JP2017184670A - Box trap for capturing harmful animal and assembling method thereof - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a box trap (cage) capable of being assembled/disassembled quickly by anyone at an installation site without using a tool and having excellent endurance strength.SOLUTION: A ceiling panel T of a box trap body C, a bottom face panel B, right/left both side face panels SL, SR, a back face panel, and right/left both lifting guide supports 11L, 11R for an opening/closing shutter of a harmful animal entering port are assembled into a whole rectangular parallelepiped structure with long horizontal connection rods 12y extending in a front/rear direction in four pieces in total, short horizontal connection rods 12x extending in a right/left direction in two pieces in total, and vertical connection rods 13 extending in a vertical direction in four pieces in total.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a rigid box cage for capturing harmful animals and a convenient assembling method at the installation site.

  Pests for capturing harmful animals that can be assembled and disassembled without using a tool are disclosed in the following Patent Documents 1 to 3.

  Among them, the panel unit described in Patent Document 3 is formed into an overall rectangular parallelepiped from a plurality of rectangular panels, and the adjacent side end faces of each lattice panel body (wire mesh) are crossed at right angles to connect each other. It is considered to be a known technique that is most similar to the present invention in that it is pivotally connected via a shaft.

Japanese Patent No. 4480480 Utility Model Registration No. 3147701 JP 2014-97035 A

  However, in the configuration of the panel unit disclosed in Patent Document 3, first, the short shaft of the eyebolt-shaped connecting rings (RA) to (RD) having the connecting hole (6) for receiving the connecting shaft (S). Since the portion is welded to the vertical iron wire (3) and the horizontal iron wire (5) only on the side end faces (1A) to (1D) of each lattice panel body (2), a plurality of connecting rings ( It is difficult to position and weld RA) to (RD) in a state where the connecting holes (6) are aligned in an orderly and correct manner on the same center line, and the short shaft portion of the connecting rings (RA) to (RD) is vertically Even if they are attached and welded to both ends of the iron wire (3) and both ends of the horizontal wire (5), the square mesh lattice panel body (2) composed of these cannot be physically strengthened. Still inferior in rigidity.

  In addition, by connecting a plurality of the same square panels secondly, even though the panel rectangular parallelepiped (cage body) (101) of the harmful animal capture box cage (X) as shown in FIGS. The connecting shaft (S) that connects the adjacent square panels so as to be pivotable, and the connecting shaft (S) that is in a horizontal installation state, in the assembled state of FIGS. ) To (RD) may come out of the connecting hole (6). Since it is not provided with a structure that keeps it from falling off, if the captured harmful animal is exposed in the box cage (X), it will be easily destroyed (decomposed).

  3rdly, in the structure of the box cage | basket (X) described in FIGS. 5-11 of patent document 3, the opening / closing door (102) of the front entrance (103) in the panel rectangular parallelepiped (cassette main body) (101) is also, Since it is formed in a lattice state of a square mesh consisting of vertical iron wire (3) and horizontal iron wire (5), it can be seen through from the inside for captured harmful animals, so it will rush to its door (102), As a result, the opening / closing door (102) is also easily destroyed at an early stage.

  Moreover, the open / close door (102) has a horizontal iron wire (5) that is in close contact with the installation ground when dropped, like the ceiling and bottom surfaces, the left and right side surfaces, and the back square panels of the box cage (X). There is a risk that the assembly worker of X) may accidentally get caught in the foot and be injured.

  The present invention aims to improve such problems, and in order to achieve the object, in claim 1, a rectangular parallelepiped extending in the front-rear direction from a ceiling panel, a bottom panel, and a pair of left and right side panels is provided. None, the box body with the back opening of the rectangular parallelepiped covered by the back panel,

  A pair of left and right open / close shutter guide guides set up in a state in which the front opening of the box cage body is defined as a harmful animal entry port;

  A trigger device for dropping the opening / closing shutter of the harmful animal entry port along its lifting guide post,

  For capturing pests consisting of a mesh panel body, in which the ceiling panel, bottom panel, left and right side panels, and back panel, which form the box body in the shape of a rectangular parallelepiped, are welded in a lattice state in which metal bone wires cross vertically and horizontally In the box box of

  The above-mentioned ceiling mesh panel, bottom panel, left and right side panels are the same rectangular mesh panel main body, and the back panel square or rectangular mesh panel main body is divided into a plurality of vertical and horizontal reinforcements each subdividing the mesh. The wire rod is welded so that the connecting rod receiving ring that is continuous at both ends thereof protrudes from the frame of the mesh panel body,

  A plurality of connecting rod receiving rings on the back of the left and right lifting guide columns for the open / close shutter are arranged on the same vertical center line as the connecting rod receiving ring of the vertical reinforcing wire projecting forward from the mesh panel body of the left and right side panels. Welded in an aligned state that will match

  Left and right side panels along the parallel four-corner ridges extending in the front-rear direction of the rectangular parallelepiped between the ceiling panel, the left and right side panels, and the bottom panel that form the box body as a rectangular parallelepiped The front and rear ends of the connecting rod receiving ring projecting from the horizontal reinforcing wire on the side and the connecting rod receiving ring on both the left and right ends projecting from the horizontal reinforcing wire on the ceiling panel side and bottom panel side Or it is connected by a total of four long horizontal connecting rods that can be inserted and removed from the rear,

  Similarly, the vertical reinforcement on the back panel side along the parallel two-corner ridgeline extending in the left-right direction of the rectangular parallelepiped between the ceiling panel, back panel, and bottom panel that form the box body in a rectangular parallelepiped. Left or right to the inside corresponding to the connection rod receiving ring at the upper and lower ends projecting from the wire and the connection rod receiving ring at the rear end projecting from the vertical reinforcing wire on the ceiling panel side and bottom panel side Connected by a total of two short horizontal connecting rods that can be inserted and removed from

  The adjacent sides of the left and right side panels, the rear panel, and the left and right lifting guide columns for the open / close shutter that form the box body in a rectangular parallelepiped form along parallel four corner ridge lines extending in the vertical direction of the rectangular parallelepiped. From the front and rear end connecting rod receiving rings that protrude from the vertical reinforcing wire on the left and right side panels, the connecting rod receiving ring that protrudes from the back side of the left and right lifting guide columns, and the lateral reinforcing wire on the rear panel side It is connected by a total of four vertical connection rods that can be inserted and removed freely from above into the correspondingly matching interiors of the coupling rod receiving rings on both the left and right ends,

  The total of four long horizontal connection rods and a total of two short horizontal connection rods are defined so as to be restrained in a scooping state by the insertion of the vertical connection rods.

  Further, the present invention is characterized in that a total of four vertical connecting rods are driven and fixed into the ground as long driving rods.

  In claim 3, the ceiling surface panel and the bottom panel, the left and right side panels, and the back panel that form the box body in a rectangular parallelepiped are provided with an identification index indicating the formation surface used by each of them. To do.

  According to claim 4, the vertical and horizontal reinforcing wire rods of the bottom panel extend from the mesh panel body at both ends of the connecting rod receiving ring, and the horizontal reinforcing wire rods of the left and right side panels extend from the mesh panel body at the bottom edge. Each of the receiving ring and the connecting rod receiving ring at the lower end where the vertical reinforcing wire of the back panel protrudes from the mesh panel body is formed into a semicircular shape or a D-shape with a flat surface for grounding. .

