CN207120737U - A kind of vehicle maintenance platform - Google Patents

Abstract

A vehicle maintenance stand, which relates to the technical field of vehicle engineering, includes a lifting platform, a maintenance platform, a base, a tool box and a power box. The side of the vertical board is connected with the tool box and the power box, the notches of the two grooved horizontal boards are all facing the bottom surface, the grooved horizontal boards are embedded with walking wheels, and the upper part of the grooved horizontal board is equipped with a lifting platform and maintenance The platform, lifting platform and maintenance platform are arranged left and right, and a set of telescopic compensators are respectively connected between the lifting platform and the two trough-shaped horizontal plates; There are two lifting platforms inside, and the bottom ends of the two lifting platforms pass through the maintenance platform to connect with a group of driving cylinders, and pressure sensors are embedded on the surface of the lifting platform. The vehicle maintenance station not only ensures the stability, safety and comfort of vehicle maintenance, but also achieves the purpose of both indoor and outdoor operations, and is suitable for large-scale promotion.

Description

A vehicle maintenance station

Technical field:

The utility model relates to the technical field of vehicle engineering, in particular to a vehicle maintenance platform.

Background technique:

Car repair is to check the faulty car through technical means, find out the cause of the fault, and take certain measures to eliminate the fault and restore it to a certain performance and safety standard. Car repair includes car overhaul and car minor repair. The method of repairing or replacing auto parts, restores the intact technical condition of the car and restores the life of the car. Auto minor repair refers to the method of replacing or repairing individual parts to ensure or restore the operational repair of the car's working ability.

Car maintenance needs to be carried out on the maintenance platform, and the existing maintenance platform has a single function, and the location of the vehicle breaking down in the field is random and unpredictable. How to quickly repair the vehicle breaking down in the field has become a major problem in the field driving of the vehicle. .

Utility model content:

The purpose of this utility model is to overcome the shortcomings of the above-mentioned prior art, and provide a vehicle maintenance station, which has comprehensive functions, convenient installation, easy maintenance, and easy movement, which can be used indoors and outdoors, and at the same time achieves a good safety.

In order to solve the existing problems in the background technology, the utility model adopts the following technical scheme: it includes a lifting platform, a maintenance platform, a base, a tool box and a power box, and the base consists of two parallel grooved horizontal plates and a vertical plate. It is vertically spliced side by side. The side of the vertical plate is connected with the tool box and the power box. The power box is equipped with a power box and a power cylinder. The top of the power box is equipped with a first push-pull rod and a second push-pull rod. There is a transition piece, and a transmission rod is provided on the transition piece; the notches of the two grooved horizontal plates are all facing the bottom surface, and the grooved horizontal plates are embedded with walking wheels, and the upper part of the grooved horizontal plate is equipped with a lifting platform and a maintenance platform. The lifting platform and the maintenance platform are arranged on the left and right. A set of telescopic compensators are respectively connected between the lifting platform and the two grooved horizontal plates. , Telescopic compensator outer tube A, telescopic compensator inner tube B and telescopic compensator outer tube B, telescopic compensator outer tube A and telescopic compensator outer tube B are in a symmetrical cross shape, telescopic compensator outer tube A and telescopic compensator One end of the outer tube B cooperates with the inner tube A of the telescopic compensator and the inner tube B of the telescopic compensator respectively. The other end of the inner tube A of the telescopic compensator and the inner tube B of the telescopic compensator is connected to the bottom of the lifting platform. There is a supporting beam between the outer tubes of the two sets of telescopic compensators, and an auxiliary compensator is provided between the supporting beam and the connecting shaft to assist in compensation. The device is connected to one end of the lifting cylinder through a rotating block, the other end of the lifting cylinder is connected to the base, and the oil inlet of the lifting cylinder is connected to the power cylinder through a pipeline; the bottom of the maintenance platform is connected to two grooved horizontal plates through two support columns, respectively. There are two lifting platforms inside the maintenance platform, and the two lifting platforms are equipped with anti-skid lines. The surface of the type horizontal plate is connected, the oil inlets of the two sets of driving cylinders are connected with the power cylinders through pipelines, and pressure sensors are embedded on the lifting table.

