KR200244959Y1 - Auto Washing Device Of A Nonwoven Fabric For Vehicle Cover Curtain - Google Patents

Abstract

The present invention relates to a nonwoven fabric automatic washing device for packaging the vehicle, which is used as a vehicle packaging is heated and dried in a temperature range that does not change the shape of the cleaning chamber (10) and product specifications that are washed and rinsed and washed dirty soil non-woven fabric (21) Through the drying chamber 30 can be automatically washed in a large amount to dry treatment, as well as by recycling the washing water used in the washing rinsing can be recycled repeatedly to reduce environmental pollution. In order to achieve this, the nonwoven fabric 21 is mounted on the nonwoven fabric support 22 so as to sequentially transfer the washing chamber 10 and the drying chamber 30 along the nonwoven conveying stand 20 at a predetermined interval, and the nonwoven fabric 21 being sequentially transferred. ) Is brushed by the rotating brush 14 in the middle both sides of the washing chamber 10 while being washed by a plurality of water spray holes 11 disposed in front of both sides of the washing chamber 10 to both sides of the rear of the washing chamber 10. The heat blowing pipe 36 in which the heat of the drying chamber 30 heated at a predetermined temperature by the drying heater 32 is rinsed by a plurality of water spray holes 12, and is disposed in both longitudinal directions of the blowing duct 33. While blowing through the) is characterized in that the washing and rinsing through the washing chamber 10 to dry the non-woven fabric 21 is passed through the transfer to be discharged outside.

Description

Auto Washing Device Of A Nonwoven Fabric For Vehicle Cover Curtain}

The present invention relates to a nonwoven fabric washing apparatus for vehicle packaging for automatically washing nonwoven fabric packaged to protect a vehicle before shipping, and more particularly, to a washing chamber and product specification for washing and rinsing and cleaning a dirty nonwoven fabric used as a vehicle packaging. Automatic non-woven fabric for vehicle packaging that can reduce environmental pollution by allowing automatic washing and drying process in large quantities through a drying chamber heated and dried in a temperature range where no change in shape occurs, and recycling and reuse of the washing water used for washing and rinsing. It relates to a washing device.

In general, while the vehicle is stored before being shipped, the outside of the vehicle is packaged and stored in a separate packaging means or coated and stored by an application means such as wax.

However, in the case of coating the exterior of the vehicle, waste water generation which inevitably seriously affects environmental pollution occurs due to the user removing and using it after leaving the vehicle. There was an end to lead.

On the other hand, these days, by packaging the outside of the vehicle using a non-woven fabric that meets the vehicle standard without coating the outside of the vehicle, it is possible to safely store the vehicle before leaving the factory to the extent that the non-woven fabric is simply removed.

In addition, the nonwoven fabric once used for vehicle packaging should be washed to be used again in another vehicle. At this time, the nonwoven fabric that is dried by high temperature heating after the washing treatment does not maintain the original product specification and is easily contracted and deformed. In particular, it is difficult to automatically clean a large amount of nonwoven fabrics, and thus the washing cost is increased, which is also a cause of increasing the vehicle cost.

Therefore, the present invention was devised to solve all the problems caused by the difficulty of auto washing a large amount of nonwoven fabric for vehicle packaging as described above, and it is possible to automatically dry the dirty nonwoven fabric which is used as a vehicle packaging in a large quantity for drying treatment. Of course, the purpose of the present invention is to provide a nonwoven fabric automatic washing device for vehicle packaging that can reduce environmental pollution by circulating and reused washing water used for washing and rinsing.

1 is a side view of the vehicle packaging non-woven automatic washing device of the present invention.

Figure 2 is a plan view of the nonwoven fabric automatic washing device for vehicle packaging direction of the present invention.

Figure 3a to 3d is a power transmission structure of the drive motor installed on the washing room so that the brush of the vehicle packaging non-woven automatic washing device according to the present invention can be rotated left and right.

Figure 4 is an operating state of the non-woven fabric is transported dry through the drying chamber of the vehicle packaging nonwoven fabric automatic washing apparatus according to the present invention.

