JP6435590B2 - A fence for capturing harmful animals - Google Patents

Description

  The present invention is a cage that captures harmful animals such as deer, frogs, and monkeys, and has been devised to obtain excellent installation strength and stability even though it can be easily assembled and disassembled in a short time. Is.

  Japanese Patent Application Laid-Open Publication No. 2004-228561 discloses a beast capturing device that can be easily assembled and disassembled in a short time and can be freely changed in size and shape.

  The animal capturing device described in Patent Document 1 is an enclosure in which a plurality of side units are arranged in a horizontal direction and adjacent side units are connected by a connecting member to form a capture space. It is considered that this is the closest known technique.

Utility Model Registration No. 3172057

  However, in the configuration of the animal trapping device (enclosure) disclosed in Patent Document 1, the connecting reinforcing bar wires (10b) of the fence unit (10) and the connecting reinforcing bar wires (10b) of the fence unit (10) are the same. Since it is a soft structure in which the connecting reinforcing bar wire (11b) of the door unit (11) is bound by the spiral connecting coil (12), the connecting coil (12) is not rotated unless the connecting coil (12) is rotated. It cannot be wound and bound in a threaded state to the reinforcing bar wires (10b) and (11b), is very troublesome, and still requires a long time for connection work at the installation site.

  In addition, as a soft structure elastically connected by the connecting coil (12), it may be useful for absorbing the violent impact of beasts and preventing deformation and breakage, but it is received during its use. In particular, if the connecting coil (12) is deformed or damaged by an impact, it cannot be rotated in the direction of retraction from the connecting reinforcing bars (10b) (11b), and may be disassembled. It becomes difficult.

  Furthermore, since the fence unit (10) is only composed of a wire mesh (10a) in which iron wires are welded in a lattice state, even if the connecting rebar wires (10b) are welded to the left and right ends, the physical rigidity is reduced. Inferior, combined with the fact that the connecting coil (12) does not work to fix the fence unit (10) to the ground, the strength and stability in the installed state cannot be maintained.

The present invention is intended an improvement of such problems, in order to achieve its objectives, the structure of claim 1, pest trapping enclosure traps, wire mesh panel body having a rectangular picture frame, the mesh A plurality of wall panels in which a plurality of vertical reinforcing wires and horizontal reinforcing wires are welded,

It comprises at least one gate unit composed of a drop door that opens and closes a harmful animal entrance, and a pair of left and right gate pillars that serve as lifting guide rails for the drop door ,

Wire mesh panel body of the above wall panel is a wide vertical body surface, a flipped surface that is bent obliquely from the upper part to the inside by a certain angle, and a grounding that is also bent almost perpendicularly from the lower part of the vertical body surface to the inside. Consisting of a bearing surface,

While the left and right ends projecting from the frame of the vertical body surface and the flipped surface in the horizontal reinforcing wire of the wire mesh panel body are both continuously bent as a circular connecting ring,

In the wire mesh panel body, a plurality of circular connection rings that correspond in order and match on the same vertical line as the connection ring on the vertical body surface side of the wire mesh panel body are welded to the gate column of the gate unit in a state of protruding from the gate column,

Adjacent each other between the vertical main body surfaces in the wall panel) is connected by a long connecting strut that is driven from the top into the ground in a skewered through state into the correspondingly matched interior of the connecting rings of the lateral reinforcing wire,

Similarly, the adjoining space between the vertical wall surface of the wall panel and the above-mentioned gate unit goes to the inside where the connection ring of the lateral reinforcing wire on the vertical wall surface side and the connection ring on the gate column side of the gate unit match. It is connected by a long connecting post that is skewered from above and driven into the ground,

The grounding seating surface of the wall panel is pressed and fixed to the ground by a plurality of pegs, staples, and other fixing brackets,

Similarly, the adjacent surfaces of the creeping surfaces of the wall panel are connected to each other along a correspondingly inclined line between the connecting rings of the lateral reinforcing wire by a short connecting rod inserted into the penetrating state skewed from above. ,

In addition, the lower end portion of the short connecting rod is set so as to be received by the upper portion of the long connecting column driven into the ground so as not to fall off the connecting ring.

Moreover, in Claim 2, a long connection support | pillar is longer than the height dimension of the vertical body surface in a wire mesh panel main body,

A driving limit stopper that collides with the uppermost connection ring protruding from the vertical main body surface is integrally extended from the upper part of the connection column.

In Claim 3, it consists of two types, the straight wall panel in which a wall panel is arranged in series, and the corner wall panel arranged in the state which crosses only a fixed angle of planar view,

In the corner wall panel, the left edge or right edge of the flipped surface that is bent obliquely inward by a certain angle to the inside of the wire mesh panel body, the flipped surfaces of the adjacent corner wall panels face each other and the above constant It is cut as an inclined surface so that the crossing angle can be maintained,

It is characterized in that it is set so that a short connecting rod can be inserted into the connecting ring of the lateral reinforcing wire rod that protrudes in an obliquely upward bent state perpendicular to the inclined surface.