  According to a fifth aspect of the present invention, the opening / closing shutter for the harmful animal entry port is made of a metal blindfold that cannot be seen through the harmful animal, and an inverted U-shaped escape groove is provided at the center of the lower end.

  According to a sixth aspect of the present invention, a flat metal grounding plate capable of receiving the open / close shutter is attached and fixed to the lower ends of the left and right lifting guide columns for the open / close shutter.

  Further, in claim 7, there is provided a method for assembling the box for trapping harmful animals according to claim 1,

  Multiple vertical and horizontal reinforcing wires that subdivide the mesh on a rectangular mesh panel body welded with a metal bone wire in a lattice state, projecting the connecting collar receiving ring at both ends from the frame of the mesh panel body A ceiling panel and a bottom panel welded to a state and a pair of left and right side panels;

  Similarly, a square or rectangular mesh panel body welded in a grid state with metal wire rods, and multiple vertical and horizontal reinforcing wires that subdivide the mesh, connect the connecting hook receiving ring at both ends from the frame of the mesh panel body. A rear panel welded in an overhanging state;

  A pair of left and right lifting guide columns that are welded to the back surface and a plurality of connecting rod receiving rings corresponding to and matched with the connecting rod receiving rings on the left and right side panels,

  A total of four long horizontal connecting rods having the same length as the long sides of the left and right side panels;

  A total of two short horizontal connecting rods having the same length as the short side of the ceiling panel,

  Prepare a total of four vertical connecting rods with a height longer than the short sides of the left and right side panels,

  First of all, the right side panel on either the left or right side is pivotally connected to the bottom panel by a long horizontal connecting rod extending in the front-rear direction, while the back panel is also extended to the bottom panel in the left-right direction. It is pivotally connected by a paddle horizontal connecting rod and laid out in a state of deployment on the ground.

  Second, the right side panel and the back panel are raised from the bottom panel in the unfolded state by about 90 degrees around the axis of the horizontal connecting rod, and the right side panel and the back panel are raised. The crossing corners are connected and fixed by vertical connecting hooks skewered from above,

  Third, the other left side panel remaining on the bottom panel still unfolded is pivotally connected by a long horizontal connecting rod that also extends in the front-rear direction,

  Fourth, the ceiling panel is mounted in a horizontal state facing the bottom panel from above, on the right side panel and the back panel that are standing from the bottom panel, and the ceiling panel and the right side panel are mounted. While it is pivotally connected by a long horizontal connecting rod extending along the front-rear direction, the ceiling panel and the rear panel are also pivotally connected by a short horizontal connecting rod extending along the left-right direction,

  Fifth, the left side panel that is still unfolded is raised from the bottom panel by about 90 degrees around the axis of the long horizontal connecting rod, and a corner where the left side panel and the back panel are raised , Fixed and fixed by a vertical connecting rod skewered from above,

  Sixth, the left side panel and the ceiling panel are connected and fixed by a long horizontal connecting rod extending in the front-rear direction,

  Finally, the left and right lifting guide struts of the open / close shutter are set up from the front to the box body assembled into a rectangular parallelepiped through the above first to sixth steps. The left and right side panels are connected and fixed by a pair of left and right vertical connecting rods skewered from above.

  According to the above configuration of the first aspect, the ceiling panel and the bottom panel, the left and right side panels, and the mesh panel body of the back panel, which form the box body in a rectangular parallelepiped, cross each other in the vertical and horizontal directions. Not only is it welded in a lattice state, but the plane (surface) is also welded with multiple vertical and horizontal reinforcing wires that finely divide the mesh, so it becomes heavy overall It can maintain excellent durability and high rigidity, and will never be destroyed by any vibration or impact.

  Further, it is not necessary to fasten adjacent panels of various panels formed in the rectangular parallelepiped with a large number of bolts, nuts and other fasteners, and along the four corner ridge lines extending in the front-rear direction of the rectangular parallelepiped, Or, a total of four long horizontal connecting rods that can be inserted and removed from the rear, and a total of two (a pair of upper and lower) that can be inserted and removed from the left or right direction along the two corner ridges that also extend in the left-right direction. It is very easy to connect using three types of short horizontal connection rods and a total of four vertical connection rods that can be inserted and removed from above along the four corner ridges extending in the vertical direction. In addition to the assembly to the rectangular parallelepiped, disassembly can be efficiently performed in a short time without the need for tools, and the workability at the site is excellent.

  In that case, in particular, if the configuration of claim 2 is adopted, the operation of assembling the box cage (檻) into a rectangular parallelepiped is completed by driving a total of four vertical connection rods into the ground of the installation site. It is extremely convenient and can be installed stably and firmly at any site.

  Moreover, if the structure of Claim 3 is employ | adopted, anyone can select the various panels to be used without an error by visually observing the identification index, and the assembly work of the box basket can be performed more and more conveniently.

  If the structure of claim 4 is adopted, the bottom surface of the main body of the box cage can be prevented from rising from the ground at the installation site, and the sense of incongruity and warning of harmful animals will be eliminated. improves.

  If the configuration of claim 5 is adopted, the captured harmful animal rushes to the opening / closing shutter, and the opening / closing shutter is damaged early, or an operator who is installing the box cage at the installation site accidentally There is an effect of reliably preventing the foot from being injured by the fallen opening / closing shutter.

  Furthermore, if the structure of Claim 6 is employ | adopted, since the metal grounding board has crossed to the lower end part of both right and left raising / lowering guide support | pillars, in addition to improving the intensity | strength and stability of the raising / lowering guide support | pillar, harmful animal entrance The ground can be flattened with a metal grounding plate at all times, and there is an effect of eliminating the sense of incongruity and vigilance of harmful animals due to the rough surface of the ground (irregularity) and unevenness.

  On the other hand, according to the structure of claim 7, various heavy panels can be assembled in order in a short time by one or two workers, and the left and right shutter doors can be opened from the front to the box body. In order to assemble both lifting guide columns, if a pair of left and right (total 2) vertical connection rods are finally skewered from above, a pair of left and right vertical connection rods (total 2) vertically connected Together, there is no risk that a total of four long horizontal connection rods will move out in the front-rear direction, or a total of two short horizontal connection rods will move out in the left-right direction. -There is an effect that a strong assembled state can be obtained.

