KR102369241B1 - Harmful Wildlife Capture Frame - Google Patents

Abstract

The present invention is made of a long hexahedron in the left and right direction, a capture chamber is formed inside, the front and rear walls, top and bottom are made of metal mesh, and first and second openings are made on the left and right sides to make the first and second entrance doors If harmful animals enter the door from the outside, the door is closed to prevent the harmful animals from escaping to the outside by their own power. It is related to a trapping frame that allows harmful wild animals to be confined in a capture room by closing the door installed in the opening part by the vertical operating rod driven. More specifically, the first entrance door is connected to the first When the first access door device groove in which the door is accommodated is formed vertically, and the first access door is lifted from the bottom of the device groove to the upper surface, it is rotated as a connecting shaft and lifted to open the first opening, and harmful animals can enter the first When entering the capture room through the opening, the lifted first door latch is released, rotates from the top to the floor, and descends to return to the first access door device groove so that the first opening can be closed. The door supports are installed on the inside to be inclined at a certain angle from the upper end to the inside, so that the doors on both sides of the second door are hinged to the door support and inclined. The second entrance door is closed at the moment it passes through the door and is configured not to open from the inside to the outside. , When a harmful animal pushes the door from the inside of the capture room to the outside, the spout gets caught in the inclined hole formed between the inclined supports and slides along the inclined support, preventing the door from pushing itself, and an operating rod is attached to the feeding stand When the operating rod is pushed in with a vertical operating rod, the vertical operating rod rotates to open the latch rod of the first door, so that animals entering the capture room can be safely captured. It is a mesh body of a sieve, wheels are attached to the bottom of the entrance, and an opening and closing door is attached to the opening on the left. It is a harmful wild animal capture frame that can be transported and has a traction ring on the mobile capture frame and can be connected to a moving device, so that the captured animals can be safely moved to the treatment site.

Description

Harmful Wildlife Capture Frame

The present invention is made of a long hexahedron in the left and right direction, a capture chamber is formed inside, the front and rear walls, top and bottom are made of metal mesh, and first and second openings are made on the left and right sides to make the first and second entrance doors If harmful animals enter the door from the outside, the door is closed to prevent them from escaping to the outside by their own strength. When entering the chamber, the vertical operating rod is driven to close the door installed in the opening, which relates to a trapping frame that allows harmful wild animals to be confined in the capture room. More specifically, the first entrance door is If the first access door device groove in which the first entrance door is accommodated is vertically formed, and the first entrance door is lifted from the bottom of the device groove to the upper surface, it is lifted while rotating with the connecting shaft as the rotation axis to open the first opening, and harmful animals When entering the capture chamber through the first opening, the lifted first access door comes down while rotating from the top to the floor and returns to the first access door device groove, and the first opening is configured to be closed, and the second access door is the front and rear walls of the second opening The door supports are installed on the inside at an angle from the upper end to the inside to be inclined at a certain angle, so that the doors on both sides of the second door are hinged to the door support and inclined. The second entrance door is closed at the moment it passes through the door and is configured not to open from the inside to the outside. , When a harmful animal pushes the door from the inside of the capture room to the outside, the spout is caught in the inclined hole formed between the inclined supports and slides along the inclined support, preventing the door from pushing itself, and an operating rod is attached to the feeding stand When the operating rod is pushed in with a vertical operating rod, the vertical operating rod rotates and the latch rod of the first entrance door is opened, so that animals entering the capture room can be safely captured. It is a tetrahedral mesh, with wheels attached to the bottom of the entrance side, and an opening and closing door attached to the left opening. Equipped with a movable capture frame that can be connected to the opening of the capture frame, the animals captured in the capture frame are transferred to the mobile capture frame It is a configuration that allows the captured animals to be safely moved to the treatment site by equipping the trapping frame for transport with a traction ring and connecting it to a mobile device.

The conventional trapping frame is made of a hexagonal body, the outer wall constitutes a meshed trapping frame, and an opening and closing door that opens from the bottom to the top is installed at the entrance to the inside of the trapping frame, and the opening and closing door is lifted to lift the locking rod between the lower part of the opening and the opening part. is installed, and one end of the locking rod is connected to the footboard with a wire, and when the footstep is stepped on, the locking rod is pulled to release the locking state of the opening and closing door, and the door descends to shield the entrance.

