KR20130093952A

KR20130093952A - Stanchion for cattle stables

Info

Publication number: KR20130093952A
Application number: KR1020120015220A
Authority: KR
Inventors: 김기보
Original assignee: 김기보
Priority date: 2012-02-15
Filing date: 2012-02-15
Publication date: 2013-08-23

Abstract

PURPOSE: A stanchion for farm is provided to have no concern of noise by lack of friction of stop piece on a control bar by adhering cushion on the necklace bar. CONSTITUTION: A stanchion for farm comprises a fixing bar(40), an U-shaped hinge bracket(50), a necklace bar(60), a stopping piece(70), and a control bar(80). The fixing bar is installed with multiple vertical support bars(30) on an upper crosspiece(10) and a lower crosspiece(20), and curves in a certain angle combined with a upper crosspiece and the lower crosspiece with a space between them. The U-shaped hinge bracket combined the hinge axis on a hinge cavity(51). The necklace bar uniformed forms an U-shaped guide bracket(61) on the top. The stopping piece is formed to be rotated on the guide bracket formed on the necklace bar. The control bar forms a stop projection(81) restricting the stopping piece in longitudinal direction.

Description

Livestock Staxion {Stanchion for cattle stables}

The present invention prevents the movement of livestock necks such as cattle to feed the feedstock of other livestock, while at the same time prevents the movement of the livestock at the same time when the opening and closing operation of the cattle livestock restraint collar used when necessary It prevents the noise and simultaneously controls the movement of the stop piece that restricts the opening and closing movement of the necklace bar.It controls the movement in multiple stages without the user's operation. It relates to a livestock stanceon which prevents the fire.

In general, livestock farms, such as cattle, are fenced along the perimeter to provide a playground for resting livestock, and a feed bin is installed outside one side of the playground.

In addition, the fence where the feed container is installed, by fixing the neck of the livestock while the livestock feed so that the livestock can be separated from each other at regular intervals, livestock Stanchion (livestock) that can only eat their food at a certain position Restraint necklace) is installed.

These livestock restraint collars hang their necks in front of the troughs in order to feed their animals almost evenly at the same time, and feed them in the feeder at a constant position while eating them. Only eat food.

Such livestock restraint collars generally have a plurality of vertical supports installed at predetermined intervals between the upper and lower crossbars, and a tilting type pivotal support is formed between the vertical supporters. There are many applications of the prior art patent documents as follows, but these livestock restraint collars have a problem of causing severe noise during operation.

