KR200200090Y1 - A rotation apparatus for skin scratch of livestock - Google Patents

Abstract

The present invention smoothes the blood circulation due to scratching the skin of the livestock and at the same time reduces the stress, thereby stabilizing and gentle the livestock and eliminating external parasites and foreign substances that are parasitic on the hair and skin. It increases the productivity of the livestock, improves the quality of the livestock, increases the flow rate and reduces the somatic cells and improves the health of the livestock.

The present invention detects this when the livestock enters and automatically rotates the motor to brush (scratches), and when the tail of the livestock is wound, the motor is automatically reversed so that the livestock is not impacted, and parasite control is performed. And it provides a rotary device to scrape the skin of the livestock to increase the income of livestock farmers by improving the productivity and health of the livestock by maximizing the management efficiency, such as automatically disinfecting germs by microorganisms. It has its features.

In order to achieve the above description, a brush part provided with a brush for easily scratching the skin of the livestock, a motor part for rotating the brush part, a sensing part detecting that the livestock is positioned to scratch the skin, and the tail of the livestock It consists of a control unit for reversing the rotation to confirm that the load is generated in the motor, and a disinfection unit for preventing pathogens occurring on the skin of the livestock.

Description

Rotator for scraping livestock skin {A ROTATION APPARATUS FOR SKIN SCRATCH OF LIVESTOCK}

The invention is designed for large livestock such as cattle, cows and horses, As a 'livestock') relates to a rotating device for easily scratching the skin,

More specifically, the brush portion is provided with a brush to scratch the skin of the livestock, the motor portion for rotating the brush portion, the sensing unit for detecting that the livestock is positioned to scratch the skin, the tail of the livestock is wound on the motor load And a sterilizing unit for preventing pathogens occurring on the skin of the livestock and preventing the pathogens occurring on the skin of the livestock. It reduces stress and removes external parasites and foreign substances that are parasitic on skin and hair to keep the body clean all the time, so it maintains healthy skin and hair and receives lots of sun to produce vitamin D to promote livestock growth, improve meat quality, and flow. It improves productivity such as increase and decrease of somatic cells and improves the health status of livestock. It detects this and automatically rotates the motor to brush (scratches), and when the tail of the animal is wound, it automatically rotates the motor so that the animal is not shocked and parasites and skin diseases such as goats and pigs occur. For easy small and medium sized livestock, it is possible to not only increase the productivity and income of livestock farms such as scratching the skin and automatically disinfecting to prevent skin diseases caused by parasites or pathogens. It relates to a rotating device for scraping the skin of livestock to maximize the reliability of use for the user.

In general, livestock farms scrape the body of livestock to remove foreign substances. It took a lot of time and labor to clean the body.

On the other hand, if the skin is not scratched, the skin of the livestock is a good environment for parasites and pathogens to be parasitic, so they are scratched and rubbed or rubbed against sharp wood or pipes. The problem of getting hurt or getting germs will occur.

In order to solve the above problems, the conventional apparatus illustrated in FIG. 1 is used by fixedly installing a fixed place at a livestock house, whereby a brush having a predetermined length is installed in a 'b' shape. It is made to scratch the skin, but this is the inconvenience of the farmer's manager to check and scrape the livestock daily, the upper brush (1) is the back part of the cattle and the side brush (2) is to scratch the side part of the livestock There is a hassle that has to move repeatedly to scratch, there is a problem that can not easily scratch to different size animals.

In addition, due to the inability to scrape the skin of the animal properly, blood circulation is not desired, growth is reduced, stress builds up, affects the taste of meat, and the meat is bad, and parasites and skin diseases are prone to occur. As the environment is created, losses other than skin diseases are caused and enormous economic losses occur.

Therefore, due to the above problems, the apparatus for scraping the skin of a livestock animal, which is conventionally practiced, cannot be applied to various livestock, and at the same time, the productivity and economic efficiency of the farmhouse are deteriorated, and the efficiency is lowered, thereby reducing the reliability of the user. There are problems.

The present invention was created to solve the problems occurring in the prior art as described above, has the following purposes.

The present invention scratches the skin of livestock, which makes the blood circulation smooth by the effect of the right limb, reducing stress and removing external parasites and foreign substances that are parasitic on skin and hair. It keeps and receives a lot of sunlight to produce vitamin D, which improves the productivity and improves the health of the livestock such as promoting the growth of the livestock, improving the meat quality, increasing the flow rate and reducing the somatic cells. The motor rotates to brush (scratches), and when the tail of the livestock is wound, the motor is automatically reversed to give no impact to the livestock. Scratch and automatically disinfect the skin disease caused by parasites or pathogens. The purpose of the present invention is to provide a rotating device for scraping the skin of livestock, which not only increases productivity and income of livestock farmers, but also improves durability and efficiency of the device, thereby maximizing user reliability. have.

