阅读说明：本技术 一种车辆冲洗平台系统 (Vehicle flushing platform system ) 是由 王玲瑜 付卫涛 于 2021-06-08 设计创作，主要内容包括：本发明公开了一种车辆冲洗平台系统,包括清洗槽、设置在清洗槽上部的载车格栅、第一水泵和多个用于清洗的高压水喷嘴,所述高压水喷嘴通过第一管道和第一水泵相连；所述高压水喷嘴包括若干组底部喷嘴、若干组内部旋转喷嘴和/或若干组外部旋转喷嘴,所述底部喷嘴用于冲洗车辆的轮胎底面,外部旋转喷嘴用于冲洗车辆的外侧,内部旋转喷嘴用于冲洗车辆的底盘和轮胎内侧面,所述第一水泵为高压水泵。该车辆冲洗平台系统清洗质量高,水泵不易损坏,使用寿命长,节水环保效果好,自动化程度高,不占用人工。(The invention discloses a vehicle washing platform system which comprises a washing tank, a vehicle-carrying grille arranged at the upper part of the washing tank, a first water pump and a plurality of high-pressure water nozzles for washing, wherein the high-pressure water nozzles are connected with the first water pump through a first pipeline; the high-pressure water nozzle comprises a plurality of groups of bottom nozzles, a plurality of groups of internal rotating nozzles and/or a plurality of groups of external rotating nozzles, the bottom nozzles are used for washing the bottom surface of the tire of the vehicle, the external rotating nozzles are used for washing the outer side of the vehicle, the internal rotating nozzles are used for washing the chassis and the inner side surface of the tire of the vehicle, and the first water pump is a high-pressure water pump. The vehicle washing platform system has high washing quality, long service life, good water-saving and environment-friendly effects, high automation degree and no manual work.)

1. A vehicle washing platform system comprises a washing tank, a vehicle-carrying grille arranged at the upper part of the washing tank, a first water pump and a plurality of high-pressure water nozzles for washing, wherein the high-pressure water nozzles are connected with the first water pump through a first pipeline; the high-pressure water spray nozzle is characterized by comprising a plurality of groups of bottom spray nozzles, a plurality of groups of internal rotating spray nozzles and/or a plurality of groups of external rotating spray nozzles, wherein the bottom spray nozzles are used for washing the bottom surface of a tire of a vehicle, the external rotating spray nozzles are used for washing the outer side of the vehicle, the internal rotating spray nozzles are used for washing the chassis and the inner side surface of the tire of the vehicle, and the first water pump is a high-pressure water pump.

2. The vehicle wash platform system of claim 1, further comprising a left baffle, a right baffle, and a top plate, the left baffle and the right baffle being disposed on the left and right sides of the wash tank, respectively.

3. The vehicle wash platform system according to claim 1 or 2, further comprising a water circulation treatment system, the water circulation treatment system comprising a sedimentation tank for receiving the wash water from the wash tank, a sewage treatment device, and a first water storage tank, wherein the inlet of the sewage treatment device is connected to the sedimentation tank, the outlet of the sewage treatment device is connected to the first water storage tank, and the first water storage tank is connected to the first water pump.

4. The vehicle wash platform system according to claim 3, further comprising a second water pump, a filter and a second water tank between the first water pump and the first water pump, wherein the first water tank is connected to the second water tank via the second water pump and the filter, and the second water tank is connected to the first water pump.

5. The vehicle wash platform system according to claim 1 or 2, wherein the external swivel nozzles include a left low external swivel nozzle, a right low external swivel nozzle, a left high external swivel nozzle, and a right high external swivel nozzle, the left low external swivel nozzle and the right low external swivel nozzle being used for washing an outer end face of a tire and a hub of the vehicle, the left high external swivel nozzle and the right high external swivel nozzle being used for washing an outer side of a vehicle body.

6. The vehicle wash platform system according to claim 1 or 2, wherein the wash tank comprises a wash zone and a drain zone, and the vehicle carrying grille comprises a wash grille and a drain grille, wherein the wash grille corresponds to the wash zone and the drain grille corresponds to the drain zone.

