阅读说明：本技术 一种新能源汽车轮胎充气装置 (New energy automobile tire aerating device ) 是由 戴志梅 于 2021-08-21 设计创作，主要内容包括：本发明公开了一种新能源汽车轮胎充气装置,所述新能源汽车轮胎充气装置包括：底座；在所述底座外部设置有作业台组件,用于车辆的承压支撑；补气装置,所述补气装置设置在作业台组件外部；至少四组轮胎养护组件,所述轮胎养护组件设置在补气装置外部；其中,所述补气装置包括：稳定抬升组件,所述稳定抬升组件设置在作业台组件外部,用于车辆的稳定抬升；充气组件,所述充气组件设置在稳定抬升组件外部,用于车辆的补气增压,本装置内部补气装置可对不同轴距、不同轮胎规格的车辆进行稳定充气,提高了设备的使用范围和维护效率,同时,内部设置有轮胎养护组件与充电组件,进一步提高了车辆充气时的功能性。(The invention discloses a new energy automobile tire inflation device, which comprises: a base; the outer part of the base is provided with an operation platform assembly for bearing and supporting the vehicle; the air supply device is arranged outside the operation platform assembly; at least four sets of tire maintenance assemblies disposed outside the air supplement device; wherein, the air supplement unit includes: the stable lifting assembly is arranged outside the operation platform assembly and used for stably lifting the vehicle; the inflation assembly is arranged outside the stable lifting assembly and used for air supplement and pressurization of the vehicle, the internal air supplement device of the device can stably inflate the vehicles with different wheel bases and different tire specifications, the use range and the maintenance efficiency of the device are improved, meanwhile, the tire maintenance assembly and the charging assembly are arranged inside the device, and the functionality of the vehicle during inflation is further improved.)

1. A new energy automobile tire inflation device is characterized by comprising:

a base (1);

the outer part of the base (1) is provided with a workbench component (2) for bearing and supporting a vehicle;

the air supply device (3) is arranged outside the operation platform assembly (2) and used for stably introducing inflation of the vehicle;

the four sets of tire maintenance assemblies (6), the tire maintenance assemblies (6) are arranged outside the air supply device (3) and are used for cleaning and maintaining the tire treads of the tires;

wherein the air supply device (3) comprises:

the stable lifting assembly (4) is arranged outside the workbench assembly (2) and used for stably lifting the vehicle;

and the inflation assembly (5) is arranged outside the stable lifting assembly (4) and used for air supplement and pressurization of the vehicle.

2. The new energy automobile tire inflation device according to claim 1, wherein the workbench assembly (2) comprises:

a work table (202);

the front frame body (201) and the rear frame body (203) are positioned outside the operation platform (202) and are used for the connection of the driving-in and the driving-out of the vehicle;

the positioning convex belts (204) are arranged outside the rear frame body (203) and used for positioning and correcting the driving of the vehicle;

the lifting device comprises at least two communication grooves (205), wherein the communication grooves (205) are arranged inside a workbench (202) and used for stabilizing the communication installation of the lifting assembly (4);

the four arc-shaped positioning grooves (206), the arc-shaped positioning grooves (206) are arranged outside the workbench (202) and used for limiting induction of vehicle tires;

and the dust collecting piece is positioned inside the workbench (202) and is used for directionally collecting impurity dust during tire maintenance.

3. The new-energy automobile tire inflation device according to claim 1, characterized in that the stabilizing and lifting assembly (4) comprises:

at least two hydraulic columns (401);

an underframe (402) located outside the hydraulic column (401) for connecting support of the vehicle chassis frame;

an anti-slip layer (405) located on the outside of the chassis (402);

at least two first motors (403), the first motors (403) being arranged inside the chassis (402);

and the limiting expansion bracket (404) is positioned outside the first motor (403) and is used for being matched with the first motor (403) to limit and fix the tire.

4. The new-energy automobile tire inflation device according to claim 1, wherein the inflation assembly (5) comprises:

the air pump (501), the said air pump (501) is set up in the inside of work station (202);

an air pipe (502) and a connecting valve (503) which are positioned outside the air pump (501);

the limiting groove frame (504) is arranged outside the operation platform (202) and used for limiting and installing the air pipe (502).