In order to achieve the above object, the brush part is provided with a brush for easily scratching the skin of the livestock, the motor unit for rotating the sole part, the sensing unit for detecting that the livestock is positioned to scratch the skin, and the tail of the livestock The control unit that checks that the load is generated in the motor and reversely rotates, and prevents germs occurring on the skin of the livestock. It is made by forming a disinfection unit to.

1 is a schematic configuration diagram showing a scraping apparatus that is conventionally carried out,

Figure 2 is a block diagram showing to explain the present invention,

Figure 3 is an appearance configuration showing the implementation of the present invention,

4 is an exemplary embodiment for explaining the implementation of the present invention,

5 is a flow chart for explaining the operation relationship of the present invention.

<Explanation of symbols for the main parts of the drawings>

10: power supply unit 20: motor unit

30: detection part 40: sole part

50: control unit 60: disinfection unit

100: rotating device 101: housing

102: adjustment level 103: shaft

With reference to the accompanying drawings which is a preferred embodiment for the present invention described above will be described in detail.

In the following description of the present invention, if it is determined that the detailed description of the related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted.

The following terms are terms set in consideration of functions in the present invention, which may vary depending on the intention or custom of the producer, and the definitions thereof should be made based on the contents throughout the present specification.

First, the present invention is shown in Figures 2 to 4, Figure 2 is a block diagram showing to illustrate the present invention, Figure 3 is an appearance configuration diagram showing the embodiment to be implemented by the present invention, Figure 4 Figure shows an embodiment for explaining the practice of the present invention.

That is, the present invention is to easily scratch the skin of large livestock such as cattle, cows, horses, and small and medium-sized livestock such as domestic goats, pigs, etc., using a commercial power source and a power source charged in a battery Power supply unit 10 for driving the motor, the motor unit 20 for driving forward and reverse rotation by the power supply of the power supply unit 10, and a detection signal detecting a position at which the livestock enters the motor unit The sensing unit 30 is applied to the 20 to drive the motor, and rotates by the driving of the motor unit 20 to rotate the skin of the livestock. When the tail of the livestock is wound by the rotation of the sole part 40 and the sole part 40 to be scraped, and the load is applied to the motor part 20, the motor of the motor part 20 is reversely rotated so that the tail is rotated. Control unit 50 for controlling the signal to release and the disinfecting unit to operate by the drive of the motor unit 20 and to spray disinfectant to the brush portion 40 to prevent germs and diseases that may occur in the livestock The rotating device 100 formed of 60 is made.

In addition, the rotation apparatus 100 according to the above embodiment has a housing 101 in which the motor unit 20, the sensing unit 30, and the control unit 50 are built in an upper end portion in a predetermined shape, and the housing 101. In the lower part of the) the adjustment level 102 is formed to enable the height adjustment of the rotating device 100, the front end of the housing 101 is formed with a shaft having a predetermined angle to the shaft 103 is the motor portion It is rotated by the driving of the 20, and is formed to fit the sole portion 40 for scratching the skin of the livestock on the shaft 103, at a predetermined interval between the housing 101 and the sole portion 40 The upper end is made of the disinfecting unit 60 is formed by moving the disinfectant is injected.

The sole of the sole part 40 of the present invention is made of a brush that rotates to maximize the efficiency is concave in the shape of 'jang' to be made possible to brush on a large surface of each part of the body curved portion and protrusion of the livestock.

On the other hand, the present invention can be variously modified in the housing 101 and the disinfecting unit 60 of the rotary device 100 applied to the above-described components may take various forms.

However, the present invention is limited to the particular form mentioned in the detailed description above. It is to be understood that the invention includes all modifications, equivalents, and substitutes within the spirit and scope of the present invention as defined by the appended claims.

In order to explain the operation and operation relationship of the present invention configured as described above will be described with reference to the operation relationship flow diagram of the present invention shown in Figure 5 attached.

First, through the rotating device 100 to scratch the skin of cattle such as cattle, cows, pigs and horses to easily scrape using the brush portion 40, wherein the power source 10 for home and industrial When the power applied to the commercial power or storage battery is applied to (S11), the motor unit 20 is in a state (S12) that can be driven by the power.

