KR102665559B1 - Non-contacting type aapparatus for obtaining information of cattle and administraing system using the same - Google Patents

Abstract

The present invention includes a livestock electric transfer unit (101) that guides livestock to enter the weight measurement unit (102) by fastening it to a halter; A flat weight measuring unit 102 that measures the weight of livestock; A weight display unit 108 that displays the weight measured by the weight measurement unit 102; installed on the upper part of the weight measurement unit 102, a rectangular central portion 111 and the central portion 111 as the center It includes an entry part (109) and an outlet part (112) formed on both left and right sides, and a ruler for measuring the body measurements of livestock (body length, height, cross-section height, chest heart, chest width, short angle, and width of the head) and each part of the body. A livestock right escape prevention unit (120-4) consisting of a plurality of square lattice blocks sized to measure body size (neck, sirloin, ribs, brisket, strip end, front leg); A ruler to measure the body measurements of livestock (body length, height, cross-section height, chest, chest width, cross-body angle, and width of the head) and a size to measure the body measurements of each part (neck, sirloin, ribs, brisket, strip, front legs). A livestock left escape prevention unit (120-3) consisting of a plurality of square lattice blocks set with; The body width 301 can be adjusted according to the size of the body width 301 when the livestock enters the longitudinal direction of the exit part 112 from the entry part 109 of the livestock left escape prevention part 120-3, and the flat surface of the weight measuring part 102 The livestock left escape prevention guide 121-1 is installed to maintain a certain distance in the upper direction and allows for upward and downward diffraction; and the exit portion 112 from the entry portion 109 of the livestock right escape prevention portion 120-4. ), which can be adjusted according to the size of the body width (301) when the livestock enters the longitudinal direction, and is installed to prevent the livestock from leaving to the right, maintaining a certain distance in the upper direction from the flat surface of the weight measuring unit (102) and enabling upward and downward diffraction. A livestock escape prevention unit 120 including a guide 121-2; which is fastened to the rear ends of the livestock right escape prevention unit 120-4 and the livestock left escape prevention unit 120-3 and opens by sliding. An entrance door (110) that can be closed and is composed of a square frame and a ruler capable of measuring body size and configured to measure the rear body width (301-1); It is fastened to the front end of -4) and the left livestock escape prevention part (120-3) to enable opening and closing by sliding movement, and is composed of a ruler and a square grid block that can measure body size in a square frame, so that the front body width (301 -2) an exit door 113 configured to measure; a camera support 130 installed on the upper part of the entry part 109, the central part 111, and the exit part 112 of the livestock escape prevention unit 120; A 3D Depth Camera (131) that is fastened to the camera support 130 and collects images of the livestock escape prevention unit 120 and livestock biometric images in three dimensions across the entry, center, and exit portions. ) and an ultrasonic measuring device 207 for measuring the cross-section of a living body.

Description

Non-contact cattle feeder capable of obtaining livestock information and management system using the same {NON-CONTACTING TYPE AAPPARATUS FOR OBTAINING INFORMATION OF CATTLE AND ADMINISTRAING SYSTEM USING THE SAME}

The present invention relates to a non-contact cattle feeder capable of obtaining livestock information and a management system using the same.

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In the conventional cattle trade, a market where cattle (calfs) are bought and sold is called a cattle market. In order to sell cattle (calves), producers place reins on a mooring stand installed in the cattle market and set up signs with information about the cattle. Then, an experienced auctioneer sets the minimum price after checking the cow's information recorded on the sign, the producer's production history and unique history, the weight of the cow measured by the producer, etc., the auction begins, and the buyer bids the buyer. A method of bidding on an auction by designating the desired cow (calf) using a flag or a signal, and selling the cow (calf) that has been successfully bid by the buyer by measuring its weight in a cattle shed and paying the result based on the weight change. Transactions are made with

However, the process for producers to transport cattle (calfs) to the cattle market to sell them takes a lot of time and money, and as many people approach to buy and sell at the cattle market, the cattle are exposed to stress and disease, and the cattle have to be moved into the barn. Secondary infection problems arise where the disease spreads to other livestock. In addition, the buying and selling of livestock takes place in nearby areas and is limited in area, and the auction date is designated, making it difficult for sellers to sell on the desired day.