Therefore, if only one animal enters the capture frame, it is inconvenient not to be able to capture the animal that came with it, and the captured animal must be killed within the capture frame. There was the inconvenience of not being able to enter the trapping frame.

Patent Registration No. 10-1883556

The present invention was developed to solve the above inconvenience.

The present invention is made of a long hexahedron in the left and right direction, the capture chamber 101 is formed inside, the front wall, the rear wall, the bottom and the upper surface are made of a metal mesh, and the first opening part 105 on the left and right sides; A capture frame 100 is disclosed in which the first opening 200 and the second entrance 300 are installed in the first opening and the second opening, respectively, by making the second opening 107 .

In the first opening portion 105, a first access door device groove 106 with three open sides extending from the bottom to the upper surface through the rear wall is vertically formed, and the first access door 200 is installed therein.

The first entrance door 200 is a quadrangular frame body 201, and a plurality of inclined supports 202 are arranged side by side at regular intervals to be inclined in a diagonal direction on the inner surface, and an inclined hole 203 is formed between the inclined supports. , A connection protrusion piece 205 with a connection hole 204 is formed at the rear edge of the upper end of the rectangular frame, and a handle 206 is formed on the outer periphery of the frame on the opposite side where the connecting protrusion is formed, and a fixed protrusion 207 at the upper end of the rectangular frame. The hook 208 is attached to the support shaft 207a of the fixed protrusion piece.
The hook 208 has a locking part 208a formed below the support shaft connection hole, and a handle 208b is formed on the upper end of the support shaft connection part.
In the first access door device groove 106 in which the first access door 200 is installed, the connection protrusion piece of the first access door is accommodated at the upper edge of the rear wall, and the support protrusion piece 108 is formed to form a support hole 108a of the support protrusion piece. A connecting shaft 109 is inserted.
Therefore, the first access door 200 is put into the first access door device groove 106, and the connection protrusion piece 205 of the first access door is coupled between the support protrusion pieces 108 to connect the connection hole 204 of the connection protrusion piece 205. When the connecting shaft 9 of the supporting protrusion 108 is inserted into the , A fixing plate 212 is attached to the lower side of the rectangular frame body 201 of the first entrance door oriented toward the rear wall to form a fixing hole 213 and a safety pin insertion hole 214 .

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A second opening part 107 is formed on the opposite side of the first opening part of the capture frame, and the second entrance door 300 is installed.

The second entrance door 300 consists of two pairs and is installed in the second opening, and the second opening 107 includes door supports 110 and 111 that are inclined at a predetermined angle from the upper end to the inside, respectively, on the inside of the front and rear walls. It is attached and installed using hinges so that the both sides of the door leaf 301, 302 of the second access door 300 are installed inclinedly, and at the upper end of the second opening where the both sides of the second access door contact the upper side support plate 112 on the outside. ) by attaching a coil spring between the protruding rods 301a and 302a attached to the upper end of the door leafs 301 and 302 on both sides of the second entrance door, and the protruding rods 113 and 114 formed on the upper support plate 112 . 115 is installed, and a lower support plate 116 for preventing the lower end of the second door from facing outward is installed at the bottom entrance of the second opening where the lower end of the second door is in contact with the second door from the outside of the second opening. configured to open inwardly.

On both sides of the door leafs 301 and 302 of the second entrance door 300, inclined supports 303 are disposed side by side to be inclined in a diagonal direction between the rectangular door frames to form an inclined hole 304 between the inclined supports.

In the center of the capture chamber 101 of the capture frame 100 , a feeding device 400 is disposed on the floor, and a device plate 500 is attached to the upper surface of the capture chamber 101 , and the device plate moves from the device plate to the capture chamber 101 . A shaft tube 501 is formed so that the upper end of the vertical operation rod 502 is fitted to the shaft tube and supported, and on the outer periphery of the vertical operation rod 502 located in the capture chamber, several support tubes projecting laterally at regular intervals along the longitudinal direction 503 is formed and fixed by inserting the inner end of the operation bar (504).

