JP2006000078A - Method for assembling animal box cage and animal box cage - Google Patents

Abstract

【Task】
Provided is an animal carton that can be easily assembled in a short time without using bolts or nuts and without using tools.
[Solution]
The animal box cage (A) includes a bottom member (1), a side member (2), a top member (3), a guide member (5), a drop door (6), and a trigger device. The bottom member (1) and the guide member (5) are coupled by pressing the bottom member (1) with a through member (7a) that is passed through the insertion receiving tool (54) of the guide member (5), and the bottom member (1 ) And the side member (2) are connected by engaging the hook (23) on the edge side, and the guide member (5) and the side member (2) are connected to the insertion receptacle (54) of the guide member (5). The side member (2) and the top member (3) are connected by pressing the side member (2) with the threading member (7b) that is passed, and the side member (2) and the top member (3) are passed between the insertion receivers (24) of the side member (2). The top member (3) is pressed by the threading member (7c) and connected.
[Selection] Figure 4

Description

  The present invention relates to a method for assembling an animal carton and an animal carton. More particularly, the present invention relates to an assembling method of an animal box cage and an animal box cage which can be assembled easily in a short time without using bolts and nuts and without using a tool. .

  Box cages (also called capture cages) are used as cages that can capture relatively small captured animals (rabbits, raccoon dogs, etc.) to large captured 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 the captured beast has entered the main body of the cage.

  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. They are connected and fixed to each other. The animal box cage is then transported to a place where each component is to be assembled and assembled on site.

JP2004-121077

The animal box cage having the structure in which the components constituting the box cage as described above are assembled using bolts and nuts has the following problems.
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 are often removed during assembly work, lost by being covered with grass or fallen leaves, or tools such as spanners are dropped, making it difficult to find the bag and assembling it late. Was going on. Thus, if too much time is spent on the trap work, the human smell will remain on the scene, and the captured beast will not be able to approach it.
The inventor of the present application has worked on the development of an animal box cage that can be easily assembled and disassembled in a shorter time, and has completed the present invention.

(Object of the present invention)
An object of the present invention is to provide an assembling method of an animal box cage and an animal box cage capable of easily assembling an assembling type animal box cage in a short time.

Means taken by the present invention to solve the above problems are as follows.
In the first invention,
A method for assembling an animal carton,
The structural members constituting the box cage are connected by pressing other structural members with a passing member that is passed through a required structural member,
This is an assembling method for animal box cages.

In the second invention,
A method for assembling an animal carton,
The structural members constituting the box cage are connected to each other by engaging the end sides and pressing the other structural member with a passing member passed through the required structural member.
This is an assembling method for animal box cages.

In the third invention,
A bottom member, a side member attached to the end side of the bottom member, a top member attached to an upper portion of each side member, a guide member attached to an opening formed by each of the constituent members, and a guide member A method for assembling an animal box cage with a drop door that can be mounted in a vertically movable manner,
Connecting the bottom member and the guide member by passing the insertion member through the insertion portion of the guide member and pressing the bottom member with the passage member;
Engaging and connecting the bottom member and the side member on the edge side,
Connecting the guide member and the side member by passing the insertion member through the guide member and pressing the side member with the passage member;
Connecting each side member and the top member by pressing the top member with the passing member through the passing member between the insertion portions of each side member;
Including,
This is an assembling method for animal box cages.

In the fourth invention,
An animal carton,
The structural members constituting the box cage are configured to be connected to each other by pressing other structural members with a passing member that is passed through the required structural member.
It is a box for animals.

In the fifth invention,
An animal carton,
The structural members constituting the box cage are configured so that the end sides can be engaged with each other and the other structural members can be pressed by a passing member passed through the required structural member. ,
It is a box for animals.

In the sixth invention,
Animal box cage that can be disassembled and assembled,
A bottom member;
A side member attached to the end side of the bottom member;
A top member attached to the top of each side member;
A guide member attached to an opening formed by each of the constituent members;
A drop door attached to the guide member so as to be movable up and down,
A trigger device to drop the door,
With
The bottom member and the guide member are configured to be connected by pressing the bottom member with a threading member that is passed through the insertion portion of the guide member,
The bottom member and the side member are configured to be engaged and connected on the end side,
The guide member and the side member are configured to be connected by pressing the side member with a through member that is passed through the insertion portion of the guide member,
Each side member and the top member are configured to be connected by pressing the top member with a passing member that is passed between the insertion portions of each side member.
It is a box for animals.