7. The vehicle wash platform system of claim 2, further comprising a plurality of sets of top jets, the top jets comprising a left top jet and a right top jet; the top spray nozzle is obliquely arranged at the left side and the right side above a space formed by the left baffle, the right baffle and the top plate by 45 degrees, and the washing angle of the bottom spray nozzle is adjustable.

8. The vehicle wash platform system of claim 7, wherein the first water pump comprises a bottom water pump, an inner rotary nozzle water pump, an outer rotary nozzle water pump, and a top water pump, wherein the bottom water pump is coupled to the bottom nozzles, the inner rotary nozzle water pump is coupled to the inner rotary nozzles, the outer rotary nozzle water pump is coupled to the outer rotary nozzles, and the top water pump is coupled to the top nozzles.

9. The vehicle wash platform system of claim 1, further comprising a control system and a sensing device, the control system being connected to the first water pump and the sensing device, respectively.

10. The vehicle wash platform system according to claim 1 or 2, wherein the first water pump is a plunger pump; the inner rotating nozzles comprise a plurality of groups of left inner rotating nozzles and a plurality of groups of right inner rotating nozzles, the spraying angles of the left inner rotating nozzles face to the left upper part, and the left chassis and the inner side surface of a left tire of the vehicle are washed; the right inner rotary nozzle has a spray angle towards the upper right and washes the right chassis of the vehicle and the inner side of the right tire.

Technical Field

The invention relates to the technical field of cleaning of vehicles entering and exiting engineering, in particular to a vehicle washing platform system.

Background

With the improvement of the requirement of urban sanitary environment, the environmental control of construction sites and various industrial production processing entrances (such as cement plants, power plants, coal mine plants and the like) is more and more concerned by various social circles, taking construction engineering as an example, soil and the like carried in and out of vehicle tires on site need to be cleaned and then can be driven out of the construction site, otherwise, the pollution to roads along the street is serious. The traditional car washing equipment needs that a car passes through a car washing pool firstly and then is washed by a car washer, or a high-pressure water gun is manually operated to wash wheels; the car washer is higher to the requirement of place occupation of land, perhaps building site only is equipped with one kind in car washer or the carwash pond, and carwash pond and car washer although can wash the vehicle tire, cleaning quality is lower, and the unable whole sanitization of earth and the car washer that presss from both sides the sediment in tire and the tire need manual control to open and close, and the carwash mode is single, degree of automation is low and waste time and energy. Manual operation high-pressure squirt carries out the wheel and washs and account for the manual work, wastes time and energy, washs a sewage crossing current, influences the building site environment to several kinds of above-mentioned washing modes all need use a large amount of precious water resources, are unfavorable for the environmental protection.

The utility model discloses a patent application number is 201821968490.4's utility model discloses a vehicle washing system that building engineering car washer and carwash pond combined together, it cuts off infrared induction device in the vehicle advancing process when passing through and being close to the car washer, the automatic car washer water supply that gives of booster pump received signal in the tertiary sedimentation tank this moment, the vehicle walks in the carwash pond, wash the earth in the middle of tire and the tire, the earth of car washer shower nozzle washing tire side, infrared induction device signal source received signal again when the vehicle process and keep away from the car washer, close booster pump after the time delay (like 60s), the vehicle washs and accomplishes. Although the patent can automatically control the car washer to clean the car, the degree of automation is high, and the collection and the reutilization of the cleaning sewage can be realized. However, the car washer in the patent adopts the finished car washer to only set up the shower nozzle in bottom and both sides, and it is little to wash the pertinence, and the cleaning performance is poor, and during the in-service use, poor booster pump of sewage treatment effect, shower nozzle are very easily blockked up and lead to damaging even, and life is short.

Disclosure of Invention

The invention aims to provide a vehicle washing platform system which is high in washing quality, not easy to damage a water pump, long in service life, good in water-saving and environment-friendly effects, high in automation degree and free of manpower.