Explanation of symbols on the main parts of the drawings

10: washing chamber 11, 12: water injection port

13: brush support 14: rotating brush

15: water supply pipe 16, 24: on-off valve

17: washing water discharge pipe 18: water pipe

19,27: Power belt 20: Nonwoven transport

21 nonwoven fabric 22 nonwoven fabric support

23: circulation pump 25: drive motor

26,28: power transmission port 29: power connection shaft

30: drying chamber 31: air filter

32: drying heater 33: blowing duct

34: endothermic ventilator 35: blowing motor

36: heat blowing pipe 37: drip tray

38: washing water circulation tube

Vehicle packaging nonwoven automatic washing apparatus of the present invention for achieving the above object, the non-woven fabric is mounted on the non-woven fabric support, the non-woven fabric is transported sequentially at regular intervals along the nonwoven fabric transfer table, the non-woven fabric is sequentially transferred to the washing room While being washed by water jets, which are disposed on both sides of the front, are brushed by rotating brushes in the middle of the washing chamber and rinsed by water jets, which are disposed on both sides of the washing chamber, while heated to a constant temperature by a drying heater. It is characterized in that the heat of the drying chamber is blown through the heat blowing pipe disposed in both sides of the longitudinal direction of the duct duct so as to be rinsed through the washing chamber to dry the non-woven fabric passing through the transfer chamber to be discharged outside.

The drying chamber is provided with a plurality of blower ducts each being U-shaped so that the non-woven fabric washed and rinsed through both front washing chambers is reciprocated, and the dewatered water from the nonwoven fabric is V-shaped. It is discharged to the washing water discharge pipe at the bottom through the drip tray is characterized in that it is made to be circulated to the washing chamber by the washing water circulation pipe extending through the circulation pump.

In addition, the blower duct of the drying chamber is heated to a predetermined temperature by the air heater at the bottom to be forced to endotherm through the endothermic blower of the blower motor installed on the upper side to be blown by a plurality of heat blower tube Characterized in that made.

In addition, the washing chamber is connected to the water injection port on both sides of the front while the water supply pipe from the water pipe is connected to the water injection port on the rear side, while the power transmission port of the drive motor installed on the upper side is connected to the power through the power belt Power is transferred to one rotating brush through the power connecting shaft which is connected to the sphere by two joint movements, and the other rotating brush is also transmitted through the power belt, and the rotating brushes on both sides are rotated around the corresponding brush support. Characterized in that it can be reciprocated rotation.

In addition, the water supply pipe of the washing chamber is characterized in that the on-off valve is installed, such as the on-off valve of the washing water circulation tube made to adjust the amount of water.

Hereinafter, with reference to the accompanying drawings a preferred embodiment of the vehicle packaging non-woven automatic washing device according to the present invention will be described in detail.

1 and 2 illustrate the internal structure of the vehicle packaging nonwoven fabric automatic washing apparatus according to the present invention in a lateral direction and a planar direction, respectively, and FIGS. 3A to 3D illustrate the brush of the vehicle packaging nonwoven fabric automatic washing apparatus according to the present invention. 14) shows the power transmission structure of the drive motor 25 installed on the washing chamber 10 so that the left and right rotation, and also Figure 4 through the drying chamber 30 of the automatic nonwoven fabric washing device for vehicle packaging according to the present invention The nonwoven fabric 21 is shown in detail the operating state of the dry transport.

1 and 2, the nonwoven fabric automatic washing apparatus of the present invention is mounted on a nonwoven fabric support 22 in which a dirty nonwoven fabric 21 used for vehicle packaging is conveyed at a constant speed along the nonwoven fabric feeder 20. First, the brushing and rinsing treatment is performed through the plurality of washing chambers 10, and the nonwoven fabric feed table 20 from the plurality of washing chambers 10 is continuously added to the water of the previous process through the drying chamber 30 having the extension. The nonwoven fabric 21 is heat treated to a predetermined temperature so that the drying can be automatically transferred.

That is, the washing chamber 10 is a brush 14 to brush the rotation of the nonwoven fabric 21 while rotating the left and right reciprocating around the middle of the nonwoven fabric carrier 20, the nonwoven fabric 21 is automatically transferred to the brush 14 While the earth 22 is installed on the axis, the water injection port 11 is connected to both sides of the front of the brush 14 and the washing water circulation pipe 38 is connected to the front, and at the same time, the water supply pipe 14 is provided at both rear sides thereof. Connected, these washing water circulation pipe 38 and the water supply pipe 140 is provided with an on-off valve 24, 16 to control the amount of water opening and closing, respectively.