The intersection of the outer tube A of the expansion compensator and the outer tube B of the expansion compensator corresponding to the two sets of expansion compensators passes through the connecting shaft.

The tool box is provided with a flashing light, the flashing light is connected with the controller through the wire, and the controller is connected with the pressure sensor through the wire.

There are several walking wheels, each of which is provided with a stop and lock device.

The tool box is built with auto repair and maintenance tools.

The first push-pull rod controls the lifting cylinder; the second push-pull rod controls two sets of drive cylinders.

The beneficial effects of the utility model are comprehensive functions and convenient installation:

1) When the car breaks down in the field, the telescopic compensator and the lifting cylinder are used to lift the car up to the maintenance platform, which solves the problem that the vehicle cannot be lifted to the maintenance platform when the vehicle breaks down in the field;

2) The maintenance platform is used to maintain the vehicle, and there is a lifting platform on the maintenance platform, which can raise the vehicle for maintenance work;

3) Use the flashing light to connect with the pressure sensor through the controller. When the maintenance station is working, the flashing light is on to warn the surrounding or staff that the maintenance station is in working condition;

4) Traveling wheels are used to facilitate the movement of the maintenance platform, and the walking wheels are equipped with a stop and lock device, which plays a good role in stabilizing the maintenance platform.

The vehicle maintenance station has multiple purposes, which ensures the stability, safety and comfort of vehicle maintenance, and at the same time achieves the purpose of both indoor and outdoor operations, thereby solving the problem of vehicle breakdown in the field. It is suitable for Mass promotion.

Description of drawings:

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

Fig. 2 is a right view of the utility model;

Fig. 3 is a top view of the utility model.

Detailed ways:

With reference to each figure, the utility model specifically adopts the following embodiments: including a lifting platform 1, a maintenance platform 2, a base 27, a tool box 11 and a power box 22, the base 27 is composed of two parallel grooved horizontal plates and a vertical The boards 10 are vertically spliced side by side, and the side of the vertical board 10 is connected with the tool box 11 and the power box 22. The power box 22 is provided with a power supply box and a power cylinder 23, and the top of the power box 22 is provided with a first push-pull rod 12. and the second push-pull rod 21, the bottom of the vertical plate 10 is provided with a transition piece 19, and the transition piece 19 is provided with a transmission rod 20; 24. Lifting platform 1 and maintenance platform 2 are arranged above the trough-shaped horizontal plate. The lifting platform 1 and maintenance platform 2 are arranged on the left and right. A set of telescopic compensators are respectively connected between the lifting platform 1 and the two trough-shaped horizontal plates. Two sets of telescopic The compensators are movably connected by the connecting shaft 26, and the telescopic compensator includes the inner pipe A8 of the telescopic compensator, the outer pipe A7 of the telescopic compensator, the inner pipe B14 of the telescopic compensator, the outer pipe B5 of the telescopic compensator, the outer pipe A7 of the telescopic compensator and the outer pipe A7 of the telescopic compensator. The outer tube B5 of the telescopic compensator is in a symmetrical cross shape, one end of the outer tube A7 of the telescopic compensator and the outer tube B5 of the telescopic compensator cooperate with the inner tube A8 of the telescopic compensator and the inner tube B14 of the telescopic compensator respectively, and the outer tube of the telescopic compensator A7 The other end of the outer tube B5 of the telescopic compensator is connected to the surface of the grooved horizontal plate, the other end of the inner tube A8 of the telescopic compensator and the other end of the inner tube B14 of the telescopic compensator are connected to the bottom of the lifting platform 1, and the two sets of outer tubes of the telescopic compensator There is a support beam 16 between them, and an auxiliary compensator 15 is provided between the support beam 16 and the connecting shaft 26. The auxiliary compensator 15 is connected to one end of the lifting cylinder 18 through the rotating block 6, and the other end of the lifting cylinder 18 is connected to the base 27. The oil inlet of the lift cylinder 18 is connected to the power cylinder 23 through a pipeline; the bottom end of the maintenance platform 2 is respectively connected to two grooved horizontal plates through two support columns 17, and the maintenance platform 2 is provided with two lifting platforms 3, two lifting platforms There are anti-slip lines 25 on the platform 3, and the bottom ends of the two lifting platforms 3 pass through the maintenance platform 2 and are connected to a group of driving cylinders 9, and the bottom ends of the two groups of driving cylinders 9 are respectively connected to the surfaces of two grooved horizontal plates. The oil inlets of the two groups of drive cylinders 9 are connected with the power cylinder 23 through pipelines, and pressure sensors 4 are embedded on the lifting platform 3 table tops. The intersection of the telescopic compensator outer tube A7 and the telescopic compensator outer tube B5 corresponding to the two groups of telescopic compensators passes through the connecting shaft 26 . The toolbox 11 is provided with a flashing light 13, the flashing light 13 is connected to the controller through a wire, and the controller is connected to the pressure sensor 4 through a wire. Described road wheel 24 numbers are provided with several, and each road wheel 24 is all provided with stop-stop locking device. Described tool box 11 is built-in auto repair maintenance tool. The first push-pull rod 12 controls the lifting cylinder 18; the second push-pull rod 21 controls two sets of drive cylinders 9.

