JP4519673B2 - Animal chest - Google Patents

Description

The present invention relates to an animal box traps. More particularly, relates to animal box traps prefabricated, the animal box traps can be assembled in a short time easily without the use of bolts and nuts.

  Box traps (also called capture traps) are used as traps that can capture relatively small game animals (rabbits, raccoon dogs, etc.) to large game animals (bears, wild boars, etc.). An example of such a box cage is an animal box cage filed by the inventor of the present application (see Patent Document 1).

  The animal box cage described in Patent Document 1 includes a cage body that is open at both ends. The bag main body includes a bottom member, side members provided on both sides thereof, and a top member that closes the top. A guide member is provided in the vertical direction at both openings of the bag main body, and a drop door is attached to the guide member. Each drop door is dropped by a trigger device that senses that a hunting beast has entered the main body of the cage and closes the opening.

  Such animal box cages generally have a structure that can be disassembled and assembled. Although the animal box cage described in Patent Document 1 is not specifically described in the specification, it can be disassembled and assembled, and each component constituting the cage body uses bolts and nuts at important points. Are connected and fixed to each other. The animal box cage is then transported to the place where each component is to be assembled and assembled on site.

JP2004-121077

It has the following problems in the prior SL Animal box trap structure assembling using bolts and nuts each component constituting the Hakowana like.
That is, in the assembling work using bolts and nuts, the fixing work of each component member is a fine work, and there are relatively many fixing points, so that it takes time for assembling and takes a relatively long time.

  Further, the place where the animal box cage is placed is not necessarily the ground where the soil is exposed. Rather, there are many places where grass is overgrown or fallen leaves are stacked. For this reason, bolts and nuts were dropped during assembly work, lost by being covered with grass and fallen leaves, and it took a lot of time to look for it, resulting in delays in assembling the basket.

Furthermore, if it takes too much time for the trap work, there is a problem that the smell of the human remains on the scene and the hunting beasts are not allowed to approach.
The inventors of the present application, in order to solve the previous Symbol challenges, efforts to the development of the animal box traps, which can be assembled and disassembled in a shorter time easily, leading to completion of the present invention repeatedly research and trial It was.

(Object of the present invention)
The present invention eliminates the need for detailed manual work, such as when using bolts and nuts, for fixing each component when assembling an assembling type animal box cage, and prevents parts from being removed. An object of the present invention is to provide an animal carton that can be easily assembled in a short time.

Means taken by the present invention to solve the above problems are as follows.
In the first invention,
A prefabricated animal carton,
Having a plurality of scissors components,
The cage structure members connected to each other among the cage component, which insertion portion adjacent is provided each other when set at the assembly position,
The connecting tool for connecting each of the scissors constituting members includes two mounting parts arranged in parallel on the base part with a space that can be inserted into the adjacent insertion part, and the two mounting parts are one part of the base part. The base members are provided on the side surface at right angles to and parallel to each other, and the two mounting parts of the coupling tool are simultaneously moved and inserted into the adjacent insertion parts, and the respective heel component members are coupled .
It is a box for animals.

In the second invention,
A bottom member;
A side member attached to a required end side of the bottom member;
A top member attached between the upper parts of the side members;
A guide member is provided in the opening formed in the previous SL each pen components,
A drop door attached to the guide member so as to be movable up and down,
A prefabricated animal box traps and a trigger device to drop the drop door,
The bottom member, each side member, or the top member has an insertion portion adjacent to each other at a required position when they are set at the assembly position,
The bottom member, each side member, or the top member are connected to each other by a connecting tool that connects each insertion portion ,
The connector includes two mounting portions arranged in parallel to the base with a space that can be inserted into the adjacent insertion portions, and the two mounting portions are perpendicular to the base on one side surface of the base. And each of the scissors constituting members is connected by simultaneously moving the two mounting portions of the connecting tool and inserting them into the adjacent inserting portions.
It is a box for animals.