In particular, the water supply pipe 14 is connected to the water pipe 18 so that clean water can be supplied to the water injection port 12 on both rear of the washing chamber 10, and the washing water circulation pipe 38 to the washing chamber ( 10) connected to the washing water discharge pipe 17 from the drying chamber 30 so that the washing water used for the washing and rinsing of the nonwoven fabric 21 with the water spray holes 11 on both front sides can be reused, and the washing water discharge pipe 17 is It is preferable that each of the drying chamber 30 and the washing chamber 10 is installed at the corresponding bottom.

Then, the brushes 14 on both sides of the washing chamber 10 are reciprocally rotated to the left and right sides, respectively, so that the brush can be rotated like a wave against the non-woven fabric 21 having less water, which is shown in FIGS. 3A to 3D. As described above, the power transmission hole 26 of the drive motor 25 installed outside the upper side of the washing chamber 10 is connected to the intermediate power connector 28 through the power belt 27 to be the first power connection. Secondary power is transmitted to the brush support 13 of one rotary brush 14 through the power connecting shaft 29, and the power belt 19 also serves as the brush support 13 of the other rotary brush 14. It is configured to be powered through.

That is, the power from the drive motor 25 is rotated through the power connector 28 and the two-joint power connecting shaft 29 to the linear movement, as a result of both brush support 13 The rotating brush 14 is configured to be reciprocated left and right.

In addition, the drying chamber 30 in which the non-woven fabric 21 washed and rinsed through the front and rear washing chambers 10 is heated and dried is heated to a predetermined temperature by the drying heater 32, and a plurality of air ducts are provided on both sides. It is configured to be discharged to the non-woven fabric 21 through the heat-transmitting pipe 36 is disposed, in particular for the non-woven fabric 21 is passed in the longitudinal direction through the non-woven fabric carrier 20 extending from the washing chamber (10) As shown in FIG. 3, heat blowing pipes 36 which are curved inwardly to each other are disposed at regular intervals on both sides of the nonwoven fabric carrier 20 in the center so that heat of a predetermined temperature can be blown from both sides. .

In addition, the blowing duct 33 having a plurality of heat blowing pipes 36 installed in both directions in the longitudinal direction is directly connected to the corresponding washing room 10 so as to heat and dry the nonwoven fabric 21 more effectively in the drying room 30 in a narrow space. It is preferable that the ventilation ducts 33 connected to each other are U-shaped in plurality, and as a result, the working space of the drying chamber 30 can be reduced, while the heat-dried nonwoven fabric 21 returns to the washing chamber 10 back to the original position. It is configured to be.

In addition, while the dewatered water from the nonwoven fabric 21 can be discharged to the washing water discharge pipe 17 at the bottom, the nonwoven fabric 21 passes so that the heat transmitted to the nonwoven fabric 21 can be structurally concentrated. V-shaped drip tray 37 is preferably installed in the passage space, the water flowing through the drip tray 37 is discharged to the outside through the washing water discharge pipe 17 at the bottom by the circulation pump 23 It is configured to be circulated feed to the washing water circulation pipe 38 of the washing chamber (10).

In addition, the bottom of one end of the drying chamber 30 is provided with a drying heater 32 spaced apart from a certain height from the bottom and an air filter 31 for filtering the air of the drying chamber 30, by the air filter 31 The air to be filtered is heated to a predetermined temperature by the drying heater 32 is configured to be supplied to the blowing duct 33 disposed in the longitudinal direction thereon, the upper end of the blowing duct 33, the endothermic blower 34 Is installed so that the blowing fan (not shown) of the endothermic blower 34 is rotated by the blower motor 35, the air heated by the drying heater 32 through the blower duct 33 a plurality of heat blower tube It is preferable that it is comprised so that supply air to 36 may be carried out.

As shown in FIGS. 1 and 2, the nonwoven fabric washing apparatus for vehicle packaging according to the present invention has a nonwoven fabric 21 mounted on the nonwoven fabric support 22 at a constant speed along the nonwoven fabric feed table 20. It passes through the first, and is first brushed by the rotary brush 14 is immersed by the water injected from the water injection port 11 on both sides of the washing chamber 10 front and rear reciprocating in both directions.

Of course, the soaping may be parallel to the nonwoven fabric 21 brushed by the rotary brush 14, and rinsed cleanly by the water sprayed from the other water spray port 12 on both rear sides of the washing chamber 10. It is processed and entered into the drying chamber 30.