Patent application No. 10-2003-0030856 (2003.05.15) is provided with a plurality of supports at equal intervals between the upper, lower horizontal bar, the support rod is inclined to the right by a certain angle between the support and the support is coupled And a right-hand necklace frame in which a pivoting rod rotates about a rotational axis of a coupling piece provided at a central portion of the supporting rod, and is installed vertically or inclined, in order to rotate the plurality of pivoting rods simultaneously in front of the lower portion of the pivoting rod. Hanging sphere formed to protrude into; A plurality of guides attached to the front of the lower side rail; A lower rotating rod moving through the guide hole to the left and right; Lower driving means for moving the lower pivot rod left and right; It was provided with a left, right operating tool formed on the upper portion of the lower rotating rod so as to be located on both sides of the hanger of the plurality of rotating rod. Patent application No. 10-2006-0081374 (August 26, 2006) is fixed in the longitudinal direction between horizontally extending upper and lower horizontal frames and the left and right sides spaced apart from each other at regular intervals to form a space for the livestock head out Individual fence part consisting of a wooden bar fixed to the lower end of the partition and the lower end of the partition of one side of the left and right partitions, the upper end is fixed to rotate left and right repeatedly installed along the upper and lower horizontal frame In the neck fixing fence, the upper and lower ends of the left and right partitions are provided with a coupling rail detachably coupled on the upper and lower horizontal frames, so that the interval at which the neck of the livestock is fixed can be arbitrarily set. The spacing can be easily changed, allowing livestock to eat trough comfortably The management cost is low because there is no need to move the barn or rebuild the fence, and users can purchase and install parts according to their needs, making it easy to use and damaged even if a part of the fence is damaged. Since only the part can be easily removed and installed, there is an excellent effect of easy replacement of the damaged part. Patent application No. 10-2007-0077669 (2007.08.02) relates to the noise protection of the automatic necklace frame for the right-hand use, and tightly fixed to the fixed position at the position corresponding to the center of rotation of the pivot; An upper cushion formed in the upper part of the close fixing part; It is configured to include a lower buffer that extends to the lower portion of the close contact, when the pivot is inclined to operate the upper buffer is in contact with the pivot support to minimize the noise, and when the pivot is operated vertically the lower buffer is in the pivot support Disclosed is a noise preventing device for a right-use automatic necklace frame, characterized in that the contact to minimize noise. Patent application No. 10-2008-0109532 (2008.11.05) is to turn the safety pivot installed between the pivot and the longitudinal support when the cow's neck hangs on the necklace frame and suddenly falls down due to disease or other reasons. In order to easily remove the neck of the cow, even if the cow is caught in the necklace frame and the cow is suddenly collapsed while the movement is restricted, the safety bar installed between the pivot and the longitudinal support is rotated to Since the lower space is widened, the cow's neck can be quickly and easily separated from the necklace frame, thereby preventing the cow from choking by the cattle rack. Patent application No. 10-2008-0109533 (2008.11.05) says that when a cow's neck hangs on a hanger frame and suddenly falls down due to a disease or other reason, the movement of the cow's neck is restricted. It is configured to rotate automatically, so that the neck of the cowl can be easily removed from the necklace frame, and the safety pivot installed between the pivot and the vertical support is configured to rotate with the release of the lock automatically. Through the widened lower space between the cow's neck can be separated quickly and easily has the effect of preventing the cow from choking on the rack. Patent application No. 10-2009-0003318 (January 15, 2009) describes the use of the right-sided automatic necklace frame that allows the clip stand to be disassembled easily and quickly in case of emergency and to be easily assembled later. Removable device for the clip stand, the support rod is installed between the upper and lower rods, the fixed rod coupled between the supports, the rotating rod connected to the fixed rod, the control rods installed on the upper side of the upper rod, the upper and lower rods In the provided with a clip stand, the upper and lower portions of the upper and lower parts of the furnace, respectively, a pair of upper and lower clamps fixed by bolts and nuts fastening; A fixing tube attached to a lower portion of the upper clamp to accommodate the clip unit to accommodate a spring; An upper cap mounted on an upper portion of the clip unit and in close contact with a spring; A lower cap mounted to a lower portion of the clip unit and having a pin hole; Attached to the upper portion of the lower clamp is configured to include a fixing pin fitted into the pin hole of the lower cap. Patent application No. 10-2009-0010605 (2009.02.10) is formed in the barn cage to automatically drive the opening and closing operation of the cattle grab frame to prevent the livestock from leaving the right position at the time of feeding, the upper side stand and the lower A plurality of longitudinal supports are installed at predetermined intervals between the crossbars, and a pivoting support having an inclined shape is formed between the longitudinal supports, and coupled to enable the tiltable flow around the rotational axis of the pivoting support and the coupling band. The locking plate is configured to be rotatable at an upper portion of the rotating rod, and the locking plate formed at the upper side of the upper rod may be selectively rotatable in response to the rotation of a control rod having a protrusion formed on an outer surface thereof. In the shaft using a neck frame, which is configured at one end of the control rod to rotate the control rod Is connected to the East and the driving unit that comprises a control unit to automatically control the operation of the drive section, working time and labor is reduced, it is possible to improve the working efficiency. Patent application No. 10-2009-0015754 (2009.02.25) has an upper side rail and a lower side rail disposed in parallel in the horizontal; Vertical supports installed vertically between the upper and lower side rails; A rotation support disposed between the vertical supports and bent at an angle to be inclined; A pivoting table fixed to the center portion of the pivoting support in a seesaw manner, and having a pair of fixing plates coupled to the upper side of the upper side by extending forward and rearward to the top; A locking mechanism coupled to the fixed plate to be slidable up and down by rotating the pivot table; It is a right-hand auto necklace frame consisting of a control rod rotatably fixed to the upper side of the upper side bar and a stopper is formed on the outer surface. Patent application No. 10-2009-0032524 (2009.04.14), the locking device for selecting the vertical or inclined rotation rod is formed through the installation hole so that the installation can be penetrated to the control rod, the shape of the outer peripheral surface 1/2 Only a portion corresponding to the inclined surface is formed, the fixing groove is formed in which the stopper of the regulating member of the rotating rod is located at the end of the inclined surface, by the annular plate wall adjacent to the annular plate wall forming one partition of the fixing groove A stopper groove having a stopper insertion position formed therein and having a fixing bolt installation hole formed at the other end so as to be fixedly installed with respect to the control rod; It is installed to be movable in the upper regulating member of the rotating rod is a locking device for the right-hand automatic necklace frame consisting of a stopper that is selectively positioned in the fixed groove and the stop ring groove of the lock. Patent application No. 10-2009-0039326 (2009.05.06) is assembled by an evenly formed clamp to enable separation and assembly of the support located between the upper and the lower side stand, the lower end of the support is T-shaped Assembled by the clamp, the upper end can be achieved by the auto-use necklace frame structure, characterized in that the assembly is formed by the T-shaped two-in clamp including a control rod mounting holder to enable the installation of the control rod is installed lock. It