1 is an overall schematic slope view of a box basket according to the present invention. FIG. 2 is an exploded slope view of FIG. 1. FIG. 3 is an exploded cross-sectional plan view showing FIG. 2 in an enlarged manner. It is a top view which extracts and shows a ceiling surface panel. It is a top view which extracts and shows the vertical reinforcement wire rod of a ceiling surface panel. FIG. 6 is a side view of FIG. 5. It is a top view which extracts and shows the horizontal reinforcement wire of a ceiling surface panel. FIG. 8 is a side view of FIG. 7. It is a front view which extracts and shows a left side panel. It is a front view which extracts and shows a right side panel. It is a front view which extracts and shows the horizontal reinforcement wire of a right-and-left both-sides panel. It is a side view of FIG. It is a front view which extracts and shows a back panel. It is a front view which extracts and shows the horizontal reinforcement wire of a back panel. It is a side view of FIG. It is a top view which extracts and shows a bottom panel. It is a top view which extracts and shows the horizontal reinforcement wire of a bottom panel. It is a side view of FIG. It is a side view which extracts and shows the vertical reinforcement wire of a bottom panel. It is a top view of FIG. It is a plane explanatory view of the unfolded state which connected various panels. FIG. 22 is a cross-sectional view taken along line 22-22 of FIG. It is a perspective view which shows the deformation | transformation embodiment of an opening-and-closing shutter and its raising / lowering guide support | pillar. It is a schematic diagram which shows the arrangement | positioning state of the various panels required in order to demonstrate the assembly order of the box basket concerning this invention. FIG. 25 is a schematic diagram of a process of erecting the right side panel and the back panel from the state of FIG. 24 and inserting a vertical connection rod from above into the two panels that have stood up. FIG. 26 is a schematic diagram of a process of inserting a long horizontal connecting rod from the front between the bottom panel and the left panel in the state of FIG. 25. From the state of FIG. 26, the ceiling panel is mounted, and a long horizontal connecting rod is inserted between the ceiling panel and the right panel from the front, while also between the ceiling panel and the rear panel. It is a schematic diagram of the process of inserting a short horizontal connecting rod from the left direction. FIG. 28 is a schematic diagram of a process of erecting the left side panel from the state of FIG. 27 and inserting a vertical connection rod from above into the raised left side panel and the back panel. FIG. 29 is a schematic diagram of a process of inserting a long horizontal connecting rod from the front into the space between the ceiling panel and the left panel in the state of FIG. 28. FIG. 30 is a schematic diagram of a process of setting up an elevating guide column for an open / close shutter from the state of FIG. 29 and inserting a vertical connecting rod from above into the space between the left and right elevating guide columns and the left and right side panels. It is a side view which shows the assembly state of a box basket. FIG. 32 is a plan view of FIG. 31. FIG. 33 is a sectional view taken along line 33-33 in FIG. 31. It is the 34-34 sectional view taken on the line of FIG. FIG. 35 is a cross-sectional view taken along line 35-35 in FIG. 31. FIG. 33 is an enlarged view of a portion A in FIG. 32.

  Hereinafter, a preferred embodiment of the present invention will be described in detail with reference to the drawings. The box cage for trapping harmful animals is a schematic disassembled state and an assembled state shown in FIGS. As is apparent from the above, a rectangular (rectangular) ceiling panel (T) and left and right side panels (SL) (SR) extending in the front-rear (straight) direction, and a rectangle having approximately the same size as these. A (rectangular) bottom panel (B), a rectangular (square or rectangular) back panel (R), and a pest entry opening (front opening) of a size and shape substantially corresponding to the back panel (R) (E Open / close shutter (10) for opening and closing, a pair of left and right lifting guide columns (11L) (11R) in the open / close shutter (10), and the panels (T) (SL) (SR) (B) (R) Elevating guide struts for various types of shutters (10) 1L) (11R), a plurality of connecting rods (12y) (12y) (12y) (12y) (12x) (12x) (13) (13) (13) (13) 13) and (13), and can be disassembled and transported, or the installation location can be changed.

  In that case, the left and right side panels (SL) (SR) have compatibility and are assembled to the ceiling panel (T), the bottom panel (B), etc. in a symmetrical installation state. The connecting rods (12y) (12y) (12y) (12y) (12x) (12x) (13) (13) (13) (13) include the long sides of the left and right side panels (SL) (SR) A total of four long horizontal connection rods (12y) to (12y) having the same length and a pair of upper and lower pairs having the same length as the short sides of the ceiling panel (T) and the bottom panel (B) 2) short horizontal connecting rods (12x) (12x) and the left and right side panels (SL) (SR) that are longer (higher) than the short sides, and are driven into the ground (GL) ), A total of four vertical connecting rods (13) to (13) are prepared, each of which can function as a pair. These connecting rods (12y) to (12y) (12x) (12x) (13) to (13) are all made of a metal tube rod material.

  Then, a total of four long horizontal connecting rods (12y) to (12y), one pair at the top and bottom, are parallel four-corner ridge lines (Y-Y) extending in the front-rear (straight-back) direction (depth direction / vertical direction) of the rectangular parallelepiped. ) Along the left and right side panels (SL) (SR) side, which will be described later, and the upper and lower connecting rod receiving rings projecting from the lateral reinforcing wire, the ceiling panel (T) side and the bottom panel (B) side By inserting and detaching from the front or back to the inside corresponding to the connecting rod receiving ring on both the left and right ends protruding from the lateral reinforcing wire, the rectangular parallelepiped ceiling panel (T) and the left and right side panels (SL) ) (SR) and the bottom panel (B) are connected to each other.

  In addition, a pair of upper and lower (two in total) short horizontal connecting rods (12x) (12x) extend along parallel two-corner ridge lines (XX) extending in the horizontal direction (width direction / lateral direction) of the rectangular parallelepiped. The upper and lower connecting rod receiving rings projecting from the vertical reinforcing wire on the rear panel (R) side, which will be described later, and the rear end projecting from the vertical reinforcing wire on the ceiling panel (T) side and the bottom panel (B) side By inserting it into the inside of the part corresponding to the connecting rod receiving ring so that it can be inserted and removed freely from the left or right direction, the rectangular parallelepiped ceiling panel (T), rear panel (R) and bottom panel (B) Connect the two adjacent to each other.

  Further, a total of four long vertical connecting rods (13) to (13) in front and rear pairs are described later along parallel four-corner ridge lines (Z-Z) extending in the vertical direction (height direction) of the rectangular parallelepiped. From the back side of the left and right lifting guide columns (11L) and (11R) of the open / close shutter (10) and the connecting rod receiving rings at the front and rear ends projecting from the vertical reinforcing wire on the left and right side panels (SL) (SR) side A rectangular parallelepiped by being inserted into the inside corresponding to each of the connecting hook receiving ring that protrudes and the connecting hook receiving rings on the left and right ends protruding from the lateral reinforcing wire on the rear panel (R) side, so that it can be inserted and removed freely from above. The left and right side panels (SL) (SR), the rear panel (R), and the left and right lift guide pillars (11L) (11R) for the open / close shutter are connected to each other. There.

  A box trap (檻) for capturing harmful animals automatically receives the detection sensor of the harmful animal that has entered through the harmful animal entry port (E) and the detection output signal of the sensor, and automatically opens the open / close shutter (10). The trigger device is not limited to the one that receives the output signal of the detection sensor and automatically drops the open / close shutter (10). For example, the network device can detect the invasion state of harmful animals. The monitor may be remotely operated to operate the trigger device while viewing the live image received from the camera through a user information terminal such as a personal computer or a mobile phone. In addition, illustration and description of the trigger device, the detection sensor, the network camera, and the like are omitted.