According to a fourth aspect of the present invention, the fall door of the gate unit is a single-piece blind metal plate, and an inverted U-shaped relief groove is cut out at the center of the lower end.

According to claim 5, for a front and rear opening / closing door communicating with the inside of the enclosure plane shape of the enclosure, and for opening and closing the elongated rectangular parallelepiped in the back direction provided with a rear opening opening / closing door for removing the harmful animal after the insertion.檻

Upward to the corresponding interior of a plurality of circular connecting rings welded to the left and right lifting guide columns of the front door and the connecting ring protruding from the vertical body surface of the wire mesh panel body on the wall panel It is characterized in that it is connected and fixed to a wall panel of the surrounding planar shape by a long connecting column that is driven into the ground in a skewered state.

Furthermore, in claim 6, the left and right side panels, the ceiling panel, and the bottom panel, which form the rectangular stabbing heel, are adjacent to each other and extend along the normal (front-rear) direction of the rectangular parallelepiped. Assembled through a long horizontal linkage of books,

Similarly, the two adjacent left and right side panels and the back panel are assembled through a total of two (a pair of left and right) rear vertical connection rods,

Further, the adjacent doors of the left and right lifting guide columns of the front door and the left and right side panels are assembled through a total of two (a pair of left and right) front vertical connecting rods,

One of the left and right sides of the rear vertical connecting rod is pulled out from the ground, and the other is used as the pivot axis of the rear panel so that the rear panel can be opened and closed around the vertical axis.

According to the said structure of Claim 1, it is attached to the wire mesh panel main body by the side of the wall panel between the mutual adjoining of many wall panels arranged in parallel, and the mutual adjoining of the wall panel and a gate unit. Because it can be connected and fixed to the connecting ring of the horizontal reinforcing wire and the connecting ring attached to the gate pillar on the gate unit side by a long connecting post that is skewered from above and driven into the ground, Without using a fastener such as a nut or its rotating operation tool, anyone can efficiently assemble the fence in a short time at the installation site, and by pulling out the connecting column from its connecting ring or ground It is convenient to disassemble and transport the fence and change the installation location.

In particular, the long connecting struts are not only pierced and pierced into the interior of the connecting rings, but also driven into the ground, so the connection between the wall panels forming the enclosure and the wall panels and the gate unit In addition to helping to connect to the ground, it also helps to fix and fix the assembled fence to the ground at the installation site, ensuring excellent installation strength and stability.

In addition, the wire mesh panel body of the wall panel is not only welded in a lattice state in which the metal bone wire crosses vertically and horizontally, but the plane (surface) has a plurality of longitudinal reinforcement wires and transverse reinforcement wires. Since it is superposed and welded, both ends of the wire mesh panel main body in the lateral reinforcing wire that protrude from the left and right sides are continuously bent as a circular connection ring that accepts the connection struts. A fence with high rigidity and durability can be obtained.

In addition, the adjacent sides of the creeping surfaces (beast return surfaces) that are bent diagonally inward from the top of the cage and prevent jumping of harmful animals are also securely connected via short connecting hooks, Similarly, the grounding bearing surface, which is bent almost at right angles from the bottom of the enclosure to the inside of the enclosure and prevents the harmful animals from digging, is pressed against the ground by fixing hardware such as pegs. Combined with the pillars, there is an effect that a stable and strong installation state can be obtained.

In that case, the above-mentioned creeping surfaces are connected to each other by the upper part of the long connecting strut that is skewered from above and driven into the ground to the connecting ring of the transverse reinforcing wire rod protruding from the vertical main body surface of the wire mesh panel body in the wall panel. By receiving the lower end portion of the short connecting rod to be connected, it is possible to prevent the short connecting rod from slipping down (sliding down) obliquely downward.

In particular, if the configuration of claim 2 is adopted, the upper limit coupling ring projecting from the vertical body surface of the wire mesh panel body is provided with a driving limit stopper integrally projecting from the upper part of the long coupling column. In addition to being able to reliably prevent the short connecting rods between the creeping surfaces from falling obliquely downward from the connecting ring, when pulling out the long connecting post from the ground There is also the convenience that the driving limit stopper can be hit from below.

If the structure of Claim 3 is employ | adopted, when assembling adjacent corner wall panels, the fixed surfaces will maintain a fixed crossing angle by the abutting surfaces correctly contacting in an inclined surface (diagonal cut edge). It is possible to accurately insert the short connecting rod into the connecting ring protruding from the inclined surface (oblique cut edge).

Moreover, if the structure of Claim 4 is employ | adopted, the captured harmful animal (especially a shark) will run wild, and will rush to the fall door of a gate unit, and the fall door will be damaged and destroyed at an early stage. In addition to being able to prevent this, the inverted U-shaped relief groove cut out at the center of the lower end of the drop door also prevents the operator from getting injured when the drop door accidentally drops. be able to.

Furthermore, if the structure of claim 5 is adopted, harmful animals captured inside the enclosure are driven one by one into the inside of the stabbing cage opened in communication with the enclosure. As a state in which the animal cannot move freely, there is an effect that this can be easily and reliably stopped and stabbed from the outside.

