KR102676744B1 - Livestock boots cleaning device equipped with a heated wire - Google Patents

Abstract

The present invention relates to a livestock boot cleaning device for cleaning boots that are essential for use by users in the livestock industry before and after work. In order to sterilize, clean and dry easily and hygienically within a short period of time, the footrest can be cleaned and disinfected first, and the soles and slopes of the boots can be cleaned secondarily in the storage box. After cleaning, the boots can even be dried. This relates to a boot cleaning device for livestock farming that can prevent diseases, implement biosecurity, and improve the environment by providing a device with a

Description

Livestock boots cleaning device equipped with a heated wire }

The present invention relates to a boot cleaning device, and to a boot cleaning device for livestock farming, which is equipped with a heating element so that boots, which are essential for use by users in the livestock industry, can be cleaned before and after work, even in the cold winter.

First, looking at the prior art,

Boots or boots are a type of shoe and are a general term for shoes that are higher than the ankle or calf. Boots are mainly made of leather, rubber, or synthetic leather, and are shoes worn for various purposes such as work, cold weather, waterproofing, sports, safety, and fashion.

Boots worn for work need to be cleaned frequently because various foreign substances (dirt, dust, dirt, bacteria, debris, food materials, etc.) found in the workplace become stuck or stuck to the bottom and outside of the boots and become dirty.

In the past, workers simply spread out a duster at the entrance and stamped their feet to separate foreign substances. Recently, various devices have been proposed to make cleaning boots easier.

In addition, when cleaning general boots, you can use a brush tread, etc. to rub off dirt and other dust while wearing your shoes on the brush tread, or you can brush your shoes off on a molded tread with a large number of irregularities such as grooves and protrusions. That was enough to shake off the dirt and dust from my shoes.

However, in the livestock industry, boots are covered with a lot of feces, and as a result, dirt, bacteria, viruses, etc. easily become embedded in the boots.

If these boots are not disinfected and cleaned quickly and hygienically, they can cause various diseases and become environmentally unhygienic.

Additionally, in the case of the above-mentioned washing device, there was a problem in that washing was impossible due to the washing water being frozen in the cold winter.

Accordingly, in the past, ‘boot washing machine’ under registration number 10-0329726, ‘boot washing machine’ under registration number 20-0443217, ‘boot washing machine’ under publication number 10-2010-0115007, and ‘boot washing machine’ under publication number 20-2020-0000476 Although a 'washing machine' has been disclosed, the above-mentioned problems are still not being improved.

The present invention was devised to solve the problems of the prior art described above, and it is possible to easily and hygienically sterilize, clean, and dry dirt, bacteria, and viruses on boots that are essential for livestock farms in a short period of time. By providing a device that can clean and disinfect the boots first and the soles and slopes of the boots in the storage box, and even dry the boots after cleaning is completed, diseases can be prevented and biosecurity is ensured. It was completed as a technical task with a focus on providing a livestock boot washing device that can be implemented, improve the environment, and prevent the washing water from freezing by forming a foot heating element in the inner space of the footrest.

Accordingly, the present invention consists of a footrest on which boots are seated, a shower brush through which water is sprayed to clean the boots, a detergent supplier that supplies detergent for cleaning the boots, and a washing plate that removes foreign substances from the soles of the boots. In the boot cleaning device, which consists of a storage box in which foreign substances in the boots are stored, the footrest includes an internal space in which washing water (water or disinfectant) accumulates, and a device configured to discharge the liquid to the side or bottom of the internal space. It consists of a valve, a footrest cleaning brush that cleans foreign substances on the soles of boots, and a footrest heating element that prevents water in the inner space from freezing. A step is formed at a certain height inside the storage box, and the cleaning plate is Its technical feature is a livestock boot cleaning device equipped with a heating wire, which is located on the step.

According to the present invention, a livestock boot cleaning device equipped with a heating wire, dirt, bacteria, viruses, etc. on boots can be easily and hygienically sterilized, washed, and dried in a short period of time, thereby preventing diseases in advance. It is an invention with great effects, as it can improve the environment along with the implementation of biosecurity, and the configuration of the heating element allows it to be used even in the cold winter.