In the third invention,
The bottom member, each side member or the top member has means for rotatably engaging with the other at the end side portion,
It is an animal box cage according to the second invention.

In the fourth invention,
The mounting portion has a retaining means for preventing it from coming off from the insertion portion or the engaging portion,
An animal box cage according to the first, second or third invention.

In the fifth invention,
It has positioning means for setting each heel component member at the assembly position in the insertion portion,
An animal box cage according to any one of the first to fourth inventions.

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As the means that the bottom member, each side member or the top member has to be engaged with the other side to be rotatable with the other, there are, for example, a combination of a hook and a straight bar, a combination of a hook and a hook, etc. It is not limited to these.
In addition, the “bottom member, each side member or top member” here includes at least the meaning of the bottom member, each side member or top member, and there may be only one of them. There may be two arbitrarily selected or all of them.

Positioning means for setting each heel component member to the assembly position in the insertion portion in the connection structure is, for example, using engagement or contact between a recess and a projection, such as engagement of a hole and a pin, by a hook or the like Although it is a thing using a hook etc., it is not limited to these.
In addition, the case where the insertion portions are adjacent to each other includes the case where the insertion portions are adjacent so that the positions of the portions in the longitudinal direction are aligned, and the case where the insertion portions are not aligned and are shifted in the longitudinal direction.

(Function)
The operation of the animal box cage according to the present invention will be described. Here, each constituent element of the present invention will be described by giving a reference numeral given to each part in the embodiment described later, but this provision of the reference sign is only for the purpose of helping understanding of the explanation. Therefore, it does not mean that each constituent element is limited to the above-described parts.

The animal box cage is assembled as follows, for example.
(1) Set the bottom member (1) and each side member (2) at the assembly position. The insertion portions provided on the bottom member (1) and the side members (2) are adjacent to each other at required locations. In addition, when the side member or the bottom member has a means that engages with the other end portion in a rotatable manner, for example, a hook is used, and required end sides are engaged with each other. Further, in the connecting structure having positioning means for setting each heel component member at the assembly position in the insertion portion , the position of each heel component member is automatically and accurately determined by the positioning means.

(2) the adjacent insertion portion inserted shi the mounting portion to mount the connector so as to connect the respective insert portions in the mounting portion. Thereby, a bottom member (1) and each side member (2) are connected. Further, when the connector has a retaining means, there is no possibility that the connector will come off and be lost, or that the fixing force between the members may be weakened.

(3) The top member (3) is placed on each side member (2) and the guide member (5), or is set at the assembly position so as to be placed. The insertion portions provided in the top member (3), the side members (2), and the guide member (5) are adjacent to each other at required positions.

(4) the adjacent insertion portion inserted shi the mounting portion to mount the connector so as to connect the respective insert portions in the mounting portion. Thereby, the top member (3), each side member (2), and the guide member (5) are connected.
(5) Attach the drop door (6) to the guide member (5).
(6) Attach the components of the trigger device to the necessary parts of each component. The trigger device may be pre-assembled on the top member (3) or the like.
The animal carton is assembled as described above.

(A) According to the animal box traps according to the present invention, inserted when assembling the animal box traps, which sets the base member, side members, the cage structure member such as a ceiling member in assembled position, adjacent to the required positions Since it is only necessary to attach the connector so that the part is connected by the attachment part, the work is not required to be done in detail, unlike the conventional case where bolts and nuts are used. Can be prevented. As a result, the animal carton can be easily assembled in a short time.

(B) A connecting tool provided with a step at the position of the tip in the axial direction of each mounting part of the connecting tool can be used as a guide if the protruding tip of the mounting part is inserted into one insertion part. Thus, the tip of the other mounting portion is automatically inserted into the insertion portion without any special operation.
That is, if the tip of each mounting part is arranged in parallel at the same position in the axial direction, it is necessary to align the tip of each mounting part with each insertion part at the same time. And it can be done reliably.

(C) coupling which comprises a retaining means to prevent removal omission insertion portion or al the mounting portion, lost or coupling is pulling away, the fixing force may be or weakened is not between the members.