When the vehicle maintenance platform is in use, when the lifting platform 1 is not in use, it will fall to the lowest point. When the lifting platform 1 is in use, the vehicle that needs to be repaired will be moved to the lifting platform 1, that is, the lifting platform 1 will extend into the bottom of the car and pass through the power box. The power cylinder 23 in 22 supplements energy for the lifting cylinder 18, operates the lifting cylinder 18 through the first push-pull rod 12, starts the lifting cylinder 18, and then works through the telescopic compensator connected with the connecting shaft 26 and the rotating block 6 to lift the lifting platform 1 rises, and then the car on the lifting platform 1 is raised, and the lifting height of the lifting platform 1 is just in line with the maintenance platform 2, and then the vehicle that needs maintenance is moved to the maintenance platform 2 for maintenance. Two lifting platforms 3 are arranged on the maintenance platform 2, and the two lifting platforms 3 correspond to the tires of two rows of automobiles respectively. When the maintenance height of the bottom surface of the maintenance platform 2 is not enough, the two groups of driving cylinders 9 are operated through the second push-pull rod 21, Power cylinder 23 supplements energy for two groups of driving cylinders 9, and then lift platform 3 is raised to increase the maintenance height below maintenance platform 2, which is convenient for staff to perform maintenance.

Lifting platform 3 table tops are provided with anti-slip pattern 25, prevent the phenomenon that the vehicle to be repaired deviates and skids in the maintenance process.

When the car is on the lifting platform 3, the pressure sensor 4 senses the pressure and sends a signal to the controller, and the controller controls the flashing light 13 to light up to warn the staff or surrounding personnel that there is maintenance work here, pay attention to safety, please detour .

The lifting platform 1 has played two roles, and one is that the car needing maintenance is promoted to the maintenance platform 2;

When the repair station needs to ask for help outdoors, use the walking wheels 24 to promote the transmission rod 20, which plays the purpose of moving the repair station 2 and achieves the purpose that the repair station 2 can be used indoors and outdoors. The stop-stop locking device serves the purpose of stabilizing the maintenance process.

The power box 22 is provided with a power supply box, and the required power of this maintenance station 2 is provided by the power supply box.

Other tools for car maintenance are also housed in the tool box 11, which facilitates the placement and management of the tools, so as to avoid phenomena such as missing tools and incomplete tools during the maintenance process, and wasting maintenance time.

To sum up, the vehicle maintenance platform has comprehensive functions and is easy to install. When the vehicle breaks down in the field, the telescopic compensator and the lifting cylinder 18 are used to lift the vehicle to be level with the maintenance platform 2, which solves the problem that the vehicle cannot be lifted to the maintenance platform when the vehicle breaks down in the field. The problem of platform 2; the maintenance platform 2 is used to maintain the vehicle, and the maintenance platform is provided with a lifting platform 3, which can raise the vehicle for maintenance work; use the flashing light 13 to connect with the pressure sensor 4 through the controller. When maintenance platform 2 works, flashing light 13 lights up, so that warn around or staff, maintenance platform 2 is in working state; Adopt walking wheel 24, facilitate maintenance platform 2 to move, and walking wheel 24 is provided with stop locking device , played a good role in stabilizing the maintenance platform 2.