5. The new energy automobile tire inflation device according to claim 1, wherein the tire maintenance assembly (6) comprises:

the adjusting assembly (7), the adjusting assembly (7) is connected with the workbench (202) and is used for moving and adjusting the external assembly;

the cleaning assembly (8) is connected with the adjusting assembly (7) and used for being matched with the adjusting assembly (7) to clean the wheel body.

6. The new-energy automobile tire inflation device according to claim 5, characterized in that the adjusting assembly (7) comprises:

a first connecting chute (701), the first connecting chute (701) being disposed outside the work table (202);

a first electric slide carriage (702) positioned outside the first connecting chute (701) and used for matching the first connecting chute (701) to adjust the transverse position of the cleaning component (8);

an electric telescopic frame (703), wherein the electric telescopic frame (703) is arranged outside the first electric sliding seat (702) and is used for adjusting the longitudinal position of the cleaning assembly (8);

a connecting arm (704) located outside the electric telescopic frame (703) and used for connecting and supporting the cleaning assembly (8);

a second fan (705), said second fan (705) being arranged outside the connecting arm (704) for negative pressure driving inside the cleaning assembly (8).

7. The new-energy automobile tire inflation device according to claim 5, wherein the cleaning assembly (8) comprises:

a drive ring frame (801), wherein the drive ring frame (801) is connected with the connecting arm (704);

the second filter screen frame (802) is positioned inside the driving ring frame (801) and is used for being matched with an external second fan (705) to collect impurities;

at least three first cleaning ring mounts (803), the first cleaning ring mounts (803) being disposed outside the drive ring mounts (801);

a first cleaning loop (804) located outside the first cleaning loop holder (803);

a spring member (805) located outside the first cleaning ring frame (803) for tire stability detection;

at least three second cleaning ring frames (806), the second cleaning ring frames (806) being arranged outside the driving ring frame (801);

and the second cleaning looped pile (807) is positioned outside the second cleaning looped frame (806) and is used for matching with the first cleaning looped pile (804) to carry out all-round cleaning outside the wheel body.

8. The new-energy automobile tire inflation device according to claim 1, further comprising:

the charging assembly (9), the charging assembly (9) is arranged outside the base (1) and used for charging and supplying the new energy vehicle; the charging assembly (9) comprises:

the frame body (901), the frame body (901) is arranged outside the base (1);

the transformer (902) is positioned outside the frame body (901) and is used for the transformation connection of external power supply equipment;

a front charging gun (903) positioned at the front end of the frame body (901);

at least two groups of rear charging pieces, wherein the rear charging pieces are arranged on the outer side of the frame body (901); the rearmounted piece that charges includes:

the second connecting sliding chute (904), the second connecting sliding chute (904) is arranged outside the frame body (901);

a second electric slide carriage (905) located outside the second connecting chute (904);

a rear charging gun (906), the rear charging gun (906) connected to a second electric slide (905).

Technical Field

The invention relates to the new energy automobile industry, in particular to a new energy automobile tire inflation device.

Background

With the progress of science and technology, the new energy automobile gradually replaces the traditional fuel oil automobile, the new energy automobile adopts unconventional automobile fuel as a power source, integrates advanced technologies in the aspects of power control and driving of the automobile, forms an automobile with advanced technical principle, new technology and new structure, and the existing new energy automobile is mostly an electric automobile.

When a new energy automobile tire is inflated, most of the existing devices have single functionality, so that the new energy automobile tire inflation device is urgently needed to be developed for improving multiple synchronous curing of tires.

Disclosure of Invention

The invention aims to provide a new energy automobile tire inflation device to solve the problems in the background technology.

In order to achieve the purpose, the invention provides the following technical scheme:

a new energy automobile tire inflation device comprises:

a base;

the outer part of the base is provided with an operation platform assembly for bearing and supporting the vehicle;

the air supplement device is arranged outside the operation platform assembly and used for stably introducing inflation of the vehicle;

the tire maintenance assemblies are arranged outside the air supply device and used for cleaning and maintaining the tire treads of the tires;

wherein, the air supplement unit includes:

the stable lifting assembly is arranged outside the operation platform assembly and used for stably lifting the vehicle;

and the inflation assembly is arranged outside the stable lifting assembly and used for air supplement and pressurization of the vehicle.