(D) A connecting structure provided with positioning means for setting each scissor constituent member at the assembly position in the insertion portion is excellent in workability because the position of each scissor constituent member is automatically and accurately determined.

The present invention will be described in detail based on the embodiments shown in the drawings. In the following description, in order to make the present invention clear and easy to understand, the trigger device that is not the main part of the present invention is illustrated with only a part of the components, and detailed description is omitted. .
The trigger device can be of various structures as long as it can detect the entry of a hunting beast into the box cage, such as the trigger device described in Japanese Patent Application Laid-Open No. 2004-121077 of the above-mentioned Patent Document 1, and can drop the trap door and capture it. The structure is not particularly limited.

FIG. 1 is a perspective explanatory view showing an assembled state of an animal box cage according to the present invention,
2 is a front view of the animal box cage,
FIG. 3 is a plan view of an animal box cage,
FIG. 4 is a bottom view of the animal box cage.

The animal box cage A includes an iron bottom member 1, a side member 2 attached to both sides of the bottom member 1, a top member 3 attached to the top of each side member 2, and openings formed by the respective constituent members. It comprises a guide member 5 attached to the part 4, a drop door 6 attached to the guide member 5 so as to be movable up and down, and a required number of connectors 7 used for assembling them, and can be disassembled and assembled. .
Note that the trigger device that senses the invasion of a hunting beast into the box cage and drops the drop door 6 is stopped in a part of the illustration as described above, and the description is omitted.
First, the structure of each component will be described with reference to the drawings.

(Bottom member 1)
The bottom member 1 is formed in a rectangular shape by arranging a required number of rod-like and long reinforcing bars 11 and similarly short reinforcing bars 12 vertically and horizontally and welding them. Edge members 15 (two places on the long side) and 15a (two places on the short side) made of angle steel are fixed to the four end sides of the bottom member 1 over the entire length.

  An insertion tube 16 that is an insertion portion or a fixed connecting element is welded to the one surface (outer surface side) of each edge member 15, 15 a at a required interval in the longitudinal direction. The insertion tube 16 constitutes a connection structure together with the connection tool 7 described later. The insertion tube 16 has an axial direction parallel to the longitudinal direction of the edge members 15 and 15a, and is provided at the long side edge member 15 at seven locations and at the short side edge member 15a at four locations. Each insertion tube 16 is a circular tube having an inner diameter and a length through which one of mounting portions 71 and 72 of the connector 7 described later can be inserted and penetrated.

(Side member 2)
The side member 2 is formed in a rectangular shape by arranging a required number of rod-like and long reinforcing bars 21 and similarly short-length reinforcing bars 22 vertically and horizontally and welding them. Edge members 25 (two places on the long side) and 25a (two places on the short side) are fixed over the entire length at the four end sides of each side member 2 similarly to the bottom member 1. ing.

  Insertion pipes 26 are welded and fixed to one surface (outer surface side) of each edge member 25, 25a at a required interval in the longitudinal direction. The insertion tube 26 has an axial direction parallel to the longitudinal direction of the edge members 25 and 25a, and is provided at seven locations on the long side edge member 25 and at four locations on the short side edge member 25a. Each insertion tube 26 is a circular tube similar to the insertion tube 16 of the bottom member 1.

(Ceiling member 3)
The top member 3 is formed in a substantially rectangular shape by arranging a required number of rod-like and long reinforcing bars 31 and a similarly short length of reinforcing bars 32 vertically and horizontally and welding them. Edge members 35 (two places on the long side) and 35a (two places on the short side), which are formed of angle steel like the bottom member 1, are fixed to the four end sides of the top member 3 over the entire length. Yes.

  An insertion tube 36 is welded and fixed to one surface (outer surface side) of each edge member 35, 35a at a required interval in the longitudinal direction. The insertion tube 36 has an axial direction parallel to the longitudinal direction of the edge members 35, 35a, and is provided at the long side edge member 35 at seven locations and at the short side edge member 35a at four locations. Each insertion tube 36 is a circular tube similar to the insertion tube 16 of the bottom member 1.

