KR200343236Y1 - A stanchion for cowshed possible individual meals by ID(identification) - Google Patents

Abstract

The present invention relates to a right-use stent capable of feeding by ID (ID), the purpose of which is to provide a low-cost extra cost for cattle raised in the barn at the existing livestock farms. By making it possible to produce high-quality beef through scientific breeding through individual management and to manage the second half shipment of beef cattle, the right-use stator is available for individual feeding by ID, which can ship cattle of equal weight. Its configuration is to provide a lower support which is fixed in parallel along the feed bar of the barn, the upper support is horizontally fixed to the lower support by a plurality of support rods, and mutually at a predetermined position between the lower and the upper support A plurality of feed holes are continuously formed at predetermined intervals, and the upper part is bent at a predetermined angle to one side based on the middle part. Each lower end portion is fixedly bonded to the lower support object on the feeder side, and the upper end portion is a plurality of lever supports fixedly bonded to one side of the support rod of the feeder, and has a stopper as a rod having a predetermined length and is joined to the upper end at a predetermined angle. An opening / closing lever having a U-shaped guider which is operated along the upper support, the middle portion of which is hinged rotatably to the bent portion of the lever support to open and close each feed opening, and protrudes along the longitudinal direction In the right-use tension consisting of a lever opening and closing rod that is rotatably mounted to the upper support object having a plurality of locking projections engaging with the stopper of the guider, the tension along the longitudinal direction on the lower side of the opening and closing lever A plurality of length adjusting holes formed through each other at predetermined intervals; An ID reader member mounted on the lower end of the opening / closing lever in a length adjustable manner to detect a cow's ID and release the lock state only when the cow has the corresponding ID; Control means electrically connected to the ID reader member to control an operation of the ID reader member; A width adjusting member installed on one side of the feeding port in a horizontal direction to adjust the size of the width of the feeding port; Each necklace is characterized by a transponder for distinguishing each cow by having a unique ID and filling the cow's neck.

Description

A stanchion for cowshed possible individual meals by ID (identification)}

The present invention relates to an animal-friendly right-use stent, and more specifically, to a cattle raised at a very low additional cost to a stent installed in a barn at an existing livestock price by ID (ID). By enabling the individual feed, the individual feed by ID is designed to have a structure that enables the distribution of high-quality cattle as well as the production of high-quality beef through the rearing of the cattle through the management of the individual. Relates to possible right-handed stents.

In general, livestock farms that raise Korean cattle are provided with a stator between the barn and the feed container so that the cow can eat the feed without being disturbed by other cows.

This conventional tension is composed of the upper and lower support, a plurality of feed port, lever support, opening and closing lever, lever opening and closing rod, the opening and closing lever is rotated to the feed opening formed along the upper and lower support If it is installed, the cow can reach out to the feeder and lean his head to feed. When the cow's head leans to the position to feed, the lever opens and closes. This prevents other strong cows from sticking their heads out of their feeders or pushing their bodies to hinder their feeding, so that they are able to feed their stable cows.

In recent years, the domestic beef market has contracted rapidly due to the widespread use of high-quality imported beef, but recently, the beef market has been expanded by distinguishing it from imported beef by improving the quality of beef. An individual feed system should be installed to provide adequate feed for each individual.

However, there is a problem that the conventional individual-class system as described above cannot be introduced in small domestic livestock farms because the installation cost is very expensive and the maintenance cost is high.

The present invention has been devised in consideration of the above-described conventional problems, and its object is to allow individual feeding of cattle for breeding at very low additional cost to a stent installed in a barn at a livestock farm. Through scientific breeding through management, not only the production of high-quality meat, but also the second half shipment management of beef cattle, provides a right-use stator that enables individual feeding by ID (ID), which can distribute cattle of equal weight.

The object of the present invention is a lower support that is fixedly installed in parallel along the feed bar of the barn, an upper support that is horizontally fixed to the lower support by a plurality of support rods, and predetermined at a predetermined position between the lower and upper support A plurality of feed holes are continuously formed at intervals, and the upper part is bent at a predetermined angle to one side with respect to the middle part, and each lower end is fixedly bonded to the lower support object on the feeding port side, and the upper end is connected to one side of the feeding rod of the feeding port. A plurality of lever supports fixedly bonded and a rod having a predetermined length, having a stopper, and having a stopper guide bonded to the upper end at a predetermined angle to operate along the upper support, an intermediate portion being pivoted at a bent portion of the lever support. Hinged and coupled to open and close the opening and closing each feed opening, and along the longitudinal direction In the right-use tension consisting of a lever opening and closing rod is rotatably mounted to the upper support object having a plurality of locking projections engaging with the stopper of the guider, the tension is on the lower side of the opening and closing lever A plurality of length adjusting holes formed through each other at predetermined intervals along the longitudinal direction; An ID reader member mounted on the lower end of the opening / closing lever in a length adjustable manner to detect a cow's ID and release the lock state only when the cow has the corresponding ID; Control means electrically connected to the ID reader member to control an operation of the ID reader member; A width adjusting member installed on one side of the feeding port in a horizontal direction to adjust the size of the width of the feeding port; It can be achieved by the right-handed stent which can be classified by the ID, characterized in that it is composed of a transponder for distinguishing each cow by filling each neck with a unique ID as a necklace form. will be.