In that case, if the structure of claim 6 is adopted, the assembly and disassembly of the stabbing sword and the connection with the fence are not necessary without any fastening metal fittings such as bolts and nuts and their rotation operation tools. However, it can be done conveniently in a short time, and can follow the change of the installation location without any trouble.

It is the whole schematic slope view of the enclosure for trapping harmful animals according to the present invention. It is a schematic slope view which extracts and shows the straight wall panel of a wall panel. FIG. 3 is a front view of FIG. 2. It is a front view which extracts and shows the horizontal reinforcement wire of a wire mesh panel main body. FIG. 5 is a plan view of FIG. 4. FIG. 6 is a sectional view taken along line 6-6 of FIG. FIG. 7 is a sectional view taken along line 7-7 in FIG. 3. It is a front view which extracts and shows the corner wall panel (a pair) of a wall panel. It is a schematic slope view which extracts and shows a gate unit. It is a front view which shows the connection state of adjacent straight wall panels. It is the 11-11 line sectional view of FIG. 12 is a sectional view taken along line 12-12 of FIG. It is a front view which shows the connection state of an adjacent gate unit and a straight wall panel. FIG. 14 is a cross-sectional view taken along line 14-14 of FIG. It is a front view of the state which inserted the short connecting rod continuously from the state of FIG. FIG. 16 is a cross-sectional view taken along line 16-16 in FIG. 15. It is a fragmentary top view which shows the connection state of adjacent corner wall panels. It is a whole general | schematic slope view which shows the deformation | transformation embodiment of the enclosure for harmful animal capture which concerns on this invention. It is a schematic slope view which extracts and shows the stick for stabbing. FIG. 20 is a side view of FIG. 19. It is a top view of FIG.

Hereinafter, specific configurations of the present invention will be described in detail with reference to the drawings. FIGS. 1 to 17 show a basic embodiment of the enclosure for trapping harmful animals (T), which is shown in FIGS. As is clear from the assembled state of 17, a large number of wall panels (W), at least one harmful animal entrance port gate unit (G), and adjacent wall panels (W) and the wall panels. (W) and the gate unit (G) adjacent to each other are detachably connected to each other so that a large number of long connecting columns (11 in the figure are assembled into a polygonal shape in a plan view (5000 mm × 5000 mm rectangle)) (11 ) And a short connecting rod (12), which can be assembled without the need for tools, disassembled and transported, changed installation location, and the overall shape of the surrounding enclosure You can also change the size It has become the jar.

In that case, the long connecting column (11) is longer than the vertical (height) dimension of the vertical main body surface to be described later on the wall panel (W), and the short connecting rod (12) is also described later on the wall panel (W). It has almost the same length as the vertical (height) dimension of the inclined creeping surface (beast return surface), each of which consists of a single metal pipe or steel bar (including rebar).

In particular, the connecting strut (11) will be driven into the ground as a driving rod (pile), and if it is driven too deeply, it will not be possible to prevent the short connecting rod (12) from falling off. The driving limit stopper (13) is welded in a horizontal state projecting laterally from the upper part of the connecting column (11) as shown in FIGS. When the connecting column (11) is extracted from the ground (GL), the driving limit stopper (13) may be hit from the lower side, and the driving limit stopper (13) can be used for this purpose.

Further, the wall panel (W) is a straight wall panel (SW) arranged in series and a corner wall panel arranged so as to intersect by a certain angle (α) (right angle or an obtuse angle larger than this) in plan view. (CW) are prepared, and the enclosure plane of the enclosure (T) is increased or decreased by increasing or decreasing the number of the wall panels (W), the connection strut (11), the connection fence (12), etc. The shape and size can be changed.

The enclosure (T) receives a sensor for detecting harmful animals such as deer and sharks that have entered from the harmful animal entrance (14), and a detection output signal from the sensor, and the door of the gate unit (G). (15) is also equipped with a trigger device for dropping, but the trigger device may be of any operating type, for example, shooting the invading state of harmful animals with a network camera at the installation site, A live image received from the camera can be operated to operate the trigger device while a monitor is viewing from a user information terminal such as a personal computer or a mobile phone (smartphone) from a distance. In addition, illustration and description of the trigger device, the detection sensor, the network camera, and the like are omitted.

Of the constituent members (assembled parts) of the present invention, first, the configuration of the straight wall panel (SW) in the wall panel (W) will be described. / Wash length: 2800mm x width / width: 1000mm) Wire mesh panel assembled and welded in a lattice state from a plurality of metal bone wires (for example, φ6mm steel bar) (not shown) that cross vertically and horizontally inside the frame (16) A plurality of longitudinal reinforcing wires that are polymerized and welded in a lattice state to the plane (preferably the outer surface) of the wire mesh panel main body (P) so that the main body (P) and its mesh (for example, 200 mm square mesh) are further finely divided. (17y) and a plurality of transverse reinforcing wires (17x). As the vertical / horizontal reinforcing wire (17y) (17x), a steel bar (including a reinforcing bar) having the same thickness as the bone wire of the wire mesh panel main body (P) may be employed.

