KR200497664Y1 - A Boots cleaner - Google Patents

Abstract

The present invention relates to a boot washer.
The present invention includes a washing water storage tank 20 installed in the main body 10 to store washing water, a pumping means for withdrawing the washing water from the washing water storage tank 20, and the washing water pumped by the pumping means is sprayed. , a washing box 30 having a plurality of washing brushes 301, 302, 303, an opening and closing means for supplying and blocking the washing water pumped by the pumping means and sprayed on the washing box 30, and It is equipped with a control means for controlling the washing water sprayed into the washing box 30, and the washing box 30 has a washing space 330 with an open front and upper surface on one side, so that boots can be put in. , cleaning brushes (301, 311, 321) are fixed to the bottom plate (300) and both side plates (310, 320) forming the washing space (330) to wash the inserted boots, and the pumping means and opening and closing means It is possible to spray the washing water supplied by .

Description

A Boots cleaner}

The present invention relates to a boot washer used to prevent the hygiene of food and livestock from being infected with bacteria by removing dirt and grime from boots worn before entering a food processing plant or livestock barn. To be described in more detail, the boots are cleaned. It relates to a boot washer that can be easily cleaned while worn, can clean the bottom and outer surfaces of boots at the same time, and can be easily used without a separate driving means.

In general, people working at food processing plants or livestock farms wear work clothes with a one-piece top and bottom and long-necked boots.

However, when working while wearing boots, many foreign substances and dirt stick to the bottom and sides of the boots, which can cause problems such as food becoming hygienically unclean or livestock on livestock farms becoming infected with bacteria and contracting various diseases. It is happening.

Therefore, most food processing plants or livestock farms use running water and a brush to remove foreign substances attached to boots, but dirt and small stones attached to the bottom of boots are not easily removed, and such cleaning work is usually done during work. Because the boots were washed while worn, there was a problem in that the boots were difficult to clean evenly.

As a previously filed technology to solve this conventional problem, Republic of Korea Patent No. 10-0325838 ‘Boot Washer’ was proposed.

The boot washer is provided with a liquid reservoir in which cleaning liquid can be stored, a plurality of brushes, and a driving means for rotating the plurality of brushes, so that when a worker wearing boots passes the boots between the plurality of brushes, the rotational friction of the brushes is applied. This allows you to wash your boots.

In such a conventional boot washer, brushes rotated by a driving means remove foreign substances on the surface of the boots. However, it is difficult to clean the entire surface of the boots evenly, and the worker must place both feet on the brush that rotates in the washer to clean the boots. There was a problem that the worker's work clothes could get caught in the rotating brush during cleaning, which could cause a safety accident.

KR 10-2354237 B1 (2022. 01. 18.) KR 20-0199833 B1 (2000. 08. 04.) KR 20-0492499 B1 (2020. 10. 21.)

The present invention is intended to solve the above-described conventional problems. It eliminates the rotational drive of the brush, which caused safety accidents, and sprays washing water into the washing box where a plurality of brushes are installed, allowing workers to easily wash their boots. The purpose is to provide a boot washer with

Another purpose of the present invention is to provide a boot washer that can cleanly clean the entire boot by simultaneously spraying high-pressure washing water on the outer peripheral surface and bottom of the boot.

Another purpose of the present invention is to provide a boot washing machine with improved self-standing stability by forming a double structure in the frame that constitutes the boot washing machine and distributing and supporting the load of the main body and the washing box where the washing water storage tank is installed. .

The purpose of this invention and its technical challenges are not limited to the technical challenges described above. Therefore, other technical issues that are not mentioned can be clearly understood by those skilled in the art from the description below.

The technical features for achieving the purpose intended by the present invention include a main body, a washing water storage tank installed in the main body to store washing water, a pumping means for withdrawing the washing water from the washing water storage tank, and the pumping means A washing box through which the pumped washing water is sprayed and having a plurality of washing brushes, an opening and closing means for supplying and blocking the washing water pumped by the pumping means and sprayed into the washing box, and controlling the washing water sprayed into the washing box. The washing box is provided with a washing space with an open front and upper surface on one side so that boots can be put in, and the inside surfaces and bottom plates of both side plates forming the washing space are equipped with a washing space where boots are put in. A cleaning brush is fixed so as to be able to clean the , and the washing water supplied by the pumping means and the opening/closing means can be sprayed.