In order to solve these problems, there is a need for a non-face-to-face livestock auction and online trading system to buy and sell livestock, but this is difficult to solve easily due to issues with the accuracy and reliability of the information provided and trust issues between sellers and buyers.
To solve this problem, the development of a non-face-to-face transaction system, that is, a 3D-depth camera and a square grid measuring device that provides information on each livestock individual to livestock auctions and online trading systems where transactions are made by providing information on each livestock individual, was developed. It is required.

KR 20-0478838 Y1 KR 10-2062609 B1 KR 10-2122131 B1

The present invention is intended to solve the problems of the prior art described above, and measures each body size using a square grid block whose size is set in the livestock escape prevention unit installed on the upper part of the weight measurement unit and a ruler whose length is set to measure the body size of a living body. By collecting and comparing and analyzing livestock measurement data and biometric and image data by 3D-Depth Camera, body size and body size for each livestock individual, automatic weight measurement, and RFID (livestock unique history) recognition data are collected. Characteristic biometric image data is stored in a block-set facial recognition ID, and data measured using tomography traits including dorsal cross-sectional area (longissimus dorsi muscle cross-sectional area), back fat thickness, and intramuscular fat using an ultrasonic measuring device (prediction of meat quality and volume) ) is stored in the facial recognition ID, and by providing information on each livestock individual through the facial recognition ID, it is possible to control the timing of shipment, adjust the amount of feed supplied according to growth status, and produce high-quality meat, thereby improving productivity and predicting with the naked eye. The purpose is to provide livestock breeding environment, growth, and disease prediction models by providing accurate data that has been measured and analyzed for growth status.

In addition, the information for each livestock individual is provided to livestock auctions and online trading systems, so that when producers want to trade, participants and buyers at the cattle market or anywhere in the country can check the information for each livestock individual and make a purchase decision, and after confirmation, they can purchase the cow. By enabling buying and selling transactions, other purposes include reducing the time and cost previously required, providing convenience and profitability, as well as preventing diseases and viral infections caused by external exposure of cattle.

However, the technical problem to be achieved by this embodiment is not limited to the technical problems described above, and other technical problems may exist, and the purpose of the invention is not limited to the objects mentioned above, and other technical problems not mentioned above are also possible. The objectives will be clearly understood from the description below.

