CN206071167U - It is a kind of to be used for charging device of electric automobile in Multi-storey up-down ＆ translation type multi-storied garage - Google Patents

Abstract

The utility model discloses a kind of for charging device of electric automobile in Multi-storey up-down ＆ translation type multi-storied garage, include garage support, traversing framework and lifting car carrying board, also include charging pile, charging pile and pick out cable, charging contactor groove face, charging contactor tenon face, charging gun and charging gun carriage, charging contactor groove face is located at the bottom of traversing framework, and charging contactor groove face picks out cable by the charging pile being laid on garage support and accesses charging pile；Charging contactor tenon face, charging gun and charging gun carriage are located at lifting car carrying board top, it is corresponding that the fixed position of charging contactor groove face moves up and down position with charging contactor tenon face, charging contactor tenon face is moved up with lifting car carrying board, turn-on power in charging contactor groove face will be inserted, is connected with charging gun by charging gun cable and is realized charging electric vehicle.Using this new charging device, it is that electric automobile charges on multi-storied garage and brings convenience, has the advantages that easy to operate and safe and reliable.

Description

A charging device for electric vehicles in a three-dimensional garage with multi-layer lift and traverse

technical field

The utility model relates to the technical field of three-dimensional parking equipment, in particular to a charging device for electric vehicles in a multi-layer lifting and lateral moving three-dimensional garage.

Background technique

New energy vehicles have been widely used. Since it takes a certain amount of time to charge new energy vehicles, it has become a necessary equipment to install charging piles on the parking spaces in the garage. Each new energy vehicle parking space needs to install a charging pile, and for a garage with multiple parking spaces, it is necessary to set up multiple distribution lines. Especially for the three-dimensional garage, since the car-carrying plate of the three-dimensional garage needs to move up and down, left and right, the charging pile also needs to move with the car-carrying plate, and the distribution lines of the charging piles on each layer of the car-carrying plate will also move with it. The frequent movement of distribution wires is likely to cause problems such as entanglement and wear of distribution wires, which will bring potential safety hazards.

Currently, the most widely used charging device for electric vehicles on the market is mainly for electric vehicles parked on the ground floor. There is no such technology for the application of an electric vehicle charging device. Therefore, for the three-dimensional garage, it is urgent to design a charging device that is easy to operate, saves energy and time, and is safe and reliable to meet the requirements of users.

Utility model content

The technical problem to be solved by the utility model is aimed at the problems existing in the background technology, and based on safety, simplicity, convenience, etc. A device that can be charged freely. Specifically, the utility model relates to a charging device for an electric vehicle in a three-dimensional garage of a multi-layer lift and traverse type.

In order to solve the above-mentioned technical problems, the technical solution adopted by the utility model is: a charging device for electric vehicles in a multi-layer lifting and traversing three-dimensional garage, including a garage bracket, a traversing frame and a lifting and lowering car plate, and also includes There are charging piles, charging pile connecting cables, charging contactor groove surface, charging contactor tenon surface, charging gun and charging gun bracket. The charging contactor groove surface is arranged at the bottom of the traverse frame, and the charging contactor groove The surface is connected to the charging pile through the charging pile laid on the garage bracket; the tenon surface of the charging contactor, the charging gun and the charging gun bracket are arranged on the upper part of the lifting vehicle board, and the fixed position of the groove surface of the charging contactor Corresponding to the upward and downward movement position of the tenon surface of the charging contactor, the tenon surface of the charging contactor moves upward with the lifting vehicle plate, and will be inserted into the groove surface of the charging contactor to turn on the power supply, and then the connection between the charging gun cable and the charging gun is realized. Electric car charging.

Further, a plurality of sliding grooves are arranged on the surface of the groove surface of the charging contactor, and the elastic contact piece is arranged in the sliding grooves, and a sliding groove matching the sliding grooves is arranged on the surface of the tenon surface of the charging contactor. The tenon surface is inserted into the groove surface of the charging contactor through the tenon surface of the charging contactor to conduct power supply.

Further, in order to enhance the electrical conductivity, the elastic contact piece in the slide groove is set as a copper piece.

The utility model adopts a charging device for electric vehicles in a three-dimensional garage with multi-layer lifting and traversing. Its working principle is as follows: firstly, the charging pile can be installed beside the garage, and the external power supply can be connected to the charging pile. One end of the cable from the charging pile is connected to the charging pile, and then the middle part is fixed on the garage support, and the other end is connected to the slot surface of the charging contactor. Since the charging contactor tenon surface part is installed on the lifting vehicle loading plate, it can be connected with the charging gun through the charging gun cable, and the charging gun can be placed on the charging gun bracket. After the car is parked on the lift plate, remove the charging gun, insert it into the charging port of the car, and start the lift plate. The tenon surface of the contactor is inserted into the groove surface of the charging contactor. At this time, when the groove surface of the charging contactor is fully engaged with the tenon of the tenon surface of the charging contactor, the contact surface A is formed, so that the power supply is turned on, and the car can be charged. At the same time, the operation of the lateral movement of the vehicle-carrying plate is not affected during the charging process. When the car needs to be picked up, the lifting car-carrying plate descends, the groove surface of the charging contactor is separated from the tenon surface of the charging contactor, and the charging is naturally terminated, thereby completing the car picking process.