  Of the components (assembled parts) in the present invention, the specific configuration of the ceiling panel (T) will be described in detail first. This is a rectangle (rectangle) as shown in FIG. 4 (for example, 2000 mm × 1000 mm or 2400 mm × 1200 mm). Mesh panel main body (P) assembled and welded in a lattice state from a plurality of metal bone wires (for example, φ4 mm to 6 mm steel bars) (not shown) that cross vertically and horizontally within the frame of For example, 200 mm square mesh and 100 mm square mesh) are further subdivided into a plurality of (5 in the example) longitudinal reinforcing wires (5 in the example) that are attached and welded to the plane (one side surface) of the mesh panel body (P) in a lattice state. 14y) and a plurality of (10 in the illustrated example) lateral reinforcing wire (14x). The vertical and horizontal reinforcing wires (14y) (14x) are steel bars and reinforcing bars having the same thickness as the bone wires of the mesh panel body (P).

  Moreover, both the front and rear ends projecting from the parallel short sides of the mesh panel main body (P) in which the vertical reinforcing wire (14y) forms a rectangle (rectangle), and the horizontal reinforcing wire (14x) are also the same of the mesh panel main body (P). The left and right ends projecting from the parallel long sides are all continuously wound as circular (for example, φ30 mm) connecting rod receiving rings (15) (15) (16) (16).

  In this case, the plurality of longitudinal reinforcing wires (14y) extend in parallel with both long sides and the vertical bone wire of the mesh panel body (P), but as is apparent from FIGS. The front and rear ends projecting from the base are once bent in a direction opposite to each other by about 45 degrees (θ), and are then bent into a circular shape as a connecting rod receiving ring (15) (15). The heel receiving ring (15) (15) opens in a plane orthogonal to the plane of the mesh panel body (P).

  On the other hand, a plurality of transverse reinforcing wires (14x) extend in parallel with both short sides and transverse bone wires of the mesh panel body (P), but the left and right ends projecting from both long sides are also shown in FIG. As shown in FIGS. 7 and 8, they were once bent by about 45 degrees (θ) in directions opposite to each other, and were also bent into a circular shape as connecting rod receiving rings (16) and (16). The connecting rod receiving ring (16) (16) is also opened in a plane orthogonal to the plane of the mesh panel body (P).

  That is, as shown in FIGS. 5 to 8, both ends are bent by about 45 degrees (θ), and the vertical connection rods 15, 15, 16, and 16 are prepared for winding as circular connection rod receiving rings 15, 15, 16, and 16. As shown in FIG. 4, a plurality of reinforcing wire rods (14y) and lateral reinforcing wire rods (14x) are connected to the rectangular mesh panel body (P) as shown in FIG. When the ceiling panel (T) is assembled with the left and right side panels (SL) (SR) and the bottom panel (B), the adjacent mesh panel body (P) The connecting rod receiving rings (15) and (15) at both ends projecting from the vertical reinforcing wire (14y) collide with each other, or the connecting rod receiving rings (16) and (16) at both ends projecting from the lateral reinforcing wire (14x) (16) ) The vertical and horizontal reinforcing wires (14y) and (14x) are correctly aligned on the same center line (LL) (WW) as suggested in FIG. It has come to be able to do.

  Next, regarding the specific configuration of the left and right side panels (SL) (SR), these are rectangular (rectangular) having the same size as the ceiling panel (T) as shown in FIGS. The vertical and horizontal reinforcing wires (14y) and (14x) welded to the mesh panel body (P) in multiple pairs are attached to both ends of the mesh panel body (P) that protrude from both short sides and both long sides (frame). Although the connecting rod receiving ring (15) (15) (16) (16) is also provided, only the connecting rod receiving ring (16) at one end (lower end) of the overhanging reinforcing wire (14x) is provided. Instead of a circle, the contact surface (grounding surface) with the ground (GL) is bent into a flat semicircle or D-shape as shown in FIGS. (16f) shows the flat surface to be grounded. Other configurations are substantially the same as the above-described ceiling panel (T) and are common, and therefore, the same symbols as the ceiling panel (T) are written on the left and right side panels (SL) (SR). .

  Further, the rear panel (R) is smaller than the ceiling panel (T) or the left and right side panels (SL) (SR) as shown in FIG. 13 (square, square, for example, 1000 mm × 1000 mm or 1200 mm × 1200 mm). ) And a plurality of vertical and horizontal reinforcing wires (14y) (14x) welded to the mesh panel body (P) at both ends projecting from each side (frame) of the mesh panel body (P), Although it still has the connecting rod receiving ring (15) (15) (16) (16), it stands up perpendicularly to the vertical reinforcing wire (14y) of the left and right side panels (SL) (SR). Only the connecting rod receiving ring (15) at one end (lower end) of the overhanging vertical reinforcing wire (14y) is not circular, and in the same manner as in FIGS. 11 and 12, the ground contact surface is a flat surface (15f). And winding bent in semi-circular or D-shaped as in FIG. 14 and 15 forms a. Other configurations are substantially the same as the above-described ceiling panel (T) and are common, and therefore, the same reference numerals as the ceiling panel (T) are written on the rear panel (R). A rectangular back panel (R) elongated in the height direction may be employed.

  Further, the bottom panel (B) has a rectangular shape (rectangular shape) that is almost the same size as the ceiling panel (T) and the left and right side panels (SL) (SR), but has the following special configuration. It is not compatible with the ceiling panel (T) or the left and right side panels (SL) (SR).

  That is, first, a plurality of vertical and horizontal reinforcing wires (14y) (14x) are welded in a lattice state to the mesh panel body (P) of the bottom panel (B), and the mesh panel body (P) The lateral reinforcement wires (14x) projecting from both long sides are also provided with connecting rod receiving rings (16) and (16) at both left and right ends, but the connecting rod receiving rings (16) and (16) are circular. Instead, the grounding surface is bent into a semicircular shape or a D-shape as shown in FIGS. 16 to 18 which form flat surfaces (16f) and (16f).

  Secondly, as shown in FIG. 16, the longitudinal reinforcing wire (14y) does not have the connecting rod receiving ring (15) at one end (front end), and the front short side of the mesh panel body (P). It is cut out in a form that does not overhang, and the ground (GL) in the vicinity of the harmful animal entrance (E) is flattened on the short side in front of it, and harmful animals such as deer, frogs, and bears invade. A metal ground plate (17) such as a striped steel plate is welded to eliminate a sense of incongruity and warning. The metal grounding plate (17) may be formed so as to project forward, so that the open / close shutter (10) when dropped can be received.

  Thirdly, the other end portion (rear end portion) of the longitudinal reinforcing wire (14y) projects from the rear short side of the mesh panel body (P), and the other end portion of the projecting end is connected to the connecting rod receiving ring (15). However, this is not circular, but is shaped into a semicircular shape or D-shape in which the ground contact surface forms a flat surface (15f) as shown in FIGS.

  In short, as suggested by the outline of FIGS. 2 and 3, the projecting lower end portion of the lateral reinforcing wire (14x) in the left and right side panels (SL) (SR) and the vertical in the back panel (R). The grounding surface is flat on the bottom end of the reinforcing wire (14y), the left and right ends of the lateral reinforcing wire (14x) on the bottom panel (B), and the rear end of the vertical reinforcing wire (14y). (16f) By bending into a semicircle or D-shape forming 15f, the entire surface of the bottom panel (B) is securely and securely adhered to the ground (GL), and the user feels uncomfortable due to rising from the ground (GL). It is designed not to give a sense of vigilance to harmful animals.