is. Patent application No. 10-2009-0056343 (2009.06.24) allows the locking stopper to be locked normally with respect to the lock, and also to easily remove the locking stopper located in the stop ring groove of the lock inadvertently, Both sides of the inclined surface formed to be caught by the fixing groove are cut and formed as much as 1/4 of the total outer diameter while the stopper moves smoothly. When the control rod is rotated to an angle of 90 °, the locking rod is locked to the fixing groove The stopper is formed to be separated, and in the stationary ring groove adjacent to the fixed groove, when the control rod is rotated by 90 ° or more, the separation guide block for separating the locking stopper of the rotary rod located in the stationary ring groove is fixed to the fixed groove. It is formed to be located in a position opposite to. Patent application No. 10-2010-0004622 (2010.01.19) when the set time, the controller automatically extends the pneumatic cylinder to rotate the locking knob to the downward direction and in conjunction with the control rod rotates to release the fixed state of the rotating table It is configured to be able to improve the efficiency and convenience of the cattle breeding operation, as well as the simple opening structure of the cattle rack frame. Patent application No. 10-2010-0035948 (2010.04.19) is opposed to each other in the center part of the rotation support so that the impact caused by the collision of the pivoting support to the pivoting support during the seesaw movement of the swinging automatic collar A fixed bracket consisting of a pair of support plates installed in the center and having a mounting hole in the center, an upper buffer unit installed between the support plates on the upper side of the mounting hole, and a lower buffer unit disposed between the support plates and on the lower side of the mounting hole. Is installed, and is configured to be installed in the center portion of the pivot table is inserted between the support plate is coupled to the rotation fixture, the support plate and the rotation fixture is coupled through a fixing pin fitted through the mounting hole of the support plate, the rotation The base is rotatably fixed on the pivot support in a seesaw manner, and the pivot is supported on the pivot support. If the operation is the use be mounted close to the upper side in the rotational band balls is minimized and the noise is in contact with the portion of the upper cushion, when in the vertical operating close to the lower side in the mounting hole in contact with the lower buffer portion to which noise is minimized. Utility Model Registration Application No. 20-2005-0012114 (April 29, 2005) does not generate noise due to the movement of cows moving when the cow picks up and removes the head from the necklace frame to feed the cow. It is possible to control, attaching the noise prevention plate to the part where the moving rod and the support bar collide, install the blocking plate at the upper part of the moving part and the blocking member at the lower part, and form a bolt hole with a predetermined gap in the upper side rail and the lower side rail. The present invention relates to a right-hand auto necklace frame which does not generate noise by adjusting the gap between the moving part and the clip part by installing a clip stand with a clamp. Utility Model Registration Application No. 20-2006-0004999 (February 23, 2006), in a barn raising cattle, ensures that the neck of the cow is automatically locked so that it does not invade another cow's feed box and feeds metal The present invention relates to an automatic necklace frame for a right-hand use in which noise and vibration do not occur by inserting and fixing a cushioning agent. It is a right-hand auto necklace frame with a noise prevention device to be inserted into and fixed to the rod. Utility model registration application No. 20-2007-0002053 (2007.02.05) relates to the automatic necklace frame for the right-hand use, the vertical support is installed at regular intervals between the upper rail and the lower rail, the rotation support installed between the vertical support In the central part of the rotating frame is coupled to the upper fixed frame is rotatably installed so that it can be vertically or inclined, the fixing frame is rotatably installed, the upper side of the upper rail is rotatably fixed and a stopper on the outer surface The control rod is formed, and the locking plate is slid along the upper part of the control rod in conjunction with the rotation of the pivot table. When the stopper is positioned above the control rod by the rotation of the control rod, the locking plate is caught by the stopper and positioned below the control rod. In the right-hand automatic necklace frame is configured so that the stopping plate is released from the stopper, The locking plate is injection-molded with a synthetic resin material, and includes a fixing part rotatably coupled to an upper portion of the fixing frame, and a locking part extending integrally from the fixing part and having an end portion supported by the stopper. Utility Model Registration Application No. 20-2007-0004513 (2007.03.20) prevents noise during operation of the hoisting rods, and also enables the cattle to be raised more stably while raising high quality cattle. A right-sided automatic necklace frame, comprising: a slider fitted to be movable from side to side on an upper side rail; A pair of clamps mounted on upper and lower portions of the slider and fixed by bolting; A pair of brackets attached to the lower part of the clamp and having a guide hole; A rotating piece attached to the upper part of the rotating rod and connected to the guide shaft by a hinge shaft; A locking protrusion attached to an upper portion of the clamp; A pair of fixing pieces attached to the control rod and having an intermittent piece; It is composed of a latch connected to the fixing piece by a hinge axis to control the movement of the locking projection. Utility Model Registration Application No. 20-2008-0000640 (2008.01.16) relates to the fixed structure of the pivoting frame for the hanging rack, and the center part of the pivoting support is provided with a pair of supporting plates which are provided opposite to each other and the mounting holes are formed in the center. And a pivoting fixture which is inserted into and coupled between the supporting plates at a central portion of the pivoting table, wherein the supporting plate and the pivoting fixture are coupled through a fixing pin fitted through a mounting hole of the supporting plate, and the pivoting table is mounted on the pivoting support. It is pivotally fixed in a seesaw manner. Utility Model Registration Application No. 20-2008-0012826 (2008.09.24) says that when a cow's neck hangs between vertical supports and suddenly falls down due to illness or other reasons, movement of the cow's neck is rotated, It is designed to be widened quickly to prevent the cow from choking, and to fix only the cows on the necklace frame, only the corresponding pivot can be secured. It's about the framework. Utility Model Registration Application No. 20-2009-0000580 (2009.01.16) prevents noise during operation of the hoisting rod, and also enables the cattle to be raised more stably while raising high quality cattle. Rotating rods connected by hinge shafts to fixed rods coupled between supports installed between upper and lower cross rods, and control rods installed on an upper side of the upper cross rod, are attached to an upper portion of the rotating rods. A pair of operating pieces fitted with an upper crosspiece therebetween; A fixing pin fixed to an upper portion of the working piece; An anti-noise elastic body mounted on an outer surface of the fixing pin; A pair of clamps mounted on upper and lower portions of the control rod and fixed with bolts and nuts; A channel-type fixture attached to the lower portion of the clamp; It is configured to include a triangular latch for rotatably connected to the hinge axis to interlock the movement of the elastic body so that the upper portion is horizontally in the state fitted to the fixture. Utility Model Registration Application No. 20-2009-0002117 (2009.02.25) relates to an anti-noise structure of an automatic necklace of a right-hand use, and includes an upper shock-absorbing part protruding from the upper side of the pivot point to the pivot support. ; It includes a lower shock-absorbing portion protruding from the lower side of the pivot point near the pivot point, and when the pivot is operated inclined at the pivot support, the upper side of the pivot point close to the pivot point is in contact with the upper buffer part. Minimize, and when the pivoting table is operated vertically in the pivoting support, the lower side of the pivoting table near the pivoting point contacts the lower shock absorber to minimize noise.