A non-contact cattle feeder capable of obtaining livestock information of the present invention to achieve the above purpose
A livestock electric transfer unit (101) that guides the livestock to enter the weight measurement unit (102) by being fastened to the reins;
A flat weight measuring unit 102 that measures the weight of livestock;
a weight display unit 108 that displays the weight measured by the weight measurement unit 102;
It is installed on the upper part of the weight measuring unit 102 and includes a rectangular central portion 111, and an entry portion 109 and an exit portion 112 formed on both left and right sides around the central portion 111,
A ruler to measure the body measurements of livestock (body length, height, cross-section height, chest, chest width, cross-body angle, and width of the head) and a size to measure the body measurements of each part (neck, sirloin, ribs, brisket, strip, front legs). A livestock right escape prevention unit (120-4) consisting of a plurality of square lattice blocks set with;
A ruler to measure the body measurements of livestock (body length, height, cross-section height, chest, chest width, cross-body angle, and width of the head) and a size to measure the body measurements of each part (neck, sirloin, ribs, brisket, strip, front legs). A livestock left escape prevention unit (120-3) consisting of a plurality of square lattice blocks set with;
The body width 301 can be adjusted according to the size of the body width 301 when the livestock enters the longitudinal direction of the exit part 112 from the entry part 109 of the livestock left escape prevention part 120-3, and the flat surface of the weight measuring part 102 A livestock left departure prevention guide (121-1; and
It is possible to adjust according to the size of the body width 301 when the livestock enters the longitudinal direction of the exit part 112 from the entry part 109 of the livestock right escape prevention part 120-4, and the weight measuring part 102 is a flat plate. A livestock escape prevention unit 120 including a right livestock escape prevention guide guide 121-2 installed to enable upward and downward diffraction while maintaining a certain distance in the upper direction from the surface;
It is fastened to the rear end of the livestock right escape prevention part 120-4 and the livestock left departure prevention part 120-3, allowing opening and closing by sliding movement, and a ruler and square grid for measuring body size in a square frame. An entrance door (110) made of blocks to measure the rear body width (301-1);
It is fastened to the front end of the livestock right escape prevention part 120-4 and the livestock left departure prevention part 120-3, allowing opening and closing by sliding movement, and a ruler and square grid for measuring body size in a square frame. An exit door (113) composed of blocks to measure the front body width (301-2);
Camera supports 130 installed on the upper parts of the entry part 109, the central part 111, and the exit part 112 of the livestock escape prevention unit 120;
A 3D Depth Camera 131 that is fastened to the camera support 130 and collects images of the livestock escape prevention unit 120 and livestock biometric images within the livestock escape prevention unit 120; and
It is characterized by comprising an ultrasonic measuring device (207) that measures the cross-section of a living body.
In the present invention, the weight measuring unit 102 is
Weighing load cells (103) installed at the lower four corners of the rectangular frame (106); and
It is characterized in that it includes a hydraulic cylinder 104 installed at the lower part of the weight measurement load cell 103 to enable maintenance of the weight measurement load cell 103.
In order to achieve the above purpose, the livestock individual management system using a non-contact cattle feeder capable of obtaining livestock information of the present invention is
A livestock electric transfer unit (101) that guides the livestock to enter the weight measurement unit (102) by being fastened to the reins;
A flat weight measuring unit 102 that measures the weight of livestock;
a weight display unit 108 that displays the weight measured by the weight measurement unit 102;
It is installed on the upper part of the weight measuring unit 102 and includes a rectangular central portion 111, and an entry portion 109 and an exit portion 112 formed on both left and right sides around the central portion 111,
A ruler to measure the body measurements of livestock (body length, height, crossbones, chest, chest width, cross-section, and width of the head) and a size to measure the body measurements of each part (neck, sirloin, ribs, brisket, strip, forelimb). A livestock right escape prevention unit (120-4) consisting of a plurality of square lattice blocks set with;
A ruler to measure the body measurements of livestock (body length, height, crossbones, chest, chest width, cross-section, and width of the head) and a size to measure the body measurements of each part (neck, sirloin, ribs, brisket, strip, forelimb). A livestock left escape prevention unit (120-3) consisting of a plurality of square lattice blocks set with;
The body width 301 can be adjusted according to the size of the body width 301 when the livestock enters the longitudinal direction of the exit part 112 from the entry part 109 of the livestock left escape prevention part 120-3, and the flat surface of the weight measuring part 102 A livestock left departure prevention guide (121-1; and
It is possible to adjust according to the size of the body width 301 when the livestock enters the longitudinal direction of the exit part 112 from the entry part 109 of the livestock right escape prevention part 120-4, and the weight measuring part 102 is a flat plate. A livestock escape prevention unit 120 including a right livestock escape prevention guide guide 121-2 installed to enable upward and downward diffraction while maintaining a certain distance in the upper direction from the surface;
It is fastened to the rear end of the livestock right escape prevention part 120-4 and the livestock left departure prevention part 120-3, allowing opening and closing by sliding movement, and a ruler and square grid for measuring body size in a square frame. An entrance door (110) made of blocks to measure the rear body width (301-1);
It is fastened to the front end of the livestock right escape prevention part 120-4 and the livestock left departure prevention part 120-3, allowing opening and closing by sliding movement, and a ruler and square grid for measuring body size in a square frame. An exit door (113) composed of blocks to measure the front body width (301-2);
Camera supports 130 installed on the upper parts of the entry part 109, the central part 111, and the exit part 112 of the livestock escape prevention unit 120;
A 3D Depth Camera 131 that is fastened to the camera support 130 and collects images of the livestock escape prevention unit 120 and livestock biometric images within the livestock escape prevention unit 120; and
A non-contact cattle feeder capable of acquiring livestock information, comprising an ultrasonic measuring device 207 that measures the cross-section of a living body; and
Data collection and analysis that collects and analyzes the livestock weight measured by the weight measuring unit 102, the livestock escape prevention unit 120 and livestock image data obtained by the 3D-depth camera 131 and the ultrasonic measuring device 207. Provider 610;
A facial recognition ID (500) in which unique history data set when the livestock is born and biometric facial data generated based on the livestock escape prevention unit (120) and livestock image data analysis are stored as information for each livestock individual; and
The information 601 for each livestock individual is provided to a person who wants to view it or a buyer through a monitor (electronic signboard), smartphone, or computer, so that they can bid at the livestock auction and online transaction system 600.

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The present invention provides livestock auction and online trading systems with information on each livestock individual obtained using a cattle shaper equipped with a 3D-depth camera and a square grid measuring unit, and the cow's rein is fastened to the electric transfer unit included in the cattle shaper to move the cow. It is efficient in guiding and entering the weighing section.