Moreover, the wire mesh panel body (P) of the straight wall panel (SW) provided with at least a plurality of lateral reinforcing wires (17x) is lowered by a certain distance (for example, about 500 mm) from the upper side of the frame (16). The upper part is bent at a certain angle (β) (preferably about 45 degrees) inside the enclosure (T) with the upper bent ridge line (AA) as the upper bent ridge line (AA), so that the upper part prevents jumping of harmful animals. While it is formed as a flipping surface (18a), the position that is raised from the lower side of the frame (16) by a certain distance (for example, about 300 mm) as the lower folded ridge line (BB) is also used for the enclosure (T). By being bent inward at a substantially right angle (γ), the lower part is formed as a ground contact surface (18b) for preventing digging of harmful animals (particularly moths). The upper and lower creeping surfaces (18a) and the lower grounding bearing surface (18b) are vertically suspended as a wide vertical body surface (18c) of the wire mesh panel main body (P). Yes.

Further, only the left and right ends of the frame (16) projecting from the left and right sides of the rectangular (rectangular) wire mesh panel body (P) with the lateral reinforcing wire (17x) are a pair of left and right circles (for example, a size of φ30 mm). The connecting ring (19) (19) is continuously bent.

In this case, the plurality of horizontal reinforcing wires (17x) extend in parallel with the upper and lower sides of the wire mesh panel body (P) and the horizontal bone wire, but the left and right ends projecting from the frame (16) are shown in FIG. As shown in FIG. 1, the sheet is once bent by about 45 degrees (θ) in directions opposite to each other (vertical direction) and then bent into a circular shape as a pair of connecting rings (19) and (19). The connection rings (19) and (19) are open in a plane orthogonal to the plane of the wire mesh panel body (P). In the standing state of the wire mesh panel main body (P), it opens in the up-down direction.

That is, as shown in FIGS. 4 and 5, a plurality of transverse reinforcing wires (17x) that are bent at both ends by about 45 degrees (θ) and prepared for winding as circular connecting rings (19) (19). Are welded in a relational state projecting left and right from the frame (16) of the wire mesh panel body (P), and when the straight wall panels (SW) are assembled in a connected state, the adjacent wire mesh panels The connection rings (19) and (19) at the left and right ends projecting from the lateral reinforcing wire (17x) of the main body (P) are avoided from colliding with each other, and the lateral reinforcing wires (17x) and (17x) are suggested in FIG. As shown in the figure, they are arranged in an orderly manner in a relational state in which they correspond and match correctly on the same horizontal center line (XX).

However, the wide vertical main body surface (18c) of the wire mesh panel main body (P) and the upper reversing surface (18a) bent obliquely from the circular connecting ring (19 ) (19) is provided, but the lateral reinforcing wire (17x) is limited to the lower grounding seat surface (18b) which is also bent substantially at right angles (γ) from the wire mesh panel body (P). Winding of the circular connection rings (19) and (19) at the left and right ends projecting from the frame (16) of the wire mesh panel main body (P) without projecting from the frame (16) of the wire mesh panel main body (P) in the same state as the longitudinal reinforcing wire (17y) Formation may be omitted.

The corner wall panel (CW) mentioned at the end of the wall panel (W) has the same configuration as the straight wall panel (SW), but the upper turning surface (18a) of the wire mesh panel main body (P). For only, the inner wall of the fence (T) is bent at a certain angle (β), such as about 45 degrees, and is bent diagonally, and when the adjacent corner wall panels (CW) (CW) are assembled together, The side edges of either the left or right side of the flipping surface (18a) are shown in FIG. 8 so that the flipping surfaces (18a) and (18a) face each other correctly and maintain a constant crossing angle (α). In other words, it is cut diagonally. (20) shows the oblique cut edge.

In that case, one end portion of the lateral reinforcing wire (17x) projecting from the oblique cut edge (20) is limited to the upper folded surface (18a) of the wire mesh panel body (P) of the corner wall panel (CW). As is apparent from FIG. 8, the connecting ring (19) that is formed is bent obliquely upward perpendicular to the cut edge (inclined surface) (20), and the adjacent flipped surfaces (18a) (18a) are adjacent to each other. As shown in FIGS. 16 and 17, a short connecting rod (12) can be accurately inserted into a plurality of connecting rings (19) and (19) protruding from the cut edges (20) and (20). Yes.

In addition, since the other structure is substantially the same as the said straight wall panel (SW), only the same code | symbol with this is provided to a corner wall panel (CW), and the detailed description is abbreviate | omitted.

Next, regarding the configuration of the gate unit (G), this is a drop door (15) that opens and closes the harmful animal entry port (14), and a pair of left and right gate pillars that serve as lifting guide rails for the drop door (15). (21) and (21). The falling door (15) can be shaped so that it can be seen as a wire mesh panel welded in a lattice form from vertical and horizontal metal bone wires, but it cannot be seen for harmful animals as shown in FIG. It is preferable to make it from a blindfold metal plate. This is because it is possible to prevent the captured harmful animals (especially sharks) from violently rushing to the falling door (15) and damaging and destroying the falling door (15) at an early stage.

