CN216374491U - Carwash tank system - Google Patents

Abstract

The utility model relates to the field of car washing equipment, in particular to a car washing tank system which can be used for conveniently and quickly assembling the car washing tank system so as to realize safe, stable, economic and convenient use effects. The technical scheme adopted by the utility model for solving the technical problems is as follows: carwash groove system, including soaking carwash pond, flushing zone, cistern and sedimentation tank, the flushing zone sets up in the exit of soaking carwash pond, and wherein, flushing pipe system and cistern intercommunication in the flushing zone, the catch basin of flushing zone bottom and the escape canal intercommunication of sedimentation tank, be detachable connection structure between cistern and sedimentation tank and the flushing zone. The utility model is particularly suitable for the installation and arrangement occasions of the car washing groove.

Description

Carwash tank system

Technical Field

The utility model relates to the field of car washing equipment, in particular to a car washing tank system.

Background

At present, a car washing groove on a construction site is composed of a section of groove, a steel grate is laid on the upper portion of the groove, and a water spraying pipe is laid on the lower portion of the groove. In actual use, the steel grate used in the construction site is repeatedly rolled down by a heavy vehicle and collides and rubs with the concrete at the lower part, so that looseness and abnormal sound can occur, noise pollution is caused, and potential safety hazards can be caused when the steel grate is serious. Meanwhile, the cost is high, the maintenance economy is poor, and the later-period cost cannot be controlled.

SUMMERY OF THE UTILITY MODEL

The utility model aims to solve the technical problem of providing a car washing tank system which can conveniently and quickly realize the assembly of the car washing tank system so as to realize safe, stable, economic and convenient use effects.

The technical scheme adopted by the utility model for solving the technical problems is as follows: carwash groove system, including soaking carwash pond, flushing zone, cistern and sedimentation tank, the flushing zone sets up in the exit of soaking carwash pond, and wherein, flushing pipe system and cistern intercommunication in the flushing zone, the catch basin of flushing zone bottom and the escape canal intercommunication of sedimentation tank, be detachable connection structure between cistern and sedimentation tank and the flushing zone.

Further, the water reservoir is a finished product glass fiber reinforced plastic water reservoir.

Further, the sedimentation tank is a finished product glass fiber reinforced plastic sedimentation tank.

Further, the device comprises an infrared sensor which is arranged at an outlet of the soaking car washing pool.

Further, the car washing and soaking pool is composed of a downward slope section, a pool bottom and an upward slope section in sequence.

Further, the slopes of the downhill section and the uphill section are 0.1.

Furthermore, the flushing area comprises a concrete foundation and water retaining walls on two sides, the concrete foundation and the water retaining walls on two sides are provided with flushing pipes of a flushing pipe system, and the flushing pipes of the concrete foundation are arranged in U-shaped grooves in the surface of the concrete foundation.

Further, the gradient of the concrete foundation surface is 1: 30, wherein the slope is inclined toward the drain side.

Furthermore, flushing holes are uniformly arranged on the wall surface of each flushing pipe of the flushing pipe system.

Furthermore, the flushing pipes are connected through a plane tee joint and a plane four-way joint to form a flushing pipe system.

The utility model has the beneficial effects that: the utility model optimizes and simplifies each functional module of the car washing tank system, wherein the water storage tank, the sedimentation tank and the flushing area are of detachable connection structures, so that the water storage tank, the sedimentation tank and the flushing area can be reassembled to realize a new use function according to the actual field requirements, thereby obviously reducing noise pollution, reducing cost and saving maintenance cost, and compared with the traditional steel grate car washing tank, the utility model has better safety and stability. The utility model is particularly suitable for the installation and arrangement occasions of the car washing groove.

Drawings

FIG. 1 is a schematic of the present invention.

Fig. 2 is a sectional view a-a of fig. 1.

Fig. 3 is a sectional view B-B of fig. 1.

Fig. 4 is a schematic diagram of the arrangement of the flush pipe on a concrete foundation.