In addition, a plurality of heat blower pipes 360 disposed at a predetermined interval in the blower duct 33 are forcibly heated while being blown to the nonwoven fabric 21 passing through the drying chamber 30 at a constant speed. In this case, the air temperature discharged toward the nonwoven fabric 21 through the heat blower 36 is preferably controlled to a temperature range of 75 ° C. to 85 ° C., which is a temperature range in which a form change of the product specification for vehicle packaging does not occur.

In addition, the air of the drying chamber 30 heated by the drying heater 32 is first purified through the air filter 31 and then heated to flow into the blowing duct 33, the blowing duct 33 It is forced to be absorbed through the endothermic tuyeres 34 of the blower motor 35 installed above, and at the same time toward the nonwoven fabric 21 through the individual heat blower pipes 36 which are arranged at a predetermined interval in the longitudinal direction of the blower duct 33. The nonwoven fabric 21 which can be more reliably blown, and as a result, the non-woven fabric 21 washed and rinsed through the washing chamber 10 is heat-dried through the drying chamber 30 and then temporarily dried toward the washing chamber 10. 21 can be conveniently returned to the original position.

As described above, according to the vehicle packaging nonwoven fabric automatic washing apparatus of the present invention, the cleaning chamber in which the nonwoven fabric used as the vehicle packaging is washed and rinsed and washed, and the drying chamber heated and dried in a temperature range without changing the shape of the product standard are produced in large quantities. It can be automatically cleaned and dried as well as it can be reused by repeating the washing water used for washing and rinsing. It is expected to reduce the environmental pollution by reusing the water used in the washing process several times.

Claims (5)

The nonwoven fabric 21 is mounted to the nonwoven fabric support 22 so that the washing chamber 10 and the drying chamber 30 are sequentially transferred along the nonwoven fabric conveying base 20 at a predetermined interval, and the nonwoven fabric 21 which is sequentially transferred is washed. The water 10 is brushed by the rotary brush 14 in the middle both sides of the washing chamber 10 while being washed by a plurality of water injection holes 11 disposed in front of both sides of the chamber 10, the plurality of water disposed on both sides of the washing chamber 10 rear While the rinsing treatment is carried out by the injection hole 12, the heat of the drying chamber 30 heated to a constant temperature by the drying heater 32 is blown through the heat blowing pipe 36, which is disposed in both sides of the blowing duct 33 in the longitudinal direction. While washing and rinsing through the washing chamber 10 while the non-woven fabric 21, the vehicle packaging non-woven fabric automatic washing device, characterized in that the drying process is made to be discharged outside. According to claim 1, wherein the drying chamber 30 is a plurality of U-shaped blower duct 33 so that the drying process can be dried while the rinse non-woven fabric 21 is washed and rinsed through the washing chamber 10 of the front both sides. Meanwhile, while being discharged, the dewatered water from the nonwoven fabric 21 is discharged to the lower washing water discharge pipe 17 through the V-shaped drip tray 37 to extend the piping through the circulation pump 23. 38) The vehicle packaging nonwoven fabric automatic washing apparatus, characterized in that it is made to be circulated supply to the washing chamber (10). According to claim 1 or 2, the blowing duct 33 of the drying chamber 30 is purified air through the air filter 31 in the lower air is heated to a constant temperature by the drying heater 32 to the upper side The vehicle packaging non-woven fabric automatic cleaning device, characterized in that made by being forced to be absorbed through a plurality of heat blowing pipes 36 while being forced to endotherm through the endothermic blow holes 34 of the installed blower motor (35). The water supply pipe 15 from the water supply pipe 18 to the water injection port 12 of the rear both sides while the washing water circulation pipe 38 is connected to the water injection port 11 of the front both sides. ) Is connected, while the power transmission hole 26 of the drive motor 25 installed on the upper side is connected to the power connector 28 through the power belt 27 and the power connection shaft 29 is two-jointed movement. At the same time the power is transferred to one of the rotary brush 14, the other rotary brush 14 is also transmitted through the power belt 19, respectively, the two rotary brushes (about the axis of the corresponding brush support 13) 14) is a non-woven fabric automatic washing device for vehicle packaging, characterized in that the left and right reciprocating rotation. According to claim 3 or 4, wherein the water supply pipe 15 of the washing chamber 10, the on-off valve 16, such as the on-off valve 24 of the washing water circulation pipe 38 can be installed to adjust the amount of water. Nonwoven fabric automatic washing device for vehicle packaging, characterized in that made so that.