According to the technical features of the present invention, it is a three-way valve through which the washing water drawn from the washing water storage tank flows, and one outlet of the three-way valve is connected to the main supply water pipe to supply the washing water to the washing space of the washing box, and the other outlet is connected to the main supply water pipe. The outlet is connected to a flexible pipe on which the hand spray nozzle is fixed, allowing washing water to be supplied to the outside.

According to the technical features of the present invention, the main supply water pipe includes a first vertical supply water pipe that supplies washing water discharged from the opening and closing means to the washing space of the washing enclosure, and extending horizontally from the lower end of the first vertical supply water pipe. It consists of a horizontal supply water pipe and a second vertical supply water pipe extending vertically from one end of the horizontal supply water pipe, wherein the first vertical supply water pipe includes at least two first injection pipes having a plurality of first injection nozzles. This branches out in the horizontal direction to spray washing water in the horizontal direction in the washing space, and the horizontal supply water pipe has at least two second spray pipes having a plurality of second spray nozzles branching in the horizontal direction parallel to the first spray pipe. The washing water is sprayed upward from the washing space, and the second vertical supply water pipe has at least two third spray pipes having a plurality of third spray nozzles in a horizontal direction parallel to the first spray pipe and the second spray pipe. It is characterized by branching and spraying washing water in a horizontal direction in the washing space.

According to the technical features of the present invention, the first injection pipe, the second injection pipe, and the third injection pipe branching from the first vertical supply water pipe, the horizontal supply water pipe, and the second vertical supply water pipe are the first vertical supply water pipe, the horizontal supply water pipe, and the third injection pipe. It is connected to the water pipe and the second vertical supply pipe with a tee-shaped joint, respectively, and the end portion is compressed to close the flow path. A hole for inserting a fastener is formed in the compressed flat portion, and a hole for inserting a fastener is formed on the inner side of the cleaning box side plate, such as bolts and nuts. It is characterized by being fixed with a fastener.

According to the technical features of the present invention, the cleaning brush fixed to the inner surface of the side plate and bottom plate of the washing space is fixed to a fixing member installed on the inside of the washing box and is connected to the first spray pipe, the second spray pipe, and the third spray pipe. It is continuously disposed in between, and the fixing member is characterized in that one of wood, plywood, or synthetic resin board is selected.

According to the technical features of the present invention, the washing box is supported on a frame, wherein the frame is formed in a rectangular shape, an upper frame forming a protrusion in front of the washing box when the washing box is placed, and an upper frame fixed to the lower part of the upper frame. It is formed of a double structure consisting of a lower frame, where the lower frame is formed as a plate and is fixed to both sides of the lower part of the upper frame to form a space in the central area. A moving wheel is formed on the bottom, and a pair of wheels are located at the front. The moving wheels of are fixed to the lower frame, and the pair of moving wheels located at the rear are fixed to the lower frame.

The present invention as described above allows the boots to be cleaned by simultaneously spraying high-pressure washing water on the outer circumference and bottom of the boots without rotating the cleaning brush when cleaning the boots, thereby reducing the risk of safety accidents caused by the rotating brush. Without this, the outer surface and bottom of the boots can be cleaned cleanly.

In addition, the washing water pumped into the pumping water can be selectively supplied to the washing box and the outside by an opening and closing means consisting of a three-way valve, so you can clean your boots by using only the washing water sprayed through the hand spray nozzle through a flexible pipe without using a washing brush. Provides convenience for cleaning.

In addition, the dual structure of the frame, which can distribute and support the load of the main body where the washing water storage tank is installed and the washing box, improves self-supporting stability by distributing the load, making it safe to use, and the moving wheels make it easy to move, making it convenient to use. There will be.