Compared with the prior art, the invention has the beneficial effects that: this device reasonable in design, inside air supplement unit can stabilize the vehicle of aerifing of different wheel base, different tire specifications, has improved the application range and the maintenance efficiency of equipment, and simultaneously, inside is provided with tire maintenance subassembly and the subassembly that charges, has further improved the functional when vehicle aerifys, has improved the not enough of current device, has higher practicality and market prospect, is fit for using widely on a large scale.

Drawings

Fig. 1 is a schematic structural diagram of a new energy automobile tire inflation device.

Fig. 2 is a top view of a new energy automobile tire inflation device.

Fig. 3 is a schematic structural diagram of a cleaning assembly in a new energy automobile tire inflation device.

Fig. 4 is a schematic structural diagram of a workbench assembly in a new energy automobile tire inflation device.

Fig. 5 is a partial structural diagram of a portion a in fig. 1.

In the figure: 1-a base, 2-a workbench component, 3-an air supplement device, 4-a stable lifting component, 5-an air inflation component, 6-a tire maintenance component, 7-an adjusting component, 8-a cleaning component, 9-a charging component, 201-a front rack body, 202-a workbench, 203-a rear rack body, 204-a positioning convex belt, 205-a communication groove, 206-an arc positioning groove, 207-a first filter screen rack, 208-a first fan, 209-a dust collection bin, 401-a hydraulic column, 402-a bottom rack, 403-a first motor, 404-a limiting expansion rack, 405-an anti-skidding layer, 501-an air pump, 502-an air pipe, 503-a connecting valve, 504-a limiting groove rack, 701-a first connecting sliding groove, 702-a first electric sliding seat, 703-an electric telescopic frame, 704-a connecting arm, 705-a second fan, 801-a driving ring frame, 802-a second filter screen frame, 803-a first cleaning ring frame, 804-a first cleaning looped pile, 805-a spring part, 806-a second cleaning ring frame, 807-a second cleaning looped pile, 901-a frame body, 902-a transformer, 903-a front charging gun, 904-a second connecting chute, 905-a second electric sliding seat and 906-a rear charging gun.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

A new energy automobile tire inflation device, as shown in fig. 1, in one embodiment of the present invention, the new energy automobile tire inflation device comprises: a base 1; the outer part of the base 1 is provided with a workbench component 2 for bearing and supporting the vehicle; the air supply device 3 is arranged outside the operation platform assembly 2, and is used for stably introducing inflation of the vehicle; at least four groups of tire maintenance assemblies 6, wherein the tire maintenance assemblies 6 are arranged outside the air supply device 3 and are used for cleaning and maintaining the tire treads; wherein, the air supplement device 3 comprises: the stable lifting assembly 4 is arranged outside the workbench assembly 2, and is used for stably lifting the vehicle; and the inflation assembly 5 is arranged outside the stable lifting assembly 4 and used for supplementing air and pressurizing the vehicle.

In one embodiment of the invention:

as shown in fig. 2 and 4, the work table assembly 2 includes: a work table 202; the front frame body 201 and the rear frame body 203 are positioned outside the workbench 202 and are used for the connection of the driving-in and the driving-out of the vehicle; the positioning convex belts 204 are arranged outside the rear frame body 203 and used for positioning and correcting the driving of the vehicle; at least two communicating grooves 205, the communicating grooves 205 being arranged inside the workbench 202 for stabilizing the communicating installation of the lifting assembly 4; the four arc-shaped positioning grooves 206 are arranged outside the workbench 202, and are used for limiting induction of vehicle tires;

a dust collecting member located inside the work table 202 for directional collection of foreign dust during tire maintenance; the dust collecting member includes: a first strainer tray 207, the first strainer tray 207 being provided outside the work table 202; a first fan 208 and a dust collection bin 209 which are positioned inside the workbench 202, wherein the first fan 208 is connected with the dust collection bin 209;

the vehicle for inflation maintenance is driven into the operation platform 202 from the rear frame body 203, the front wheel drives in along the positioning convex belt 204 during driving, the accurate driving position of the wheel can be ensured, and after the vehicle drives into the operation platform 202, the tire is arranged at the arc-shaped positioning groove 206 arranged at the outer side of the operation platform 202, and then the subsequent operation can be started;

in addition, the flat ground can be inflated and maintained, and the operation platform assembly 2 can facilitate an external operator to observe the tire and timely treat a maintenance point required by the tire.

