CN202578071U - Transverse non-avoiding three-dimensional garage - Google Patents

Abstract

The utility model relates to a transverse non-avoiding three-dimensional garage. The transverse non-avoiding three-dimensional garage comprises a steel frame. A transversely-placed car-holding plate is arranged inside the steel frame and connected with the steel frame through a location falling protector, a sending-out flexible fork is arranged above the steel frame, a flexible fork drive motor is arranged on the lower portion of the sending-out flexible fork, and a flexible fork drive chain is arranged inside the sending-out flexible fork and driven by the flexible fork drive motor. A lifting motor is arranged on the upper portion of the sending-out flexible fork and connected on the car-holding plate through a lifting steel wire rope. The steel frame is arranged on the ground provided with a passageway. The lifting steel wire rope is drawn out by the lifting motor to pass through a rope-loosening detection mechanism. A flexible fork flexing in-place detection part and a lifting-stop limitation detection part are respectively arranged on the upper portion and the lower half portion of the steel frame. The transverse non-avoiding three-dimensional garage has the advantages that the transverse non-avoiding three-dimensional garage can be arranged in spaces here and there, like on lawns and ground waistcoats, and the car-holding plate can be directly installed on the transverse non-avoiding three-dimensional garage. In addition, the transverse non-avoiding three-dimensional garage has the advantages of being free of turning and avoiding, and capable of being straight-up and straight-out and the like.

Description

A horizontal three-dimensional garage without avoidance

technical field

The utility model relates to a horizontal three-dimensional garage without avoidance.

Background technique

With the improvement of people's living standards in our country, the proportion of families with cars is getting higher and higher, which brings about the tension of parking spaces and cannot meet the parking needs. Parking difficulties have become a common problem, and the problem of parking difficulties for families has risen to the whole Parking difficulties in residential areas and other places. Especially in some old communities, there was no parking lot planned at the beginning, and many vehicles had to park on both sides of the road and on green lawns, which seriously affected the smooth flow of roads and urban greening.

Household simple garages on the market, because it is inconvenient to store the car, need a large turning radius when the vehicle is stored, and it is very inconvenient to access the car. And it takes a lot of space and requires a very wide passage. It is difficult to have such a condition for the community to make a simple garage, and the only effective space for greening cannot be fully utilized, which greatly wastes space resources.

Contents of the invention

The purpose of this utility model is in order to overcome above deficiency, and this utility model provides a kind of horizontal three-dimensional garage with simple structure without avoidance.

The purpose of this utility model is achieved through the following technical solutions: a horizontal three-dimensional garage without avoidance, including a steel frame, and a horizontally placed car-carrying board is placed inside the steel frame, and the car-carrying board is positioned with the anti-fall device and the The telescopic fork is connected above the steel frame, the telescopic fork driving motor is installed at the lower part of the telescopic fork, the telescopic fork driving chain is arranged inside the telescopic fork, and the telescopic fork drives The chain is driven by the drive motor of the telescopic fork, and a lifting motor is installed on the upper part of the sending telescopic fork, and the lifting motor is connected to the vehicle-carrying board through a lifting wire rope. There is a channel.

The hoisting wire rope is drawn out by the hoisting motor and passes through the slack rope detection mechanism.

The upper part and the middle lower part of the steel frame are respectively equipped with telescopic fork telescopic in-position detection and lifting limit and limit detection.

Working principle: When picking up the car, the positioning anti-fall device is released first, the telescopic fork drives the motor to run, the telescopic fork is sent out to send the vehicle board and the vehicle out, the telescopic fork sends the vehicle to the channel, and the telescopic fork is telescopically in place to detect and notify the in place Stop the signal, then lift the motor to run, the lifting system will lower the vehicle to the ground, the driver can drive the car directly without turning or turning around, and the mechanism will return to its original position after the access is completed. The principle of depositing a car is opposite to that of picking up a car.

Compared with the prior art, the utility model has the following advantages:

The horizontal non-avoidable three-dimensional garage can be placed in the corner space, such as on the lawn or on the shoulder of the ground, and the vehicle board can be directly loaded without turning or avoiding, and it can go straight up and out. Moreover, the structure is simple and the cost is low.