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

a vehicle washing platform system comprises a washing tank, a vehicle-carrying grille arranged at the upper part of the washing tank, a first water pump and a plurality of high-pressure water nozzles for washing, wherein the high-pressure water nozzles are connected with the first water pump through a first pipeline; the high-pressure water nozzle comprises a plurality of groups of bottom nozzles, a plurality of groups of internal rotating nozzles and/or a plurality of groups of external rotating nozzles, the bottom nozzles are used for washing the bottom surface of the tire of the vehicle, the external rotating nozzles are used for washing the outer side of the vehicle, the internal rotating nozzles are used for washing the chassis and the inner side surface of the tire of the vehicle, and the first water pump is a high-pressure water pump.

Preferably, still include left baffle, right baffle and roof, left baffle and right baffle set up respectively in the washing tank left and right sides.

Preferably, still include hydrologic cycle processing system, hydrologic cycle processing system is including being used for receiving sedimentation tank, sewage treatment plant and the first storage water tank of carwash sewage in the washing tank, sewage treatment plant's water inlet and sedimentation tank link to each other, and sewage treatment plant's delivery port and first storage water tank link to each other, and first storage water tank and first water pump link to each other.

Preferably, a second water pump, a filtering device and a second water storage tank are further arranged between the first water storage tank and the first water pump, the first water storage tank is connected with the second water storage tank through the second water pump and the filtering device, and the second water storage tank is connected with the first water pump.

Preferably, the outer rotary nozzles include a left low outer rotary nozzle, a right low outer rotary nozzle, a left high outer rotary nozzle, and a right high outer rotary nozzle, the left low outer rotary nozzle and the right low outer rotary nozzle being used to wash an outer end face of a tire and a hub of the vehicle, the left high outer rotary nozzle and the right high outer rotary nozzle being used to wash an outer side of a vehicle body.

Preferably, the cleaning tank comprises a cleaning area and a draining area, the vehicle carrying grille comprises a cleaning grille and a draining grille, the cleaning grille corresponds to the cleaning area, and the draining grille corresponds to the draining area.

Preferably, the system also comprises a plurality of groups of top sprays, wherein the top sprays comprise a left top spray and a right top spray; the top spray nozzle is obliquely arranged at the left side and the right side above a space formed by the left baffle, the right baffle and the top plate by 45 degrees, and the washing angle of the bottom spray nozzle is adjustable.

Preferably, the first water pump comprises a bottom water spray pump, an inner rotary nozzle water pump, an outer rotary nozzle water pump and a top water spray pump, wherein the bottom water spray pump is connected with the bottom nozzle, the inner rotary nozzle water pump is connected with the inner rotary nozzle, the outer rotary nozzle water pump is connected with the outer rotary nozzle, and the top water spray pump is connected with the top nozzle.

Preferably, the water pump further comprises a control system and a sensing device, and the control system is respectively connected with the first water pump and the sensing device.

Further preferably, the first water pump is a plunger pump; the inner rotating nozzles comprise a plurality of groups of left inner rotating nozzles and a plurality of groups of right inner rotating nozzles, the spraying angles of the left inner rotating nozzles face to the left upper part, and the left chassis and the inner side surface of a left tire of the vehicle are washed; the right inner rotary nozzle has a spray angle towards the upper right and washes the right chassis of the vehicle and the inner side of the right tire.