Figure 1 is a perspective view showing the boot cleaning device of the present invention.
Figure 2 is a perspective view showing a shower brush and a detergent dispenser among the components of the present invention.
Figure 3 is a perspective view showing a storage box and a cleaning brush among the components of the present invention.
Figure 4 is a cross-sectional view showing the footrest heating element of the present invention.
Figure 5 is a perspective view showing the boot cleaning device of the present invention.
Figure 6 is a side view showing the boot cleaning device of the present invention
Figure 7 is a front view showing the boot cleaning device of the present invention.
Figure 8 is a plan view showing the boot cleaning device of the present invention
Figure 9 is a plan view showing the sole cleaning brush and collection box of the present invention.
Figure 10 is a bottom view showing the sole cleaning brush and collection box of the present invention.
Figure 11 is a cross-sectional view showing a footrest in the configuration of the present invention
Figure 12 is a front view showing the configuration of the handle added to Figure 9
Figure 13 is a side cross-sectional view showing the boot cleaning device of the present invention
Figure 14 is a plan view showing the configuration of the auxiliary brush added to Figure 10
Figure 15 is a cross-sectional view showing a circulation member additionally configured in the present invention

Hereinafter, the preferred configuration and operation of the present invention for achieving the above object will be described with reference to FIGS. 1 to 15 in relation to the accompanying drawings.

First, the livestock boot cleaning device equipped with a heating wire of the present invention is composed of a footrest 100 on which the boots are seated, a shower brush 210 through which water is sprayed to clean the boots, and detergent for cleaning the boots. In the boot washing device 10, which consists of a detergent supply device 220 and a washing plate 200 for removing foreign substances from the soles of the boots, and a storage box 300 where foreign substances from the boots are stored, the footrest ( 100) includes an internal space 110 in which washing water (water or disinfectant) accumulates, a first valve 120 configured to discharge the liquid to the side or bottom of the internal space 110, and a first valve 120 configured to discharge the liquid on the sole of the boot. A footrest cleaning brush 130 for cleaning foreign substances and a footrest heating element 140 for preventing water in the internal space 110 from freezing are provided, and a step 310 is formed at a certain height inside the storage box 300. The washing plate 200 is located on the step 310.

In general, a boot cleaning device consists of a main body, which includes a footrest on which boots are mounted, a shower brush through which water for cleaning the boots is sprayed, a detergent supplier that supplies detergent for cleaning the boots, and the main body. The interior consists of a sole cleaning brush for cleaning foreign substances on the soles of boots and a storage box for storing the cleaning materials.

If the above-described present invention is described in more detail,

First, the boot cleaning device for livestock is comprised of a footrest 100 on which boots are mounted, a shower brush 210 that sprays water to clean the boots, and a detergent supplier 220 that supplies detergent for cleaning the boots. ) and a washing plate 200 for removing foreign substances from the soles of the boots, and a storage box 300 for storing foreign substances from the boots.

Here, the inventor of the present invention is a livestock boot cleaning device equipped with a heating wire.

The footrest 100 is comprised of an internal space 110, a first valve 120, a footrest cleaning brush 130, and a footrest heating element 140,

A step 310 is formed in the storage box 300.

The internal space 110 is a space where washing water (water or disinfectant) accumulates, and the first valve 120 is configured to discharge the washing water to the side or bottom of the internal space 110, and the footrest cleaning brush 130 It is designed to clean foreign substances on the soles of boots.

The footrest heating element 140 is configured to prevent the water in the internal space 110 from freezing.

The footrest heating element 140 may be configured to protrude from the internal space 110, be configured on the bottom of the footrest 100, be configured on the side of the footrest 100, or be configured on the side and bottom of the footrest 100. .

The footrest heater 140 is turned ON/OFF depending on the temperature of the washing water in the internal space 110.

The footrest heating element 140 is configured with a coil heating element capable of rapidly generating heat depending on the temperature of the washing water.

The coil heating wire is configured in a partial section of the footrest heating wire 140, and may be configured in one or more pieces at regular intervals.

In the case of the footrest heating element 140 and the coil heating element, the user can operate the heating element in 1st stage, 2nd stage, etc.

A temperature measurement sensor is installed on one side of the footrest 100 to measure the temperature of the washing water in the internal space.

The temperature measurement sensor operates according to the temperature set by the user, and a notification unit is provided on one side of the temperature measurement sensor to notify the user with sound or light.

The temperature measurement sensor and the notification unit may be configured on one side of the footrest 100, on one side of the boot cleaning device 10, or in the control unit.

A step 310 is formed at a certain height inside the storage box 300, and the washing plate 200 is located on the step 310.

The step 310 is formed on the inner circumference of the storage box 300 at a certain height, and may be formed on the entire inner circumference of the storage box 300 or on each corresponding surface.