  Other configurations except the first to third points in the bottom panel (B) are substantially the same as the configurations of the previous ceiling panel (T) and left and right side panels (SL) (SR), and are common. Therefore, the vertical reinforcing wire (14y) in the bottom panel (B) is omitted only by writing the same reference numerals as those on the ceiling panel (T) on the bottom panel (B). One end part (front end part) is projected from the front short side of the mesh panel body (P), and the projecting front end part is shaped like a semicircle or D-shape, which is grounded by the flat surface (15f), like the projecting rear end part. It's okay.

  The mesh panel body (P) made of the vertical and horizontal metal bone wires before the vertical and horizontal reinforcing wires (14y) (14x) for subdividing the mesh are welded has a frame size and shape (rectangular shape). ) Can be used in common for the ceiling panel (T), the left and right side panels (SL) (SR), and the bottom panel (B), which helps to improve the mass production effect.

  The ceiling panel (T), the left and right side panels (SL) (SR), the back panel (R), and the bottom panel (B) all have a plurality of metal bones that cross each other vertically and horizontally within a rectangular frame. It consists of a mesh panel body (P) in a lattice state with wire rods (bars exemplified above) and multiple vertical and horizontal reinforcing wires (14y) (14x) that further subdivide the mesh, and similar in appearance Therefore, the various panels (T), (SL), (SR), (B), and (R) are self-assembled so that the assembly work to the box body (C) body (C) can be performed quickly and without error. An identification index (18) such as “ceiling surface”, “left side surface”, “right side surface”, “back surface”, and “bottom surface” indicating where the box body (C) is to be used is provided. Has been.

  As the identification index (18), different symbols, graphics, coloring, etc. may be adopted for each of the panels (T), (SL), (SR), (B), and (R). As shown in FIGS. 13 and 16, the metal display plate (19) from which the above-mentioned straight characters are cut out is used as a ceiling panel (T), left and right side panels (SL) (SR), a back panel (R), and a bottom panel. It is preferable that each panel (B) is attached and integrated by welding or the like to a predetermined position where it is easy to see. This is because it is possible for workers to use them without any mistakes and to use them without error, and the workability at the site of assembling the box body (C) main body (C) is further improved.

  Further, a detailed configuration of the opening / closing shutter (10) of the harmful animal entry port (E) and its lifting guide columns (11L) (11R) will be described in detail. Here, a pair of left and right lifting guide columns (11L) ( 11R) is formed of U-shaped steel materials facing each other as shown in FIGS. 1 to 3, and a horizontal reinforcing bar (20) is fixedly mounted horizontally at a midway height position so that the lower space from the rear panel (R) ) And is defined as a rectangular (square) pest entry (E) having a size substantially corresponding to that of (). Therefore, even if the opening / closing shutter (10) is small, it is formed in a rectangle (square) having the same size as the entrance (front opening) (E).

  In that case, the opening / closing shutter (10) of the entrance (E) is substantially the same as the rear panel (R), and the mesh panel main body (P) in a lattice state made of vertical and horizontal metal bone wires (the steel bars exemplified above). As a matter of course, it may be shaped so that it can be seen through, but it is particularly preferable to make it from a blindfold that cannot be seen through by harmful animals. This is because it is possible to prevent the captured harmful animal (especially moth) from violently rushing to the open / close shutter (10) and breaking the shutter (10) early. As the blind plate, it is desirable to employ a single metal plate as shown.

  In any case, the central part of the lower end of the opening / closing shutter (10) is cut into an inverted U-shape as a relief groove (21), and when the opening / closing shutter (10) falls, an operator is caught in the foot. The risk of injury can be prevented.

  In this respect, in the embodiments of FIGS. 1 to 3 and FIGS. 16, 21, 33 and 34, as described above, the metal ground plate (17) is welded to the front short side of the bottom panel (B). The ground plate (17) is not welded to the bottom panel (B), but is welded in a transverse state between the left and right ends of the lower ends of the lifting guide columns (11L) (11R) as shown in the modified embodiment of FIG. Thus, it may be determined to receive the opening / closing shutter (10) when dropped, and then the ground (GL) of the harmful animal entry port (E) is flattened so that the sense of incongruity and warning at the time of entry of the harmful animal In addition to being able to eliminate the feeling, in combination with the horizontal reinforcing bars (20), both the lifting guide columns (11L) and (11R) have an effect of keeping the stability and rigidity more stable.

  Further, on both rear guide panels (11L) and (11R), the left and right side panels as shown in FIGS. 2, 3 and 21 and FIGS. A plurality of (5 in the illustrated example) corresponding to the circular connecting rod receiving rings (15), (15) of the longitudinal reinforcing wire (14y) protruding from the front short side of the mesh panel body (P) in (SL) (SR) ) One connecting rod receiving ring (22) (22) is welded. The elevating guide struts (11L) (11R) side connection rod receiving rings (22) (22) and the left and right side panel (SL) (SR) side connection rod receiving rings (15) (15) are mutually connected. The vertical connecting rods (driving rods) (13) and (13) are smoothly received in an orderly parallel manner so as to correctly correspond and match on the same vertical center line (ZZ).

  The box body (C) main body (C) of the illustrated embodiment has the above-described configuration, and a method of assembling the rectangular parallelepiped will be described as follows.

  That is, FIGS. 24 to 30 are schematic views for explaining the assembly order of the box basket (檻) main body (C). The bottom panel (B) and the left and right side panels (SL) (SR) are arranged in advance. Adjacent long sides with either one (right side panel in the example shown in the figure) (SR) are pivotally connected to each other by a long horizontal connecting rod (12y), and are also bottom panel (B). The rear short side of the rear side and the lower side of the rear panel (R) are pivotally connected by a short horizontal connecting rod (12x) so that it can be pivoted up and down to the ground (GL) at the installation site. It arrange | positions in the expansion | deployment state like FIG.

  For the pivot connection work, a semi-circular or D-shaped connection having a flat surface (16f) of the lateral reinforcing wire (14x) welded to the mesh panel body (P) of the bottom panel (B). A semi-circular or D-shaped joint receiving the same flat surface (16f) of the horizontal reinforcing wire (14x) welded to the mesh panel body (P) of the right side panel (SR) As shown in FIG. 21, a plurality of the rings (16) are aligned in the corresponding relational state on the same center line (Y-Y), and a long horizontal (from the right side) to the inside from the front or rear (right side). Semi-circular or D-shaped having a flat surface (15f) of a longitudinal reinforcing wire (14y) welded to the mesh panel body (P) of the bottom panel (B) while inserting the connecting rod (12y) into a skewered state And a semicircular or D-shaped connecting rod receiving ring having a flat surface (15f) of the longitudinal reinforcing wire (14y) welded to the mesh panel body (P) of the rear panel (R). As shown in FIG. 21, a plurality of the rings (15) are aligned in the corresponding matching state on the same center line (XX), and the inside (from the lower side) ) A short horizontal connecting rod (12x) may be inserted into the skewered state.

  Then, from the unfolded state prepared as shown in FIG. 24, the right side panel (SR) is raised about 90 degrees around the axis of the long horizontal connecting rod (12y) with respect to the bottom panel (B), At the same time, the rear panel (R) is also raised from the bottom panel (B) by about 90 degrees around the axis of the short horizontal connecting rod (12x).