However, until now, the livestock Stanchion used the head bar to rotate around the hinge point whenever the livestock such as cows put their heads into restraint collars to feed and to remove their heads after eating. The lower part collided with the fixed rod and the stop piece fixing the necklace rod caused severe noises such as friction noises rubbing while riding the control rod, causing stress not only to livestock but also to surrounding people. There was a problem that should be.

Applied and developed in advance to solve the noise problem, the close contact with the government is signed; Patent application No. 10-2007-0077669 (2007.08.02) constituting the upper buffer and the upper buffer formed in the upper and lower portion of the close fixing portion, and the upper buffer to be close to the hinge hole on the support plate of the pivot support, Patent application No. 10-2010-0035948 (2010.04.19) with a fixing bracket constituting the lower shock absorber, a noise preventing plate is attached to the place where the moving rod and the support bar collide, the blocking plate on the upper portion of the movement and the blocking member on the lower portion Utility Model Registration Application No. 20-2005-0012114 (2005.04.29, 2005), which has a predetermined gap between the upper and lower side rails to form a bolt hole and installs a clip stage with a clamp. ), And Utility Model Registration Application No. 20-2006-0004999, which consists of an elastic body at the portion where the rotating rod and the fixed rod collide, and inserts and fixes a three-dimensional cushioning material having an insertion hole in the center. Utility Model Registration Application No. 20-2009- attached to the upper part of the rotating rod and the outer surface of the fixing pin which is fixed to the upper part of the pair of working pieces to which the upper crosspiece is inserted therebetween. 0000580 (2009.01.16), and an upper buffer portion protruding from the upper side of the pivot point of the pivot support; Utility Model Registration Application No. 20-2009-0002117 (2009.02.25) constituting a lower shock-absorbing part which protrudes from the lower side. Also, a separate noise prevention device or a rotating bracket having a complicated mounting hole and a bent surface are mounted. Therefore, despite efforts to reduce noise by linearly minimizing the impact area of the pipe, the effect did not reach a satisfactory level. Even if the noise is slightly reduced, the sound wave generated by the metal and metal bumping rapidly reaches the degree of stress on the cow, unlike when the rubber ring and the pipe hit each other. Rather, several right-handed necklaces are rotated at once, and the sound of undesired wavelengths is greatly amplified. Each invention did not solve the noise problem to achieve, but rather came to the extent of deepening the problem.

The present invention is to solve the above problems to prevent the noise generated during the operation of the necklace bar and to prevent safety accidents caused by the necklace is fixed individually by malfunction.

The present invention has been proposed to improve the above problems, a plurality of vertical support is installed on the upper side rail and the lower side rail, at a predetermined angle that is fixed to the upper side rail and the lower side rail at regular intervals between the vertical support. A fixed rod inclined and inclined; The U-shaped hinge bracket which is integrally fixed and fixed to the central bending portion of the fixing rod, and coupled to the hinge axis in the hinge hole: is coupled to rotate to the hinge axis of the hinge bracket, the upper necklace formed integrally with the U-shaped guide bracket Rods; A stop piece installed to be rotatable to the guide bracket formed on the top of the necklace bar; In the livestock restraint collar consisting of: a control rod which is installed on the upper side of the upper side bar so that the stop piece rides through the guide bracket formed at the top of the necklace bar and forms a stop protrusion to restrain the stop piece in the longitudinal direction. Insert and install a cushion made of an elastic restoring material in close contact with the necklace bar in the interior of the U-shaped hinge bracket, and coupled to the upper and lower sides of the hinge bracket to support brackets to prevent the cushion from being separated, the necklace bar is rotated The upper and lower ends of the necklace necklace bar is configured not to hit the fixed rod; On one side of the inner surface of the U-shaped guide bracket formed integrally on the top of the necklace bar, the height adjustable support bolt is installed so that the top is pivotable to the guide bracket is configured to support the bottom side of the stop piece to move on the control rod So that the end of the stop piece does not rub against the control rod.

Here, a coupling hole is formed between the hinge hole of the U-shaped hinge bracket and the fixing rod, and a fixing hole penetrating the center is formed in the cushion made of elastic restorative material, and the cushion rod made of the elastic restoring material is locked inside the hinge bracket. It can be configured to prevent the separation of the cushion by fastening the coupling pin to the coupling hole and the fixing hole by inserting so as to close to.