The upper end of the vertical operation rod protrudes to the upper surface of the apparatus plate through the shaft tube 5010 of the apparatus plate 500, and the connector pipe (505a) of the stopper 505 disposed at a right angle to the vertical operation rod is inserted at the protruding end to fix the bolt 506. It is fixed to the shaft tube 501 to be able to rotate, and an upward locking part 505b is formed at the protruding end of the stopper.

On the upper surface of the apparatus plate 500, it is placed in the longitudinal direction of the apparatus plate, and a horizontal working rod 507 that intersects at right angles to the stopper 505 is loaded, and a connection hole 507a formed at one end is attached to the upper surface of the apparatus plate. It is inserted into the rotating shaft (500a) to rotate in place, and a protrusion piece (507b) is formed on the opposite side of the connection hole and installed to pass the top surface of the stopper. A downward locking protrusion 508 is formed, and a spring support rod 509 is mounted in a direction perpendicular to the longitudinal direction in the middle of the horizontal actuating rod 507, and a male threaded portion 509a formed at the protruding end of the spring support rod is a device plate. The separation prevention nut 509b is screwed to the male threaded portion protruding through the guide hole 512 of the support protrusion 511 vertically attached to the upper surface to limit the rotation angle between horizontal operations, and the device plate 500 A coil spring 513 is installed between the support protrusion piece 511 and the spring support rod 509 to provide return elasticity to the horizontal operation period 507 .

Between the boundary of the spring support rod 509 and the protruding piece 507b of the horizontal operation 507, a support protrusion 515 fixed to the upper surface of the horizontal operation and facing inward is formed, intervening as a side guide hole 507c between the horizontal operations The connecting hole 516a formed at the end of the latch bar 516 is connected, and the protruding end 516b on the opposite side of the connecting hole of the latch bar 516 is a guide transverse hole 517 attached to the upper surface of the first opening part of the capture frame. When the first access door is opened through through Thus, the safety pin 215 can be inserted and removed to be mounted on the upper surface of the capture frame, and a connecting tube 117 is formed on the front and rear walls of the capture frame 100 with the first and second openings to be coupled to the connecting tube. A fastener 118 is provided.

In addition, the present invention is a rectangular parallelepiped like a capture frame, a capture chamber 701 is formed therein, the front wall 702 and the rear wall 703, and the bottom 704 and the right wall 705 are metal. It is made of a mesh, and the opening and closing door storage chamber 707 is vertically formed in the left wall opening 706 so that the opening and closing door 708 is installed, the opening and closing door 708 is provided with a locking device 709, and wheels 710 on the bottom ) is attached, and a connector 711 is attached to the front wall and the rear wall at the same height as the connector 117 of the capture frame 100 so that the connector 117 of the capture frame 100 and the fastener ( 118) can be inserted and coupled, and the traction ring 800 is attached to the right wall 705 on the opposite side of the left wall opening 706 to connect the traction ring to the rear of the moving device 900 for movement. It is a configuration in which the capture frame 700 is provided.
The traction ring 800 is provided with a connection ring 800b coupled to the moving device and a connection ring 800a coupled to the hook 712 of the catch frame for movement on both sides.

In the present invention as described above, the first access door 200 installed in the first opening part 105 of the capture frame 100 is rotated upward in the first access door device groove 106 and moved to the upper side of the first opening part. One opening is opened, the safety pin insertion hole 214 formed in the fixing plate 212 of the first access door and the safety pin 215 are inserted between the first opening frame and fixed, and the capture chamber 101 through the first opening. Enter, put food on the feeding rod 400, come out and rotate the vertical operation rod 502, so that the operation rod 504 of the vertical operation rod is located between the first and second openings of the capture chamber in the longitudinal direction of the capture chamber. and then, rotate the protruding piece 507b of the horizontal actuating rod 507 toward the first opening so that the downward engaging projection 508 is caught inside the upwardly engaging portion 505b of the stopper. Since the protruding end of the latch bar 516 is coupled to the fixing hole 213 formed in the fixing plate 212 of the first access door 200 in the upper plate guide transverse hole 517 of the trapping frame, even if the safety pin 215 is removed, the 1 The entrance door is in an upward position, and the first opening is in a long state in which the open state is maintained, and the coil spring 513 in the horizontal operation section 507 is in a contracted state, thereby increasing elasticity.