Figure 1 is a perspective view of the present invention
Figure 2 is a perspective view showing the inside of the main body of the present invention.
Figure 3 is a front view of the present invention
Figure 4 is a perspective view showing a schematic diagram in which the washing water of the present invention is supplied.
Figure 5 is a front view showing the washing water supply state of the present invention
Figure 6 is a partially enlarged perspective view showing the state in which the supply water pipe of the present invention is fixed.
Figure 7 is an enlarged view of part A of Figure 5
Figure 8 is an enlarged view of part B of Figure 5

The features and advantages of the present invention can be understood more clearly by looking at the embodiments illustrated in the accompanying drawings.

The application of the present invention is not limited by the configuration and arrangement of components described in the embodiments of the present invention or shown in the drawings. The present invention can be implemented in different embodiments and performed in various ways. Additionally, expressions and predicates used in the embodiments regarding terms such as order, direction, etc. of devices or elements are merely used to simplify the description of the present invention and indicate that the related devices or elements must simply have a specific order and direction. It doesn't mean that. For example, terms such as “first” and “second” are used in the embodiments and claims describing the present invention, but these terms are not intended to indicate or imply relative importance or purpose.

In the following, preferred embodiments of the present invention will be described in detail with reference to the attached drawings.

The boot washer of the present invention consists of a main body (10), a washing water storage tank (20), a pumping means, an opening and closing means, a control means, and a washing box (30).

The main body 10 is in the form of a rectangular box and consists of a washing water storage tank 20, a pumping means, an opening and closing means, and a control means, and the washing box 30 is fixed to the front, and the main body 10 and the washing box 30 ) A moving handle 100 is formed between them.

The pumping means consists of a motor 40 and a pump 50 installed in a space provided in the lower part of the main body 10 to withdraw the washing water from the washing water storage tank 20.

The washing water storage tank 20 is connected to the opening and closing means and the washing water discharge pipe 60 to supply the discharged washing water to the opening and closing means.

The opening and closing means can supply and block the washing water that is pumped by the pumping means and sprayed into the washing box 30.

This opening and closing means is a three-way valve 70, and is connected to the washing water storage tank 20 and the washing water discharge pipe 60 to supply the washing water drawn from the washing water storage tank 20 to the inside and outside of the washing box 30. . That is, one outlet of the three-way valve 70 is connected to the main supply water pipe 80 to supply washing water to the washing box 30, and the other outlet is a flexible pipe 61 to which the hand spray nozzle 110 is fixed. ) is connected to allow washing water to be supplied to the outside.

A control means (not shown) controls the operation of the pump 50 and the motor 40 to supply and block the washing water sprayed into the washing box 30.

The washing water storage tank 20 is a place where washing water for washing boots flows in from the outside and is stored. It is located inside the main body 10, and the washing water is stored by the cover 120 that can be opened and closed on the upper part of the main body 10. It is possible to check the inside of the storage tank 20.

This washing water storage tank 20 is equipped with a float 130 to automatically cut off the supply of washing water supplied from the outside when it reaches a full level.

The washing box 30 is formed in the front of the main body 10 and includes a bottom plate 300 fixed on the frame 90 and side plates 310 and 320 fixed to both sides of the upper surface of the bottom plate 300. This forms a washing space 330 whose front and upper sides are open.

This washing space 330 allows workers to insert boots through the front and top of the washing box 30 while wearing boots.

To clean the boots, cleaning brushes 301, 302, 303, which are made up of uniform units, are fixedly installed on the bottom plate 300 and the side plates 310, 320 at appropriate intervals to provide a pumping means and an opening/closing means to be described later. It is possible to wash boots by spraying the washing water supplied by .

The frame 90 is formed as a dual structure consisting of an upper frame 910 and a lower frame 920.

The upper frame 910 is formed as a rectangular body with a space inside, and the washing box 30 is seated and fixed thereon.

The lower frames (920, 921) are formed as long plates and are fixed to both sides of the lower part of the upper frame (910), forming a space (940) in the central portion.