The vehicle maintenance station has multiple purposes, which ensures the stability, safety and comfort of vehicle maintenance, and at the same time achieves the purpose of both indoor and outdoor operations, thereby solving the problem of vehicle breakdown in the field. It is suitable for Mass promotion.

Claims (6)

1. A vehicle maintenance platform, including a lifting platform (1), a maintenance platform (2), a base (27), a tool box (11) and a power box (22), characterized in that: the base (27) consists of two A groove-shaped horizontal plate parallel to each other and a vertical plate (10) are vertically spliced edge-to-edge, and the side of the vertical plate (10) is connected with the tool box (11) and the power box (22). A power supply box and a power cylinder (23) are provided, a first push-pull rod (12) and a second push-pull rod (21) are provided on the top of the power box (22), and a transition piece (19) is provided at the bottom of the riser (10). The transition piece (19) is provided with a transmission rod (20); the notches of the two grooved horizontal plates are all facing the bottom surface, and the grooved horizontal plates are embedded with walking wheels (24), and a lifting platform is arranged above the grooved horizontal plate (1) and maintenance platform (2), lifting platform (1) and maintenance platform (2) are arranged left and right, a set of telescopic compensators are respectively connected between the lifting platform (1) and the two grooved horizontal plates, and two sets of telescopic compensators The telescopic compensators are movably connected by the connecting shaft (26). The telescopic compensator includes the telescopic compensator inner tube A (8), the telescopic compensator outer tube A (7), the telescopic compensator inner tube B (14) and the telescopic compensator outer tube Tube B (5), telescopic compensator outer tube A (7) and telescopic compensator outer tube B (5) are in a symmetrical cross shape, telescopic compensator outer tube A (7) and telescopic compensator outer tube B (5) One end is respectively matched with the inner tube A (8) of the telescopic compensator and the inner tube B (14) of the telescopic compensator, and the other end of the outer tube A (7) of the telescopic compensator and the outer tube B (5) of the telescopic compensator are matched with the groove shape The surface of the horizontal plate is connected, the other end of the inner tube A (8) of the telescopic compensator and the inner tube B (14) of the telescopic compensator are connected to the bottom of the lifting platform (1), and there is a support between the two sets of outer tubes of the telescopic compensator An auxiliary compensator (15) is provided between the beam (16), the supporting beam (16) and the connecting shaft (26). The auxiliary compensator (15) is connected to one end of the lifting cylinder (18) through the rotating block (6). The lifting cylinder (18) The other end is connected to the base (27), and the oil inlet of the lifting cylinder (18) is connected to the power cylinder (23) through a pipeline; Type horizontal plates are connected respectively, and there are two lifting platforms (3) inside the maintenance platform (2). The maintenance station (2) is connected to a group of driving cylinders (9), the bottom ends of the two groups of driving cylinders (9) are respectively connected to the surface of two grooved horizontal plates, and the oil inlets of the two groups of driving cylinders (9) are connected to the The power cylinder (23) is connected, and a pressure sensor (4) is embedded on the platform of the lifting platform (3). 2. A vehicle maintenance station according to claim 1, characterized in that: the intersection of the outer pipe A (7) of the telescopic compensator corresponding to the two sets of telescopic compensators and the outer pipe B (5) of the telescopic compensator pass through through connecting shaft (26). 3. A vehicle maintenance station according to claim 1, characterized in that: the tool box (11) is provided with a flashing light (13), the flashing light (13) is connected to the controller through a wire, and the controller is connected to the The pressure sensor (4) is connected. 4. A vehicle maintenance station according to claim 1, characterized in that there are several traveling wheels (24), and each traveling wheel (24) is provided with a stop-stop locking device. 5. The vehicle maintenance station according to claim 1, characterized in that: the tool box (11) has built-in auto repair tools. 6. The vehicle maintenance station according to claim 1, characterized in that: the first push-pull rod (12) controls the lifting cylinder (18); the second push-pull rod (21) controls two sets of driving cylinders (9).