At this time, when the harmful animals are attracted to the food installed in the capture chamber and enter the first opening and proceed toward the feeding station 400, the operating rod 504 in the path is pushed and entered, so the vertical operating rod 502. This rotates, and the stopper 505 rotates so that the upwardly engaging portion 505b at the protruding end is deviated from the downward engaging projection 508 on the lower surface of the protruding piece 507b of the horizontal operating rod 507, at this time the coil With the return force of the spring 513 , the horizontal actuating rod 507 rotates outward about the rotation shaft 500a to pull the latch bar 516 .

In this case, the latch rod is separated from the fixing hole 213 of the first access door 200 to release the braking of the first access door, and the first access door rotates about the connecting shaft 109, and enters the first access door device groove 106. It comes down in an instant and blocks the first opening.

Therefore, harmful animals entering the capture room are trapped in the capture room.

At this time, there is an animal that came with them, and while looking at the animal trapped in the capture room, they are enticed by food and hover around the capture frame, pushing the front and rear and left and right walls. At this time, the second entrance ( 300) is installed obliquely from the top to the bottom, and the door is made in two pairs, so when the lower part is pushed from the outside to the inside, it opens inward, so that an outside animal can push the second entrance door and enter the capture room, and the food part The second door is closed due to the weight of the second door and the return force of the coil spring 115, and another animal enters and is trapped in the capture room. , In the upper and lower openings, there are upper and lower support plates 112 and 116 supporting the upper and lower ends of the second access door at the upper and lower sides, so that the door does not open no matter how much it is pushed from the inside, and is trapped in the capture chamber.

In addition, in the first and second entrance doors, inclined supports are arranged at regular intervals in the diagonal direction on the door frame, and there is an inclined hole between them. As the snout slides and gets caught in the sloping hole, the neck twists, and the wild animal itself falls out of the door and stays in the capture room without approaching the door.

At this time, the movable capture frame 700 is coupled to the first opening of the capture frame 100 , and the fasteners 118 are inserted between the connecting pipes 117 to be integrated with each other, and then the first opening and closing door of the capture chamber. Open the opening and closing door of the mobile capture frame to forcibly move the animals in the capture frame to the mobile capture frame, and when the wild animal is moved to the mobile capture room, close the door of the mobile cage room and release the connection device to move the mobile capture frame to the moving device. If towed, it can be moved to a place far from the capture frame, and can be handled by contacting a licensed catcher at the moved place, so there is a killing trace that harmful wild animals hate in the capture room 101 of the capture frame 100 will not create

Therefore, the capture frame can be continued to be used, and there is an advantage of being able to catch harmful animals such as wild boars in groups.

In particular, in the present invention, since the first and second entrance doors have a considerable weight, when the first entrance door is lifted from the device groove to mount it, it is rotated around the connecting shaft 109 and moved upward, so it is lifted with a small force. There is an advantage that it can be raised, and since the fixing plate 212 attached to the rectangular frame body is located on the upper end surface of the first open boot frame body, the lifted first entrance door has a safety pin in the safety pin insertion hole 214 of the fixing plate 212 ( 215) is inserted and supported, and since the tip of the latch bar is inserted into the fixing hole 213, the first entrance door is mounted conveniently and safely.

In addition, the operation rod 504 fitted to the vertical operation rod 502 is installed to be slightly loosely fitted to the support pipe 503 of the vertical operation rod, and since a wooden rod is used, wild animals can approach and push without repulsion, and the operation When the bar is released while the rod is operated and the first entrance door descends, the operation rod is separated from the support tube 503 and falls to the floor due to the impact, so it does not become an obstacle when wild animals move in the capture room, and the animals trapped in the capture room are not affected. It is possible to move freely in the capture room, and the animals watching the state from outside the capture room do not run away and wander around the capture room, and push the second entrance door and give an opportunity to enter the capture room, which can increase the capture rate. There is an advantage.