In addition, a square lattice block with a set size is formed in a rectangular square frame on the upper part of the weight measurement unit, and a livestock escape prevention unit is formed with a ruler whose length is set to measure the body size of a living animal in a square frame, so the livestock escape prevention unit is formed. Not only can you efficiently collect biometric images using the measurement data of the body size measurement unit and the 3D-Depth Camera, but you can also compare and analyze the collected data to determine body size for each livestock individual and body size for each part. It is not only efficient in collecting data from weight measurement, RFID (livestock unique history) recognition, and characteristic biometric images, but can also improve data accuracy.

In addition, body size and weight measurement for each livestock individual and each part measured using a cow shaper equipped with a 3D-depth camera and a square grid measuring unit, facial recognition RFID (livestock unique history) recognition, and storing characteristic biometric images in facial recognition ID. This makes it efficient to compare and analyze information on each livestock individual, and provides information on each livestock individual in livestock auctions and online trading systems. When a producer wants to trade, a buyer at a cattle market or anywhere in the country can check the information on each livestock individual and then purchase the cow. Not only does it enable buying and selling transactions, but in livestock auctions and online trading systems, buyers can conveniently check information on each livestock individual through a smartphone or computer.

In addition, information on each livestock individual is provided to livestock auctions and online trading systems, reducing the time and cost required to buy and sell cattle compared to existing auctions, providing convenience and profitability, and preventing diseases and viruses caused by external exposure. It is effective in preventing infection.

In addition, by combining measurement equipment such as an ultrasonic measuring device with a right-hand model equipped with a 3D-depth camera and a square grid measurement unit, tomographic characteristics including isocardial cross-sectional area (dorsal longissimus cross-sectional area), back fat thickness, and intramuscular fat degree were measured using the ultrasonic measuring device. Not only can data (meat quality and meat volume prediction) be stored in the facial recognition ID to check and control growth conditions, but it is also possible to control shipment timing and feed amount, thereby improving productivity and producing high-quality meat, and achieving growth predicted with the naked eye. By checking the status with accurate data, convenience, accuracy, and productivity can all be improved.

Figure 1 is a perspective view and a structural diagram of the separation prevention part of the right type machine according to the present invention.
Figure 2 is a diagram showing the principle of measuring a biometric image using a right-type device according to the present invention.
Figure 3 is an analysis diagram of images for each livestock individual obtained from a cattle feeder according to the present invention.
Figure 4 is a diagram showing a biometric facial recognition ID according to the present invention.
Figure 5 is a relationship diagram between the management system for each livestock individual and the auction system according to the present invention.
Figure 6 is a diagram showing the movement of livestock in a cattle market using a cattle mold according to the present invention.
Figure 7 is a diagram illustrating acquisition of an image of a livestock escape prevention unit and a biological image according to the present invention.

Since the description of the present invention is only an example for structural or functional explanation, the scope of the present invention should not be construed as limited by the examples described in the text. In other words, since the embodiments can be modified in various ways and can have various forms, the scope of rights of the present invention should be understood to include equivalents that can realize the technical idea.

In describing the present invention, numbers (e.g. A, B, etc.) used in the description of the specification are merely identifiers to distinguish one component from another component.

In addition, in this specification, when a component is referred to as “connected” or “located” with another component, the component may be directly connected or directly connected to the other component, but specifically Unless there is a contrary description, it should be understood that it may be connected or connected through another component in the middle.

The suffix “part” for the components used in the following description is given or used interchangeably only considering the ease of preparing the specification, and does not have a distinct meaning or role in itself. In addition, in order to clearly explain the present invention, parts not related to the description are omitted from the drawings, and the width, length, thickness, etc. of components in the drawings may be exaggerated for convenience. Like reference numerals refer to like elements throughout the specification.

Hereinafter, specific details for implementing the present invention will be described with reference to the attached drawings.
Figure 1 is a perspective view and a structural diagram of the separation prevention part of the right type machine according to the present invention. Figure 2 is a diagram showing the principle of measuring a biometric image using a right-type device according to the present invention. Figure 3 is an analysis diagram of images for each livestock individual obtained from a cattle feeder according to the present invention. Figure 4 is a diagram showing a biometric facial recognition ID according to the present invention. Figure 5 is a relationship diagram between the management system for each livestock individual and the auction system according to the present invention. Figure 6 is a diagram showing the movement of livestock within a cattle market using a cattle mold according to the present invention. Figure 7 is a diagram illustrating acquisition of an image of a livestock escape prevention unit and a biological image according to the present invention.