In the technical scheme, a plurality of groups of bottom nozzles specially used for washing the bottom surface of a vehicle tire, inner rotary nozzles specially used for washing the chassis of the vehicle and the inner side surface of the tire, left low outer rotary nozzles and right low outer rotary nozzles specially used for washing the outer end surface of the tire and the hub of the vehicle, and left high outer rotary nozzles and right high outer rotary nozzles specially used for washing the outer side of a vehicle body are arranged, so that the parts to be washed with serious vehicle stains are more targeted when being washed, the washing range of the rotary nozzles is wider than that of direct spraying, the rotary nozzles are more suitable for the structure of the hub, the washing quality is greatly improved, meanwhile, a plurality of groups of direct spraying washing effects can be achieved only by arranging 1-2 groups of left low outer rotary nozzles, right low outer rotary nozzles, left high outer rotary nozzles and right high outer rotary nozzles, and the number of high-pressure water nozzles is greatly reduced; in addition, the bottom nozzle, the internal rotating nozzle, the external rotating nozzle and the top nozzle are respectively and independently connected with the bottom water spray pump, the internal rotating nozzle water pump, the external rotating nozzle water pump and the top water spray pump, and the water pumps all adopt high-pressure plunger pumps, so that the pressure of water flow sprayed by the bottom nozzle, the internal rotating nozzle, the external rotating nozzle and the top nozzle is greatly increased, the cleaning quality is increased therewith, meanwhile, the independent control of each type of nozzle is facilitated, water and electricity are saved, and the device is suitable for engineering vehicles of more types. By arranging the water circulation treatment system connected with the cleaning tank, the carwash sewage flowing into the cleaning tank can be recycled and primarily filtered, and by arranging the second water pump, the filtering device and the second water storage tank between the first water storage tank and the first water pump, the water obtained by the water circulation treatment system can be filtered again and even reach the micron level, so that the first water pump is prevented from being damaged and blocked by the high-pressure water nozzle, the service lives of the first water pump and the high-pressure water nozzle are prolonged, and the carwash sewage can be recycled; the vehicle washed clean passes through the draining grating and the draining area, and the tires and the vehicle body do not drain downwards after getting on the road; the induction device is connected with the control system, so that the high-pressure water nozzles are automatically controlled to be opened and closed, the vehicle is automatically cleaned, the automation degree is high, and the washing effect is good.

Drawings

FIG. 1 is a schematic top view of a vehicle washing platform system;

FIG. 2 is a schematic front view, in section, of the present vehicle wash platform system;

fig. 3 is a left side view schematic diagram of the vehicle washing platform system.

Detailed Description

The invention will be further explained with reference to the accompanying drawings:

as shown in fig. 1-3, the vehicle washing platform system includes a washing tank 10, a vehicle carrying grille 20 disposed at an upper portion of the washing tank 10, a first water pump 30, and a plurality of high pressure water nozzles 40 for washing, wherein the high pressure water nozzles 40 are connected to the first water pump 30 through a first pipe 61, the first water pump 30 generally employs a high pressure plunger pump, and further increases the water outlet pressure of the high pressure water nozzles 40, thereby improving the washing effect. In order to increase the pertinence of the vehicle to wash key spot parts and improve the washing quality, the high-pressure water nozzle 40 comprises a plurality of groups of bottom nozzles 41 and a plurality of groups of rotary nozzles, wherein the rotary nozzles comprise a plurality of groups of inner rotary nozzles 42 and/or a plurality of groups of outer rotary nozzles 43, the bottom nozzles 41 are used for washing the bottom surface of the tire of the vehicle, and the outer rotary nozzles 43 are used for washing the outer side of the vehicle; the internal rotary nozzle 42 is used for washing the inner side surfaces of the chassis and the tire of the vehicle, the washing range of the rotary nozzle is enlarged compared with that of a direct spray nozzle, the rotary nozzle is more suitable for the structure of a wheel hub, and the washing range and the washing quality are greatly improved; further, the bottom nozzle 41 is set to a washing angle adjustable so as to obtain an optimum washing angle. In this embodiment, the apparatus further comprises a water circulation processing system 50, the water circulation processing system 50 comprises a sedimentation tank 51 for receiving the car washing wastewater in the washing tank 10, a wastewater processing device 52 and a first water storage tank 53, a water inlet of the wastewater processing device is connected with the sedimentation tank 51, a water outlet of the wastewater processing device is connected with the first water storage tank 53, and the first water storage tank 53 is further connected with the first water pump 30; so that the car washing sewage formed by washing the car can flow into the washing tank 10 through the car carrying grille 20 and then is discharged into the sedimentation tank 51, the reclaimed water is obtained through multi-layer sedimentation of the sedimentation tank 51, and the reclaimed water is primarily purified through the sewage treatment device 52 to obtain primarily purified water; the primarily purified water flows into the first water storage tank 53 and is pumped to the plurality of high pressure water nozzles 40 through the first pipe 61 and the first water pump 30, and the high pressure water flow is ejected from the high pressure water nozzles 40.