In the seventh invention,
The engagement of the bottom member and the side member on the side of the end portion is performed by engaging the hook provided on the side member side to the bottom member side, and the side member is engaged by engaging the hook. Stop means for stopping the side member when standing upright to the material is provided,
It is the box cage for animals which concerns on 6th invention.

In the eighth invention,
Animal box cage that can be disassembled and assembled,
A bottom member;
A side member attached to the end side of the bottom member;
A top member attached to the top of each side member;
A guide member having a portion corresponding to the bottom member and a portion corresponding to each side member;
A drop door attached to the guide member so as to be movable up and down,
A trigger device to drop the door,
With
The bottom member and the side member are in contact with each other from the outside corresponding portions of the guide member, and the top member is configured to be attached to the upper end portion of the side member and assembled.
Animal cage.

  Examples of means for engaging the end sides of the constituent members include, but are not limited to, a combination of a hook and a straight bar, a combination of a hook and a hook, and the like.

  The form of the threading member is not particularly limited as long as it has sufficient strength to hold down the constituent members. For example, a round bar, a bar-like one such as each bar, a plate-like one, a somewhat flexible wire rope-like one, and the like. In addition, in the case of a thing with flexibility, the fixing | fixed, such as binding the edge part to a structural member, is needed.

  The expression of pressing the component member with the threading member is not necessarily limited to a state in which the threading member is in contact with the component member and pressed with pressure. For example, in a normal state, there is a gap and the component member moves. The state which can be stopped with a member is also included.

(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 assigned 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 description. Therefore, it does not mean that each constituent element is limited to the above-described parts.

The animal box cage is assembled as follows.
(1) Connect the bottom member (1) and the guide member (5). Specifically, the bottom portion of the guide member (5) and the bottom member (1) are combined, the through member (7a) is passed through the insertion portion (54,540) of the guide member (5), and the bottom member (7a) is inserted into the bottom member (7a). Hold 1) so that it is not separated from the guide member (5).
(2) Connect the bottom member (1) and the side member (2). Specifically, for example, a hook (23) is provided on the end side of the side member (2), and is engaged with and connected to the end side (11) of the bottom member (1). It is to be noted that there are provided stop means (21, 13) for stopping the side member (2) when the hook (23) is engaged and the side member (2) is set perpendicular to the bottom member (1). Since the angle of the side member (2) is automatically determined, the operation is easy.

(3) Connect the guide member (5) and the side member (2). Specifically, while maintaining the connection between the bottom member (1) and the side member (2), the side portion of the guide member (5) and the side member (2) are combined, and the insertion portion ( 54, 540), and the side member (2) is pressed by the passage member (7b) so as not to be separated from the guide member (5).
(4) Connect each side member (2) and the top member (3). Specifically, the top member (3) is placed so as to pass between the side members (2), and the through member (7c) is inserted between the insertion portions (24, 25) of each side member (2). The top member (3) is pressed by the threading member (7c) so that the top member (3) is not separated from each side member (2).

(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 component parts may be attached after assembling the constituent members, or may be attached to the constituent members in advance.

In the above assembly, each component is joined or engaged, and connected by pressing the other component with a threading member that passes through the required component, so bolts, nuts, and tools can be connected as in the past. Can be assembled without using.
In addition, the bottom member and the side member are in contact with each other from the outside of the corresponding part of the guide member, and the top member is attached to the upper end of the side member so that it can be assembled. Therefore, assembly work can be easily performed.

  The animal box cage according to the present invention can be connected by assembling or engaging each constituent member and pressing the other constituent member with a through member passed through the required constituent member. There is no need to use bolts, nuts or tools as in the prior art. Therefore, since the assembly work is not hindered by removing them and the threading member can be easily passed, the box basket can be easily assembled in a short time.

  In addition, the animal box cage is configured such that the bottom member and the side member are in contact with each other from the outside of the corresponding portion of the guide member, and the top member is attached to the upper end of the side member for assembly. Makes it easier to assemble. Therefore, the box basket can be easily assembled in a short time.

  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, description and illustration regarding a trigger device that is not a main part of the present invention are omitted. The trigger device has various structures as long as the trigger device described in Patent Document 1 (Japanese Patent Application Laid-Open No. 2004-121077) can detect the intrusion of the captured beast into the box cage and can drop the dropping door. Is not particularly limited.

FIG. 1 is a perspective view showing an assembled state of a box basket according to the present invention,
FIG. 2 is a perspective explanatory view showing a method for assembling the box cage, and a method of connecting the bottom member and the guide member,
FIG. 3 is a perspective explanatory view showing a procedure for assembling the box cage, and a method of connecting the side member to the bottom member and the guide member,
FIG. 4 is a perspective explanatory view showing a procedure for assembling the box cage and showing a method for connecting the top member to the side member and a method for attaching the drop door to the guide member.