The frame 90 of this dual structure has a protrusion 960 as long as the length L in the front of the washing box 30, thereby providing structural stability.

The washing box 30 including the main body 10 is provided with moving wheels 950, 951, 952, and 953 so that it can be easily moved by holding the moving handle 100 formed on the main body 10 by hand.

As the washing box 30 fixed to the front of the main body 10 is fixed to the frame 90, the moving wheels 950, 951, 952, and 953 are fixed to the front of the main body 10. While being fixed to the frame 820, it is fixed to the lower part of the protrusion 960 that protrudes a length L toward the front of the washing box 30, thereby providing stability. In addition, a pair of moving wheels 952 and 953 fixed to the rear are fixed to the lower part of the main body 10.

That is, the frame 90 does not directly support the main body 10, but only supports the washing box 30, and the main body 10 is supported by the rear moving wheels 952 and 953, so that the size of the frame 90 is adjusted. and weight can be reduced.

Accordingly, a rectangular upper frame 910 that supports the washing box 30 and has a space inside, and lower frames 920 and 921, which are formed of a long plate and are fixed to both sides of the lower part of the upper frame 910, are located at the center. A structure forms a space 940 in the area and protrudes to the front of the washing box 30, and the washing box 30 is fixed to the frame 90, and the washing box 30 and the main body 10 are provided with moving wheels 950. , 951, 952, and 953) are installed in a distributed manner, so that the frame 90 is not easily overturned due to optimal load distribution and independence due to the combination of lightweight members.

The main supply water pipe 80 includes a first vertical supply water pipe 81 that supplies washing water discharged from the opening and closing means to the washing space 330 of the washing box 30, and a lower end of the first vertical supply water pipe 81. It consists of a horizontal supply water pipe 82 extending in the horizontal direction from the horizontal supply pipe 82, and a second vertical supply water pipe 83 extending vertically from one end of the horizontal supply water pipe 82 to supply washing water to the washing box 30. supply.

The first vertical supply water pipe 81 has at least two first injection pipes 810 having a plurality of first injection nozzles 811 branched in the horizontal direction to provide washing water in a lateral direction toward the center of the washing space 330. is sprayed.

The horizontal supply water pipe 82 has at least two second injection pipes 820 having a plurality of second injection nozzles 821 branched in the horizontal direction parallel to the first injection pipe 810 to form a cleaning space 330. Washing water is sprayed upward.

The second vertical supply water pipe 83 has at least two third injection pipes 830 having a plurality of third injection nozzles 831 in parallel with the first injection pipe 810 and the second injection pipe 820. It branches out in the horizontal direction and sprays washing water in a lateral direction toward the center of the washing space 330 from a position opposite the first spray pipe 810.

A first injection pipe (810), a second injection pipe (820), and a third injection pipe (830) branched from the first vertical supply water pipe (81), the horizontal supply water pipe (82), and the second vertical supply water pipe (83). ) is connected to the first vertical supply water pipe (81), the horizontal supply water pipe (82), and the second vertical supply water pipe (83) with tee-shaped joint pipes (961, 962, and 963), respectively.

In addition, the end portions of the first injection pipe 810, the second injection pipe 820, and the third injection pipe 830 are compressed to close the flow path, and the compressed flat portion 340 is provided with a bolt 351 and a nut 352. ), an insertion hole 341 into which a fastener 350 is fastened is formed and fixed to the inner surface of the bottom plate 300 and the side plates 310 and 320 of the washing box 30 with a fastener 350.

The fixing member 360 is selected from wood, plywood, or synthetic resin board.

The present invention, configured in this way, allows the washing water to be sprayed into the inside of the washing box 30 or to the outside. When sprayed inside, the boots are cleaned using the washing water and the cleaning brushes 301, 302, and 303. You can do this, and if you spray it to the outside, you can use the washing water to wash your boots.

