JP3165054U - Pest treatment trap - Google Patents

Abstract

PROBLEM TO BE SOLVED: To prevent a pest that has entered a processing cage from moving quickly so that a wall made of any of the metal nets forming the cage can be moved inward, and the pest that has entered the cage is located near the wall. Dispose of the captured pests that have been squeezed and are stuck. SOLUTION: A gear means 7 is provided in which a rotating rod 72 around which a rope 71 is wound is provided on one side above, and a geared handle 73 attached to this is rotatable. The floor surface 4 having a wire mesh surface is moved upward by a geared handle 73 that winds up the rope 71 by rotating a rotating rod 72. The captured harmful beast (boar) W sticks its legs between the meshes of the bottom surface 5, becomes immobile, and is pressed against the ceiling surface 4 of the cage. [Selection diagram] Fig. 4

Description

  The present invention relates to a processing rod that can process captured traps, deer and other harmful beasts in a short time.

  Conventionally, in order to capture various pests, as shown in the following patent document, a hooked wire netting provided with an opening / closing door on one side has been used.

  However, even if such a trap is used to capture a pest, the captured pest runs around in the cage, and the pest that enters the cage is desperately exposed to the outside and disposed of. Not only does it take time and effort, but it also has the problem that it gets excited to escape, adrenaline comes out, goes around the whole body, and smells remain in the meat when it is dismantled.

  Therefore, in order to process the captured pests in a short time, as described in the following patent document, a holding rod is provided on the capture rod, and the pest in the cage is suppressed or captured by this rod. A treatment jar has also been devised, in which a small room in which a pest is trapped is provided in the capture cage and the captured pest is guided to prevent the pest from moving around.

  However, the pests captured by any treatment trap are not easily processed in a short time.

Utility model registration No. 3089133 JP 2000-316456 A JP2007-16702316456

  The present invention provides a bag having a relatively simple structure that is convenient for reliably pressing and processing a captured bottle in a short time.

  This device makes it possible to move inward the walls made of any metal nets that make up the cage in order to prevent the pests that have entered the cage from moving quickly. It is a trap to dispose of the captured pests that have been pressed to prevent them from moving.

  The treatment trap for trapping pests according to the present invention has 5 cm of a metal wire having a diameter of 5 to 16 mm on each outer surface formed by a cage frame formed of a cubic metal frame material having a substantially square cross section. To 15 cm intervals from each other.

  In front of or behind the cage, an exit for introducing the pests and an outlet for taking out the pests inside are formed as doors that move up and down the frame of the net frame located there. Yes.

  By allowing the net that forms the bottom of the cage to be lifted parallel to the bottom, the captured pest leg is constrained between the mesh of metal wires or bar nets that make up the net frame, and this also You can stop the rampage of pests.

  Moreover, the net frame which constitutes the wall surface other than the net frame functioning as an exit or exit door of these pests is moved in parallel to each wall surface, thereby suppressing the pests inside the cage. It is also possible to do so.

  Furthermore, these moving net frames do not necessarily need to be able to operate on the bottom, top, and both sides, but only on specific walls depending on the size of the cage, the size of the pests, and the violence. Can be moved.

  As the moving means of the net frame, a manual mechanism, a mechanical mechanism such as a jack or a gear, a fluid mechanism such as hydraulic pressure, or an electric mechanism can be used.

  According to the present invention, the captured pest can move around any of the metal wire nets that make up the wall of the fence and push the captured pest, or restrain the movement of the leg and rampage. Because there is no, it can be disposed of in a short time.

The state where the pest for treating harmful pests according to the present invention is connected to a normal catch rod is shown. The pest for treating harmful pests of the present invention is shown. This shows the state where the bottom net frame is raised against the captured pests. The state of the pest in FIG. 3 is shown schematically.

  The processing rod of the present invention is usually used in combination with a capture rod, and once the harmful animal captured by this capture rod is introduced into the treatment rod, it is processed. It can also be used as a treatment basket that doubles as a basket.

  As shown in FIG. 1, the pest 10 for pest treatment according to the present invention is used by being connected to a capture rod A in a normal case.