In one embodiment of the invention:

as shown in fig. 1 to 2, the stabilizing and lifting assembly 4 comprises: at least two hydraulic columns 401; a chassis 402 located outside the hydraulic column 401 for connection support of the vehicle chassis frame; a slip resistant layer 405 on the outside of the chassis 402; at least two first motors 403, the first motors 403 being arranged inside the chassis 402; the limiting expansion bracket 404 is positioned outside the first motor 403 and is used for limiting and fixing the tire by matching with the first motor 403;

after a vehicle drives into a fixed position, an external underframe 402 is driven by hydraulic columns 401 at two sides to jack beams at two sides of a wheel chassis, the vehicle is lifted to a certain height, then a limiting expansion bracket 404 connected with the external underframe is driven by first motors 403 at two sides to extend outwards and extend to the outer side of a tire to limit and fix the tire, a rubber part is arranged at the outer side of the limiting expansion bracket 404 and used for improving the friction force between the limiting expansion bracket 404 and the tire, after the vehicle is used, the operation is performed reversely, and the stable lifting assembly 4 is reset;

in addition, accessible lifting frame replaces stabilize lifting subassembly 4, stabilize lifting subassembly 4 and can carry out stable operation to the tire, be convenient for cooperate outside aeration component 5 to carry out aeration operation, prevent that the tire from rotating when aerifing, damaging the inflation equipment.

In one embodiment of the invention:

as shown in fig. 5, the inflation assembly 5 includes: the air pump 501 is arranged inside the workbench 202; an air pipe 502 and a connecting valve 503 which are positioned outside the air pump 501; the limiting groove frame 504 is arranged outside the workbench 202, and is used for limiting and mounting the air pipe 502;

after the wheel body of the vehicle is fixed, the air pipe 502 is taken down from the limiting groove frame 504 according to the position of the air valve, the connecting valves 503 at all positions are connected with the air valve, then the air pump 501 is driven to operate through external control equipment (not shown in the figure), an air pressure sensor is arranged inside the connecting valve 503, and when the internal pressure reaches a set range, the air pump 501 stops operating, and the inflation operation is completed.

In one embodiment of the invention:

as shown in fig. 1 to 2, the tire maintenance assembly 6 includes: the adjusting assembly 7 is connected with the workbench 202 and used for moving and adjusting the external assembly; the cleaning component 8 is connected with the adjusting component 7 and is used for matching with the adjusting component 7 to clean the wheel body;

according to the vehicle wheel base and the wheel body specification of driving into operation platform 202, adjust the operation position of being connected clean subassembly 8 with it through outside adjusting part 7, then carry out the outside cleaning process of wheel body through clean subassembly 8, simultaneously when carrying out cleaning process, still can carry out wheel body location detection through the subassembly of the inside setting of clean subassembly 8, prevent that the wheel body from taking place the skew after carrying out long-term use, have the potential safety hazard.

In one embodiment of the invention:

as shown in fig. 1, the adjusting assembly 7 includes: a first connecting chute 701, the first connecting chute 701 being disposed outside the work table 202; a first electric slide carriage 702 located outside the first connecting chute 701, for performing lateral position adjustment of the cleaning assembly 8 in cooperation with the first connecting chute 701; an electric telescopic frame 703, the electric telescopic frame 703 is arranged outside the first electric sliding base 702 and used for adjusting the longitudinal position of the cleaning assembly 8; a connecting arm 704 located outside the electric telescopic frame 703 for connecting and supporting the cleaning assembly 8; a second fan 705, said second fan 705 being arranged outside the connecting arm 704 for negative pressure drive inside the cleaning assembly 8;

