking Work.

S5: When picking up the car, first lift the lifting and rotating platform 1 and the lifting basket 2 to the target height through the lifting power mechanism 5, and move the traversing comb 3 out of the parking space through the transmission combination 21 to move it to the king-shaped comb 14 above.

S6: Driven by the lifting motor 11, the Wang-shaped comb 14 rises to lift the vehicle. At this time, the Wang-shaped comb 14 is higher than the traverse comb.

S7: Driven by the transmission combination 21, the traverse comb 3 traverses to the parking space, and then the lifting power mechanism 5 drives the lifting rotating platform 1 and the lifting basket 2 down to the ground.

S8: Driven by the rotating motor 10 on the lifting and rotating platform 1, the king-shaped comb teeth 14 linked by the slewing support 12 rotate from 0° to 180°, and the car completes the U-turn.

S9: After the rotation is completed, the king-shaped comb teeth 14 and the rotating motor 10 in the elevating and rotating platform 1 descend, and the car leaves the garage to finish picking up the car.

For the convenience of explanation, the above steps are only described for the comb-tooth vertical lift garage to pick up the car, but the utility model also has other various implementations, so all the structures, features and principles described in the scope of the utility model patent application All equivalent changes or modifications should be included in the protection scope of the technical solution of the present utility model.

Claims (7)

1. A comb-tooth vertical lifting garage without a motor for a parking space, which is characterized in that it includes a lifting and rotating platform (1), a lifting basket (2), a traverse comb (3), a steel structure (4), a lifting Power mechanism (5), counterweight (6) and guide rail (7), the lifting basket (2) is installed on the elevator of the vertical lift garage, and the lifting and rotating platform (1) is installed on the lifting basket (2 ), the traverse comb (3) is located on the steel structure (4), the lifting power mechanism (5) is located on the top of the steel structure (4), and the lifting basket (2) passes through the lifting power mechanism ( 5) Under the action of the drive and the counterweight (6), the movement in the guide rail (7) is realized. 2. The motor-free comb-tooth vertical lifting garage for parking spaces according to claim 1, characterized in that: the lifting and rotating platform (1) includes a rotating motor (10), a lifting motor (11), a rotating support (12 ), a fixed frame (13) and a king-shaped comb (14), the rotating support (12) provides power to support its rotation through the rotating motor (10) and the lifting motor (11) arranged on the fixed frame (13) , the Wang-shaped comb teeth (14) are located on the rotating support (12). 3. The motor-free comb-toothed vertical lifting garage for parking spaces according to claim 2, characterized in that: the Wang-shaped comb (14) matches the profile of the traversing comb (3). 4. The comb-tooth type vertical lift garage without a motor in the parking space according to claim 1, characterized in that: the lifting basket (2) includes a pallet frame (20), a transmission combination (21), a front pedal (22 ) and the rear pedal (23), the pallet frame (20) is respectively connected with the front pedal (22) and the rear pedal (23) through connecting pieces, and the traverse comb is dragged by the transmission combination (21) (3) MOVE. 5. The comb-tooth type vertical lifting garage without a motor for the parking space according to claim 4, characterized in that: the transmission combination (21) includes a motor (210), a transmission shaft (211), a chain (212) and a guide slot (213), the transmission shaft (211) drives the chain (212) to rotate under the drive of the motor (210), and drives the traverse comb (3) to traverse from the target parking space to the king-shaped comb (14) and between the guide grooves (213) and directly below the target parking space. 6. The comb-tooth type vertical lifting garage without a motor for the parking space according to claim 1, characterized in that: the lifting power mechanism (5) includes a transmission motor (50), a traction wheel (51), a wire rope (52 ), the guide wheel (53), the transmission motor (50) is installed on the top of the steel structure (4), the transmission motor (50) is connected to the traction sheave (51), and the traction sheave (51) drives the wire rope (52) to connect the hoisting basket (2) and counterweight (6), wire rope (52) walks around described guide wheel (53). 7. The comb-tooth type vertical lifting garage without a motor for the parking space according to claim 1, characterized in that: the counterweight (6) is composed of an outer frame (61) and a counterweight (62), wherein the Said outer frame (61) is welded by H-shaped steel and steel plate.