In a preferred embodiment, the system further comprises a left baffle 71, a right baffle 72 and a top plate 73, wherein the left baffle 71 and the right baffle 72 are respectively arranged at the left side and the right side of the washing tank 10, so that sewage splashes and high-pressure water flow accidentally injures other people when the vehicle is washed can be prevented. The external rotary nozzles 43 include a plurality of sets of left low external rotary nozzles 45, right low external rotary nozzles 46, left high external rotary nozzles 47 and right high external rotary nozzles 48, wherein the left low external rotary nozzles 45 and the right low external rotary nozzles 46 are used for washing the outer end face and the hub of the vehicle in a targeted manner, the left high external rotary nozzles 47 and the right high external rotary nozzles 48 are used for washing the outer side of the vehicle in a targeted manner, the washing quality is further improved, the washing range is enlarged, the washing range of the rotary nozzles is greatly enlarged compared with that of direct injection, the rotary nozzles are more suitable for the structure of the hub, and when the washing quality is greatly enlarged, only 1-2 sets of the left low external rotary nozzles 45, the right low external rotary nozzles 46, the left high external rotary nozzles 47 and the right high external rotary nozzles 48 are arranged to achieve a plurality of direct injection washing effects, so that the number of the high-pressure water nozzles 40 is greatly reduced, the water-saving effect is obviously improved; the internal rotating nozzles 42 comprise a plurality of groups of left internal rotating nozzles 421 and a plurality of groups of right internal rotating nozzles 422, the spraying angle of the left internal rotating nozzles 421 faces to the upper left, and the left chassis and the inner side surface of a left tire of the vehicle are washed; the right inner rotary nozzle 422 is directed at an upper right angle to flush the right chassis and the right tire inner side of the vehicle.

In a preferred embodiment, the cleaning tank 10 comprises a cleaning area 11 and a draining area 12, the vehicle carrying grille 20 comprises a cleaning grille 21 and a draining grille 22, wherein the cleaning grille 21 corresponds to the cleaning area 11, the draining grille 22 corresponds to the draining area 12, a vehicle to be cleaned is cleaned in the cleaning area 11, the vehicle which is cleaned is drained through the draining grille 22 and the draining area 12, it is ensured that the tire and the vehicle body do not drain downwards after getting on the road, and the water drained from the vehicle can be recycled to the first water storage tank 53 for secondary use.

In a preferred embodiment, in order to ensure the water quality through the first water pump 30 and the high-pressure water nozzle 40, and avoid the damage of the first water pump 30 and the blockage of the high-pressure water nozzle 40, which affects the service life of the first water pump 30 and the high-pressure water nozzle 40, a second water pump 54, a filter device 55 and a second water storage tank 56 are further arranged between the first water storage tank 53 and the first water pump 30, the first water storage tank 53 is connected with the second water storage tank 56 through the second water pump 54 and the filter device 55, and the second water storage tank 56 is connected with the first water pump 30, so that the water obtained through the water circulation processing system 50 can be filtered again even to reach the micron level, the damage of the first water pump 30 and the blockage of the high-pressure water nozzle 40 are effectively prevented, and the service life of the first water pump 30 and the high-pressure water nozzle 40 is prolonged. Set up level sensor in first storage water tank 53 to link to each other first storage water tank 53 with municipal water, when level sensor detected the water level in first storage water tank 53 lower, municipal water carries out the moisturizing to first storage water tank 53, avoids first storage water tank 53 to appear supplying water not enough.

In a preferred embodiment, the system also comprises a plurality of groups of top spouts 49, each top spout 49 comprises a left top spout 491 and a right top spout 492, and the top spouts 49 are arranged on the left side and the right side above a space formed by the left baffle 71, the right baffle 72 and the top plate 73 at an inclination angle of 45 degrees and are used for washing the roof and the upper part of the vehicle body to adapt to different types of vehicles with different requirements.

In a preferred embodiment, the first water pump 30 comprises a bottom water spray pump 31, an inner rotary nozzle water pump 32, an outer rotary nozzle water pump 33 and a top water spray pump 34, wherein the bottom water spray pump 31 is connected with the bottom nozzles 41, the inner rotary nozzle water pump 32 is connected with the inner rotary nozzles 42, the outer rotary nozzle water pump 33 is connected with the outer rotary nozzles 43, and the top water spray pump 34 is connected with the top spray 49, so that the pressure of water sprayed by the bottom nozzles 41, the inner rotary nozzles 42, the outer rotary nozzles 43 and the top spray 49 is greatly increased, the washing quality is improved, and the independent control of each type of nozzles is facilitated, water and electricity are saved, and the engineering vehicle is suitable for more types.