  Then, as suggested from the state of FIG. 25, the circular connecting rod receiving ring of the vertical reinforcing wire (14y) protruding from the rear short side of the mesh panel body (P) in the right side panel (SR). (15) and the circular connecting rod receiving ring (16) of the lateral reinforcing wire (14x) projecting from the mesh panel body (P) of the rear panel (R) are arranged in the same vertical center line (Z- Z) The right side panel is inserted by inserting the vertical connection rod (13) into the skewered state (on the right side) from above as shown in FIGS. (SR) and the rear panel (R) are preliminarily assembled so that they do not fall down.

  However, if it is not necessary to change the installation location of the bottom panel (B), the vertical connecting rod (13) is driven into the ground (GL) and fixed in its final main assembly state. Also good.

  Next, the left side panel (SL) still in a loose state is laid side by side next to the bottom panel (B) and welded to the mesh panel body (P) of the left side panel (SL). A semi-circular or D-shaped connecting rod receiving ring (16) having a flat surface (16f) of (14x), and a lateral reinforcing wire (14x) welded to the mesh panel body (P) of the bottom panel (B). A plurality of semicircular and D-shaped connecting rod receiving rings (16) having the same flat surface (16f) are aligned in a corresponding and corresponding relationship on the same center line (YY), As shown in FIG. 26, a long horizontal connecting rod (12y) is inserted into the skewered state from the front or the rear. The left side panel (SL) is prepared so that it can stand up about 90 degrees around the axis of the long horizontal connecting rod (12y).

  On the other hand, the ceiling panel (T) that is still in the loose state is changed from the bottom panel (B) of FIG. 26 to the rear panel (R) and the right panel (SR) that are in the standing state. In other words, a circular connecting rod receiving ring (15) of vertical reinforcing wire (14y) that is mounted in a horizontally facing state and extends from the rear short side of the mesh panel body (P) in the ceiling panel (T), A plurality of vertical reinforcing wire rods (14y) projecting from the upper side of the mesh panel main body (P) in the rear panel (R) are connected to the same center line (XX). In FIG. 27, a short horizontal connecting rod (12x) is inserted in a skewered state from the left as shown in FIG. 27, and then the horizontal connecting rod (12x) is aligned. First (Right) collides with the vertical connecting rod (13), to be regulated received by this, there is no possibility to get out of the right side.

  Also, in parallel with the insertion of the short horizontal connection rod (12x), the circular connection of the horizontal reinforcing wire (14x) protruding from the right long side of the mesh panel body (P) in the ceiling panel (T) is also performed. A plurality of each of the scissors receiving ring (16) and the circular joint scissors receiving ring (16) of the lateral reinforcing wire (14x) protruding from the upper long side of the mesh panel body (P) in the right side panel (SR). Aligned in the corresponding matching state on the same center line (Y-Y), the long horizontal connecting rod (12y) (right side) is inserted into the skewered state from the front as shown in FIG. Then, since the horizontal connecting rod (12y) collides with the previous (right) vertical connecting rod (13) and is restricted by this, there is no possibility of coming out from the rear side.

  Thereafter, as shown in FIGS. 27 to 28, the left side panel (SL) is raised by about 90 degrees around the axis of the long horizontal connection rod (12y) with the bottom panel (B), and the left side panel ( SL) and the circular connecting rod receiving ring (15) of the longitudinal reinforcing wire (14y) protruding from the rear short side of the mesh panel main body (P) in the mesh panel main body (P), and the mesh panel main body (R) of the rear panel (R) already standing ( The horizontal reinforcing wire (14x) projecting from P) and the circular connecting rod receiving ring (16) are aligned in a corresponding relationship on the same vertical center line (Z-Z). As shown in FIGS. 28 and 29, the vertical connecting rod (13) is inserted into the skewered state from above. In that case, the vertical connecting rod (13) may be driven deep into the ground (GL) and fixed as a driving rod (pile).

  When the above (left) vertical connection rod (13) is inserted, the left side panel (SL) standing upright and the ceiling panel (T) mounted horizontally cross each other by about 90 degrees. 29 is also maintained in a stable manner. Then, as shown in FIG. 29, a long horizontal connecting rod (12y) that inserts the adjacent long sides of the left side panel (SL) and the ceiling surface panel (T) into a skewered state from the front side. ), It is only necessary to pivotally connect in an undulating manner.

  Similarly, if the vertical connection rod (13) (on the left side) is inserted, a pair of upper and lower (two) horizontal connection rods (12x) and (12x) are combined with the right vertical connection rod (13), It is clamped and restrained from the left-right direction, and is fixed and maintained in a retaining state. In addition, a total of four long horizontal connecting rods (12y), (12y), (12y), and (12y) for each of the left and right pairs are also pulled out rearward by the left and right pairs (two) of the vertical connecting rods (13) and (13). It will be accepted in a state without.

  Therefore, from the front side of the box body (C) body (C) assembled in a rectangular parallelepiped as described above, the lift guide columns (11L) (11R) of the open / close shutter (10) are placed so as to be applied to both the left and right sides. Circular connecting rod receiving rings (22) and (22) projecting from the back of the lifting guide columns (11L) and (11R), and vertical reinforcing wires projecting from the front short sides of the left and right side panels (SL) (SR) 14y) and a plurality of circular connecting rod receiving rings (15) are aligned in the corresponding relational state on the same vertical center line (Z-Z), and as shown in FIG. The pair of left and right vertical connecting rods (13) and (13) are inserted into the skewered state. In that case, the vertical connection rods (13) and (13) can be driven and fixed to the ground (GL) as driving rods (stakes).

  In any case, if the pair of left and right (two) vertical connection rods (13) and (13) on the front side are finally inserted, the box body (C) body (C) forming the rectangular parallelepiped is The shutter lifting guide posts (11L) and (11R) for opening and closing the harmful animal entrance (E) are assembled and fixed, and the vertical connecting rods (13) and (13) are used for the above four long horizontal connecting rods ( 12y) (12y) (12y) (12y) does not slip out to the front side, and is clamped and restrained in combination with the vertical connecting rods (13) and (13) on the rear side.

  That is, in the state where the box basket is assembled and completed in a rectangular parallelepiped, as is apparent from FIGS. 31 to 36, parallel four-corner ridge lines (YY) extending in the front-rear direction (depth direction / vertical direction) of the rectangular parallelepiped. On the upper and lower left and right side panels (SL) (SR) side reinforcement wire rods (14x) (14x) projecting from the upper and lower ends of the connecting rod receiving rings (16) (16) and the ceiling panel (T) side In addition, the connecting rod receiving rings (16) and (16) at the left and right ends projecting from the lateral reinforcing wires (14x) and (14x) on the bottom panel (B) side will be orderly and correctly matched to the inside. Since a total of four long horizontal connecting rods (12y) to (12y) are inserted into the skewered state, a total of four horizontal connecting rods extending in parallel along the four corner ridgelines (YY) of the rectangular parallelepiped. (12y) ~ ( By 2y), resulting in mutual adjacent between the ceiling panel (T) and left and right side surfaces panel (SL) (SR) and the bottom panel (B) is pivotally connected.