horizontal position through the clean subassembly 8 of the adjustable outside of first electronic slide 702, vertical position through the clean subassembly 8 of the adjustable electronic expansion bracket 703 of outside, the outside is provided with control system, carry out automatically controlled drive control to first electronic slide 702 and electronic expansion bracket 703, realize accurate control, the second fan 705 of outside setting can be for the inside negative pressure that provides of clean subassembly 8, the raise dust that produces when cleaning the subassembly 8 is collected and is handled, the dust collection piece that cooperation operation platform 202 middle part set up, the cleanliness factor of operational environment has further been improved.

In one embodiment of the invention:

as shown in fig. 3, the cleaning assembly 8 includes: the driving ring frame 801 is connected with the connecting arm 704; a second screen frame 802 positioned inside the driving ring frame 801 and used for matching with an external second fan 705 to collect impurities; at least three first cleaning ring frames 803, the first cleaning ring frames 803 being disposed outside the driving ring frame 801; a first cleaning loop stack 804 located outside the first cleaning loop frame 803; a spring member 805 outside the first cleaning ring frame 803 for tire stability detection; at least three second cleaning ring frames 806, said second cleaning ring frames 806 being arranged outside the drive ring frame 801; a second cleaning ring 807 located outside the second cleaning ring frame 806 for performing wheel body outside omni-directional cleaning in cooperation with the first cleaning ring 804;

three first cleaning ring frames 803 and three second cleaning ring frames 806 are alternately arranged outside the driving ring frame 801, a motor (not shown in the figure) is arranged inside the driving ring frame 801 and can drive the driving ring frame 801 to rotate, electric roller shafts are respectively connected and arranged inside the first cleaning ring piles 804 and the second cleaning ring piles 807 and are used for driving the external ring piles to rotate, when cleaning is carried out, the driving ring frame 801 rotates, the electric roller shafts drive the external ring frames and the ring piles to rotate, dirt on the outer side of the wheel body is cleaned, meanwhile, when the driving ring frame 801 rotates, spring pieces 805 arranged inside the first cleaning ring frames 803 sense pressure values fed back from various places outside the tire, sensors are externally connected with the spring pieces 805, when the sensed pressure values of the three spring pieces 805 are the same, the position of the tire does not need to be adjusted and reset, and when the sensed pressure values of the three spring pieces 805 are different, the tires need to be repositioned and installed;

in addition, the tire can be cleaned from the outside through the air gun, the tire maintenance assembly 6 can be properly adjusted according to the positions of the tires of different vehicles, the cleaning effect is good, and meanwhile, the tire position can be effectively detected while cleaning is carried out, so that the tire is prevented from deviating after long-term use.

In one embodiment of the invention:

as shown in fig. 1, the new energy automobile tire inflation device further includes: the charging assembly 9 is arranged outside the base 1, and is used for charging and replenishing the new energy vehicle; the charging assembly 9 includes: the frame body 901 is arranged outside the base 1; a transformer 902 located outside the frame 901 for voltage transformation connection of an external power supply device; a front charging gun 903 positioned at the front end of the frame body 901; at least two groups of rear charging pieces, which are arranged outside the frame body 901; the rearmounted piece that charges includes: a second connecting chute 904, wherein the second connecting chute 904 is arranged outside the frame body 901; a second electric slider 905 positioned outside the second connecting chute 904; a rear charging gun 906, the rear charging gun 906 being connected to a second electric slide 905;

the front charging gun 903 and the rear charging gun 906 are connected with the transformer 902 through extension lines, when the vehicle tire is inflated and maintained, a proper charging gun can be selected in advance according to the vehicle charging position for power supplement, tire maintenance is performed synchronously, and the vehicle maintenance efficiency is further improved.

In conclusion, the internal air supplement device 3 of the device can stably inflate vehicles with different wheelbases and different tire specifications, the use range and the maintenance efficiency of equipment are improved, meanwhile, the tire maintenance assembly 6 and the charging assembly 9 are arranged inside the device, and the functionality of the vehicles during inflation is further improved.