  The capture rod A connected to the pest 10 for treating pests according to the present invention may be of any form, but as shown in the figure, the whole is made of a relatively strong wire mesh, The doors a and b having the same size as the processing basket 10 and having an opening / closing door that can be opened and closed by vertical movement are convenient for connection to the processing basket 10.

  As shown in the figure, the processing basket 10 according to the present invention lifts and opens the door at the entrance side, and the opening is strongly connected to the opening outlet of the normal basket catching bowl A by a connecting tool. Then, the entry door of the capture rod A is lifted upward to form an entry route for the trap.

  The processing rod 10 is connected to the capture rod A and waits for the entry of the rod in the state shown in FIG.

  The trap that has entered from the trap approach path of the trap rod A enters the treatment rod 10 connected to the trap rod A at a stretch. Therefore, the entrance door of the processing rod 10 is closed and moved by electric or manual operation, and the harmful beast is suppressed between the wall surfaces by the movement of the inner wall, and is disposed when the movement of the harmful beast stops.

  In FIG. 2 which shows the structure of the pest 10 for pests according to the present invention, the treatment peg 10 is a square having a vertical cross section of about 1 m, a length of about 1 to 2 m and a relatively high strength. It is formed by the frame material 1.

  The outer surface of the frame material 1 is formed of a 5-16 mm wire net or a steel bar wall that does not break even if the entering wrinkles are rampant.

  The side surface 2 and the front and rear doors 3 are formed from a wire mesh having a mesh, and the ceiling surface 4 and the bottom surface 5 are formed from a wire mesh having a mesh or a steel bar.

  The net size is relatively large so that when the ceiling surface is pressed from the top surface of the fence, the wire mesh is not affected by the surface shape such as the back of the surface of the fence to be pressed. Is to make it easier for the legs of the heel that have entered to enter the mesh.

  The doors 3 provided on the front and rear sides of the processing rod 10 can move up and down along the door guides 6 attached to the frame material 1 on the front and rear surfaces, and the catch rod A is formed using the formed opening. It is used to introduce the pests captured in step 10 into the processing cage 10 and to remove the pests disposed of.

  The greatest feature of the treatment basket 10 is that the captured pests can be strongly moved in parallel on the ceiling surface including the door, the bottom surface, and any of the wire mesh surfaces on the side surface.

  In addition, the ceiling wire mesh and the wire mesh forming the bottom surface are pushed down along the high-strength frame material by appropriate means such as gears or jacks, and the bottom surface mesh is formed. The wire mesh is lifted upward.

  In the case of the illustration, an example is shown in which the bottom metal mesh 5 is strongly pushed up above an arbitrary moving mechanism and is strongly pressed against the top metal mesh 4.

  In the case of the attached figure, an example is shown in which only the wire mesh surface of the floor surface 5 is moved upward. As this moving mechanism, an example is shown in which a rotating rod 72 around which a rope 71 is wound is provided on one upper side, and a gear means 7 in which a geared handle 73 attached thereto is rotatable is adopted.

  In this case, the floor surface 4 having a wire netting surface is moved upward by a geared handle 73 that winds up the rope 71 by turning the rotating rod 72.

  FIG. 3 shows a state in which the captured harmful beast (Ｗ) W 2 pierces between the meshes of the bottom surface 5 and cannot move, and is pressed against the ceiling surface 4 of the kite.

  FIG. 4 schematically shows the state of the pest shown in FIG. 3. Since the pest is pressed between the lower surface of the ceiling surface 4 and the floor surface 5 that has been auctioned, it cannot move. Can be easily disposed of.

1 Frame material 2 Side
3 Door
4 Ceiling
5 Bottom
6 Door guide 7 Gear means 71 Rope 72 Rotating rod 73 Handle 10 with gear
A Capture trap a, b Doorway

Claims (2)

  Each surface formed by the framework consists of metal wire net surfaces, and any one of these metal wire net surfaces is forcibly moved inward of the cage to press the captured pests. A trap for the treatment of captured beasts   2. The trap for trapping pests according to claim 1, wherein legs of the trapped pests are dropped into a space between metal wire nets on the bottom so that they cannot move.

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