Specifically, when the motor 40 and the pump 50 are driven by the ON operation of the control means, the washing water in the washing water storage tank 20 flows into the three-way valve 70 through the washing water discharge pipe 60, as shown in FIG. 8. When the opening/closing handle 700 of the three-way valve 70 is in the 'C' position, the flow path on the side connected to the main supply water pipe 80 is closed, and the flow path on the flexible pipe 61 side is open, allowing washing water to flow through the flexible pipe. By being sprayed to the hand spray nozzle 110 through (61), it is possible to wash boots using only washing water. In addition, when the opening/closing handle (100) is rotated to the 'D' position, the flow path on the flexible pipe (61) side is closed, and the flow path on the side to which the main supply water pipe (80) is connected is open, allowing the washing water to flow into the washing box (30). supplied.

The washing water supplied to the washing box (30) reaches the second vertical supply water pipe (83) through the first vertical supply water pipe (81) and the horizontal supply water pipe (82), and reaches the first vertical supply water pipe (81). One wash water flows into the first spray pipe 810 and is sprayed into the first spray nozzle 811, and the wash water that reaches the horizontal supply water pipe 82 flows into the second spray pipe 820 and is sprayed into the second spray nozzle (820). 821), and the washing water that has reached the second vertical supply water pipe 83 flows into the third spray pipe 830 and is sprayed into the third spray nozzle 831.

At this time, the washing water sprayed from the first spray nozzle 811 and the third spray nozzle 831 is sprayed from the side of the wash box 30 toward the center of the wash space 330, and is sprayed from the second spray nozzle 821. The sprayed washing water is sprayed upward from the bottom plate 300 of the washing box 30.

Therefore, when the washing water is sprayed, the worker, wearing boots, puts the boots into the washing space 330 through the open space in the front or upper part of the washing box 30 and moves back and forth, the first spray pipe 810, the second spray pipe 810, and the second spray pipe 810. Since cleaning brushes 301, 302, and 303 are formed around the injection pipe 820 and the third injection pipe 830, the washing water sprayed from the first injection nozzle 811 and the third injection nozzle 831 The outer surface of the boots is cleaned by the cleaning brushes 302 and 303 of the side plates 310 and 320, and the washing water sprayed from the second spray nozzle 821 and the cleaning brush 301 of the sole plate 300 are washed. This cleans the bottom of the boots.

So far, we have looked at the present design, focusing on preferred embodiments.

The specification of the present invention has been described with a focus on preferred embodiments with reference to the accompanying drawings, but the described embodiments and the configuration shown in the drawings are related to one of the most preferred embodiments of the present invention and do not represent all of the technical ideas. Therefore, those skilled in the art should understand that there may be various equivalents and modified examples that can replace them without departing from the scope of the present invention.

Therefore, the scope of the present invention is not limited to the presented embodiments, but should be interpreted in accordance with the scope of the patent claims described to include these many modifications, and should be interpreted by those skilled in the art in the technical field to which the present invention belongs. There may be embodiments in which various modifications and changes are possible within the equivalent scope of the technical idea of the invention and the technical idea described in the patent claims described below, so the scope of the present invention is the scope of the patent claims described to include many such modifications. It must be interpreted by .

10: Body 100: Handle for moving
120: cover 130: float
20: Washing water storage tank
30: Washing box
300: Bottom plate 301, 302, 303: Cleaning brush
310, 320: side plate 330: washing space
340: Flat part 341:
350: fastener 351: bolt
352: nut 360: fixing member
40: motor
50: pump
60: Wash water discharge pipe
70: three-way valve 700: opening and closing handle
80: main supply water pipe 81: first vertical supply water pipe
82: horizontal supply water pipe 83: second vertical supply water pipe
810: first injection pipe 820: second injection pipe
830: Third injection pipe 811: First injection nozzle
821: Second injection nozzle 831: Third injection nozzle
90: frame 910: upper frame
920, 921: subframe 940: space
950, 951, 952, 953: wheels for movement 960: protrusions
961, 962, 963: Tee type fitting

Claims (6)