In another preferred embodiment, the device further comprises a control system and a sensing device 80, the control system is respectively connected with the first water pump 30 and the sensing device 80, and the sensing device 80 can be an infrared sensing device or a radar sensing device. The induction device 80 can be arranged at the side of the cleaning area 11, when the vehicle passes through and approaches the induction device 80 in the advancing process, the first water pump 30 receives signals to automatically supply water to each high-pressure water nozzle 40, each high-pressure water nozzle 40 sprays high-pressure water flow, the vehicle travels and washes in the cleaning area 11, the first water pump 30 is turned off after time delay (such as 60s), and the vehicle cleaning is finished; or can also set up second induction system 81 in waterlogging caused by excessive rainfall district 12 side, the vehicle process and be close to second induction system 81 after, first water pump 30 received the signal and stops supplying water, and the vehicle washes and finishes and begins the waterlogging caused by excessive rainfall, through waterlogging caused by excessive rainfall district 12 after, tire, automobile body do not down the waterlogging caused by excessive rainfall, ensure that this device surrounding environment can not be muddy, the vehicle washes and finishes.

In the technical scheme, a vehicle is opened from the side of a cleaning area 11 to the side of a draining area 12, the vehicle passes through and approaches to a sensing device 80 in the advancing process, a first water pump 30 receives signals and automatically supplies water to each high-pressure water nozzle 40, each high-pressure water nozzle 40 sprays high-pressure water flow, a plurality of groups of bottom nozzles 41 are independently pressurized through a bottom water spray pump 31 to specially wash the bottom surface of the vehicle tire, and a plurality of groups of internal rotating nozzles 42 are independently pressurized through an internal rotating nozzle water pump 32 to specially wash the inner side surfaces of the chassis and the tire of the vehicle; the left low external rotary nozzle 45 and the right low external rotary nozzle 46 pressurize and wash exclusively the outer end face of the tire and the hub of the vehicle by the external rotary nozzle water pump 33, and the left high external rotary nozzle 47 and the right high external rotary nozzle 48 pressurize and wash exclusively the outside of the vehicle body by the external rotary nozzle water pump 33; the left top jet 491 and the right top jet 492 are independently pressurized by the top water jet pump 34 to specially wash the car roof and the upper part of the car body, so that the parts to be washed with serious stains of the car are more targeted when being washed, the water flow pressure sprayed by the high-pressure water nozzles 40 is ensured, and the washing quality is greatly increased. In the process of washing the vehicle, the water flows into the washing tank 10 through the vehicle carrying grating 20 and then is discharged into the sedimentation tank 51, reclaimed water is obtained through multi-layer sedimentation of the sedimentation tank 51, and the reclaimed water is primarily purified through the sewage treatment device 52 to obtain primarily purified water; the water which is primarily purified flows into a first water storage tank 53, is filtered again by a second water pump 54 and a filtering device 55 and is pumped to a second water storage tank 56 to obtain micron-level clean water, and is pressurized by a first water pump 30 to be sprayed out of high-pressure water nozzles 40 to form high-pressure water flow; when the liquid level sensor in the first water storage tank 53 detects that the water level in the first water storage tank 53 is low, municipal water is used for supplementing water to the first water storage tank 53, so that the first water storage tank 53 is prevented from being short of water supply; the vehicle continues to advance until the vehicle passes by and is close to the second sensing device 81, the first water pump 30 receives a signal to stop supplying water, each high-pressure water nozzle 40 does not spray high-pressure water flow any more, the vehicle starts to drain after being washed, and the tire and the vehicle body do not drain downwards until the vehicle completely passes through the draining area 12, so that the surrounding environment of the device is prevented from being muddy. And after the vehicle is washed, the vehicle is automatically cleaned, so that the automation degree is high and the washing effect is good.

The embodiment is only for explaining the conception and the implementation of the invention, and does not limit the same, and the technical solution without substantial change is still in the protection scope under the conception of the invention.