In that case, when the falling door (15) is accidentally dropped by cutting the inverted door (15) into the inverted U-shape as a relief groove (22) at the lower end central portion, It is also desirable to prevent the risk of injury.

The gate pillars (21) and (21) are made of U-shaped steel materials facing each other, and a horizontal reinforcing bar (23) is provided at a midway height position, and a horizontal grounding plate (24) is provided at the lower end portion. It is welded and integrated in the transverse state. The space between the upper and lower sides of the reinforcing bar (23) and the grounding plate (24) is defined as a rectangular harmful animal entry port (14).

The reinforcing bar (23) and the grounding plate (24) contribute to the reinforcement of the gate pillars (21) and (21). In particular, the grounding plate (24) at the lower end is flat on the ground of the harmful animal entrance (14). It keeps the surface and eliminates the sense of incongruity and vigilance when a harmful animal invades.

Further, a plurality of connecting rings (25) and (25), which are opened in the vertical direction from the gate pillars (21) and (21), are welded so as to project laterally or rearward. (21) Connection of the connecting ring (25) (25) on the (21) side and the horizontal reinforcing wire (17x) projecting from the wall panel (particularly straight wall panel) (W) side wire mesh panel body (P) The rings (19) and (19) are arranged in an orderly manner in a relational state in which they correspond and match correctly on the same vertical line (ZZ).

The fence (T) according to the basic embodiment of FIGS. 1 to 17 has the above-described configuration, and when assembling the fence (T) at the installation site, a straight wall panel ( SW) are arranged in series, and the corner wall panels (CW) are arranged at a right-angled crossing angle (α) as shown in the figure, and the wire mesh panel body (P) of the adjacent wall panels (W) (W). The connecting rings (19) and (19) of the transverse reinforcing wires (17x) and (17x) welded to (P) are arranged along the vertical lines (ZZ) that correspond to each other in order. As shown in FIGS. 10 to 12, a long connecting column (11) is inserted into the connecting rings (19) and (19) from above and inserted into the ground.

In addition, the wall panel (W) and the gate unit (G) are also arranged in series, and the connection ring (17x) of the lateral reinforcing wire (17x) welded to the wire mesh panel body (P) on the wall panel (W) side ( 19) and the connecting ring (25) welded to the gate pillars (21) and (21) on the gate unit (G) side, along a vertical line (ZZ) in which the plurality of the connecting rings are orderly matched. As shown in FIGS. 13 and 14, the connecting rings (19) and (25) may be driven into the ground as shown in FIGS.

Then, the adjacent ones of the wall panels (W) and the adjacent ones of the wall panel (W) and the gate unit (G) are connected to each other via a long connecting column (11). At the same time, it is installed and fixed to the ground (GL) at the installation site by driving the column (11) into the ground.

In that case, more specifically, the connecting strut (11) is a lateral reinforcing wire (17x) projecting in the left-right direction from the wide vertical body surface (18c) of the wire mesh panel body (P) in the wall panel (W). The connecting ring (19) is driven in a skewered state from above, but the driving limit stopper (13) protruding from the upper part of the connecting column (11) in the end is integrated with the wire. The mesh panel body (P) is locked (hit) on the uppermost connecting ring (19) protruding from the vertical body surface (18c) of the mesh panel body (P), and is received and regulated. It will not be driven deep into the ground.

Therefore, the horizontal reinforcing wire (17x) that also projects in the left-right direction from the inclined crease surface (18a) (18a) of the wire mesh panel body (P) (P) between the adjacent wall panels (W) (W) next. ) (17x) of the connecting rings (19) and (19) along the inclined line (Y-Y) in which they correspond in an orderly manner to the inside of the connecting rings (19) and (19) as shown in FIGS. In addition, a short connecting rod (12) is inserted and penetrated from above, and the leading end (lower end) of the connecting rod (12) sliding down along the inclined line (Y-Y) is thus long. Since it hits and is received by the upper part of a connection support | pillar (11), there is no possibility of falling off (detaching | detaching) from the connection ring (19) (19).

It should be noted that the reversing surfaces (18a) and (18a) of the adjacent corner wall panels (CW) and (CW) face each other in a state where a constant crossing angle (α) is maintained at the oblique cut edges (20) and (20). As shown in FIG. 17, a short connecting rod (12) is inserted through the connecting rings (19) and (19) protruding from the cut edges (20) and (20). Needless to say, the hook (12) hits the upper part of the long connecting column (11) and is received, and does not fall out of the connecting ring (19) (19).

In addition, the wire mesh in each wall panel (W) is combined with the work of connecting the folded surfaces (18a) (18a) of the adjacent wall panels (W) (W) with a short connecting rod (12). A plurality of pegs, staples, and other fixings (not shown) are driven into the horizontal grounding seat surface (18b) of the panel body (P), and the grounding seat surface (18b) is strongly pressed against the ground (GL). Fix it.