(Guide member 5)
The guide member 5 has a bottom frame 51, a side frame 52, and an intermediate frame 53.
The bottom frame 51 is formed of unequal angle irons, and the wide portion 510 is horizontal during assembly, and the narrow portion 511 is positioned outward and vertical. On the bottom surface side of the wide portion 510 of the bottom frame 51, the insertion pipes 56 are welded and fixed at four locations at a predetermined interval in the longitudinal direction. The insertion tube 56 is a circular tube similar to the insertion tube 16 of the bottom member 1.

Side frames 52 are provided at right angles at both ends of the bottom frame 51. The height of each side frame 52 is set to about 1.7 times the height of the drop door 6 to be attached.
The side frame 52 is made of equilateral angle steel, and the corners are aligned with the corners on both outer sides of the bottom frame 51.
A guide plate 521 is welded in parallel with a plate 520 and a required gap 522 inside the plate 520 outside each side frame 52. Both end portions of a drop door 6 to be described later are slidably inserted into the gap 522.

On the outer surface side of the base side of each side frame 52 (the part corresponding to the short side of the side member 2 when assembled), the same insertion as the insertion tube 56 of the bottom frame 51 at four positions in the longitudinal direction is performed. The tube 56 is fixed by welding.
An intermediate frame 53 is provided between the side frames 52 at right angles so as to connect them. The intermediate frame 53 is formed of equilateral angle steel, and an insertion tube 56 similar to the insertion tube 56 of the bottom frame 51 is welded and fixed to the upper surface side thereof.

(Falling door 6)
The dropping door 6 has a base frame 60 that is framed in a rectangular shape. The base frame 60 is composed of a vertical frame member 61 formed of two unequal angle irons and a horizontal frame member 62 formed of a strip. Between the two vertical frame members 61, four fence plates 63 are welded at both ends so as to be equidistant in the vertical direction in parallel with the horizontal frame member 62. A handle 64 is provided outwardly at the center of the lowermost fence plate 63.

  A guide plate 65 made of a strip is provided in parallel with the vertical frame member 61 at the center in the width direction between the horizontal frame members 62. The guide plate 65 keeps the trigger member from moving along the trigger member when the trigger device is activated and the drop door 6 falls and when the drop door 6 is raised.

Between both lateral frame members 62, six fence bars 66 are provided by welding both ends so as to penetrate each fence plate 63 and be equally spaced in the width direction.
In addition, the lower end of the board on the side projecting outward from both vertical frame members 61 is cut off obliquely. For example, when an assembly operator (hunter) accidentally drops the door 6 and contacts a leg or the like. The risk is mitigated.

FIG. 5 is an exploded perspective view showing a connector according to the present invention and an insertion tube to which the connector is mounted,
6 shows a state where the connector shown in FIG. 5 is attached to the insertion tube, (a) is a plan view explanatory view, (b) is a side view explanatory view,
7 shows the structure of the connector shown in FIG. 5, (a) is a front view, (b) is a bottom view, (c) is a right side view, and (d) is an XX cross-sectional view in (c). It is.

(Connector 7)
The connector 7 is made by precision casting. The connector 7 has a base portion 70 having a square bar shape. On one side of the longitudinal side of the base portion 70, mounting portions 71 and 72, which are round bar-like movable connecting elements, are arranged in parallel at a required interval (intervals that can be inserted into adjacent insertion tubes at the time of assembly: see FIG. 6). It is installed. The mounting portions 71 and 72 are provided at right angles to the base portion 70 and in parallel with each other, and the distal end portions are formed so as to be slightly narrowed so as to be easily inserted into the insertion tube.

  In addition, the length of one mounting portion 71 is slightly longer than that of the other mounting portion 72. Further, the length of the mounting portion 71 is set to be longer than each of the insertion tubes so that a stop hole 74 described below is exposed at the time of mounting, and the length of the mounting portion 72 is partly exposed from the insertion tube. It is set as follows.