A charging device for electric vehicles in a three-dimensional garage of the utility model is adopted. Since the charging pile is installed on the ground next to the garage, the charging gun is fixed on the lifting vehicle board, and the pile is separated from the gun. It is beneficial to the installation and maintenance of various devices. And the charging pile cable is completely fixed on the frame, and after being converted by the contactor, there will be no relative movement or displacement when the lifting vehicle plate is running. After the upper vehicle loading plate is lifted into place, the charging docking device is fully engaged to ensure that the charging pile is connected to the charging gun. Putting the charging gun on the vehicle loading plate can ensure that the cable attached to the charging gun and the electric vehicle are relatively stationary when the vehicle loading plate moves. It is especially suitable for free charging of electric vehicles on any platform in a three-story or high-rise lift and traverse garage, which brings great convenience to the charging of electric vehicles in a three-dimensional garage. It has simple structure and easy operation. It is convenient, energy-saving and time-saving, safe and reliable, low in cost, low in maintenance cost, strong in practicability, easy to be accepted by users, and convenient for popularization and application.

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 a schematic diagram 1 of the utility model when the groove and tenon surfaces of the charging contactor are engaged;

Fig. 3 is a schematic diagram 2 of the utility model when the groove and tenon surfaces of the charging contactor are engaged;

Fig. 4 is a schematic diagram three of the utility model when the groove and tenon surfaces of the charging contactor are engaged.

As shown in the picture: 1-charging pile, 2-connection cable of charging pile, 3-garage support, 4-traversing frame, 5-charging contactor groove surface, 6-charging contactor tenon surface, 7-charging gun, 8-charging gun bracket, 9-lifting car plate, 10-charging gun cable.

detailed description

As shown in Figures 1 to 4, a charging device for electric vehicles in a multi-layer lift and traverse type three-dimensional garage of the present invention includes a garage support 3, a traverse frame 4 and a lifting and lowering car plate 9, and also includes There are charging pile 1, charging pile connecting cable 2, charging contactor groove surface 5, charging contactor tenon surface 6, charging gun 7 and charging gun bracket 8, and the charging contactor groove surface 5 is set on the side of the traversing frame 4 At the bottom, the charging contactor groove surface 5 is connected to the charging pile 1 through the charging pile cable 2 laid on the garage bracket 3; the charging contactor tenon surface 6, charging gun 7 and charging gun bracket 8 are arranged on the lifting On the upper part of the vehicle-carrying plate 9, the fixed position of the charging contactor groove surface 5 corresponds to the moving position of the tenon surface 6 of the charging contactor. The charging contactor slot surface 5 is powered on, and then connected to the charging gun 7 through the charging gun cable 10 to realize charging of the electric vehicle.

Further, a plurality of sliding grooves are provided on the surface of the groove surface 5 of the charging contactor, and the elastic contact piece is arranged in the sliding grooves, and the surface of the tenon surface 6 of the charging contactor is provided with a sliding groove corresponding to the sliding grooves. The matching tenon surface is inserted into the groove surface 5 of the charging contactor through the tenon surface 6 of the charging contactor to conduct power supply.

Further, in order to enhance the electrical conductivity, the elastic contact piece in the slide groove is set as a copper piece.

A charging device for electric vehicles in a three-dimensional garage of the utility model is adopted. Since the charging pile is installed on the ground next to the garage, the charging gun is fixed on the lifting vehicle board, and the pile is separated from the gun. It is beneficial to the installation and maintenance of various devices. And the charging pile cable is completely fixed on the frame, and after being converted by the contactor, there will be no relative movement or displacement when the lifting vehicle plate is running. When the car enters the garage from the entrance and exit of the car, after the upper car-carrying plate rises to the position, the charging docking device is fully engaged to ensure that the charging pile is connected to the charging gun, and the charging gun is placed on the car-carrying plate to ensure charging when the car-carrying plate moves The attached cable of the gun and the electric vehicle are relatively static. It is especially suitable for free charging of electric vehicles on any platform in a three-story or high-rise lift and traverse garage, which brings great convenience to the charging of new energy vehicles on a three-dimensional garage. It has a simple structure, The utility model has the advantages of convenient operation, energy saving and time saving, safety and reliability, low cost, low maintenance cost, strong practicability, easy acceptance by users, and convenient popularization and application.

The scope of protection of the utility model is not limited to the technical solutions disclosed in the specific embodiments. The above description is only a preferred embodiment of the utility model, and does not limit the utility model. Modifications, equivalent replacements and improvements shall all be included within the scope of protection of the technical solution of the utility model.

Claims (3)

1. A charging device for electric vehicles in a multi-storey lift-and-slide type three-dimensional garage, including a garage bracket (3), a traverse frame (4) and a lift-carrying plate (9), characterized in that: it also includes Charging pile (1), charging pile connecting cable (2), charging contactor slot surface (5), charging contactor tenon surface (6), charging gun (7) and charging gun bracket (8), the charging contactor The slot surface (5) of the charging contactor is set at the bottom of the traversing frame (4), and the charging contactor slot surface (5) is connected to the charging pile ( 1); the tenon surface (6) of the charging contactor, the charging gun (7) and the charging gun bracket (8) are arranged on the upper part of the lifting vehicle plate (9), and the fixed position of the groove surface (5) of the charging contactor Corresponding to the up and down movement position of the tenon surface (6) of the charging contactor, the tenon surface (6) of the charging contactor moves upward with the lifting vehicle plate (9), and will be inserted into the groove surface (5) of the charging contactor for conduction The power supply is further connected to the charging gun (7) through the charging gun cable (10) to realize the charging of the electric vehicle. 2. The charging device for electric vehicles in a multi-storey lifting and traversing three-dimensional garage according to claim 1, characterized in that: a plurality of chutes are arranged on the surface of the charging contactor groove (5), and The elastic contact piece in the chute is provided with a tenon surface matching the chute on the surface of the tenon surface (6) of the charging contactor, and is inserted into the charging contactor through the tenon surface (6) The power supply is conducted in the groove surface (5) of the contactor. 3. The charging device for electric vehicles in a multi-storey lifting and traversing type three-dimensional garage according to claim 2, characterized in that: the elastic contact piece in the chute is set as a copper piece.