According to the above assembling method, a plurality of connecting rings (19) are formed between adjacent wall panels (W) and (W) and between adjacent wall panels (W) and the gate unit (G). ) (19) and not only by connecting the long connecting column (11) and the short connecting rod (12) through the skewer, but also by fixing the long connecting column (11) into the ground. As a result, there is no need to use a fastening tool such as bolts and nuts and its rotating operation tool, so that a small number of workers can be easily installed in a short time at the installation site. It can be assembled correctly, and by pulling out the long connecting column (11) from the connecting ring (19) and the ground (GL), the enclosure (T) can be disassembled and its components can be transported and installed. Also of the change it is to be carried out conveniently.

In addition, although the said basic embodiment of FIGS. 1-17 is in the open state of a ceiling surface as a fence (T) for mainly catching a deer and a shark, the ceiling surface is not shown in the figure, and a wire mesh panel and a tension | tensile_strength By covering with a construction net or the like, it is also possible to implement as a fence (T) that captures monkeys and the like.

Next, FIGS. 18 to 21 show a modified embodiment of the cage (T) according to the present invention, and the cage (T) is provided with a trapping cage (C) for trapping harmful animals. ing.

Even if a deer, frog, or other harmful animal can be captured in the enclosure (T), the harmful animal can freely move around the wide interior (capture space) of the enclosure (T) and quickly and securely stab one by one. Since it is difficult to process, a stick for stabbing stick (C) of a size that can be inserted one by one (for example, length / depth: 2000 mm x width / width: 1000 mm x height / height: 1000 mm) It is connected to the upper Symbol enclosure trap (T).

The stabbing spear (C) is a plurality of metal bone wires (not shown in the figure) crossing vertically and horizontally in a rectangular (rectangular) frame (26) in accordance with the wall panel (W) of the enclosure (T). To the plane of the wire mesh panel body (P) that is assembled and welded in a lattice state, the vertical and horizontal reinforcing wires (27y) (27x) are superposed and welded in a lattice state so as to subdivide the mesh. From the ceiling panel (U), bottom panel (F), left and right side panels (SL) (SR), and rear panel (R), the front opening becomes a communication port (28) with the enclosure (T). It is assembled into an elongated rectangular parallelepiped in the normal (front-rear) direction.

In that case, the left and right side panels (SL) (SR), the ceiling panel (U), and the bottom panel (F) are adjacent to each other along the straight back direction (longitudinal direction / depth direction) of the rectangular parallelepiped. It is connected via a total of four parallel long horizontal connecting rods (29), (29), (29), and (29) that extend, but the left and right side panels (SL) (SR) and the rear panel (R ) Are connected via two parallel (a pair of left and right) rear vertical connection rods (30) and (30) in parallel, and either one of the left and right rear vertical connection rods ( By pulling out 30), the rear panel (R) can be opened and closed around the vertical axis with the other rear vertical connecting rod (30) remaining as a pivot.

That is, the pair of left and right (two in total) rear vertical connecting rods (30) and (30) can be driven into the ground as driving rods (stakes), and the above-mentioned anchoring rod (C) The rear panel (R) is pivotally connected to only one of the left and right side panels (SL) (SR) so that it can function as an opening / closing door for the opening of the pest after the puncture. It is. However, the rear vertical connecting rod (30) serving as the pivot for the rear opening / closing door (rear panel) (R) may be restrained so as not to be pulled out.

In that case, a total of four parallel long horizontal connecting rods (29), (29), (29), and (29) are arranged on the left and right side panels (SL) according to the configuration of the wall panel (W) in the enclosure rod (T). ) (SR), a circular connecting ring (31) of short lateral reinforcing wires (27x) (27x) protruding from the adjacent wire mesh panel body (P) of the ceiling panel (U) and the back panel (R) (31) It is preferable to determine so that it can assemble by inserting it in the back (front-rear) direction so that it can be freely inserted and removed.

In addition, a total of two parallel left and right rear vertical connecting rods (30) and (30) are also connected to the left and right side panels (SL) (SR) according to the connecting column (11) having a long enclosure rod (T). ) And the back panel (R) are inserted into and out of the connecting rings (32) and (32) of the long vertical reinforcing wires (27y) and (27y) protruding from the adjacent wire mesh panel body (P) from above to the ground. It is determined so that it can be assembled by freely inserting it, and either the left or right rear vertical connecting rod (30) is pulled out of the ground (GL) and the connecting rings (32) (32), and the other rear It is desirable to manually open and close the rear opening / closing door (rear panel) (R) around the vertical axis with the side vertical connecting rod (30) as a pivot.

On the other hand, a pair of left and right front opening / closing door lifting guide columns (33) and (33) are installed on the front of the stabbing sword (C) forming the rectangular parallelepiped, and the front opening and closing door moves up and down along this. (34) opens and closes the communication port (front opening of the bag) (28) with the fence (T).

(35) is a hanging rope of the front opening / closing door (34), and when the operator pulls or relaxes it from the direction (backward direction) of the rear opening / closing door (R), Is not a door that is dropped by a trigger device such as the fall door (15) of the enclosure (T), but a non-falling door that is opened and closed by a manual operation by an operator. As long as it is, the raising / lowering (supporting) means of the front opening / closing door (34) instead of the hanging rope (35) may be adopted.