In the boot washing machine,
A main body (10),
A washing water storage tank (20) installed in the main body (10) to store washing water,
Pumping means for withdrawing wash water from the wash water storage tank (20);
A washing box (30) through which washing water pumped by the pumping means is sprayed and which includes a plurality of washing brushes (301, 302, 303),
It is provided with an opening and closing means for supplying and blocking the washing water pumped by the pumping means and sprayed into the washing enclosure 30, and a control means for controlling the washing water sprayed into the washing enclosure 30,
The washing box 30 is formed with a washing space 330 whose front and upper surfaces are open on one side, so that boots can be put in,
A plurality of cleaning brushes (301, 302, 303) are fixed to the bottom plate (300) and both side plates (320, 320) forming the washing space (330) to clean the inserted boots, and the pumping means and opening/closing unit are provided. It is possible to spray the washing water supplied by the means,

The wash water storage tank 20 is equipped with a float 130 to automatically cut off the supply when the wash water supplied from outside reaches the full level.

The opening and closing means are:
As the washing water withdrawn from the washing water storage tank 20 becomes a three-way valve 70, one outlet of the three-way valve 70 is connected to the main supply water pipe 80, so that the washing water flows into the washing space 330 of the washing box 30. ) can be supplied,
The outlet on the other side is connected to a flexible pipe (61) on which the hand spray nozzle (110) is fixed, allowing washing water to be supplied to the outside.

The main supply water pipe 80,
A first vertical supply water pipe (81) that supplies the washing water discharged from the opening and closing means to the washing space (330) of the washing box (30),
A horizontal supply water pipe (82) extending in the horizontal direction from the lower end of the first vertical supply water pipe (81),
Consisting of a second vertical supply water pipe (83) extending vertically from one end of the horizontal supply water pipe (82),
The first vertical supply water pipe 81 has at least two first injection pipes 810 having a plurality of first injection nozzles 811 branched in the horizontal direction to spray washing water in the horizontal direction in the washing space 330. become,
The horizontal supply water pipe 82 has at least two second injection pipes 820 having a plurality of second injection nozzles 821 branched in the horizontal direction parallel to the first injection pipe 810 to form a cleaning space 330. Washing water is sprayed upward from
The second vertical supply water pipe 83 has at least two third injection pipes 830 having a plurality of third injection nozzles 831 in parallel with the first injection pipe 810 and the second injection pipe 820. It branches out in the horizontal direction and sprays washing water in the horizontal direction in the washing space 330,

The first injection pipe 810, the second injection pipe 820, and the third injection pipe 830 are:
It is branched and connected to the first vertical supply water pipe (81), the horizontal supply water pipe (82), and the second vertical supply water pipe (83) with tee-shaped joints (961, 962, and 963), respectively,
The distal end is compressed to close the passage, and a hole 341 for inserting a fastener is formed in the compressed flat portion 340 and is fixed to the inner surface of the cleaning box 30 with a fastener 350,

The plurality of cleaning brushes (301, 302, 303) fixed to the inner surface of the cleaning space (330) are:
It is fixed to the fixing member 360 installed inside the cleaning box 30 and is continuously disposed between the first injection pipe 810, the second injection pipe 820, and the third injection pipe 830,

The fixing member 360 is:
Either wood, plywood, or synthetic resin board is selected,

The washing box 30 is:
Supported on the frame 90,
The frame 90 includes an upper frame 910 that is formed in a rectangular shape and forms a protrusion 960 in front of the washing box 30 when the washing box 30 is placed,
Formed as a double structure consisting of lower frames 920 and 921 fixed to the lower part of the upper frame 910,
The lower frames 920, 921 are:
It is formed as a plate-shaped body and is fixed to both sides of the lower part of the upper frame 910 to form a space 940 in the central area,
The protrusion 960 is formed to protrude a length L toward the front of the washing box 30 to provide structural stability.
Moving wheels (950, 951, 952, 953) are formed,
A pair of moving wheels (950, 951) located in the front are fixed to the lower frame (820) and are fixed to the lower part of the protrusion (960) that protrudes a length (L) toward the front of the washing box (30) to ensure stability. provide,
A boot washer, characterized in that a pair of moving wheels (952, 953) located at the rear are fixed to the main body (10). delete delete delete delete delete

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