Fig. 5 is a schematic view of the arrangement of the flush pipe of the waterwall.

Labeled as: the device comprises a water retaining wall 1, a soaking car washing pool 11, a soaking car washing pool slope surface 111, a flushing area 12, an infrared sensor 2, a concrete foundation 3, a foundation surface 31, a flushing pipe system 4, a main flushing pipe 41, a plane tee joint 42, a plane tee joint 43, a flushing hole 44, a drainage ditch 5, a water intercepting ditch 6, a reservoir 7, a water pump 8, a sedimentation tank 9, a drainage pipe 10, a water outlet pipe,

Detailed Description

The utility model is further described below with reference to the accompanying drawings.

The car washing tank system as shown in fig. 1 to 5 comprises a soaking car washing tank 11, a flushing area 12, a water storage tank 7 and a sedimentation tank 9, wherein the flushing area 12 is arranged at an outlet of the soaking car washing tank 11, the flushing pipe system 4 in the flushing area 12 is communicated with the water storage tank 7, a water interception ditch 6 at the bottom of the flushing area 12 is communicated with a drainage ditch 5 of the sedimentation tank 9, and detachable connecting structures are arranged between the water storage tank 7 and the sedimentation tank 9 and between the flushing area 12.

The car washing tank system generally has the function of recovering silt and sewage of a cleaned car at a vehicle entrance and exit of a construction site. The utility model adopts an assembled self-made car washing tank system, is simple to manufacture and convenient and fast to install, can be put into use through simple mechanical installation, does not need to purchase the car washing tank system from an external merchant, and can be built and finished through simple construction of a foundation. After the use is finished, the finished product glass fiber reinforced plastic reservoir, the finished product glass fiber reinforced plastic sedimentation tank, the pressurizing water pump, the flushing pipe, the infrared sensor and other equipment can be recycled for reuse. The assembly type self-made car washing tank system can effectively solve various problems of the steel grate car washing tank, and is safe, stable, economical, energy-saving and convenient. Generally, flush holes 44 are uniformly formed in the wall surface of each flush pipe of the flush pipe system 4. As shown in fig. 4 and 5, the flushing pipes are preferably connected by a plane tee joint 42 and a plane cross joint 43 to form the flushing pipe system 4, and in the using process, the flushing pipes can be detached and installed at any time according to requirements, and can be recycled after use.

For the convenience of subsequent assembly and stability in use, the reservoir 7 is preferably a finished glass fiber reinforced plastic reservoir, and the sedimentation tank 9 is preferably a finished glass fiber reinforced plastic sedimentation tank.

In order to make the car washing tank more intelligent and thus achieve the effect of saving manpower, the water-saving car washing tank preferably comprises an infrared sensor 2, and the infrared sensor 2 is arranged at the outlet of the soaking car washing tank 11. When the vehicle enters the washing area 12 after soaking the vehicle in the soaking and washing tank 11, the infrared sensor 2 is triggered, so that water spraying and washing are realized, and accurate control of water utilization is realized. Generally, the soaking and washing tank 11 is composed of a downhill section, a tank bottom and an uphill section in sequence, and the preferred gradient of the downhill section and the uphill section is 0.1.

In the case of the flushing area 12, comprising the concrete foundation 3 at the bottom and the retaining walls 1 on both sides, the concrete foundation 3 and the retaining walls 1 on both sides are provided with flushing pipes of the flushing pipe system 4, wherein the flushing pipes of the concrete foundation 3 are partially disposed in U-shaped grooves on the surface of the concrete foundation 3, thereby achieving safe and reliable pipeline arrangement. In order to facilitate the concentrated recovery of the washed sewage, the gradient of the foundation surface 31 of the concrete foundation 3 is preferably 1: 30, wherein the slope is inclined toward the drain 5 side. Wherein, concrete foundation 3 uses reinforced concrete material to make, and car wash groove basis sets up certain inclination according to on-the-spot actual conditions to the drainage. The main pipe of the flushing pipe system 4 is connected with the water pump 8, the flushing pipes in the grooves and on the inner side of the water retaining wall 1, so that the bottom and the side of the vehicle can be cleaned. The front end of the water retaining wall 1 is provided with an infrared sensor 2, and when the infrared sensor senses that a vehicle passes through, the infrared sensor controls the water pump 8 to start working and provides water pressure for the flushing pipe. The intercepting ditches 6 are arranged at two ends of the car washing tank, collect sewage overflowed by the passing of the car and guide the sewage into the drainage ditch 5, and then drain the sewage into the car washing tank in the settling pond 9 of the finished product glass fiber reinforced plastics.