1 is a perspective view of a capture frame of the present invention;
2 is a partial exemplary view showing a state in which the first entrance door of the first opening part of the present invention is opened;
Figure 3 is an exemplary view of the device by opening the first entrance door of the first opening of the present invention
4 is a partial cross-sectional view of the line A-A of FIG. 3;
5 is an exemplary view in which the front end of the latch bar and the safety pin of the present invention are inserted into the fixing hole and the safety pin insertion hole of the first entrance door;
6 is an exemplary view from the first entrance door of the present invention
7 is an exemplary view of the hook part of the first entrance door of the present invention
Figure 8 (a) (b) is an exemplary view of the second entrance door of the present invention
Figure 9 (a) is an exploded perspective view of the latch rod device plate of the present invention;
9(b) is a partial cross-sectional view taken along the line B-B of FIG. 9(a).
Fig. 9(c) is a partial cross-sectional view taken along the line multi-many of Fig. 9(a);
Fig. 9(d) is a cross-sectional view between horizontal operations of Fig. 9(a);
Figure 9 (e) is an exemplary view of the operating state between the horizontal operation of the present invention
Figure 10 (a) (b) is an exemplary view of the animal entering the first opening of the present invention
Figure 11 (a) (b) is an exemplary view of the animal entering the second opening of the present invention
12 is a perspective view of a catch frame for movement of the present invention;
13 is a partial perspective view of a towing ring of the present invention;
14 is an exemplary view of combining the capture frame and the moving capture frame of the present invention;
15 is an exemplary view of moving the captured animal to the trapping frame for movement of the present invention.

The shape and structure of the present invention are exemplified in Figs.

As shown in Fig. 1, the present invention is made of a long hexahedron in the left and right direction, the capture chamber 101 is formed inside, and the front wall, the rear wall, and the bottom and the upper surface are made of a metal mesh to see through the inside. A first opening part 105 and a second opening part 107 are made on the left and right sides, and a first entrance door 200 and a second entrance door 300 are installed in the first opening part and the second opening part, respectively. constituting the capture frame 100 to be

In the above, the first opening unit 105 has three sides open from the floor to the upper surface through the rear wall, and the front wall side is blocked by attaching a shielding plate 106a to the outer surface of the front wall side opening part. The groove 106 is formed vertically so that the first entrance door 200 is installed.

As shown in FIG. 2 , the first entrance door 200 is a rectangular frame body 201 and is arranged side by side with a plurality of inclined supports 202 at regular intervals so as to be inclined in a diagonal direction on the inner surface, and inclined between the inclined supports. A hole 203 is formed, a connecting protrusion piece 205 with a connecting hole 204 is formed at the rear edge of the upper end of the rectangular frame, and a handle 206 is formed on the outer periphery of the frame opposite to the connecting protrusion piece is formed, 4 A fixing protrusion piece 207 is attached to the upper end of each frame, and a hook 208 is mounted on the support shaft 207a of the fixed protrusion piece.
The hook 208 has a locking part 208a formed on the lower side of the support shaft connection hole, and a handle 208b is formed on the top of the support shaft connection hole, so that when the first entrance door is closed, it is formed at the top of the frame body toward the first opening. The locking part 208a of the hook is coupled to the fixing protrusion 105a, and a handle 208b is provided so as to be able to be removed from the fixing protrusion by hand when the first door is opened.

A support protrusion 108 having a support hole 108a formed on the outer surface of the upper edge of the rear wall is attached to the first access door device groove 106 in which the first access door 200 is installed, and the connecting shaft 109 is inserted into the support hole. do.
Therefore, the first access door is put into the first access door device groove, and the connecting protrusion 205 of the first access door is coupled between the supporting protrusions to match the connecting hole of the connecting protrusion with the supporting hole of the supporting protrusion to connect the connecting shaft 109. When inserted, the connecting shaft 109 acts as a rotation axis while connecting the connecting stone piece and the supporting stone piece, so that when the first entrance door is rotated from the floor to the top surface or when the first entrance door is closed, it acts as a rotation axis, and the door frame of the first entrance door has a rear A fixing plate 212 is attached to the lower side of the main wall to form a fixing hole 213 and a safety pin insertion hole 214 .