At this time, when the manager of the farm enters the livestock device (S13) (S13), the sensing unit 30 detects it (S14) and drives the motor of the motor unit 20 to rotate (S15). At the same time the sole portion 40 is fitted to the shaft 103 is rotated (S16) is to scratch the skin of the livestock.

In order to prevent germs and diseases of the livestock during the operation, it is confirmed whether to disinfect through the disinfecting unit (60) (S17) and spray the disinfectant on the upper portion of the sole portion 40 being rotated (S18). And the tail of the livestock is wound around the brush part 40 during the operation of scraping the skin of the livestock and spraying the disinfection (S19). Loose by driving the motor of the unit 20 in reverse rotation (S20) to complete one operation for the livestock, the other After checking whether the operation of scraping the skin of the animal is repeated (S21), when another livestock enters, the driving is repeatedly performed, otherwise all the operations are terminated (S22).

In addition, the motor unit 20, the sensing unit 30, and the control unit 50 are installed in the housing 101 of the rotating device 100 to drive the work, and the lower portion of the housing 101. The adjustment level 102 located in the control the height of the usefulness according to the type and size of the livestock, the shaft 103 is driven by the driving of the motor unit 20 in the state in which the sole portion 40 is fitted. Rotated to transmit the rotational force to the sole portion 40, the disinfecting portion 60 may be made detachable according to the user's choice and consists of a role for supplying and spraying disinfectant.

Finally, the disinfecting unit 60 is not useful to scratch and disinfect the skin at the same time supplying livestock, such as milk cow, it is optional to use it in addition to the other modified means of the present invention It belongs to the category.

As described in detail above, the present invention provides a brush part provided with a brush to scratch the skin of the livestock, a motor part for rotating the brush part, a sensing part for detecting that the livestock is positioned to scratch the skin, and a tail of the livestock. Checking that the load is generated in the motor by rotating the control unit and the sterilization unit for preventing the pathogens occurring on the skin of the livestock, by forming a disinfection unit, by scratching the skin of the livestock Its effect is to smooth blood circulation, reduce stress and remove external parasites and foreign substances that are parasitic on skin and hair, so the body is always clean, so it keeps healthy skin and hair and receives lots of sun to produce vitamin D. It has the effect of improving the productivity and improving the health of the livestock, such as promoting the growth of the livestock, improving the meat quality, increasing the flow rate and reducing the somatic cells, and when the livestock enters, the sensor detects this and automatically rotates the brush to brush the motor. When the tail of the livestock is wound, the motor is rotated automatically to avoid the impact on the livestock.Small livestock, such as conventional goats and pigs, which are susceptible to parasites and skin diseases, can be scratched at the same time. By disinfecting it to prevent skin diseases caused by parasites or pathogens. It is obvious that this is a very useful design that can simultaneously achieve several effects, such as increase in productivity and economic efficiency of livestock farms, and increase in durability and efficiency of the device, thereby maximizing user reliability.

Claims (2)

To easily scratch the skin of domestic animals such as cattle, cows, native goats, pigs and horses; A power supply unit 10 for driving a motor using commercial power applied to home and industrial and power charged in a storage battery; A motor unit 20 for driving forward and reverse rotation by the power of the power supply unit 10, A detection unit 30 for driving a motor by applying a detection signal detecting a position at which the livestock enters the motor unit 20; A brush part 40 which rotates by driving the motor part 20 to scratch the skin of the livestock; The control unit 50 controls the signal to release the tail by rotating the motor of the motor unit 20 when the tail of the livestock is wound by the rotation of the sole portion 40 when the load is applied to the motor unit 20. )Wow; Livestock, characterized in that formed by the disinfecting unit 60 to operate by the drive of the motor unit 20 and to spray the disinfectant to the brush portion 40 to prevent germs and diseases that may occur in the livestock Rotator to scratch your skin. The method of claim 1, The rotating device has a housing 101 in which the motor unit 20, the sensing unit 30, and the control unit 50 are built in a predetermined shape at an upper end thereof, and a lower portion of the housing 101 has the rotating device ( The adjustment level 102 is formed to enable the height adjustment of the height 100, and the shaft rod 103 is formed at an inclination having a predetermined angle at the front end of the housing 101 to be rotated by the driving of the motor unit 20. And, on the shaft 103 is formed so that the sole portion 40 for scratching the skin of the livestock, disinfectant is moved to the upper end of the predetermined interval of the housing 101 and the sole portion 40 is sprayed Rotating device for scraping the skin of the livestock, characterized in that the disinfecting unit 60 is formed.