In that case, the left and right lifting guide columns (33) for the front opening / closing door lifting guide columns (33) and (33) according to the gate columns (21) and (21) of the gate unit (G) in the enclosure (T). A plurality of circular connecting rings (36) and (36) projecting to the rear side are welded to (33), and projecting from the wire mesh panel body (P) of the left and right side panels (SL) (SR). The front vertical connecting rod (37) is penetrated in a skewered state from above into the inside of the connecting ring (32) of the long vertical reinforcing wire (27y) and the connecting ring (36) on the lifting guide column (33) side, Further, by driving the front vertical connecting rod (37) into the ground, the rectangular parallelepiped retaining pin (C) and the front door opening / closing door lifting guide column (33) (33) can be assembled and fixed. preferable.

Then, not only the fence (T) but also the stabbing cage (C) can be assembled and disassembled without the need for tools, and the disassembled components (assembly parts) such as the ceiling panel (U) Bottom panel (F), left and right side panels (SL) (SR), rear panel (rear opening / closing door) (R), horizontal connection rod (29), pair of front and rear vertical connection rods (37) (30), etc. This is because it is easy and convenient to carry and change the installation location or to removably connect the stabbing cage (C) to the enclosure (T). However, the bottom panel (F) of the bowl (C) may be omitted, and the back panel (rear opening / closing door) (R) can also be made from a single blindfolded metal plate that cannot be seen through.

Then, the front opening / closing door elevating guide column (33) (33) has a circular connection projecting to the lateral side, like the gate column (21) (21) of the gate unit (G) in the enclosure (T). A plurality of the rings (38) are also welded, and the connection ring (38) on the side of the retaining stake (C) and the connection ring (19) on the wall panel (W) side of the enclosure (T). A long connecting column (11) is inserted into the ground from the top and driven into the ground while penetrating it, so that the stopper rod (C) is connected and fixed to the enclosure rod (T), and the assembled state according to FIG. 13 is obtained. To get.

Note that the entire configuration of the fence (T) excluding the connecting portion with the stopstick (C) is substantially the same as that of the basic embodiment shown in FIGS. 18 to 21 will be omitted, and detailed description of the modified embodiment will be omitted.

In the enclosure cage (T) according to the modified embodiment of FIGS. 18 to 21, as described above, the stabbing cage (C) for harmful animals is connected, but when capturing harmful animals, the cage (C) ) In the state where the front opening / closing door (34) is lowered and the communication port (front opening of the cage) (28) is closed with the enclosure cage (T), from the harmful animal entry port (14) of the enclosure cage (T). Be prepared for the entry of harmful animals such as deer and spiders.

When the harmful animal entry port (14) of the enclosure (T) is closed by the dropping door (15) by the operation of the trigger device, the harmful animal captured in the inside is stopped and stabbed. The front opening / closing door (34) of the cage (C) is raised by manual operation, and the front opening (communication port with the enclosure) (28) is kept open, and the interior of the enclosure (T) (capture space) ) From one animal to another inside the cage (C), and if one of them enters the interior, the front door (34) is lowered and the enclosure (T) And the communication port (28) is closed. At that time, it goes without saying that the rear opening (not shown) of the bag (C) is kept closed by the rear opening / closing door (rear panel) (R).

The harmful animals that have entered the cage (C) cannot move freely due to the narrowness of the inside, so this can be easily and reliably stopped and stabbed from the outside. The rear open / close door (rear panel) (R) of the cage (C) may be manually rotated to take out the pest that has been stabbed from the rear surface of the cage (C).

(11) ・ Long connection strut (12) ・ Short connection rod (13) ・ Drive limit stopper (14) ・ Pest entry hole (15) ・ Drop door (16) (26) ・ Frame (17y) (27y)・ Vertical reinforcing wire (17x) (27x) ・ Horizontal reinforcing wire (18a) ・ Clip surface (18b) ・ Grounding seat surface (18c) ・ Standing body surface (19) (25) (31) (32) (36) (38) ・ Connecting ring (21) ・ Gatepost (28) ・ Communication port (front opening)
(29) ・ Horizontal connecting rod (30) (37) ・ Vertical connecting rod (33) ・ Elevating guide column (34) ・ Front open / close door (C) ・ Sticking rod (F) ・ Bottom panel (G) ・ Gate Unit (R), rear panel (rear door)
(P) Wire mesh panel body (T) Enclosure (U) Ceiling panel (W) Wall panel (SL) Left panel (SR) Right panel (SW) Straight wall panel (CW) ) ・ Corner wall panel (GL) ・ Ground (AA) ・ Upper bending ridgeline (BB) ・ Lower bending ridgeline (ZZ) ・ Vertical line (YY) ・ Inclined line

Claims (6)