Description of drawings:

Fig. 1 is the structural representation when starting to get the car of the utility model;

Fig. 2 is the structural representation that the telescopic fork sends the automobile to the channel;

Fig. 3 is the structural representation that lifting system lowers car to the ground;

Symbols in the figure: 1-steel frame; 2-positioning anti-fall device; 3-vehicle loading plate; 4-lifting wire rope; 5-sending telescopic fork; 6-driving motor of telescopic fork; Motor; 9-loose rope detection mechanism; 10-telescopic fork telescopic in-position detection; 11-lifting limit and limit detection.

Specific implementation methods :

In order to deepen the understanding of the utility model, the utility model will be further described below in conjunction with the embodiments and drawings. The embodiment is only used to explain the utility model and does not constitute a limitation to the protection scope of the utility model.

As shown in Fig. 1, a kind of horizontal three-dimensional garage without avoidance is shown, comprising a steel frame 1, a vehicle-carrying plate 3 placed transversely is built inside the steel frame 1, and the car-carrying plate 3 is positioned by positioning the fall arrester 2 and the described car-carrying plate 3 The steel frame 1 is connected, the top of the steel frame 1 is provided with a sending telescopic fork 5, and the lower part of the sending telescopic fork 5 is equipped with a telescopic fork drive motor 6, and the inside of the sending telescopic fork 5 is provided with a telescopic fork driving chain 7, And described telescopic fork driving chain 7 is driven by described telescopic fork driving motor 6, and the top of described sending out telescopic fork 5 is equipped with hoisting motor 8, and described hoisting motor 8 is connected on the vehicle-carrying plate 3 by hoisting wire rope 4, so The steel frame 1 is arranged on the ground, and a channel is arranged on the ground.

The hoisting wire rope is led out by the hoisting motor and passes through the loose rope detection mechanism 9 .

The upper part and the middle lower part of the steel frame are equipped with a telescopic fork telescopic in-position detection 10 and a lifting limit and limit detection 11 respectively.

Working principle: When picking up the car, the positioning anti-fall device 2 is first released, the telescopic fork drives the motor 6 to run, and the telescopic fork 5 is sent out to send out the vehicle loading plate and the vehicle. Detect 10, inform stop signal in place, then promote motor 8 to run, and the lifting system drops vehicle to the ground, and the driver can directly drive out the car without turning or turning around. After accessing, the mechanism returns to its original position. The principle of depositing a car is opposite to that of picking up a car.

Compared with the prior art, the utility model has the following advantages:

Horizontal three-dimensional garage without avoidance can be used in the corner space, such as on the lawn and the ground vest, and the vehicle board 3 can be directly loaded without turning or avoiding, and can go straight up and out. Moreover, the structure is simple and the cost is low.

Claims (3)

1. a horizontal nothing is dodged multi-storied garage; Comprise steel frame (1), it is characterized in that: said steel frame (1) inside is equipped with a horizontal vehicle-containing (3) of placing, and said vehicle-containing (3) links to each other with said steel frame (1) through location catching device (2); The top of said steel frame (1) is provided with sees telescopic fork (5) off; Said telescopic fork (5) bottom of seeing off is equipped with telescopic fork drive motors (6), and the said inside of seeing telescopic fork (5) off is provided with telescopic fork chain drive-belt (7), and said telescopic fork chain drive-belt (7) is driven by said telescopic fork drive motors (6); The said top of seeing telescopic fork (5) off is equipped with and promotes motor (8); Said lifting motor (8) is connected on the vehicle-containing (3) through boom hoist cable (4), and said steel frame (1) is located on the ground, and said ground is provided with a passage.

2. dodge multi-storied garage according to the said a kind of horizontal nothing of claim 1, it is characterized in that: said boom hoist cable (4) is drawn through slack rope testing agency (9) through promoting motor (8).

3. dodge multi-storied garage according to the said a kind of horizontal nothing of claim 1, it is characterized in that: the top of said steel frame (1) and middle and lower part be equipped with respectively telescopic fork flexible put in place detections (10) with go up and down spacing and limit detection (11).

Images