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Referring to Figures 1 to 5, Woo Hyeong-ki, to which a 3D-depth camera and a square grid measuring unit are applied to provide information for each livestock individual in a livestock auction and online trading system according to an embodiment of the present invention, efficiently collects biological images. In addition, it accurately and conveniently collects and analyzes data from livestock individual body measurements and body parts, automatic weight measurement, facial expression RFID (livestock unique history) recognition, and characteristic biological image data, and provides growth status predicted with the naked eye. It provides analyzed and accurate data, improving convenience, accuracy, and productivity by providing data on livestock breeding environment, growth, and disease prediction models. By providing information on each livestock individual, when producers want to make a transaction, they can reach buyers at the cattle market or anywhere in the country. After confirming the information on each livestock individual, transactions can be made to buy and sell cattle, thereby reducing the time and cost previously required, providing convenience and profitability, and preventing disease and virus infection due to external exposure.

The cattle model 100 of the present invention is operated according to a guide rail of a chain (gear) fastened to the vertical plane of the IBeam rail so that the cow enters the weighing unit 102 while fastened to the reins. A livestock electric transport unit 101 including a livestock electric transporter capable of moving up and down and left and right to transport, a weight measuring unit 102 in the form of a plate to measure the weight of the cow, and the weight measured in the weight measuring unit 102. A weight display unit 108 that displays the weight, a rectangular central portion 111 installed on top of the weight display portion 108, and an entry portion 109 disposed on the left and right around the central portion 111. and a livestock escape prevention unit 120 consisting of an outlet unit 112.
The livestock escape prevention unit 120 is comprised of a livestock entrance escape prevention unit 120-1, a livestock exit escape prevention unit 120-2, and the upper right side of the weight measurement unit 102. A ruler with set lengths is formed to measure (body length, body height, cross-section height, chest width, chest width, lower back angle, gun width, etc.), and in the right rectangular frame, body measurements for each part of the livestock (neck, sirloin, ribs, brisket, etc.) are formed. It is composed of a livestock right escape prevention unit (120-4) composed of a square grid block sized to measure the length (length, front leg, etc.), and an upper left side of the weight measurement unit (102), and is comprised of a body measurement (body length, body height) A ruler with set lengths is formed to measure the cross-section height, chest heart, chest width, lower back angle, rib width, etc.), and in the left rectangular frame, body measurements for each part of the livestock (neck, sirloin, ribs, brisket, strips, front legs, etc.) are formed. ) of the livestock left escape prevention unit 120-3, which is composed of square grid blocks sized to measure ), and the exit portion 112 from the entry portion 109 of the livestock left escape prevention portion 120-3. A livestock left-side deviation prevention guide (121-1) that can be adjusted according to the size of the body width (301) in the longitudinal direction, maintains a certain distance in the upper direction from the flat surface of the weight measuring unit (102), and is installed to enable upward and downward diffraction. and a livestock right-side deviation prevention guide (121-2).
In addition, it is fastened to the rear end of the livestock right escape prevention part (120-4) to enable opening and closing by sliding movement, and is equipped with a ruler for measuring body size in a square frame and measuring the rear body width (301-1) of the cow. An entrance door 110 composed of a plurality of square lattice blocks sized to allow for It is fastened to the front end of the breakaway prevention part (120-3) to enable opening and closing by sliding movement, and is sized to measure the front body width (301-2) with a ruler set to a length that can measure the body size in a square frame. An exit door 113 composed of a plurality of square lattice blocks, an exit portion 112 including the exit door 113, a central portion 111, an entry portion 109, and an exit portion 112. It further includes a livestock exit escape prevention unit (120-2).
The cow type device 100 also has an entry portion 109 (upper center of the entry portion) and a central portion 111 (the upper central portion and the left side centered on the upper portion, and the right side centered on the upper portion) of the livestock escape prevention unit 120. ), and a camera support 130 each installed in the outlet part 112 (upper center of the outlet part).
The cattle feeder 100 is also fastened to the camera support 130 and includes a livestock escape prevention unit 120 and a 3D-depth camera 131 that collects biological images.
The livestock individual management system 612 of the present invention collects and analyzes data such as the livestock escape prevention unit 120, biometric images, and weight displayed by the weight display unit 108 by the 3D-depth camera 131. It includes a collection and analysis providing unit 610, and a display unit 611 that displays data from the collection and analysis providing unit 610,