1 is a perspective view showing a right-use stent according to the present invention.

2 and 3 is an operating state diagram showing an operating state of the tension shown in FIG.

Figure 4 is an operating state showing a state in which the length of the ID reader member is installed in the lower end of the opening and closing lever of the tension shown in FIG.

Figure 5 is a cross-sectional view showing a fastening state of the solenoid and the variable bar of the width adjustment member of the ID reader member of the tension shown in FIG.

Figure 6 is a perspective view of the coupling member of the width adjustment member of the tension shown in FIG.

7 is a cross-sectional view showing a coupling state of the variable bar and the coupling member of the width control member of the stator shown in FIG.

8a and 8b is a cross-sectional view showing the operation state and configuration of the lever opening and closing bar of the tension in accordance with the present invention.

9a and 9b is an operating state diagram showing the detachable state of the guider and the lever opening and closing bar of the opening and closing lever of the tension in accordance with the present invention.

Figure 10 is a use state showing a state of turning the opening and closing lever clockwise to put the cow's head in the feeder of the stent according to the present invention.

Figure 11 shows the state of the opening and closing lever is fixed to the feeder of the stent according to the present invention put the head of the barn and the lever is fully rotated in the clockwise direction, the guider of the opening and closing lever is caught on the locking projection of the lever opening and closing lever. State diagram.

♣ Explanation of symbols for main part of drawing ♣

10: Stent 11: Lower Support

12: upper support 13: feed hole

14: lever support 15: opening and closing lever

16: Lever opening and closing 17: ID reader member

18: control means 19: width adjusting member

20: transponder 30: feed container

40: small

Hereinafter, with reference to the accompanying drawings it will be described for the right-use tension capable of subjecting by ID (hereinafter referred to as "ID") according to a preferred embodiment of the present invention,

1 is a perspective view showing a right-use tension in accordance with the present invention, Figures 2 and 3 is an operating state diagram showing the operating state of the tension shown in Figure 1, Figure 4 is a tension shown in Figure 1 Figure 5 is an operating state diagram showing a variable state of the length of the ID reader member is installed in the lower end of the opening and closing lever, Figure 5 is a fastening state of the solenoid of the ID reader member of the stator shown in Figure 1 and the variable rod of the width adjustment member 6 is a perspective view illustrating a coupling member among the width adjusting members of the stator illustrated in FIG. 1, and FIG. 7 illustrates a coupling state of the variable rod and the coupling member among the width adjusting members of the stator illustrated in FIG. 1. 8A and 8B are cross-sectional views illustrating the configuration and operation of the lever opening / closing rod in the tension according to the present invention, and FIGS. 9A and 9B are the opening and closing levers in the tension according to the present invention. Detacher of the guide and lever Figure 10 is an operating state diagram showing the state, Figure 10 is a state diagram showing the state of turning the opening and closing lever clockwise to put the cow head into the feeder of the stent according to the present invention, Figure 11 is in the present invention It is a state of use showing the state where the cowl's head is inserted into the feeder of the stator and the opening and closing lever is completely rotated clockwise so that the guide lever of the opening and closing lever is caught by the locking projection of the lever opening and closing lever.

Referring to Figures 1 to 11, the right-handed stent 10 can be provided according to the present invention, the lower support 11, the upper support 12, a plurality of feed holes 13, a plurality Lever support 14, a plurality of opening and closing lever 15, lever opening and closing rod 16, ID leader member 17, control means 18, width adjusting member 19, transponder It consists of 20.

The lower support 11 is fixedly installed in parallel along the feed container 30 of the barn, the upper support 12 is fixed and supported horizontally with the lower support 11 by a plurality of support rods (12a).

The feed port 13 is continuously formed at a predetermined distance between the lower and the upper support (11, 12) to be formed continuously, the lever support 14 is the upper side at a predetermined angle with respect to the middle portion on one side. Each lower end is bent and fixedly bonded to the lower support 11 on the feed port side, and the upper end is fixedly bonded to one support rod 12a of the feed port 13.