And one side of the inner surface of the U-shaped guide bracket formed integrally on the upper end of the necklace bar is formed with a locking projection, the insertion hole to selectively insert the boss portion of the stop piece to the shaft pin engaging portion for rotatably installing the stop piece facing the locking projection. Constituent, forming a control projection on one side of the inner circumference of the insertion hole, the boss portion of the stop piece is inserted into the insertion hole so that the control projection is inserted in accordance with the stop piece is caught in the locking projection and the control projection is removed the moment the stop piece is out of the locking projection. By forming a guide groove in the hook, the stop piece is fixed to the hook formed on the upper side rail to be configured to selectively restrain the rotation of the necklace bar.

In addition, when the handle bracket constituting the handle coupling hole at one end of the control rod is positioned so that the stop projection is located in the stop projection upward direction, the handle coupling hole is integrally welded so that the handle coupling hole is horizontal and vertically upright It is configured so that the handle made of pipes in the handle coupling hole of the handle bracket does not fall out freely moving inside the handle coupling hole, and the handle is mounted on the latch by configuring the latch to be inserted into the pipe handle at any one of the vertical supports. It is configured to restrain the rotation of the control rod by inserting and fixing.

Livestock restraint collar according to the present invention, while the collar rod is in close contact with the cushion during use, so that the upper and lower ends do not directly hit the fixed rod and the stop piece does not rub against the control rod, so there is no fear of noise, It can provide the best breeding condition, and the stop piece that selectively secures the necklace bar does not fall to the hook side without the user's operation, so that the necklace bar is fixed without the user's operation and there is no fear of the animal being trapped. Is a very useful invention.

1 is an illustration of an open state of livestock stanchion according to the present invention.
Figure 2 is an illustration of a closed state of livestock stanchion embodying the present invention.
Figure 3 is an exemplary view of the configuration of the cushion to prevent noise of the necklace bar of the present invention.
Figure 4 is a cross-sectional view taken along line AA of Figure 3 illustrating another configuration of the cushion to prevent noise of the necklace bar of the present invention.
5 is an enlarged cross-sectional view of B of FIG.
Figure 6 is an illustration of the configuration state of the guide bracket and the stop piece of the present invention.
Figure 7 is another exemplary configuration of the control rod of the present invention.
8 is an exemplary view of the stop piece operation state of the present invention is a state caught on the engaging projection.
Figure 9 is an exemplary view of the stop piece operation state of the present invention out of the locking projections.
10 is an exemplary diagram illustrating a stop piece operation state of the present invention, and a state of being hooked.
Figure 11 is a handle configuration of the preparation step of the stop projection of the control rod to restrain the stop piece.
Fig. 12 is a handle configuration diagram in which the stop projection of the control rod releases the stop piece.

The construction of the present invention will be described in detail with reference to the accompanying drawings.

1 and 2, a plurality of vertical supporters 30 are installed on the upper side stand 10 and the lower side stand 20, and the upper side stand 10 at regular intervals between the vertical support 30. And a fixed rod 40 inclined by bending at a predetermined angle fixed to the lower side stand 20; The U-shaped hinge bracket 50 which is integrally fixed to the central bending portion 41 of the fixing rod 40 and couples the hinge shaft 55 to the hinge hole 51 and the: of the hinge bracket 50 Is coupled to the hinge shaft 55 to rotate, the upper end of the necklace bar (60) formed integrally with the U-shaped guide bracket (61); A stop piece 70 installed to be rotatable in the guide bracket 61 formed at the top of the necklace bar 60; It is installed on the upper side of the upper stand 10 so that the stop piece 70 rides through the guide bracket 61 formed at the upper end of the necklace rod 60, and restrains the stop piece 70 in the longitudinal direction. In the livestock restraint collar which consists of the control rod 80 which formed the stop protrusion 81 which consists of:

Insert the cushion 90 made of an elastic restorative material into close contact with the necklace bar 60, as shown in Figure 3 in the interior of the U-shaped hinge bracket 50, the upper and lower sides of the hinge bracket (50) Combining the support bracket 56 to prevent the separation of the cushion 90, the necklace rod 60 is configured so that the upper and lower ends of the necklace rod 60 does not hit the fixed rod 40 when rotating;

As shown in Figure 5 and Figure 6 on the inner surface of one side of the U-shaped guide bracket 61 formed integrally on the upper end of the necklace rod 60, the upper end is installed to be rotatable to the guide bracket 61, the control rod (80) By constructing a support bolt 65 that is adjustable in height to support the bottom side of the stop piece 70 to move in a), the end of the stop piece 70 is configured not to rub against the control rod (80).

Here, as shown in FIG. 4, a coupling hole 52 is formed between the hinge hole 51 and the fixed rod 40 of the U-shaped hinge bracket 50, and penetrates the center to the cushion 90 made of an elastic restorative material. Forming a fixing hole 91 to insert the cushion 90 made of the elastic restoring material in close contact with the necklace bar 60 inside the hinge bracket 50, the coupling hole 52 and the fixing hole (91) By fastening the coupling pin (95) may be configured to prevent the separation of the cushion (90).