A plurality of wall panels (W ) in which a plurality of vertical reinforcing wires (17y) and horizontal reinforcing wires (17x), each of which subdivides the mesh, are welded to a wire mesh panel body (P) having a rectangular frame (16). )When,
At least one gate unit (G) comprising a drop door (15) for opening and closing the harmful animal entry port (14) and a pair of left and right gate pillars (21) that serve as lifting guide rails for the drop door (15). Prepared,
The wall panel (W) of the wall panel (W) has a wide vertical body surface (18c), and a flipped surface (18a) bent obliquely from the upper part to the inside by a predetermined angle (β). A grounding seat surface (18b) bent at a substantially right angle (γ) inward from the lower part of the vertical body surface (18c),
The left and right ends projecting from the frame (16) of the vertical body surface (18c) and the flipping surface (18a) of the transverse reinforcing wire (17x) of the wire mesh panel body (P) are both circularly connected. While continuously wound as a ring (19),
In the wire mesh panel body (P), a plurality of circular connection rings (25) that correspond in an orderly manner on the same vertical line (ZZ) as the connection ring (19) on the vertical body surface (18c) side are the above-mentioned Welded to the gate column (21) of the gate unit (G) so that it protrudes from the gate column (21).
In the above-mentioned wall panel (W), the adjacent main body surfaces (18c) are adjacent to each other so that the connecting rings (19) of the lateral reinforcing wire (17x) are correspondingly matched with each other. Connected by a long connecting post (11) driven in
Similarly, between the adjacent vertical body surface (18c) of the wall panel (W) and the gate unit (G) is a connecting ring (19 of the lateral reinforcing wire (17x) on the vertical body surface (18c) side. ) And a corresponding connecting ring (25) on the gate pole (21) side in the gate unit (G), and connected by a long connecting column (11) driven from above into the ground in a skewered state,
The ground contact surface (18b) of the wall panel (W) is pressed and fixed to the ground (GL) by a plurality of pegs, staples, and other fixing brackets,
In the same manner, the adjacent surfaces of the creeping surfaces (18a) in the wall panel (W) are aligned along the corresponding inclined line (Y-Y) of the connecting rings (19) of the lateral reinforcing wire (17x). Are connected by a short connecting rod (12) which is skewed from above and inserted into the penetrating state,
In addition, the lower end of the short connecting rod (12) is set so that it can be received by the upper portion of the long connecting column (11) driven into the ground so as not to fall out of the connecting ring (19). Characteristic enclosure for capturing harmful animals. The long connecting column (11) is longer than the height of the vertical body surface (18c) in the wire mesh panel body (P),
The driving limit stopper (13) that collides with the uppermost connecting ring (19) protruding from the vertical body surface (18c) is integrally extended from the upper part of the connecting column (11). The enclosure for capturing harmful animals according to claim 1. It consists of two types: a straight wall panel (SW) in which wall panels (W) are arranged in series, and a corner wall panel (CW) arranged in a state where they intersect at a certain angle (α) in plan view,
In the corner wall panel (CW), the left side edge or right side edge of the flipping surface (18a) that is bent obliquely by a certain angle (β) to the inside of the wire mesh panel main body (P) is the adjacent corner. It is cut as an inclined surface (20) so that the creeping surfaces (18a) of the wall panel (CW) face each other and can maintain the constant crossing angle (α).
The short connecting rod (12) is set to be inserted into the connecting ring (19) of the lateral reinforcing wire (17x) projecting from the inclined surface (20) to an obliquely upward bent state perpendicular to the inclined surface (20). The enclosure for capturing harmful animals according to claim 1. As blindfold metal plate drop door (15) to one of the gates unit (G), harmful according to claim 1, characterized in that cut out relief groove (22) of the inverted U-shaped at its lower central portion A fence for capturing animals. A front and rear opening / closing door (34) communicating with the inside of the enclosure plane shape, and an opening and closing door (R) for removing a harmful animal after the stabbing, and a stabbing cage for an elongated rectangular parallelepiped in the back direction (C)
A plurality of circular connecting rings (38) welded to the left and right lifting guide columns (33) of the front open / close door (34), and the vertical main body surface of the wire mesh panel main body (P) in the wall panel (W) Connected to the wall panel (W) of the surrounding planar shape by a long connecting column (11) which is driven from above into the ground in a pierced state into the interior corresponding to the connecting ring (19) protruding from (18c). The enclosure for capturing harmful animals according to claim 1, wherein the enclosure is fixed . The adjacent sides of the left and right side panels (SL) (SR), the ceiling panel (U), and the bottom panel (F) that form the stabbing cage (C) for the rectangular parallelepiped are in the back direction of the rectangular parallelepiped. Assembled through a total of four long horizontal connection rods (29) extending along
Similarly, the adjacent left and right side panels (SL) (SR) and the rear panel (R) are assembled through a total of two rear vertical connection rods (30),
Further, the adjacent left and right lifting guide columns (33) of the front open / close door (34) and the left and right side panels (SL) (SR) are also connected via a total of two front vertical connecting rods (37). And assembled,
Either the left or right side of the rear vertical connecting rod (30) is pulled out from the ground (GL), and the other is used as the pivot for the rear panel (R), and the rear panel (R) can be opened and closed around the vertical axis. The enclosure for capturing harmful animals according to claim 5, wherein the enclosure is defined as follows.