FIG. 5 is an explanatory view showing the structure of the engaging portion of the bottom member, the side member and the top member, and the connecting portion
FIG. 6 is an enlarged explanatory view of the P1 portion in FIG.
FIG. 7 is an enlarged explanatory view of a portion P2 in FIG.

FIG. 8 is a perspective view showing the structure of the bottom member,
FIG. 9 is a perspective view showing the structure of the guide member,
FIG. 10 is a perspective view showing the structure of the side member,
FIG. 11 is a perspective view showing the structure of the top member,
FIG. 12 is a perspective view of a through rod,
FIG. 13 is a perspective view showing the structure of the drop door.

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 section 4, a drop door 6 attached to the guide member 5 so as to be movable up and down, and through rods 7a, 7b, 7c used for assembling them, and is configured to be disassembled and assembled. Yes. Note that the trigger device for detecting the invasion of the captured beast into the box cage and dropping the drop door 6 is not shown and described as described above.
First, the structure of each component will be described with reference to FIGS.

(Bottom member 1)
Please refer to FIG.
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.
A stop member 13 made of a slightly larger diameter reinforcing bar is welded to both ends of the bottom member 1 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. 5).

  Moreover, the positioning auxiliary member 14 is welded to both ends in the width direction at the center in the longitudinal direction of the bottom member 1. The positioning auxiliary member 14 is formed in a very short length, and is provided in parallel with a short rebar 12 and a necessary gap (a gap through which a hook 23 which is a lower end portion of a short rebar 22 of the side member 2 described later passes).

(Side member 2)
Please refer to FIG.
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.
A hook 23 serving as a means for engaging with the reinforcing bar 11a on the end side of the bottom member 1 is formed at one end (lower end) of each of the short reinforcing bars 22 that are in the vertical direction when assembled.

  Further, at one end portion (upper end portion) in the width direction of the side member 2, there are eight insertion receiving tools 24 constituting the insertion portion so as to pass between the outermost reinforcing bar 21 on the outermost side and the inner side thereof ( The number and position are not particularly limited). An upper end portion of each insertion receiving tool 24 protrudes above the outermost reinforcing bar 21, and an insertion hole 25 through which a later-described through rod 7 c passes is provided in the protruding portion.

(Ceiling member 3)
Please refer to FIG.
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. Both end portions of the outermost reinforcing bars 31 and 32 are formed slightly shorter, and notches 33 are formed at the four corners of the top member 3. The notch 33 is a portion into which a side frame 52 of the guide member 5 described later is inserted when assembling. The long reinforcing bar 31 forming the notch 33 may be formed to the same length as the other reinforcing bars 31.

  In addition, a positioning auxiliary member 34 is welded to the both ends in the width direction at the center in the longitudinal direction of the top member 3 in the same manner as the bottom member 1. The positioning auxiliary member 34 is formed in a very short length, and is provided in parallel with a short rebar 32 and a necessary gap (a gap through which the upper end of the rebar 22 of the side member 2 described above passes).

(Guide member 5)
Please refer to FIG.
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, there are provided insertion receivers 54 that constitute insertion portions at two positions that divide the longitudinal direction into three equal parts.

  The insertion receiver 54 is formed of an L plate, and a plate on one side is welded to the bottom frame 51. In the center of the plate that is not welded, a groove portion 540 for fitting and passing the outermost short reinforcing bar 12 of the bottom member 1 is provided. An insertion hole 541 for inserting a through rod 7a described later is provided on both sides of the insertion receiving tool 54 with the groove 540 interposed therebetween.

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.

An intermediate frame 53 is horizontally installed slightly above the intermediate portion in the height direction of each side frame 52. The intermediate frame 53 is made of equilateral angle steel, and is provided with a corner portion inward and downward and an outer end portion abutting against the guide plate 521.
Further, a side plate 524 wider than the plate 523 is welded to the outer surface side of the plate 523 inside each side frame 52 from the lower end to the height at which the intermediate frame 53 is provided. On the side plate 524, the same insertion receptacles 54 as those provided on the bottom frame 51 are provided at four positions in the vertical direction at required intervals.
A through rod 7b described later is inserted into an insertion hole 541 of an insertion receiving tool 54 provided in the side plate 524.