8 to 10, a locking protrusion 64 is formed on one side of an inner surface of the U-shaped guide bracket 61 integrally formed at the upper end of the necklace rod 60, and the locking protrusion 64 is large. The insertion hole 62 is configured such that the boss portion 71 of the stop piece 70 selectively inserts the shaft pin engaging portion for rotatably installing the stop piece 70 toward the inner side of the insertion hole 62. The control protrusion 63 is formed, and the control protrusion 63 is inserted in accordance with the stop piece 70 being caught by the locking protrusion 64 and the control protrusion is instantaneously when the stop piece 70 leaves the locking protrusion 64. Guide grooves 72 are formed in the boss portion 71 of the stop piece 70 inserted into the insertion hole 62 so that the 63 is removed, so that the stop piece 70 is formed on the upper side stand 10. It is configured to hang on (11) to selectively restrain the rotation of the necklace bar (60).

At this time, it is more effective if the spring 76 is installed on the boss portion 71 of the stop piece 70 so as to maintain the state in which the boss portion 71 is supported toward the opposite side of the insertion hole 62.

In addition, as illustrated in FIG. 11, the stop bracket 81 is positioned upward at the handle bracket 85 constituting the handle coupling hole 86 at one end of the control rod 80 so that the stop piece 70 is disposed. When positioned so as to be caught, the handle coupling hole 86 is horizontally constructed by welding integrally to be in the vertical vertical state, the handle 100 made of pipe to the handle coupling hole 86 of the handle bracket 85 ) Is configured so as not to fall freely moving inside the handle coupling hole (86), and configure the latch 101 to be inserted into the handle (100) of the pipe in any one of the vertical support (30) handle to the latch 101 By inserting and fixing the 100, it is comprised so that the rotation of the control rod 80 may be restrained.

Referring to the embodiment of the present invention configured as described above, as shown in Figures 1 and 2, a plurality of vertical support 30 is installed on the upper side stand 10 and the lower side stand 20.

And the fixed rod 40 is bent at a predetermined angle to be fixed to the upper side rail 10 and the lower side rail 20 at regular intervals between the vertical support 30, and the fixed rod 40 The central bending portion 41 of the U-shaped hinge bracket (50) for coupling the hinge shaft (55) to the hinge hole (51) is integrally fixed.

At this time, when the hinge bracket 50 is coupled to the fixed rod 40, welding or fastening with a bolt nut or other various methods will be used.

As shown in FIG. 3, a support bracket 56 for preventing separation of the cushion 90 is coupled to the upper and lower sides of the hinge bracket 50 coupled to the fixing rod 40, and a rubber and sponge When the cushion 90 made of elastic restorative material such as synthetic resin, silicone, or the like is attached to the necklace bar 60, the hinge bracket 50 is inserted into the hinge bracket 50 so as to be in close contact with the bottom surface of the necklace bar 60. Install.

At this time, as shown in Figure 4 remove the support bracket 56 is coupled to the upper and lower sides of the U-shaped hinge bracket 50, instead, the hinge hole 51 and the fixed rod 40 of the U-shaped hinge bracket 50 The coupling hole 52 is formed between the two, and a fixing hole 91 penetrating the center is formed in the cushion 90 made of an elastic restoring material, and the cushion 90 made of the elastic restoring material is hinged on the cushion bracket 50. Inserted so as to be in close contact with the necklace bar (60) inside, fastening the coupling pin 95 to the coupling hole 52 and the fixing hole 91 may be configured to prevent the separation of the cushion (90).

Here, the method of fixing the cushion 90 may have a variety of other means, but these will not deviate from the scope of the present invention by the process of installing the cushion.

In installing the cushion 90 as described above, it will be most important that the upper and lower ends of the necklace bar 60 do not collide with the fixing rod 40 when the necklace bar 60 is rotated.

When the cushion 90 is installed inside the hinge bracket 50 as described above, the stop piece 70 is installed to be rotatable to the guide bracket 61 integrally formed at the upper end of the necklace bar 60 as shown in FIG. ) Must be combined.

At this time, the guide bracket 61 integrally formed at the upper end of the necklace bar 60 is configured in a U-shape, as shown in Figure 5 on the inner surface of the one side of the U-shaped, the height adjustment bolt 65 and the locking stone 8 and 10, the shaft pin engaging portion to which the shaft pin (75) for rotatably installing the stop piece (70) to face the locking projection (64) as shown in Figures 8 to 10, the stop piece (70). Insertion hole 62 is configured to selectively insert the boss portion 71 of), and the control protrusion 63 is formed on one side of the inner circumference of the insertion hole 62.

And the stop piece 70 coupled to the shaft pin 76 so as to rotate to the guide bracket 61 of the necklace rod 60, the boss portion 71 coupled to the shaft pin 75 protrudes to one side and the protruding boss The groove 71 has a guide groove (not shown) in the boss portion 71 of the stop piece 70 inserted into the insertion hole 62 so that the control protrusion 63 is removed at the moment when the stop piece 70 escapes the locking projection 64. 72).

When coupling the stop piece 70 to the guide bracket 61 of the necklace rod 60 in the state configured as described above, the boss portion of the stop piece 70 toward the insertion hole 62 formed in the guide bracket 61. The control projection is formed in the guide groove 72 formed in the boss portion 71 of the stop piece 70 in accordance with the engagement of the stop piece 70 by engaging with the shaft pin 76 so that the 71 is facing. When the 63 is inserted and the stop piece 70 escapes the locking protrusion 64, the control protrusion 63 is coupled to be removed from the guide groove 72.

As described above, the stop bar 70 of the hinge bracket 50 is coupled to the central bar bent portion 41 of the fixing rod 40 as shown in FIG. The hinge shaft 55 is installed in close contact with the cushion 90 so that the upper and lower ends thereof do not collide with the fixing rod 40 during rotation.