Examples

The following explains the relevant structure of the present system in a practical arrangement.

The system mainly comprises: the water retaining wall comprises a brick retaining wall 1 with the thickness of 240mm, an infrared inductor 2, a concrete foundation 3 with U-shaped groove reinforcing steel bars, a flushing pipe 4, a drainage ditch 5, a catch basin 6, a finished product glass fiber reinforced plastic reservoir 7, a pressurizing water pump 8, a finished product glass fiber reinforced plastic sedimentation tank 9 and the like. Wherein, the water retaining wall 1 of 240mm thick brick is located the carwash groove both sides, and the concrete material, wall height 1m, the outside spraying is red, white is decorated. The infrared sensor 2: the front end part of the water retaining wall 1 and the pressurizing water pump 8 form a control system, and when the automobile drives in, a signal is transmitted to the pressurizing water pump to start water spraying. When the automobile drives away and the infrared sensor cannot sense the automobile, the signal is stopped being transmitted to the pressurizing water pump, and then the water spraying can be stopped. Concrete foundation 3 of U type recess reinforcing bar: concrete strength grade C30, groove depth 12cm, length 15cm, interval 30cm, both ends set up 300X 300 intercepting ditch, slope 1: 30, can avoid ponding in the recess, guide rivers improve work efficiency. The flushing pipe 4: the main pipe is arranged above the drainage ditch and separated from the working surface of the drainage ditch below, so that the space is saved. The main pipe is connected with a pressurizing water pump 8 and a flushing pipe 4 in the reservoir, and the flushing pipe 4 is arranged in the U-shaped concrete groove and the inner side of the water retaining wall. The upper end of the flushing pipe in the groove is drilled with a hole with the aperture of 100mm (different apertures can be selected according to actual conditions) so that the mud on the bottom surface of the vehicle can be cleaned when the vehicle passes through the flushing pipe. Holes are formed in the water pipes on two sides of the water retaining wall so as to clean mud on two sides of the vehicle. The flushing device is simple and convenient to disassemble and assemble, the plane four-way pipe and the plane three-way pipe are directly connected with the flushing pipe, and the flushing device can be installed without machine participation. Meanwhile, the novel multifunctional combined tool can be reassembled according to actual field requirements, and a new use function is realized. And can be used repeatedly, save cost. Drainage ditch 5: the main flushing pipe 41 of the flushing pipe 4 is arranged above the outer side of the water retaining wall, the working surface is separated, infection is complemented, and space is saved. The muddy water generated after the washing of the vehicle can be discharged into the finished product glass fiber reinforced plastic sedimentation tank 9, so that the sediment accumulation of the car washing tank is avoided. The catch-up drain 6: 300mm is multiplied by 300mm, and a heavy type nodular graphite water cast iron grate is covered. The condition that water overflows to the road due to vehicle washing is avoided. A finished product glass fiber reinforced plastic reservoir 7; a finished product glass fiber reinforced plastic sedimentation tank is adopted, a finished product is purchased from a manufacturer, is directly butted with a main pipe ditch of the flushing pipe 4 after being transported to a construction site, and the pressurizing water pump 8 is placed into the reservoir to be put into use. Meanwhile, the finished product glass fiber reinforced plastic reservoir can be repeatedly used, so that the effects of saving cost and protecting the environment are achieved. A pressurizing water pump 8: the water suction pump is placed in the water storage tank 7, forms a control system with the infrared sensor 2, is connected with the flushing pipe in the car washing groove, provides water pressure for the flushing pipe so as to clean mud of the car, can be read again for use, and saves cost. Finished product glass fiber reinforced plastic sedimentation tank 9: the finished product glass fiber reinforced plastic sedimentation tank is adopted, finished products are purchased from a manufacturer, and the finished products are directly placed into the dug foundation pit to realize corresponding functions after being transported to a construction site, so that the assembly is simple and convenient. And can be used for many times, save the cost, protect the environment. A drain pipe 10: the drain pipe is arranged at the bottom of the soaking vehicle washing pool with a reference, is connected with the finished product glass fiber reinforced plastic sedimentation tank 9 and is responsible for discharging mud into the sedimentation tank. Soaking the car washing pool 13: when the vehicle is driven into the water storage tank, most of soil on the surface of the wheel is washed into the soaking vehicle washing tank by accumulated water in the tank, and is discharged into the sedimentation tank by the water discharge pipe 10.