The opening and closing lever 15 is a bar having a predetermined length, and has a stopper 15b and is joined to the upper end at a predetermined angle so as to operate along the upper support 12, and the lower guider 15a and the lower side in the longitudinal direction. It is provided with a plurality of length adjusting holes (15c) are formed through each other at predetermined intervals, and the intermediate portion is hinged rotatably to the bent portion of the lever support 14 to open and close each feed port (13).

The lever opening and closing rods 16 protrude from each other along the longitudinal direction and rotatably on the upper support 12 with a plurality of locking projections 16a for engaging with the stopper 15b of the guider 15a. Is mounted.

The ID reader member 17 is mounted on the lower end of the opening and closing lever 15 so as to adjust the length of the cow 40 to detect the approaching cow 40 and only when the cow 40 has a corresponding ID. The main body 17a, the solenoid 17g, and the high frequency ID leader board 17h are used to release the lock state of the opening / closing lever 15 so that the feed can be eaten through the mouth 13.

The main body 17a is a cylindrical shape having a hollow inside, and includes an axial actuation hole 17b, a cable lead-out hole 17c, a guide piece 17d, and a coupling rod 17e.

The shaft operation hole 17b is formed through the one end surface of the main body 17a, and the cable lead-out hole 17c is formed through the other end surface of the main body 17a.

The guide piece 17d is fixedly formed to face the outer side of the shaft operating hole 17b, and the coupling rod 17e is a rod that is bent at a predetermined angle and formed through a plurality of length adjusting holes formed in the longitudinal direction ( 17f) and fixedly formed on the other end surface of the main body 17a.

The solenoid 17g is embedded in the hollow of the main body 17a so that the actuator can expand and contract through the shaft operating hole 17b.

The high frequency ID reader board 17h detects the scheduled transponder 20 and transmits the detection signal to the control means 18, and turns on / off the solenoid 17g under the control of the control means 18. The control means 18 and the solenoid 17g are electrically connected to each other so as to be turned off, and are embedded in the hollow of the main body 17a.

The control means 18 is electrically connected to the ID reader member 17 to control the operation of the ID reader member 17.

The width adjusting member 19 is installed to be variable in the horizontal direction on one side of the feed port 13 to adjust the size of the width of the feed port 13, the variable rod (19c), a plurality of coupling members It consists of 19f.

The variable rod 19c is a rod having a predetermined length, and has a plurality of fastening holes 19a formed therethrough at a predetermined distance from each other at predetermined positions, and bolt holes 19b formed at predetermined positions at upper and lower ends thereof. It is disposed perpendicularly to one side end of the feed port 13, the plurality of coupling members (19f) is a tubular shape in which the upper surface portion is cut with a predetermined width, it is bent outwardly in the middle portion of the opposite cutting end to extend vertically It is formed and has a coupling piece (19e) having a bolt hole (19d) in a predetermined position, the upper and lower ends of the variable bar (19c) is fixed to the upper and lower support (12) (11).

The transponder 20 has a unique ID in the form of a necklace and fills the neck of the cow 40 to distinguish each cow 40. The ID of the transponder 20 and the ID leader member 17 Only when the ID of the) is to release the lock state of the opening and closing lever 15 to open the feed port 13 to be able to eat only feed feed to the cow 40.

Reference numeral 31 in the accompanying drawings indicates the partition of the feed container 30.

The right-handed usable stent 10 according to the present invention having the configuration as described above has an ID leader member 17 and a width adjusting member on the stent 10 which is widely installed in the barn of domestic animal husbandry. (19) is further provided, and the transponder 20 having the same ID as the ID set in the ID reader member 17 is attached to the neck of the cow 40 by attaching the transponder 20 having the predetermined ID. Only when the cow 40 wearing the opening and closing lever 15 of the corresponding feed opening 13 is opened, so that the individual feeding can be performed on the cow 40 at a very low cost. Allowing the 40 to visit the feeder 13 by itself can be accomplished by performing a predetermined training on the cow 40.

That is, the cows that have passed the training course of the cows when the individual feeding to each cow 40 when breeding in the open type barn equipped with the stent 10 of the subject innovation of the lever opening and closing rods 16 By rotating the lever opening and closing bar 16 so that the locking projection 16a is located on the side, the ID leader member 17 is brought to the place 40 when the cow 40 approaches the feed port 13. Detect the state of the filled transponder 20, release the lock state of the opening and closing lever 15, the cow 40 puts the head in the feeder 13 and bow the head with the feed container 30 to release the lock state The opening and closing lever 15 is rotated clockwise (based on the drawing) as the small 40 bows its head, but the engaging protrusion 16a of the lever opening and closing rod 16 is the stopper 15b of the opening and closing lever 15. The lever 15 is rotated counterclockwise (based on the drawing) as the small 40 raises its head to the home position. It is won.