A second opening portion is formed on the opposite side of the first opening portion of the capture frame, so that the second entrance door 300 is installed.

As illustrated in FIG. 8 , the second access door 300 consists of two door leafs 301 and 302 and is installed in the second opening, and the front and rear walls of the second opening 107 to install the second entrance door. By attaching the door supports 110 and 111 inclined at a certain angle from the upper end to the inside, respectively, on the inside, the hinges are used to install the door plates 301 and 302 on both sides of the second access door 300 to be inclined. The upper support plate 112 is disposed on the outer side of the upper end of the second opening in which the doors on both sides of the second access door are in contact with the protrusion rods 301a and 302a formed on the upper ends of the leafs 301 and 302 on both sides of the second access door, and the upper side A coil spring 115 is installed between the protruding rods 113 and 114 formed on the support plate 112 to charge the restoring force to the second access door, and a second opening is provided at the bottom of the second opening in contact with the lower end of the second door. 2 A lower support plate 116 is installed on the outer surface in contact with the lower end of the access door so that the second access door is opened from the outside of the second opening to the inside,

On both sides of the door leafs 301 and 302 of the second entrance door 300, inclined supports 303 are disposed side by side to be inclined in a diagonal direction between the rectangular door frames to form an inclined hole 304 between the inclined supports.

In the center of the capture chamber 101 of the capture frame 100, a feeding stand 400 is disposed on the floor, and the upper surface of the capture chamber 101 is shown in FIGS. 9(a)(b)(c)(d)(e). As illustrated, the device plate 500 is attached.
The device plate 500 is attached to the upper plate of the capture chamber to form a shaft tube 501 vertically from the device plate to the capture chamber 101, and the upper end of the vertical operation rod 502 is fitted and supported in the shaft tube, and is located in the capture chamber. On the outer periphery of the operation rod 502, several support tubes 503 are formed to protrude laterally from the surface of the vertical operation rod at a predetermined position along the longitudinal direction, and the inner end of the operation rod 504 is fitted to each support tube somewhat loosely.

The upper end of the vertical operation rod 502 protrudes to the upper surface of the device plate 500 through the shaft tube 501, and the connection pipe (505a) of the stopper 505 is disposed from the upper end of the protruding end toward the upper surface of the device plate in a direction perpendicular to the vertical operation rod. This is fitted and fastened with the fixing bolt 506 so that the stopper and the vertical operation rod are integrally formed, and an upward locking part 505b is formed at the protruding end of the stopper.

On the upper surface of the device plate 500, it is placed in the longitudinal direction of the device plate, and a horizontal operating rod 507 that intersects at right angles with the stopper 505 is loaded, and a connection hole 507a formed at one end is attached to the upper surface of the device plate. It is inserted into the rotation shaft 500a and rotates in place, and a protruding piece 507b is formed on the opposite side of the connection hole and installed to pass the upper surface of the stopper 505. 508 is formed to be caught or released by the upwardly engaging portion 505b of the stopper.

A spring support rod 509 is mounted in a direction perpendicular to the longitudinal direction in the middle portion of the horizontal operation rod 507, and a male screw portion 509a formed at the protruding end of the spring support rod is fixed to the upper surface of the device plate. A separation prevention nut 509b is screwed to the male threaded portion protruding through the guide hole 512 to limit the rotation angle between horizontal operations, and a coil between the support protrusion 511 of the device plate and the spring support rod 509 A spring 513 is provided to give return elasticity between horizontal operations.

Between the boundary of the spring support rod 509 and the protruding piece 507b of the horizontal operation 507, a support protrusion 515 fixed to the upper surface of the horizontal operation is formed, and a latch interposed as a side guide hole 507c between the horizontal operations One side connection hole 516a of the rod 516 is connected, and the protruding end 516b on the opposite side of the connection hole of the latch rod penetrates the guide transverse hole 517 attached to the upper surface of the first opening part of the capture frame to open the first entrance door. When opened, it is configured to be detachably attached to the fixing hole 213 of the fixing plate 212 attached to the first entrance door.