The utility model adopts the assembled car washing tank system, uses the U-shaped concrete groove foundation, can be formed at one time during the construction of the car washing tank foundation, and has high strength, good integral stability and less noise pollution. Meanwhile, the flushing pipe is directly installed in the U-shaped groove, a finished glass fiber reinforced plastic sedimentation tank and a finished glass fiber reinforced plastic reservoir are adopted, the installation is convenient and fast, the flushing pipe can be reassembled according to requirements, and the requirement of practical use is met. Through the infrared inductor, water can be saved, and the effects of energy conservation and emission reduction are achieved. After trial, the flushing pipe, the infrared inductor, the finished product glass fiber reinforced plastic sedimentation tank, the finished product glass fiber reinforced plastic reservoir, the pressurizing water pump and other equipment can be recovered. The technical advantages are very obvious and the market promotion prospect is wide.

Claims (10)

1. Carwash groove system, its characterized in that: including soaking carwash pond (11), washing zone (12), cistern (7) and sedimentation tank (9), washing zone (12) set up in the exit of soaking carwash pond (11), and wherein, washing pipe system (4) and cistern (7) intercommunication in washing zone (12), interception ditch (6) of washing zone (12) bottom and escape canal (5) intercommunication of sedimentation tank (9), be for dismantling connection structure between cistern (7) and sedimentation tank (9) and washing zone (12).

2. The car wash system according to claim 1, characterized in that: the water reservoir (7) is a finished product glass fiber reinforced plastic water reservoir.

3. The car wash system according to claim 1 or 2, characterized in that: the sedimentation tank (9) is a finished product glass fiber reinforced plastic sedimentation tank.

4. The car wash system according to claim 1 or 2, characterized in that: the device comprises an infrared inductor (2), wherein the infrared inductor (2) is arranged at an outlet of a soaking car washing pool (11).

5. The car wash system according to claim 1 or 2, characterized in that: the car soaking and washing tank (11) is sequentially composed of a downward slope section, a tank bottom and an upward slope section.

6. The carwash tank system according to claim 5, wherein: the slopes of the downhill section and the uphill section are 0.1.

7. The car wash system according to claim 1 or 2, characterized in that: the flushing area (12) comprises a concrete foundation (3) and water retaining walls (1) on two sides, flushing pipes of the flushing pipe system (4) are arranged on the concrete foundation (3) and the water retaining walls (1) on two sides, and the flushing pipes of the concrete foundation (3) are arranged in U-shaped grooves in the surface of the concrete foundation (3).

8. The carwash tank system according to claim 7, wherein: the gradient of a foundation surface (31) comprising a concrete foundation (3) is 1: 30, wherein the slope inclines to the side of the drainage ditch (5).

9. The car wash system according to claim 1 or 2, characterized in that: flushing holes (44) are uniformly arranged on the wall surface of each flushing pipe of the flushing pipe system (4).

10. The car wash system of claim 9, characterized in that: the flushing pipes are connected through a plane tee joint (42) and a plane four-way joint (43) to form a flushing pipe system (4).

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