Therefore, the washing plate 200 can be positioned to span the step 310.

The steps 310 may be formed on the same horizontal line or may have different heights on each corresponding side.

This can also be manufactured by adjusting the height of the step 310 of the boot cleaning device 10 according to the user's selection.

In addition, when forming the steps 310 on the same horizontal line, an auxiliary step with a coupling portion may be formed to raise the step 310 on one side.

When constructing the auxiliary step, a coupling groove is formed on one side of the step 310, and the coupling portion formed on the auxiliary step is coupled to the coupling groove to increase the fixing force.

The step 310 and the auxiliary step are intended to support the washing plate 200, minimize flow, or form an inclined surface of the washing plate 200.

The washing plate 200 is equipped with a temperature measuring device that measures the temperature of the shower brush 210 and the detergent supply 220.

The temperature measuring device is configured in the water channel of the shower brush 210 and the detergent supply 220 and measures the internal temperature.

The washing plate 200 is equipped with a water heating element to prevent the shower brush 210 and the detergent dispenser 220 from freezing.

The waterway heating element is configured to operate when the temperature measured through the temperature measuring device configured in the waterway is lower than the setting value set by the user.

The waterway heating line is configured to surround the outer circumference of the waterway, and for some sections, an auxiliary waterway heating line is configured to surround the outer circumference of the waterway heating line.

The water heating element and the auxiliary water heating element are used to allow the user to selectively operate the temperature in the first stage (low temperature) and the second stage (high temperature).

The heating wire configured in the present invention is a coil heating wire, but components other than the coil may be applied to the configuration for dissipating heat or low-temperature and high-temperature heat, so the names of the coil and heating wire above are used. I will not limit it.

Commonly used footrests are for the user to step on to clean their boots, and because they do not have components related to cleaning or disinfection, their effectiveness cannot be shown.

Accordingly, in the present invention, an internal space is formed in the footrest to allow water or disinfectant to accumulate in the inner space, and the footstep cleaning brush is used to remove foreign substances on the soles of boots, so that the user primarily cleans and disinfects the footrest. It was made possible to do so.

A cushioning member is provided at the bottom of the footrest cleaning brush to provide cushioning when the user presses downward.

Due to the buffer member, when the user performs primary cleaning and disinfection, the footrest cleaning brush is pressed into the inner space so that water or disinfectant is applied to the outer circumference of the boots, and in addition, the user can move the boots to remove foreign substances on the soles. did.

The sole cleaning brush is located at the top of the storage box and is formed to be long in the vertical direction.

The sole cleaning brush is oriented vertically so that the user can easily clean the soles of the boots, and a separate brush is provided at the top.

A separate fitting groove (not shown) is formed on the outer circumference of the sole part of the sole fine iron brush, so that only the sole part can be attached and detached.

In addition, a separate cushioning member (not shown) is provided at the bottom of the sole cleaning brush so that the sole cleaning brush can be cushioned from the top and bottom when the user holds it for secondary cleaning.

On one or both sides of the sole cleaning brush, a collection box is provided with a plurality of through grooves to collect foreign substances and cleaning materials that come off the boots.

Washing matter is discharged from the lower part of the collection box, and a plurality of discharge grooves smaller than the through grooves are formed.

The collection box allows foreign substances and cleaning substances that come off the boots to enter through the through groove when the user performs secondary cleaning and removal of foreign substances using a sole cleaning brush.

In addition, foreign matter and washed matter introduced through the through groove are located inside the collection box according to the size of the foreign matter, and the washed matter can be discharged through the discharge groove formed at the bottom.

The sole cleaning brush and the collection box may be configured to be separate, or may be configured as an integrated piece.

The storage box has steps formed to position the sole cleaning brush.

The sole cleaning brush and collection box are configured in a storage box and can be attached and detached through a separate support (not shown), or a step is formed in the storage box so that it can be mounted on the step and then used.

The steps are formed on both sides to position the sole cleaning brush and the collection box, or a step is formed on one side and a mounting groove (not shown) is formed on the other side so that the sole cleaning brush and collection box can be mounted.

In addition, in forming the steps and mounting grooves, they are formed on the same line or have low heights so that the sole cleaning brush and the collection box can be horizontal or inclined.

There is a handle on the upper part of one side of the main body that the user can hold when washing.

The handle is intended to facilitate cleaning and disinfection for the user's safety.