In addition, when the cow 40 is to be tied up, the lever opening and closing rod 16 is rotated so that the locking protrusion 16a is positioned at the upper side, so that the cow 40 heads to the feed port 13 to feed the cow. When opening and lowering, the opening and closing lever 15 is rotated clockwise (based on the drawing), and the stopper 15b is caught by the locking protrusion 16a of the lever opening / closing rod 16 so that the opening and closing lever 15 is rotated clockwise. As it is fixed in the state that the cow 40 is not able to remove the head from the feed port 13, the worker can facilitate the work required for the cow 40, and after the predetermined work is finished, the lever opening and closing rod ( 16 is rotated so that the locking projection 16a is located on the upper side, the cow 40 can pull the head out of the feeding port 13 and return to normal life.

According to the present invention described above, it is possible to produce high-quality meat through scientific breeding through individual management by enabling individual feeding of cattle breeding at very low additional cost to the existing stent installed in the barn. By managing the second half shipment of the beef cattle has the effect of shipping the cattle of equal weight.

Claims (3)

A lower support which is fixedly installed parallel to the feeder of the barn, an upper support which is horizontally fixed to the lower support by a plurality of support rods, and is continuously formed at a predetermined position between the lower and the upper support A plurality of feeders and a plurality of levers, the upper portion is bent at a predetermined angle to one side based on the middle portion, each lower end is fixedly bonded to the lower support object on the feeder side, the upper end is fixedly bonded to one side of the support rod of the feeder A supporter, a rod having a predetermined length, having a stopper, and having a stopper guide joined to the upper end at a predetermined angle and acting along the upper support, the middle portion being hinged to the bent portion of the lever support so as to be rotatable. The opening and closing lever for opening and closing the feeding port of the guide In the tension of the bar consists of a lever opening and closing rod that is rotatably mounted to the upper support object having a plurality of locking projections to operate the stopper of the, the tension 10 is the lower side of the opening and closing lever 15 A plurality of length adjusting holes 15c formed through each other at predetermined intervals along the length direction of the plurality of length adjusting holes 15c; An ID reader member (17) mounted on the lower end of the opening / closing lever (15) so as to be adjustable in length and detecting a cow's ID to release the lock only when the cow has the corresponding ID; Control means (18) electrically connected to the ID reader member (17) to control the operation of the ID reader member (17); A width adjusting member 19 installed variably in a horizontal direction on one side of the feed port 13 to adjust the size of the width of the feed port 13; As a necklace form, each of them has a unique ID and fills the neck of the cow 40, which is composed of a transponder 20 for distinguishing each cow. 2. The ID reader member (17) according to claim 1, wherein the ID reader member (17) is a cylindrical shape having a hollow therein, the shaft actuation hole (17b) penetrating through one end face, and the cable drawing hole (17c) penetrating through the other end face. On the other end having a guide piece (17d) is fixed to face the outer side of the axial operation hole (17b) and a plurality of length adjusting holes (17f) formed through the longitudinal direction by a rod bent at a predetermined angle A main body 17a having a fixed bar 17e formed therein; A solenoid (17g) embedded in the hollow of the main body such that an actuator expands and contracts through the shaft operating hole; The control means 18 detects a predetermined transponder 20 and transmits the detection signal to the control means 18, and turns on / off the solenoid 17g under the control of the control means 18, and The sole-use stent capable of individual class by ID, characterized in that it is composed of a high-frequency ID leader board (17h) that is electrically connected to each solenoid (17g) is embedded in the hollow of the main body (17a). According to claim 1, wherein the width adjusting member 19 is a bar having a predetermined length, a plurality of fastening holes (19a) formed to penetrate through a predetermined interval at a predetermined position and a bolt hole formed through a predetermined position in the upper and lower ends A variable rod 19c having a 19b and a tubular shape in which an upper surface portion is cut in a predetermined width, which are bent outwardly in the middle portion of the opposite cut end portion, are vertically extended, and a bolt hole 19d is formed at a predetermined position. It has an engaging piece (19e) having a plurality of engaging members (19f) for coupling the upper and lower ends of the variable bar (19c) on the upper and lower support (12) (11) Right use possibility that can raise individual grade.