At this time, the guide bracket 61 integrally formed at the upper end of the necklace rod 60 is installed on the upper side of the upper side stand 10, and forms a stop projection 81 that restrains the stop piece 70 in the longitudinal direction. One control rod 80 is installed so as to be fitted, and then, by attaching a separate resin cap 83 on the surface where the stop piece 70 rubs, and adjusts the supporting bolt 65, the end of the stop piece 70 is connected to the control rod. If you do not rub directly on (80), all the configuration is complete.

The present invention thus completed is inserted into the head between the necklace rods 60 to feed the cattle feed and bowed head, as shown in Figure 2 the lower end of the necklace rods 60 is caught by the neck of the cattle rotated (60) The guide bracket 61 integrally formed at the top of the) is rotated along the upper side bar 10 and the control rod 80 so that the stop piece 70 installed on the guide bracket 61 is formed on the control rod 80. 81) and it is fixed.

At this time, the lower end of the necklace bar 60 does not hit the fixed rod 40 due to the restraint of the cushion 90 is inserted into the hinge bracket 50, the stop piece 70 is supported by the support bolt 65 so that the end is The stop piece 70 of the control rod 80 is rubbed against the resin cap 83 separately covered on the friction surface, so that no noise is generated.

After the animal eats the feed in the above state, the control rod 80 is operated by the user directly, or by the operation of the automatic control device, the stop piece 70 is released from the stop protrusion 81 of the control rod 80 so that the animal lifts its head. The collar rod 60 automatically rotates to its original position, and the livestock is free from the restraint necklace.

At this time, too, the noise and friction noise hit by the action of the cushion 90 and the support bolt 65 is not generated.

In the above state, the stop piece 70 always maintains the ready state to be coupled to the stop projection 81 of the control rod 80, and even if the livestock touches the stop piece 70 and lifts it, the stop piece 70 guide bracket. It is caught by the locking projection 64 of 61 so that it no longer rotates.

When the livestock is to be confined individually in use as described above, when the livestock eats the feed, the stop piece 70 caught by the stop projection 81 of the control rod 80 is turned to stop the stop piece 70 on the locking projection 64. When the stop piece 70 is pulled toward the insertion hole 62 along the shaft pin 75, the stop piece 70 is inserted into the guide groove 72 of the stop piece 70 while being inserted into the guide groove 72 of the stop piece 70. ) Is released from the locking projection (64) and when the stop piece 70 is pushed out of the insertion hole 62 again, the guide groove 72 of the boss portion 71 of the stop piece 70 is controlled. 63 and the end of the boss portion 71 is rotated by rubbing against the control projection (63).

In this way, the hook hole formed on the stop piece 70 fully rotated is hanged on the hook 11 fixedly installed on the upper side stand 10 to fix the necklace rod 60 to restrain the livestock, and to prevent individual such as vaccination. After the care is finished, the stop piece 70 is released from the hook 11 and rotates back to its original position. The stop piece 70 is ready to be coupled to the stop protrusion 81 of the control rod 80.

Here, when the stop projection 81 is located at one end of the control rod 80 in the upward direction and the stop piece 70 is positioned, the handle coupling hole 86 is horizontal, so that the vertical vertical penetration state is Welding or other integral parts of the handle bracket 85 of the handle bracket 85 formed by welding integrally with the handle 100 to be freely moved so as not to fall out of the handle bracket 85. The latch 101 configured to be fastened to be coupled to the handle 100 made of a pipe to restrain the control rod 80 to prevent the control rod 80 from being rotated.

When the control rod 80 is to be released in the above state, when the handle 100 is lifted, the handle 100 is lifted upward along the handle coupling hole 86 while being freed from the latch 101 and the handle 100. ) And turn the control rod 80, the stop projection 81 of the control rod 80 is released from the stop piece 70 to release the necklace rod 60 is free.

10: upper side stand 11: hook 20: lower side stand
30: vertical support 40: fixed rod 41: central bending portion
50: hinge bracket 51: hinge hole 52: coupling hole
55: hinge axis 56: support bracket 60: necklace rod
61: guide bracket 62: insertion hole 63: control projection
64: stopper 65: support bolt 70: stop piece
71: boss portion 72: guide groove 73: locking hole
75: shaft pin 76: spring 80: control rod
81: stop protrusion 83: resin cap 85: handle bracket
86: handle coupling hole 90: cushion 91: fixing hole
95: coupling pin 100: handle 101: bar