The livestock individual management system 612 of the present invention includes a facial recognition ID 500 that stores data generated by the producer, unique history data set when the cow is born, and data set to be analyzed during the auction, and livestock individual information ( It includes an information storage unit 602 for each livestock individual that stores 601).
The livestock individual management system 612 also displays the livestock individual information 601 so that a person who wants to view it or a purchaser can view it using a monitor (electronic signboard), a smartphone, a computer, etc. Information (601) for each livestock individual is provided to the auction and online transaction system (600).
In other words, when a producer wants to make a transaction, he/she provides information (601) for each livestock individual, so that buyers at the cattle market or anywhere in the country can check the information (601) for each livestock individual and then make a transaction to buy or sell cattle.
Buyers can use the livestock individual information 601 to check information about the purchased livestock using a smartphone or computer.
Collecting and analyzing the images measured by the livestock escape prevention unit and the 3D Depth Camera (131) is measured in three stages (entry part, central part, and exit part), and three-dimensional measurement (center part: the central part is The upper center and the left side centered on the upper center and the right side centered on the upper center are performed, and biometric image data (body size, weight, etc.) collected by the livestock escape prevention department and camera images (body size, weight, etc.) are performed. After comparative analysis and optimal data are set, feature points are set, and the set feature points are stored in the facial recognition ID 500 as biometric facial recognition data.
In addition, tomography trait data (prediction of meat quality and mass) such as loin cross-sectional area (dorsal longest muscle cross-sectional area), back fat thickness, and intramuscular fat degree measured with an ultrasonic measuring device (207) that measures the living body of cattle is stored in the livestock individual information (601). These data can be used to improve productivity and produce high-quality meat by adjusting the shipping time and amount of feed by controlling the growth status, and the growth status predicted with the naked eye can be diagnosed based on the analyzed data.
The weight measuring unit 102 includes a weighing load cell 103 installed at the lower four corners of a rectangular weighing unit frame 106, a rectangular support frame 107 supporting the weighing load cell 103, and a rectangular weight. It includes hydraulic cylinders 104 installed at the lower four corners of the measuring unit frame 106 to maintain the weight measuring load cell 103.

The body height measurement unit 204 measures body height using a plurality of square grid blocks whose sizes are set perpendicular to the square frame, and includes a ruler whose length is set on the rectangular frame of the livestock left escape prevention unit 120-3, and a square frame. The body height 304 of a cow can be measured by collecting and analyzing images of a plurality of square grid blocks whose sizes are set.

The cross section height measuring unit 203 measures the cross section height using a plurality of square grid blocks whose sizes are set perpendicular to the square frame, and includes a ruler whose length is set on the rectangular frame of the livestock left departure prevention unit 120-3. , the size of the cow's crossbones (303) is measured by collecting and analyzing images of multiple square grid blocks whose sizes are set in a square frame.
The rear body width measuring part 205 is connected to the rear end of the livestock left escape prevention part 120-3 and the livestock right escape prevention part 120-4 of the entrance door 110 that can be opened and closed by sliding movement. It is measured using a plurality of square lattice blocks whose specifications are set on a square frame. The rear body width is measured based on the size of the square lattice blocks of the entrance door 110, which is formed as a support with a ruler set on the square frame, and biometric images.
The front body width measuring part 206 is fastened to the front end of the right livestock escape prevention part 120-4 and the livestock left escape prevention part 120-3, and has a size set on the exit door 113 that can be opened and closed by sliding movement. The front body width is measured using a plurality of square lattice blocks, and the front body width is measured based on the size of the square lattice blocks of the exit door 113 formed as a support with a ruler set on a square frame and biometric images.
The livestock individual information 601, which is stored in the non-contact biometric facial recognition ID 500 so that each livestock individual can be managed in the livestock individual management system 612, collects and analyzes the image of Woo Hyeong-gi (100) and the biometric characteristic points of the livestock. It was done.
The livestock individual information 601 stored in the facial recognition ID 500 is a key point of the livestock individual management system 612 and may be a sample for predicting health and growth. The technology using this facial recognition ID (500) will be a very important tool in the 3D Depth Camera, which provides information on each livestock individual in livestock auctions and online trading systems, and in cattle feeders with square grid measurement units. .