A safety pin insertion hole 214 is drilled next to the fixing hole 213 of the fixing plate 212 so that the safety pin 215 can be inserted and removed, and it is connected to the front and rear walls of the first and second openings of the capture frame 100 . A tube 117 is formed and provided with a fastener 118 for engaging the connector tube.

In addition, the present invention is a rectangular parallelepiped like a capture frame, a capture chamber 701 is formed therein, the front wall 702 and the rear wall 703, and the bottom 704 and the right wall 705 are metal. It is made of a mesh, and the opening and closing door storage chamber 707 is vertically formed in the left wall opening 706 so that the opening and closing door 708 is installed, the opening and closing door 708 is provided with a locking device 709, and wheels 710 on the bottom ) is attached, and a connector 711 is attached to the front wall and the rear wall at the same height as the connector 117 of the capture frame 100 , so that the connector 117 and the fastener 118 of the capture frame 100 are attached. ) can be inserted and coupled, and a traction ring 800 is attached to the right wall opposite to the left wall opening 706, and it is connected to the rear of the moving device 900 to be able to move by traction. It is a losing composition.
The traction ring 800 is provided with a connection ring 800b coupled to the moving device and a connection ring 800a coupled to the hook 712 of the catch frame 700 for movement on both sides.

100: capture frame 101: capture chamber
105: first open part 107: second open part
106: first door device home 108: support stone piece
109: connecting shaft 110,111: door support
112: upper support plate 113, 114: protruding bar
115: coil spring 116: lower support plate
117: connector 118: fastener
200: first entrance door 201: rectangular frame
202: between inclined support 203: inclined hole
204: connection hole 205: connection stone piece
206: handle 207: fixed stone piece
207a: support shaft 208: hook
208a: locking part 208b: handle
212: fixing plate 213: fixing hole
214: safety pin insertion hole 215: safety pin
300: second entrance door 301,302: door leaf
301a, 302a: protruding rod 303: inclined support
304: inclined hole 400: feeding stand
500: device plate 500a: rotation shaft
501: shaft tube 502: vertical operation rod
503: support pipe 504: operating bar
505: stopper 505a: connector
505b: upward locking part 506: fixing bolt
507: between horizontal operation 507a: connection hole
507b: protruding piece 508: downward locking jaw
509: spring support rod 509a: male thread part
509b: separation prevention nut 511: support stone piece
512: guide hole 513: coil spring
515: support stone shaft 516: latch bar
516a: connection hole 516b: protruding end
517: guide cross hole 700: catch frame for movement
701: capture chamber 702: front wall
703: rear wall 704: floor
705: right wall 706: left wall opening
707: opening and closing door storage room 708: opening and closing door
709: lock 710: wheel
711: connector 712: hook
800: tow hook 800a: linkage
800b: linkage 900: moving device

Claims (1)

