KR200388170Y1 - Counter for Live Chickens - Google Patents

Abstract

The present invention relates to a livelihood counter used for grasping the quantity of livestock for the first time in livelihood facilities.

The invention has (8) (3) sensor 3 for detecting the presence of a shackle (4) means of suspending livelihood (8) (1) sensor 1, (2) There is a sensor 2, and (8) it is equipped with (H) family separation switch that separates livelihood by vehicle unit, so that the quantity of each family can be counted accurately.

Description

Counter for Live Chickens

The present invention is installed immediately after the first process of suspending (8) livelihoods carried by vehicles to (4) shackles in an automated process of sustening livelihoods (live chicken, livelihood). (8) The purpose is to accurately count the number of livelihoods received by each vehicle in units of vehicles or farms.

In general, the automatic process of slaughtering the livestock (8) is carried by the vehicle to (4) the shackle (shackle) and transported, followed by (8) the livelihood process (shock) → preliminary step to remove the chicken hair in hot water Soaking process (spreader) → Primary counter → Chicken hair removal process (depilator) → Hair separator → Secondary counter → Intestine extraction and separation process to separate chicken intestine → Determine chicken status and disease The process consists of the following steps: washing and cooling to maintain the freshness of the chicken, weighing and counting the chicken (final counter), and sorting by weight.

However, there is a problem in that the counting quantity of the primary counter, the secondary counter and the final counter is counted differently in the general manufactory process as described above. The reason is that the loss occurs during the soaking process in the hot water in the first dropper, the second in the hair loss process to remove the hair, and the third in the hair loss process. Finally, a loss occurs in the transition period connecting the process.

Therefore, the present invention is to solve the above problems, and immediately after the process of (8) suspending the livestock to (4) the shackle (shackle) in order to accurately grasp the quantity of (8) livelihood delivered to the vehicle first Place the livelihood counter of the present invention. By installing the livelihood counter of the present invention at the position where the loss is least likely, it is possible to accurately grasp the quantity of livelihood delivered to the vehicle (8).

However, because the chickens are alive and at their most vigorous stages, the flow is so great that it is very difficult to count quantities. Thus, in the present invention, (8) in order to minimize the flow of livelihood (4) to minimize the flow of the shackle (5) shackle guide and (8) to prevent the livelihood of flying forward or backward (6) And (4) the sensor (3) to count the amount of shackles and (8) to count the amount of livestock (8) to detect the ankle part of the livelihood (8), the smallest part of the livelihood flow. Accurate quantities (8) can be counted by installing (1) sensor 1 and (2) sensor 2 located.

The construction of the present invention is shown in Figure 1 (8) (1) sensor 1, (2) sensor 2 and (4) the means for determining the existence of livelihood (3) sensor 3 and (H) Signal input unit for separating the county by vehicle or farm unit (B) Signal input unit, (C) Operation processing unit for counting the quantity of the input signal by analyzing the timing of the signal as shown in FIG. (A) Collecting and storing data with (A) Main control device, which consists of (D) Memory unit for storing processed data by group, (G) Communication control unit for sending and receiving data by connecting with (G) Computer for monitoring. It is composed of (G) computer which is in charge of editing, screen output, print output, etc., and (F) communication medium which connects (A) main control device and (G) computer.

And, as shown in Figure 2 (8) in order to minimize the flow of livelihood (4) to minimize the flow of the shackle (5) shackle guide and (8) to prevent livelihood from flying forward or backward (6) prevention of livelihood rise Plate, (4) sensor (3) counting the number of shackles and (8) to accurately count the amount of livelihood, (8) the smallest part of the livelihood flow (8) to detect the ankle part of the livelihood (1) There are mechanisms with sensors 1 and 2 installed.

Looking at the embodiment in the present invention, the worker first suspends (8) livelihood carried by the vehicle to the (4) shackle upside down as shown in FIG. The suspended (8) live is moved with the (4) shackle moved along the (7) rail and input into the live counter of the present invention as shown in the traveling direction of FIG. As shown in Fig. 5, (3) the input of the sensor 3 is changed from the HIGH state to the LOW state at the time of the shackle input. (4) The input of the shackle is detected. (3) While the input of the sensor 3 is in the LOW state (1) Examine the state change of sensor 1 and (2) and if one or more of (1) sensor (1) or (2) is normally changed from HIGH to (8) when detecting ankle part of livelihood, 8) It is determined that livelihood is input. (8) When livestock is input, (A) Main control device stores information such as counting start time and quantity in (D) memory. Subsequently, the above process is repeated so that the number of livelihoods is counted, and when the worker suspends all livelihoods of one vehicle, he presses the (H) family separation switch to indicate that the work of one vehicle is finished. (A) The main control unit receives the input of the (H) family separation switch, counts all the quantities up to the last (8) live, and stores the end time and the final quantity in the memory (D). Data stored in this way is sent to (G) computer and received data by request of (G) computer connected to wired (wireless) LAN or (F) communication media such as RS-232C, RS-485, RS-422. (G) The computer collects, saves, edits, prints and prints the data.

The effect of the present invention is to solve the problem that the counting quantity of the primary counter, the secondary counter and the final counter is differently counted due to the loss in the process in the general yarding process. You can count. Therefore, since accurate data is provided to settle the amount with the farmer, the friction with the farmer is reduced, and the number of counts of the live counter of the present invention and the count of the primary counter, the secondary counter, and the final counter are generated. (8) Accurately grasp the loss of livestock, which can be used as process improvement data.

1 is a block diagram showing the overall configuration of a livelihood counter according to the present invention,

Figure 2 is a side view of the mechanism of the livelihood counter according to the present invention,

3 is a front view of the mechanism part of the livelihood counter according to the present invention,

4 is a top view of the mechanism part of the livelihood counter according to the present invention,

5 is a signal timing diagram of a livelihood counter according to the present invention.

<Description of Symbols for Main Parts of Drawings>

(A) Main control device

(B) Signal input section

(C) computational processing

(D) Memory section

(E) Communication control part

(F) Communication media

(G) Computer

(1) Sensor 1

(2) Sensor 2

(3) Sensor 3

(4) Shackle

(5) Shackle guide

(6) living climb prevention plate

(7) rail

(8) Livelihood (chicken)

Claims (2)

Signal input unit receiving input of sensor 1, sensor 2 for determining the existence of livelihood, sensor 3 for determining whether there is a shackle, or a relay separation switch for separating the family in units of vehicles or farms, and timing of the input signal. A main control unit comprising an arithmetic processing unit for counting the quantity by analyzing the data, a memory unit for storing the processed data for each group, and a communication control unit for transmitting and receiving data in connection with a computer for monitoring; and collecting, storing, editing, and A computer in charge of screen output, print output, and the like; And a communication medium connecting the main controller and the computer; And a shackle guide for minimizing the flow of the shackle to minimize the flow of livelihood, and a livelihood preventing plate for preventing livelihood from flying forward or backward. delete