The management system for each livestock individual (612) includes a collection and analysis provision unit (610), which is generated by collecting and analyzing biometric facial images based on image analysis by the livestock escape prevention unit (120) and stored in the facial recognition ID (500). Data, as information 601 for each livestock individual, is provided to those who wish to view it or to buyers through a monitor (electronic signboard), smartphone, or computer, so that they can bid at the livestock auction and online trading system 600.
Therefore, if a buyer wants to make a transaction, after checking the information 601 for each livestock individual at the cattle market or anywhere in the country, the buying and selling of cattle can be done through the livestock auction and online trading system 600.
In addition, buyers can check information (601) for each livestock individual through the livestock auction and online transaction system (600) using a smartphone or computer.
Meanwhile, the cattle feeder 100 of the present invention is not limited to cattle but can also be applied to pigs, goats, etc.

Accordingly, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention but are for illustrative purposes, and the scope of the technical idea of the present invention is not limited by these embodiments. The scope of protection of the present invention shall be interpreted in accordance with the claims below, and all technical ideas within the equivalent scope shall be construed as being included in the scope of rights of the present invention.

100: Beef training
101: Livestock electric transport department
102: Weight measurement unit
103: Weight measurement load cell
104: Hydraulic cylinder
105: Flat panel
106: Rectangular frame
107: Rectangular support frame
108: Weight display unit
109: Entry part
110: Entrance door
111: central part
112: exit part
113: Exit door
120: Livestock escape prevention department
120-1: Livestock entrance escape prevention unit
120-2: Livestock exit prevention department
120-3: Livestock left escape prevention unit
120-4: Livestock right escape prevention unit
121: Guide to preventing livestock escape
121-1: Guide to preventing livestock leaving to the left
121-2: Guide to preventing livestock from straying to the right
130: Camera support
131 :3D-Depth Camera
200: Woohyeonggi structural diagram
201: Ipyo RFID recognition unit
202: Body length measurement unit
203: Cross height measurement unit
204: Body height measurement unit
205: Rear body width measurement unit
206: Front body width measurement unit
207: Ultrasonic measuring device
300: Woo Hyeong-gi image analysis diagram
301: body width
301-1: Rear body width
301-2: Front body width
302: body length
303: Crucifixion
304: height
500: Facial recognition ID
501: mouth
502: snow
503: ears
504: Mark RFID (livestock unique history)
600: Livestock auction and online trading system
601: Information on each livestock individual
602: Information storage unit for each livestock individual
603: Management system for each livestock individual
610: Data collection and analysis provision department
611: data display unit
612: Management system for each livestock individual
620: Image video collection unit
621: Image video analysis provision department

Claims (4)