  A stop hole 74 for penetrating in the diametrical direction and engaging with a stop pin 73 is provided at the tip of the longer mounting portion 71. The position of the stop hole 74 is set so that the attached stop pin 73 does not contact the mounting portion 72 (see FIG. 6).

(Function)
Next, the method for assembling the animal box cage A, the connection structure including the connection tool, and the operation of each part will be described with reference to FIGS.

(1) The bottom member 1 and each guide member 5 are connected. Specifically, first, the bottom member 1 is erected with one long side facing down, and the guide members 5 are disposed at both ends in the longitudinal direction at right angles to the assembly direction. At this time, the edge member 15a on the short side of the bottom member 1 and the bottom frame 51 of each guide member 5 are aligned, and the insertion tubes 16 and 56 are adjacent to each other.

(2) The connecting tool 7 is attached to the insertion tubes 16 and 56 adjacent to each other so as to connect them. When mounting, first, the longer mounting portion 71 is inserted into one insertion tube, and this is used as a guide to insert the shorter mounting portion 72 into the other insertion tube. A hammer or the like may be used when it is difficult to insert due to the displacement of the positions of the insertion tubes 16 and 56. Then, a stop pin 73 is engaged with the stop hole 74 exposed from the insertion tube so that the connector 7 does not come off. Thereby, the bottom member 1 and each guide member 5 are connected.

(3) Next, each side member 2 is arranged so as to match the bottom member 1 and each guide member 5. At this time, the long side edge member 25 of each side member 2 is aligned with the edge member 15 of the bottom member 1, and the short side edge member 25 a of each side member 2 is aligned with the side frame 52 of each guide member 5. Accordingly, the insertion tubes 26 and 16 are adjacent to each other at seven locations, and the insertion tubes 26 and 56 are adjacent to each other at four locations. And the connection tool 7 is mounted in the same manner as in the above (2) so as to connect them. Thereby, the bottom member 1, each guide member 5, and each side member 2 are integrated.

(4) Raise the above-mentioned integrated structure so that the bottom member 1 is on the bottom, and arrange the top member 3 on each side member 2. At this time, the edge member 35 on the long side of the top member 3 and the edge member 25 on the long side of each side member 2, and the edge member 35 a on the short side of the top member 3 and the intermediate frame 53 of each guide member 5 Match. Thereby, the insertion tubes 36 and 26 and the insertion tubes 36 and 56 are made adjacent to each other.
And the connection tool 7 is mounted in the same manner as in the above (2) so as to connect them. Thereby, the bottom member 1, each guide member 5, each side member 2, and the top member 3 are integrated.

  As shown in FIG. 6B, when the edge members 35 and 25 are aligned, the engagement pin 250 is fixed to the edge member 25 through the engagement hole 350 provided in the edge member 35 as shown in FIG. It is good also as a structure which can be positioned by inserting. About this, the edge member of another member can also be set as the same structure.

(5) A drop door 6 is attached to each guide member 5 so as to be movable up and down. Specifically, the drop door 6 is inserted into the gap 522 formed by the guide plate 521 of the side frame 52 of each guide member 5 so that the handle 64 is positioned outside. Attach with. Each drop door 6 is in the ascending position in the state where the hook is put on, and is supported by the trigger member 9 with the opening 4 opened. FIG. 1 shows this state.
(6) Set each part of the trigger device attached to each of the above-mentioned constituent members, and set a hook.

  As described above, the animal box cage A according to the present invention can be assembled or engaged with each other, and the components can be connected by the connector 7 in the assembly. Since it is not necessary to use nuts and tools, and removing them does not interfere with the assembling work, the animal box cage A can be easily assembled in a short time.

FIG. 8 is an exploded perspective view illustrating another connector and an insertion tube to which the connector is mounted;
9 shows a state where the connector shown in FIG. 8 is attached to the insertion tube, (a) is a plan view explanatory view, (b) is a side view explanatory view,
10 shows the structure of the connector shown in FIG. 8, (a) is a front view, (b) is a bottom view, (c) is a right side view, and (d) is a YY sectional view in (c). It is.