Claims

A plurality of vertical supporters 30 are installed on the upper side stand 10 and the lower side stand 20, and fixed to the upper side stand 10 and the lower side stand 20 at regular intervals between the vertical support 30. A fixed rod 40 inclined and bent at a predetermined angle; The U-shaped hinge bracket 50 which is integrally fixed to the central bending portion 41 of the fixing rod 40 and couples the hinge shaft 55 to the hinge hole 51 and the: of the hinge bracket 50 Is coupled to the hinge shaft 55 to rotate, the upper end of the necklace bar (60) formed integrally with the U-shaped guide bracket (61); A stop piece 70 installed to be rotatable in the guide bracket 61 formed at the top of the necklace bar 60; It is installed on the upper side of the upper stand 10 so that the stop piece 70 rides through the guide bracket 61 formed at the upper end of the necklace rod 60, and restrains the stop piece 70 in the longitudinal direction. In the control rod 80 formed of the stop protrusion 81 to be formed:
The cushion 90 made of an elastic restorative material is inserted into the U-shaped hinge bracket 50 so as to be in close contact with the necklace bar 60, and the cushion 90 is disposed on the upper and lower sides of the hinge bracket 50. Combining the support bracket 56 to prevent the separation of, the necklace rod 60 is configured so that the upper and lower ends of the necklace rod 60 does not hit the fixed rod 40 when rotating;
On one side inner surface of the U-shaped guide bracket 61 formed integrally on the upper end of the necklace bar 60, the upper end is installed so as to be rotatable to the guide bracket 61, the stop piece moving on the control rod (80) ( Axial use Stanchion, characterized in that the support bolt 65 is adjustable to support the bottom side of the bottom 70, so that the end of the stop piece 70 is not rubbed against the control rod (80).

The method of claim 1,
The coupling hole 52 is formed between the hinge hole 51 and the fixing rod 40 of the U-shaped hinge bracket 50, and a fixing hole 91 penetrating the center to the cushion 90 made of an elastic restoring material. Formed by inserting the cushion 90 made of the elastic restoring material so as to be in close contact with the necklace bar 60 inside the hinge bracket 50, the coupling pin 52 and the fixing pin 91 in the coupling pin (95) Livestock Stanchion, characterized in that configured to prevent separation of the cushion (90) by tightening.

A plurality of vertical supporters 30 are installed on the upper side stand 10 and the lower side stand 20, and fixed to the upper side stand 10 and the lower side stand 20 at regular intervals between the vertical support 30. A fixed rod 40 inclined and bent at a predetermined angle; The U-shaped hinge bracket 50 which is integrally fixed to the central bending portion 41 of the fixing rod 40 and couples the hinge shaft 55 to the hinge hole 51 and the: of the hinge bracket 50 A necklace rod (60) coupled to the hinge shaft (55) and integrally formed at the top with a U-shaped guide bracket (61); A stop piece 70 installed to be rotatable in the guide bracket 61 formed at the top of the necklace bar 60; It is installed on the upper side of the upper side rail 10 so that the stop piece 70 rides through the guide bracket 61 formed at the upper end of the necklace rod 60, and restrains the stop piece 70 in the longitudinal direction. In the control rod 80 formed of the stop protrusion 81, the shaft using stannion,
A locking projection 64 is formed on one side inner surface of the U-shaped guide bracket 61 integrally formed at the upper end of the necklace bar 60, and the stop piece 70 can be rotated to face the locking projection 64. The insertion hole 62 is configured to selectively insert the boss portion 71 of the stop piece 70 into the shaft pin coupling portion which is coupled to the shaft pin 75 to be installed, but is controlled on one side of the inner circumference of the insertion hole 62. The protrusion 63 is formed, and the control protrusion 63 is inserted in response to the stop piece 70 being caught by the catching protrusion 64, and the control protrusion (63) stops when the stop piece 70 leaves the catching protrusion 64. Guide grooves 72 are formed in the boss portion 71 of the stop piece 70 inserted into the insertion hole 62 so that the 63 is removed, so that the stop piece 70 is formed on the upper side rail 10. 11) livestock Stanchion, characterized in that configured to restrain the rotation of the necklace bar (60) to be fixed by walking on.

The method of claim 3,
A spring stand 76 is installed on the boss portion 71 of the stop piece 70, so that the boss portion 71 is configured to maintain a state of being crushed toward the opposite side of the insertion hole 62.

A plurality of vertical supporters 30 are installed on the upper side stand 10 and the lower side stand 20, and fixed to the upper side stand 10 and the lower side stand 20 at regular intervals between the vertical support 30. A fixed rod 40 inclined and bent at a predetermined angle; The U-shaped hinge bracket 50 which is integrally fixed to the central bending portion 41 of the fixing rod 40 and couples the hinge shaft 55 to the hinge hole 51 and the: of the hinge bracket 50 Is coupled to the hinge shaft 55 to rotate, the upper end of the necklace bar (60) formed integrally with the U-shaped guide bracket (61); A stop piece 70 installed to be rotatable in the guide bracket 61 formed at the top of the necklace bar 60; It is installed on the upper side of the upper stand 10 so that the stop piece 70 rides through the guide bracket 61 formed at the upper end of the necklace rod 60, and restrains the stop piece 70 in the longitudinal direction. In the control rod 80 formed of the stop protrusion 81 to be formed:
The stop piece of the control rod 80 is rubbed by a separate resin cap (83) on the surface of the friction surface to combine, and then the handle bracket (85) constituting the handle coupling hole (86) on one side end stop projection (81) Is positioned in the upward direction so that the stop piece 70 is engaged, the handle coupling hole 86 is horizontally welded integrally so as to be in an up and down vertical through state, and the handle bracket 85 The handle 100 made of pipe to the handle coupling hole (86) is configured so as not to fall freely moving inside the handle coupling hole (86), so that any one of the vertical support 30 is inserted into the pipe handle (100). Livestock Stanchion, characterized in that configured to restrain the rotation of the control rod 80 by inserting the handle 100 to the latch 101 to secure the latch.