The working principle of the invention is as follows: in order to ensure accurate driving positions of the wheels, the front wheels drive in along the positioning convex belts 204 when the wheels drive in, after the wheels drive in the operation platform 202, the tires are arranged at the arc-shaped positioning grooves 206 arranged at the outer side of the operation platform 202, the subsequent operation can be started, the inflation maintenance treatment can be carried out on the flat ground, and the operation platform assembly 2 can be convenient for external operators to observe the tires and timely treat maintenance points required by the tires; after a vehicle drives into a fixed position, an external underframe 402 is driven by hydraulic columns 401 at two sides to jack beams at two sides of a wheel chassis, the vehicle is lifted to a certain height, then a limiting expansion bracket 404 connected with the external underframe is driven by first motors 403 at two sides to extend outwards and extend to the outer side of a tire to limit and fix the tire, a rubber part is arranged at the outer side of the limiting expansion bracket 404 and used for improving the friction force between the limiting expansion bracket 404 and the tire, after the vehicle is used, the operation is performed reversely, a stable lifting assembly 4 is reset, the stable lifting assembly 4 can be replaced by the lifting bracket, the stable lifting assembly 4 can perform stable operation on the tire, the inflation operation is performed by matching with an external inflation assembly 5, and the tire is prevented from rotating and damaging inflation equipment during inflation; after the wheel body of the vehicle is fixed, the air pipe 502 is taken down from the limiting groove frame 504 according to the position of the air valve, the connecting valves 503 at all positions are connected with the air valve, then the air pump 501 is driven to operate through external control equipment (not shown in the figure), an air pressure sensor is arranged inside the connecting valve 503, and when the internal pressure reaches a set range, the air pump 501 stops operating, and the inflation operation is completed; according to the wheel base and wheel body specification of the vehicle driven into the working platform 202, the working position of the cleaning component 8 connected with the external adjusting component 7 is adjusted, then, the cleaning process of the outside of the wheel body is carried out by the cleaning assembly 8, and simultaneously with the cleaning process, the wheel body can also be positioned and detected by the component arranged in the cleaning component 8, so as to prevent the wheel body from shifting after long-term use and having potential safety hazard, according to the wheel base and wheel body specification of the vehicle driven into the working platform 202, the working position of the cleaning component 8 connected with the external adjusting component 7 is adjusted, then, the cleaning process of the outside of the wheel body is carried out by the cleaning assembly 8, and simultaneously with the cleaning process, the wheel body can be positioned and detected through the component arranged in the cleaning component 8, so that the wheel body is prevented from shifting after being used for a long time, and potential safety hazards exist;

three first cleaning ring frames 803 and three second cleaning ring frames 806 are alternately arranged outside the driving ring frame 801, a motor (not shown in the figure) is arranged inside the driving ring frame 801 and can drive the driving ring frame 801 to rotate, electric roller shafts are respectively connected and arranged inside the first cleaning ring piles 804 and the second cleaning ring piles 807 and are used for driving the external ring piles to rotate, when cleaning is carried out, the driving ring frame 801 rotates, the electric roller shafts drive the external ring frames and the ring piles to rotate, dirt on the outer side of the wheel body is cleaned, meanwhile, when the driving ring frame 801 rotates, spring pieces 805 arranged inside the first cleaning ring frames 803 sense pressure values fed back from various places outside the tire, sensors are externally connected with the spring pieces 805, when the sensed pressure values of the three spring pieces 805 are the same, the position of the tire does not need to be adjusted and reset, and when the sensed pressure values of the three spring pieces 805 are different, the tire needs to be repositioned and installed, the outer side of the tire can be cleaned through the air gun, the tire maintenance assembly 6 can be properly adjusted according to the positions of different vehicle tires, the cleaning effect is good, and meanwhile, the tire position can be effectively detected while cleaning is carried out, so that the tire is prevented from deviating after long-term use; the tire can be cleaned outside through the air gun, the tire maintenance assembly 6 can be properly adjusted according to the positions of different vehicle tires, the cleaning effect is good, and meanwhile, when the tire maintenance assembly is cleaned, the tire position can be effectively detected, and the tire is prevented from deviating after being used for a long time.