As for the connection tool 7a, the mounting parts 71a and 72a are formed in the shape of a square bar. Moreover, when using the connector 7a, the shape of the insertion pipes 16a and 26a (same as the insertion pipes of other members) is also a rectangular tube shape, for example.
According to the connector 7a, for example, when the long insertion portion 71a is inserted into one of the insertion tubes 16a when mounting on the adjacent insertion tubes 16a and 26a, the mounting portion 71 is different from the round rod-shaped connection tool 7a. Therefore, the shorter mounting portion 72a is not displaced from the position of the insertion tube 26a, and is easier to mount.

  FIG. 11 shows a mounting state of another connecting tool to the insertion tube, (a) is a plan view of a state where the mounting portion is mounted to the base portion, (b) is a plan view of a state where the mounting portion is pulled out to the maximum length, (C) is the perspective explanatory drawing.

  The connector 7b further increases the difference between the lengths of the mounting portions 71b and 72b having a square bar shape, and the length of the mounting portion 71b is set to be twice or more the length of the mounting portion 72b. When the long mounting portion 71b is pulled out until the longest mounting portion 71b is stopped by the action of the stop pin 73b, the shorter mounting portion 72b is completely removed from the insertion tube 26a (FIGS. 11B and 11B). c)). The front end side of the mounting portions 71b and 72b is formed in a tubular shape by leaving the base portion partly removed, thereby reducing the weight and ensuring sufficient strength of the base portion that can withstand impacts such as driving. .

  According to this structure, it is possible to leave the connector 7b attached to the member (in this case, the bottom member) having the insertion tube 16a on the side where the longer mounting portion 71b is mounted. Therefore, when assembling each member, it is excellent in workability at the time of attaching the connecting tool to the insertion tube, the labor of handling can be reduced, and there is no possibility of losing it by removing the connecting tool.

  In this embodiment, the mounting portions 71b and 72b are in the shape of a square bar. However, the base portion 70 is rounded so that the end portion is short and not obstructing, and the long mounting portion is rotatable. The member may be folded inside. Furthermore, in order to obtain the same effect, about half of the longer mounting portion on the base side can be formed into a square bar shape, and about half of the front side can be formed into a round bar shape.

  12A and 12B show the structure of still another insertion tube, where FIG. 12A is an exploded perspective view, and FIG. 12B is a plan view of a state in which the connector is mounted on the insertion tube.

  The insertion tube 26b fixed to the edge member 25 and the insertion tube 36b fixed to the edge member 35 have different structures. At the time of assembling the members, adjacent insertion pipes 26b and 36b are provided with a convex portion 262 in the insertion pipe 26b on the joint surface side, and a concave portion 362 that fits the convex portion 262 in the insertion pipe 36b. . These convex portion 262 and concave portion 362 constitute positioning means for setting each member at the assembly position.

  In addition, on the opposite side of the insertion tube 26b from the convex portion 262, two set members 260 are provided at both ends in the longitudinal direction. At the tip of each set member 260, an engaging portion 261 relating to the edge of the edge member 25 is provided. Similarly, the insertion tube 36b is provided with a set member 360 having an engaging portion 361 at the tip.

  If the engaging portions 261, 361 of the set members 260, 360 are applied to the end edges of the edge members 25, 35 as shown in the figure, the axial direction of the tube portions of the insertion tubes 26b, 36b is automatically set to the edge member 25, 35 is parallel to the longitudinal direction. Thereby, positioning of an insertion pipe when welding an insertion pipe to an edge member at the time of manufacture can be performed easily and accurately.

  In addition, when assembling the hook, the positions of the insertion tubes 26b and 36b and the positions of the respective members are automatically determined by engaging the convex portions 262 and the concave portions 362 of the adjacent insertion tubes 26b and 36b. The attachment 7a can be easily attached. The insertion tube having such a structure does not need to be used for all of the insertion tubes provided in each member, and can be used as a positioning means even if it is used in a part (for example, one place per side of each member). The function of can be fully demonstrated.