It becomes a long hexahedron in the left and right direction, and the capture chamber 101 is formed inside, and the front wall, the rear wall, and the bottom and the upper surface are made of metal mesh so that the inside can be seen through, and the first opening part ( 105) and the second opening portion 107, and the first opening portion and the second opening portion, respectively;
A first door device groove 106 disposed in the first opening portion 105 and having three sides open from the floor to the upper surface through the rear wall, and the front wall side is blocked;
It is received and opened and closed in the first door device groove, and a plurality of inclined supports 202 are arranged side by side at regular intervals to be inclined in a diagonal direction on the inner surface of the rectangular frame 201, and the inclined hole 203 is formed between the inclined supports. is formed, a connecting protrusion piece 205 with a connection hole 204 is formed at the rear edge of the upper end, a handle 206 is formed on the outer periphery of the opposite side of the connecting protrusion piece, and a fixed protrusion piece 207 is attached to the upper end to support the fixed protrusion piece A hook 208 is installed on the shaft so that when the first access door is closed, the hook is detachably coupled to the fixing protrusion 105a formed on the first opening side frame body, and the connecting protrusion piece 205 is the first access door device groove 106 It is connected to the supporting protrusion 108 of A first entrance door 200 in which 214 is formed, and
Door supports 110 and 111 that are respectively disposed inside the front and rear walls of the second opening 107 and are inclined at a certain angle from the upper end toward the inside;
The two door leafs 301 and 302 form a pair and are attached to the door supports 110 and 111 by hinges, and the upper side support plate 112 is disposed on the outside of the upper end of the second opening where both sides of the door contact each other. A coil spring 115 is installed between the protruding rods 301a and 302a formed at the upper end of the 301 and 302 and the protruding rods 113 and 114 formed on the upper support plate 112 to apply a return force to the second door. The lower support plate 116 is installed on the outer surface of the floor in contact with the lower ends of both doors so that the two doors 301 and 302 are opened from the outside of the second opening to the inside,
A second entrance door 300 in which an inclined hole 304 is formed between the inclined supports by arranging inclined supports 303 to be inclined in a diagonal direction between the four door frames on both sides of the door frames 301 and 302,
A feeding device 400 disposed on the bottom of the central part of the capture chamber 101, and
A device plate 500 attached to the upper surface of the capture chamber 101,
The upper end is inserted into the shaft tube 501 vertically formed from the device plate 500 to the capture chamber 101, the lower end is suspended in the capture chamber, and the support tube 503 is formed at regular intervals laterally on the outer periphery to form an operating rod 504 ) a vertical operating rod 502 into which the inner end is fitted, and
A connector pipe (505a) is inserted into the protruding end of the vertical operation rod 502 that is inserted into the shaft pipe 501 of the device plate 500 and protrudes toward the upper surface of the device plate 500, and is fastened with a fixing bolt 506 to become integral with the vertical operation rod. A stopper 505 protruding from the operating rod in the direction of the right angle rod and having an upwardly engaging portion 505b formed on the upper surface of the protruding end;
It is loaded in parallel with the device plate on the upper surface of the device plate, and the protruding piece is placed in a direction perpendicular to the stopper 505, and a connection hole 507a is formed at one end. A protruding piece 507b is formed on the opposite side of the ball so that the protruding piece passes through the top surface of the stopper 505, and a downward engaging projection 508 is formed on the inner side of the bottom surface of the protruding piece 507b to engage with the upwardly engaging portion 505b of the stopper, or Release is between horizontal operation (507) and,
A guide tube is formed in a direction perpendicular to the longitudinal direction in the middle portion of the horizontal working rod 507, a male screw portion 509a is formed at the protruding end, and a guide hole 512 of the support protrusion 511 fixed to the upper surface of the device plate. ) and a spring support bar 509 that restricts the angle of rotation between horizontal operations by screwing the separation prevention nut 509b to the male threaded portion of the protruding end,
A coil spring 513 that is installed between the spring support rods of the horizontal operation 507 in the support protrusion of the device plate and fills the elasticity between horizontal operations, and
The outer connection hole 516a is connected to the support protrusion shaft 515 of the horizontal operation section 507, and the protrusion end 516b on the opposite side penetrates the guide transverse hole 517 attached to the upper surface of the frame of the first opening to pass through the first access door. A latch bar 516 detachable from the fixing hole 213 of the fixing plate 212 attached to the
A safety pin 215 detachable from the safety pin insertion hole 214 formed next to the fixing hole of the fixing plate 212,
A connection pipe 117 provided with fasteners 118 attached to the front and rear walls of the first and second opening parts of the capture frame 100;
It is a rectangular parallelepiped like a capture frame and has a capture chamber 701 inside, and the front wall 702 and rear wall 703, and the bottom 704 and right wall 705 are made of metal mesh, and the left wall is opened. The opening and closing door storage chamber 707 is formed in the part 706, the opening and closing door 708 is installed, the locking device 709 is provided on the opening and closing door, the wheel 710 is attached to one side of the floor, the front wall and the rear A connector 711 is attached to the wall at the same height as the connector 117 of the capture frame 100 and can be coupled to the capture frame 100 with a fastener 118, and a traction ring 800 on the right wall. Harmful wild animal capture frame consisting of a moving capture frame 700 that is attached to and connected to the rear of the moving device 900 to be moved by traction.

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