  Similarly, the upper and lower ends projecting from the vertical reinforcing wire (14y) on the back panel (R) side on the parallel two-corner ridge line (XX) extending in the horizontal direction (width direction / lateral direction) of the rectangular parallelepiped. The connecting rod receiving ring (15) (15) of the rear end and the connecting rod receiving ring (15 at the rear end portion protruding from the vertical reinforcing wire (14y) (14y) on the ceiling panel (T) side and the bottom panel (B) side. ) And (15) are neatly and correctly matched, and a pair of upper and lower (two in total) horizontal connecting rods (12x) and (12x) are inserted into the skewered state, so that the rectangular parallelepiped The above-mentioned ceiling panel (T) and back panel (R) by a total of two (upper and lower) horizontal connecting rods (12x) (12x) extending in parallel along the two corner ridgelines (XX) ) And bottom panel (B Mutual is to be pivotally connected adjacent the.

  Furthermore, on the parallel four-corner ridge line (ZZ) extending in the vertical direction (height direction) of the rectangular parallelepiped, the vertical reinforcing wire (14y) (14y) on the left and right side panels (SL) (SR) side Connecting rod receiving rings (15), (15) at both front and rear ends projecting from the left and right, and connecting rod receiving rings (22), (22) projecting from the back side of the left and right lifting / lowering guide columns (11L) (11R) The connecting rod receiving rings (16) and (16) at the left and right ends projecting from the lateral reinforcing wire (14x) on the rear panel (R) side will be aligned and aligned properly, and a total of 4 Since the vertical connecting rods (13) to (13) are inserted into the skewered state, a total of four vertical connecting rods (13) to (13) extending in parallel along the four corner ridgelines (ZZ) of the rectangular parallelepiped. 13) Resulting in mutual adjacent the serial left and right side surfaces and panels (SL) (SR) back panel (R) and the opening and closing shutter for the right and left lift guide column (11L) (11R) is pivotally connected.

  In that case, a total of four long horizontal connecting rods (12y) to (12y) have the same length as the long sides (depth dimensions of the rectangular parallelepiped) of the left and right side panels (SL) (SR). A pair (two in total) of the short horizontal connecting rods (12x) (12x) has the same length as the short sides (the width direction of the rectangular parallelepiped) of the ceiling panel (T) and the bottom panel (B). In comparison, the four vertical connecting rods (13) to (13) have a longer length (height) than the short sides (height dimensions of the rectangular parallelepiped) of the left and right side panels (SL) (SR). Even if it is deeply driven into the ground (GL) as a driving rod (stake), it always protrudes and rises tall from the ceiling panel (T) of the box body (C) main body (C) that forms the above rectangular parallelepiped. Therefore, as suggested in FIG. 36, it was finally driven into the ground. The long horizontal connecting rods (12y) to (12y) and the short horizontal connecting rods (12x) and (12x) are stopped by the total of four long vertical connecting rods (13) to (13). It is bound by.

  Moreover, the various panels (T), (SL), (SR), (B), and (R) that form the box body (C) main body (C) in a rectangular parallelepiped are latticed from a plurality of metal bone wires that cross vertically and horizontally as described above. As a form in which a plurality of vertical and horizontal reinforcing wires (14y) (14x) are further welded to the plane (one side surface) of the mesh panel body (P) assembled and welded in a state so that the mesh is finely divided, Due to its high thickness and rigidity, there is no risk that the trapped pest will be destroyed (disassembled) even if it moves wildly inside.

  The assembly method shown in FIGS. 24 to 30 includes a total of four long horizontal connection rods (12y) (12y) (12y) (12y), a total of two short horizontal connection rods (12x) (12x), and a total of four. Bolts and nuts for fastening various types of the panels (T), (SL), (SR), (B), and (R) because the vertical connecting rods (13), (13), (13), and (13) are inserted. It is not necessary to use a work tool or the like, and the various panels (T), (SL), (SR), (B), and (R) have an identification index (18) indicating the formation surface of the main body (C). ), The assembly workability at the installation site is remarkably excellent.

  Further, if the above assembly sequence is executed in the reverse direction, the previous vertical connecting rods (13), (13), (13) and (13), the long horizontal connecting rods (12y) to (12y), and the short horizontal connecting rod (12x ) (12x) can be easily pulled out, so the box can easily be disassembled easily and conveniently. It can be easily changed.

(10) Open / close shutter (11L) (11R) Elevating guide column (12y) Long horizontal connecting rod (12x) Short horizontal connecting rod (13) Vertical connecting rod (14y) Vertical reinforcing wire (14x)・ Horizontal reinforcing wire (15) (16) (22) ・ Coupling receiving ring (15f) (16f) ・ Flat surface (17) ・ Metal grounding plate (18) ・ Identification index (19) ・ Metal display board (20)・ Reinforcing bar (21) ・ Escape ditch (B) ・ Bottom panel (C) ・ Box box (檻) Body (E) ・ Pest animal entry (front opening)
(P) Mesh body (R) Back panel (SL) Left panel (SR) Right panel (T) Ceiling panel (GL) Ground (LL) Vertical center line (W -W) ・ Horizontal center line (XX) (YY) (ZZ) ・ Corner ridgeline

Claims (7)