FIG. 13 is an explanatory view showing another example of the connecting structure of the bottom member and the side member.
In this embodiment, the lower part on the long side of each side member 2a is pivotally hooked and connected to the long side of the bottom member 1a. Other portions are connected using the connector 7 or the like as in the above embodiment.

The structure of the connecting portion is as follows.
A stop member 13 made of a slightly larger diameter reinforcing bar is welded and fixed to both ends of the bottom member 1a in the width direction. Each stop member 13 is provided in parallel with a predetermined distance inside the longest reinforcing bar 11a located on the outermost side. Only the two reinforcing bars 11a located on the outermost side are provided on the surface opposite to the other reinforcing bars 11 (lower side in FIG. 12).
In addition, the side member 2a has a hook 23 serving as a means for engaging with the reinforcing bar 11a on the end side of the bottom member 1a at one end (lower end) of each of the short reinforcing bars 22 that are longitudinal when assembled. Each is formed.

  According to this, the bottom member 1a and the respective guide members 5 combined in the procedure of (1) above are raised, the respective guide members 5 are set up vertically, and the respective side members 2a are slightly tilted to the outside. Each hook 23 provided on the side is engaged with a long reinforcing bar 11a at the end of the bottom member 1a. Then, the side members 2a are erected so as to rotate.

  Each side member 2a stops when the longest reinforcing bar 21 on the lowermost side of the side member 2a rides on the reinforcing bar 12 of the bottom member 1a and hits the stop member 13 from the outside to become almost vertical, and the angle is automatic. It comes to be decided. In addition, the hook 23 engages with the reinforcing bar 11a, the reinforcing bar 21 hits the reinforcing bar 12 and the stop member 13, and the angle of the side member 2 is fixed. Are firmly connected.

The subsequent connection between each side member 2a and each guide member 5 and the connection between the top member 3, each side member 2 and each guide member 5 can be performed in substantially the same manner as in the procedure (4) and subsequent steps.
According to this, since the attachment of the coupling tool is changed to a work with better workability such as the engagement of the hook, the work time required for the assembly can be further shortened.

  Note that the terms and expressions used in the present specification are merely explanatory and not restrictive, and do not exclude terms and expressions equivalent to the above terms and expressions. The present invention is not limited to the illustrated embodiment, and various modifications can be made within the scope of the technical idea.

The perspective explanatory view which shows the state which assembled the box cage for animals which concerns on this invention. The front view of the animal box cage. The top view of a box cage for animals. The bottom view of the box cage for animals. Exploded perspective view showing a connecting tool according to the present invention and an insertion tube to which the connecting tool is mounted. The state which mounted | wore the insertion tube with the coupling tool shown in FIG. 5 is shown, (a) is planar view explanatory drawing, (b) is side view explanatory drawing. The structure of the connector shown in FIG. 5 is shown, (a) is a front view, (b) is a bottom view, (c) is a right side view, and (d) is an XX cross-sectional view in (c). Exploded perspective view showing another connector according to the present invention and an insertion tube to which the connector is mounted. The state which mounted | wore the insertion tube with the coupling tool shown in FIG. 8 is shown, (a) is planar view explanatory drawing, (b) is side view explanatory drawing. The structure of the connector shown in FIG. 8 is shown, (a) is a front view, (b) is a bottom view, (c) is a right side view, and (d) is a YY cross-sectional view in (c). Furthermore, the attachment state of another connector to the insertion tube is shown, (a) is a plan view of a state where the attachment portion is attached to the base portion, (b) is a plan view of a state where the attachment portion is pulled out to the maximum length, (c). FIG. Furthermore, the structure of another insertion tube is shown, (a) is a disassembled perspective explanatory view, (b) is a plan view of a state in which the connector is mounted on the insertion tube. Explanatory drawing which shows the other example of the connection structure of a bottom member and a side member.