On one side of the storage box, there is a second valve that discharges cleaning materials or foreign substances to the outside.

The second valve is operated manually or semi-automatically, or is automatically operated by a separate control member to open the second valve and discharge when a certain level of washing material is stored in the storage box or a certain weight of foreign matter is stored in the storage box. It was made possible to operate.

When the second valve operates automatically, a water level sensor that measures the water level of the washing material and a scale that measures the weight inside the storage box are separately configured.

The inner periphery of the storage box is equipped with auxiliary brushes to remove foreign substances on the front, back, left, and right sides of the boots.

The auxiliary brush allows the user to wash the boots with the sole cleaning brush provided inside the storage box, and at the same time, when foreign substances on the slopes of the boots are not removed even when washing with a separately configured cleaning brush for boots, the user can directly wash the boots. This is to enable the removal of foreign substances.

At this time, the bristle portion of the auxiliary brush is formed with a separate fitting groove (not shown) to enable attachment and detachment.

The interior of the storage box is formed with an inclined surface so that it gathers at one side or the center.

The interior of the storage box is formed as a flat surface or an inclined surface so that the washed substances and foreign substances can be stored on one side.

On the side or rear of the main body, a circulation member 400 is provided that is linked to the shower brush and circulates through the operation of a motor, and is configured on one side of the storage box to include an inlet 410 for sucking the washing material, and A filter 420 that filters out foreign substances in the washed water, a septic tank 430 mixed with a purifying agent 431 that purifies the washed water sucked through the filter, and an outlet that discharges the washed water purified in the septic tank through a shower brush. It consists of (440).

The circulation member is used to circulate and recycle the cleaning material inside the storage box.

At this time, since the washed water was contaminated, it was purified through a filter and purifier provided in the circulation member, and then discharged through an outlet so that it could be recycled.

On one side of the main body, there is an air sprayer that sprays air to remove moisture from the boots that have been cleaned.

The air sprayer allows the user to remove moisture from the outer circumference of the boots after completing cleaning and disinfection of the boots. The air sprayer can be operated manually or semi-automatically or automatically through a separate control device or sensor. was made possible to remove.

According to the present invention as described above, dirt, bacteria, viruses, etc. on boots can be easily and hygienically sterilized, washed, and dried in a short period of time, thereby preventing diseases in advance, along with the implementation of biosecurity. The environment can be improved.

10: Boot washing device
100: Footrest 110: Internal space 120: First valve
130: Footrest cleaning brush 140: Footrest heating element
200: Washing plate 210: Shower brush 220: Detergent dispenser
300: storage box 310: step
400: Circulating member 410: Inlet 420: Filter
430: Septic tank 431: Purifying agent 440: Discharge outlet

Claims (3)

In the boot cleaning device (10), which consists of a footrest (100) on which boots are placed, a cleaning plate (200) for removing foreign substances from the soles of the boots, and a storage box (300) for storing foreign substances on the boots,
The footrest 100 includes an internal space 110 in which washing water (water or disinfectant) accumulates, a first valve 120 configured to discharge the washing water to the side or bottom of the internal space 110, and the sole of a boot. It consists of a footrest cleaning brush (130) that cleans foreign substances on the footrest and a footrest heating element (140) that prevents the water in the inner space (110) from freezing,
A step 310 is formed at a certain height inside the storage box 300,
The washing plate 200 is located on the step 310,
The footrest heating element 140 is comprised of a coil heating element capable of rapid heating depending on the temperature of the washing water,
On one side of the footrest 100, a temperature measurement sensor is installed that operates according to the temperature set by the user and measures the temperature of the washing water in the internal space,
On one side of the temperature measurement sensor, a notification unit is formed to notify the user with sound or light, etc.
On the side or rear of the main body, a circulation member 400 is formed in conjunction with the shower brush and circulates by the operation of a motor, and is configured on one side of the storage box to suck the washing material, an inlet 410, and A filter 420 that filters out foreign substances in the washed water, a septic tank 430 mixed with a purifying agent 431 that purifies the washed water sucked through the filter, and an outlet that discharges the washed water purified in the septic tank through a shower brush. Consists of (440),
The washing plate 200 is equipped with a temperature measuring device that measures the temperature in the water channels of the shower brush 210 and the detergent supply 220,
A livestock boot washing device equipped with a heating wire, characterized in that the washing plate (200) is configured with a water heating wire to prevent freezing in the pipes of the shower brush (210) and the detergent supply unit (220).
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