A rectangular parallelepiped extending in the front-rear direction from the ceiling panel (T), the bottom panel (B), and the pair of left and right side panels (SL) (SR) is formed, and a rear opening of the rectangular parallelepiped is provided by the rear panel (R). A box body (C) in a covered state;
A pair of left and right open / close shutter lifting guide posts (11L) (11R) installed in a state of partitioning the front opening of the box cage body (C) as a harmful animal entry port (E);
A trigger device for dropping the opening / closing shutter (10) of the harmful animal entry port (E) along its lifting guide column (11L) (11R),
The ceiling panel (T), the bottom panel (B), the left and right side panels (SL) (SR), and the back panel (R) that form the box body (C) in a rectangular parallelepiped are all made of a metal bone wire. In a box cage for capturing pests consisting of a mesh panel body (P) welded in a lattice state that crosses vertically and horizontally,
The same rectangular mesh panel body (P) of the ceiling panel (T), the bottom panel (B) and the left and right side panels (SL) (SR), and the square or rectangular mesh panel of the rear panel (R) On the main body (P), a plurality of vertical and horizontal reinforcing wires (14y) (14x) each subdividing the mesh, mesh the connecting rod receiving ring (15) (16) which is continuous at both ends. It is welded so that it protrudes from the frame of the panel body (P).
A plurality of connecting rod receiving rings (22) and (22) are provided on the back of the left and right lifting guide pillars (11L) and (11R) for the open / close shutter, and mesh panel bodies (P) of the left and right side panels (SL) (SR). ) From the vertical reinforcing wire (14y) projecting from the front side to the front side, and the welded ring (15) (15) is welded in an aligned state on the same vertical center line (Z-Z) as the matching ring.
The ceiling panel (T), the left and right side panels (SL) (SR), and the bottom panel (B), which form the box body (C) in a rectangular parallelepiped, extend in the longitudinal direction of the rectangular parallelepiped. A connecting rod receiving ring (16) on both upper and lower ends projecting from the lateral reinforcing wire (14x) (14x) on the left and right side panel (SL) (SR) side along the existing parallel four-corner ridgeline (YY) ) (16) and the connection rod receiving rings (16) (16) at the left and right ends projecting from the lateral reinforcing wires (14x) (14x) on the ceiling panel (T) side and the bottom panel (B) side Connected to the matching interior by a total of four long horizontal connecting rods (12y) (12y) (12y) (12y) that can be removably inserted from the front or rear,
Similarly, the adjacent two of the ceiling panel (T), the back panel (R), and the bottom panel (B) that form the box body (C) in a rectangular parallelepiped shape extend in the left-right direction of the rectangular parallelepiped. A connecting rod receiving ring (15) (15) at both upper and lower ends protruding from the vertical reinforcing wire (14y) on the back panel (R) side along the corner ridge line (XX), and the ceiling panel (T) side In addition, it can be inserted into and removed from the left or right direction to the inside corresponding to the connecting rod receiving ring (15) (15) at the rear end protruding from the vertical reinforcing wire (14y) (14y) on the bottom panel (B) side. Connected by a total of two short horizontal connecting rods (12x) (12x) plugged into
The left and right side panels (SR) (SR), the rear panel (R), and the left and right lifting guide columns (11L) (11R) for the opening / closing shutters that form the box body (C) in a rectangular parallelepiped. Before and after projecting from the vertical reinforcing wire (14y) (14y) on the left and right side panels (SL) (SR) side along the parallel four-corner ridge line (ZZ) extending in the vertical direction of the rectangular parallelepiped Connecting rod receiving rings (15) and (15) at both ends, connecting rod receiving rings (22) and (22) projecting from the back side of the left and right lifting guide columns (11L) and (11R), and the rear panel (R) A total of four vertical connecting rods (13) that can be removably inserted from above into the correspondingly matching interiors of the connecting rod receiving rings (16) and (16) at the left and right ends protruding from the lateral reinforcing wire (14x) on the side. ) (1 Linked by) (13) (13),
A total of four long horizontal connection rods (12y) to (12y) and a total of two short horizontal connection rods (12x) and (12x) are rolled by inserting the vertical connection rods (13) to (13). A box cage for capturing harmful animals, characterized in that it is determined to be restrained in a retaining state.   The pest control system for capturing harmful animals according to claim 1, characterized in that a total of four vertical connecting rods (13), (13), (13), and (13) are fixed and driven into the ground as long driving rods. Hakama.   The ceiling panel (T) and the bottom panel (B), the left and right side panels (SL) (SR), and the rear panel (R) that form the box body (C) in a rectangular parallelepiped shape are used for each. 2. A box cage for capturing harmful animals according to claim 1, wherein an identification index (18) indicating a surface is given.   The vertical and horizontal reinforcing wires (14y) and (14x) of the bottom panel (B) extend from the mesh panel main body (P) at both ends, and the left and right side panels (SL). (SR) horizontal reinforcing wire (14x) extends from the mesh panel body (P), the lower end connecting rod receiving ring (16) (16), and the back panel (R) vertical reinforcing wire (14y) The connecting rod receiving ring (15) at the lower end protruding from the mesh panel main body (P) is characterized in that it is shaped into a semicircular or D-shape with flat surfaces (15f) and (16f) for grounding. The box cage for capturing harmful animals according to claim 1.   The opening / closing shutter (10) of the harmful animal entry port (E) is made of a metal blindfold that cannot be seen through of the harmful animal, and an inverted U-shaped escape groove (21) is provided at the center of the lower end thereof. Item 1. A box cage for capturing harmful animals according to item 1.   2. A flat metal ground plate (17) capable of receiving the open / close shutter (10) is attached and fixed to a lower end portion of the left / right lifting guide columns (11L) (11R) for the open / close shutter. Box cage for catching harmful animals. A method for assembling the box for trapping harmful animals according to claim 1,
A rectangular mesh panel body (P) in which metal bone wires are welded in a lattice state, and a plurality of vertical and horizontal reinforcing wires (14y) and (14x) that divide the mesh, are connected ring receiving rings at both ends. (15) A ceiling panel (T), a bottom panel (B), and a pair of left and right side panels (SL) (SR) welded so as to project the frame panel (16) from the frame of the mesh panel body (P);
Similarly, a plurality of vertical and horizontal reinforcing wires (14y) and (14x), which divide the mesh, are connected to both ends of the square or rectangular mesh panel body (P) in which metal wires are welded in a lattice state. A back panel (R) welded to project the receiving ring (15) (16) from the frame of the mesh panel body (P);
A plurality of connecting rod receiving rings (22) and (22) corresponding to and matched with the connecting rod receiving rings (15) and (15) on the left and right side panels (SL) (SR) are welded to the back surface, and a harmful animal is introduced. A pair of left and right lifting guide columns (11L) (11R) for supporting the opening / closing shutter (10) of the mouth (E);
A total of four long horizontal connecting rods (12y) (12y) (12y) (12y) having the same length as the long sides of the left and right side panels (SL) (SR),
A total of two short horizontal connecting rods (12x) (12x) having the same length as the short side of the ceiling panel (T),
A total of four vertical connecting rods (13) (13) (13) (13) having a height longer than the short sides of the left and right side panels (SL) (SR) are prepared,
First, either the left or right right side panel (SR) is pivotally connected to the bottom panel (B) by a long horizontal connecting rod (12y) extending in the front-rear direction. The rear panel (R) is pivotally connected by a short horizontal connecting rod (12x) extending in the left-right direction, and is laid out in a developed state on the ground (GL).
Secondly, the right side panel (SR) and the rear panel (R) from the bottom panel (B) in the unfolded state are each about 90 degrees around the axis of the horizontal connecting rod (12y) (12x). Standing up and fixing the crossing corner of the standing right side panel (SR) and back panel (R) by the vertical connecting rod (13) skewered from above,
Third, the other left side panel (SL) remaining on the bottom panel (B) still unfolded is pivotally connected by a long horizontal connecting rod (12y) that also extends along the front-rear direction.
Fourth, the ceiling panel (T) is placed in a horizontal state facing the bottom panel (B) from the upper side to the right side panel (SR) and the rear panel (R) in the standing state from the bottom panel (B). The ceiling surface panel (T) and the right side panel (SR) are pivotally connected by a long horizontal connection rod (12y) extending in the front-rear direction, while the ceiling surface panel (T) The rear panel (R) is pivotally connected by a short horizontal connecting rod (12x) extending in the left-right direction,
Fifth, the left side panel (SL) still unfolded is raised from the bottom panel (B) by about 90 degrees around the axis of the long horizontal connecting rod (12y), and the left side panel The corner where (SL) and the back panel (R) intersect is fixed by a vertical connecting rod (13) skewered from above,
Sixth, the left side panel (SL) and the ceiling panel (T) are connected and fixed by a long horizontal connecting rod (12y) extending in the front-rear direction,
Finally, the left and right lifting guide columns (11L) and (11R) of the opening / closing shutter (10) are set up so as to be applied from the front to the box body (C) assembled into a rectangular parallelepiped through the first to sixth steps. The left and right lifting guide columns (11L) (11R) and the left and right side panels (SL) (SR) of the box cage main body (C) are coupled by a pair of left and right vertical coupling rods (13) that are skewered from above. A method for assembling a box cage for capturing harmful animals, which is fixed.

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