A livestock electric transfer unit (101) that guides the livestock to enter the weight measurement unit (102) by being fastened to the reins;
A flat weight measuring unit 102 that measures the weight of livestock;
a weight display unit 108 that displays the weight measured by the weight measurement unit 102;
It is installed on the upper part of the weight measuring unit 102 and includes a rectangular central portion 111, and an entry portion 109 and an exit portion 112 formed on both left and right sides around the central portion 111,
A ruler to measure the body measurements of livestock (body length, height, cross-section height, chest, chest width, cross-body angle, and width of the head) and a size to measure the body measurements of each part (neck, sirloin, ribs, brisket, strip, front legs). A livestock right escape prevention unit (120-4) consisting of a plurality of square lattice blocks set with;
A ruler to measure the body measurements of livestock (body length, height, cross-section height, chest, chest width, cross-body angle, and width of the head) and a size to measure the body measurements of each part (neck, sirloin, ribs, brisket, strip, front legs). A livestock left escape prevention unit (120-3) consisting of a plurality of square lattice blocks set with;
The body width 301 can be adjusted according to the size of the body width 301 when the livestock enters the longitudinal direction of the exit part 112 from the entry part 109 of the livestock left escape prevention part 120-3, and the flat surface of the weight measuring part 102 A livestock left departure prevention guide (121-1; and
It is possible to adjust according to the size of the body width 301 when the livestock enters the longitudinal direction of the exit part 112 from the entry part 109 of the livestock right escape prevention part 120-4, and the weight measuring part 102 is a flat plate. A livestock escape prevention unit 120 including a right livestock escape prevention guide guide 121-2 installed to enable upward and downward diffraction while maintaining a certain distance in the upper direction from the surface;
It is fastened to the rear end of the livestock right side escape prevention part 120-4 and the livestock left escape prevention part 120-3, allowing opening and closing by sliding movement, and a ruler and square grid for measuring body size in a square frame. An entrance door (110) made of blocks to measure the rear body width (301-1);
It is fastened to the front end of the livestock right escape prevention part 120-4 and the livestock left departure prevention part 120-3, allowing opening and closing by sliding movement, and a ruler and square grid for measuring body size in a square frame. An exit door (113) composed of blocks to measure the front body width (301-2);
Camera supports 130 installed on the upper parts of the entry part 109, the central part 111, and the exit part 112 of the livestock escape prevention unit 120;
A 3D Depth Camera 131 that is fastened to the camera support 130 and collects images of the livestock escape prevention unit 120 and livestock biometric images within the livestock escape prevention unit 120; and
A non-contact cattle molding machine capable of acquiring livestock information, comprising an ultrasonic measuring device (207) that measures the cross-section of a living body. In claim 1,
The weight measuring unit 102 is
Weighing load cells (103) installed at the lower four corners of the rectangular frame (106); and
A non-contact cattle feeder capable of acquiring livestock information, comprising a hydraulic cylinder (104) installed at the lower part of the weight measurement load cell (103) to enable maintenance of the weight measurement load cell (103). A livestock electric transfer unit (101) that guides the livestock to enter the weight measurement unit (102) by being fastened to the reins;
A flat weight measuring unit 102 that measures the weight of livestock;
a weight display unit 108 that displays the weight measured by the weight measurement unit 102;
It is installed on the upper part of the weight measuring unit 102 and includes a rectangular central portion 111, and an entry portion 109 and an exit portion 112 formed on both left and right sides around the central portion 111,
A ruler to measure the body measurements of livestock (body length, height, cross-section height, chest, chest width, cross-body angle, and width of the head) and a size to measure the body measurements of each part (neck, sirloin, ribs, brisket, strip, front legs). A livestock right escape prevention unit (120-4) consisting of a plurality of square lattice blocks set with;
A ruler to measure the body measurements of livestock (body length, height, crossbones, chest, chest width, cross-section, and width of the head) and a size to measure the body measurements of each part (neck, sirloin, ribs, brisket, strip, forelimb). A livestock left escape prevention unit (120-3) consisting of a plurality of square lattice blocks set with;
The body width 301 can be adjusted according to the size of the body width 301 when the livestock enters the longitudinal direction of the exit part 112 from the entry part 109 of the livestock left escape prevention part 120-3, and the flat surface of the weight measuring part 102 A livestock left departure prevention guide (121-1; and
It is possible to adjust according to the size of the body width 301 when the livestock enters the longitudinal direction of the exit part 112 from the entry part 109 of the livestock right escape prevention part 120-4, and the weight measuring part 102 is a flat plate. A livestock escape prevention unit 120 including a right livestock escape prevention guide guide 121-2 installed to enable upward and downward diffraction while maintaining a certain distance in the upper direction from the surface;
It is fastened to the rear end of the livestock right escape prevention part 120-4 and the livestock left departure prevention part 120-3, allowing opening and closing by sliding movement, and a ruler and square grid for measuring body size in a square frame. An entrance door (110) made of blocks to measure the rear body width (301-1);
It is fastened to the front end of the livestock right escape prevention part 120-4 and the livestock left departure prevention part 120-3, allowing opening and closing by sliding movement, and a ruler and square grid for measuring body size in a square frame. An exit door (113) composed of blocks to measure the front body width (301-2);
Camera supports 130 installed on the upper parts of the entry part 109, the central part 111, and the exit part 112 of the livestock escape prevention unit 120;
A 3D Depth Camera 131 that is fastened to the camera support 130 and collects images of the livestock escape prevention unit 120 and livestock biometric images within the livestock escape prevention unit 120; and
A non-contact cattle feeder capable of acquiring livestock information, comprising an ultrasonic measuring device 207 that measures the cross-section of a living body; and
Data collection and analysis that collects and analyzes the livestock weight measured by the weight measuring unit 102, the livestock escape prevention unit 120 and livestock image data obtained by the 3D-depth camera 131 and the ultrasonic measuring device 207. Provider 610;
A facial recognition ID (500) in which unique history data set when the livestock is born and data generated based on the livestock escape prevention unit (120) and livestock image data analysis are stored as livestock individual information (601); and
Livestock information, characterized in that the information 601 for each livestock individual is provided to those who wish to view or purchase it through a monitor (electronic signboard), smartphone, or computer, so that they can bid at the livestock auction and online transaction system 600. A management system for each livestock individual using an obtainable non-contact beef molder. delete