A Animal cage 1 Bottom member 11 Reinforcing bar 12 Reinforcing bar 15, 15a Edge member 16 Insertion tube 2 Side member 21 Reinforcing bar 22 Reinforcing bar 25, 25a Edge member 250 Engagement pin 26 Insertion tube 3 Top member 31 Reinforcing bar 32 Reinforcing bar 35 Edge member 350 Engagement hole 35a Edge member 36 Insertion tube 4 Opening portion 5 Guide member 51 Bottom frame 510 Wide portion 511 Narrow portion 52 Side frame 520 Plate 521 Guide plate 522 Clearance 53 Intermediate frame 56 Insertion tube 6 Drop door 60 Base frame 61 Vertical frame Member 62 Horizontal frame member 63 Fence plate 64 Handle 65 Guide plate 66 Fence rod 7 Connecting tool 70 Base 71 Mounting portion 72 Mounting portion 73 Stopping pin 74 Stopping hole 7a Connecting tool 71a Mounting portion 72a Mounting portion 16a Insertion tube 26a Insertion tube 7b Connection Tool 71b Mounting part 72b Mounting part 73b Stop pin 1a Bottom member 11a Rebar 13 Stopping member 2a side Material 23 hooks 26b insertion tube 260 setting member 261 engagement portion 262 protrusion 36b inserted tube 360 setting member 361 the engagement portion 362 recess 9 trigger member

Claims (5)

A prefabricated animal carton,
It has a plurality of saddle components (1,2,3,5,6)
Insertion unit the the cage structure members connected to one another out of cage components (1, 2, 3, 5) (1,2,3,5), which are adjacent to each other when set at the set upright position ( 16, 26, 36, 56)
The connector (7 ) for connecting each of the heel component members (1, 2, 3, 5) is provided at the base (70) with a space that can be inserted into the adjacent insertion portion (16, 26, 36, 56). Two mounting portions (71, 72) arranged side by side are provided, and the two mounting portions (71, 72) are perpendicular to the base portion (70) on one side of the base portion (70) and to each other. The two attachment portions (71, 72) of the connector (7) are simultaneously moved and inserted into the adjacent insertion portions (16, 26, 36, 56). The components (1,2,3,5) are connected ,
Animal box cage. A bottom member (1);
A side member (2) attached to a required end side of the bottom member (1);
A top member (3) attached between the upper parts of each side member (2),
Guide member (5) which is provided in the opening (4) formed in the previous SL each pen components,
A drop door (6) attached to the guide member (5) to be movable up and down;
A prefabricated animal box traps and a trigger device to drop the door (6) dropped,
The bottom member (1), each side member (2), or the top member (3) has an insertion portion (16, 26, 36, 56) adjacent to each other at a required position when they are set at the assembly position. And
The bottom member (1), each side member (2) or the top member (3) are connected to each other by a connecting tool (7) that connects each insertion portion (16, 26, 36, 56) ,
The connector (7) includes two mounting portions (71, 72) arranged in parallel to the base portion (70) with a space that can be inserted into the adjacent insertion portions (16, 26, 36, 56). The two mounting portions (71, 72) are provided on one side of the base portion (70) at right angles to the base portion (70) and in parallel with each other, and the two fittings (7) By simultaneously moving the mounting portions (71, 72) and inserting them into the adjacent insertion portions (16, 26, 36, 56), the respective heel component members are coupled,
Animal box cage. The bottom member (1), each side member (2), or the top member (3) has means (23) that rotatably engages with the other at the end side portion,
The animal carton according to claim 2. The mounting portion (71) is provided with a retaining means (74, 73) for preventing it from coming off from the insertion portion (16, 26, 36, 56).
The box cage for animals according to claim 1, 2 or 3. It is provided with positioning means (262,362) for setting the scissors constituting member at the assembly position in the insertion part (16,26,36,56),
The animal box cage according to any one of claims 1 to 4 .

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