  Further, a safety device 55 is provided so as to protrude horizontally inward slightly above the intermediate frame 53 on the inner surface side of the plate 523 (refer mainly to FIG. 6). The safety device 55 supports the drop door 6 in the raised position by supporting the drop door 6 in the raised position by projecting the support pin 551 biased by a spring to the drop door 6 during the setting operation of the bag. In the state where the hook is set, the support pin 551 is retracted and locked to the groove portion 550, the support of the drop door 6 is removed, and the drop door 6 is supported only by a trigger member (not shown).

(Falling door 6)
Please refer to FIG.
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 is configured so that the trigger member is moved along the trigger member so that the movement of the drop door 6 is not hindered when the trigger device (not shown) is operated to drop the drop door 6 or to raise the drop door 6. .

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 touches a leg or the like. The risk is mitigated.

(Through rods 7a, 7b, 7c)
Please refer to FIG.
There are three types of threading rods 7a, 7b, and 7c used for assembling the above members.
The through rod 7a is used to connect the bottom member 1 and the guide member 5, and is formed in an L shape by bending a portion near the proximal end to a right angle, and is formed slightly short as a whole (FIG. 12 (a)).

  The through rod 7b is used to connect the side member 2 and the guide member 5, and is formed in an L shape by bending the proximal end thereof at a right angle, and is formed longer than the through rod 7a as a whole. (See FIG. 12B).

  The through rod 7c is used to connect the side member 2 and the top member 3, and is formed in an L shape by bending the proximal end thereof at a right angle, and is formed longer than the through rod 7a as a whole. Has been. Further, an L plate-shaped lock fitting 70 is welded to the base end portion of the through rod 7c. The front end side of the lock fitting 70 is provided so as to be at right angles to each of the constituent portions of the rod portion which are at right angles, and a through hole 71 is provided through the front portion (FIG. 12 (c). )reference).

(Function)
Next, a method for assembling the animal carton box A will be described, and a detailed structure and operation of the animal carton box A after assembly will also be described. In this description, reference is mainly made to FIG. 2, FIG. 3, and FIG.

(1) The bottom member 1 and each guide member 5 are connected. The specific procedure is as follows. As shown in FIG. 2, 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. Then, the bottom member 1 is aligned with the outside (the ground contact surface side) of the bottom frame 51 of each guide member 5. At this time, the bottom member 1 and the guide member 5 are aligned so that the short reinforcing bar 12 of the bottom member 1 is put into the groove portion 540 of the insertion receiving tool 54 provided on the bottom frame 51 of each guide member 5. The long reinforcing bar 11 of the bottom member 1 is positioned closer to the bottom frame 51 than the insertion hole 541 of the insertion receiving tool 54. In this state, the threading rod 7a is passed through the insertion hole 541 of each insertion receiving tool 54. Thereby, each rebar 11 of the bottom member 1 is pressed so as not to be detached by the through rod 7a, and the bottom member 1 and each guide member 5 are connected (reference: FIG. 6).

(2) The bottom member 1 and each side member 2 are connected. The specific procedure is as follows. As shown in FIG. 3, the bottom member 1 and each guide member 5 combined in the procedure (1) are raised, and each guide member 5 is set up vertically. Next, with each side member 2 slightly tilted outward, each hook 23 provided on the end side is engaged with the long reinforcing bar 11 a on the end side of the bottom member 1. At this time, a required hook 23 is put in a gap formed by the positioning auxiliary member 14 provided at the center of both long sides of the bottom member 1 and the position is adjusted. Then, each side member 2 is erected so as to rotate. Each side member 2 stops when the longest rebar 21 on the lower side of the side member 2 rides on the rebar 12 of the bottom member 1 and hits the stop member 13 from the outside to become almost vertical, and the angle is automatic. (Refer also to FIG. 5). 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.

(3) The side member 2 is aligned with the outer side (outer surface side) of the side frame 52 of each guide member 5. At this time, each side member 2 and the guide member 5 are aligned so that the short reinforcing bar 22 of the side member 2 is put into the groove portion 540 of the insertion receiving tool 54 provided on the side plate 524 of each guide member 5. The long reinforcing bar 21 of the side member 2 is positioned closer to the side plate 524 than the insertion hole 541 of the insertion receiving tool 54. In this state, the through rod 7 b is passed through the insertion hole 541 of each insertion receiving tool 54. Thereby, each rebar 21 of the side member 2 is pressed so as not to come off by the through rod 7b, and each side member 2 and each guide member 5 are connected (see also FIG. 6). In addition, the assembly so far is not limited to the above, For example, it can also assemble in orders other than the above, such as attaching each guide member 5 after attaching each side member 2 to the bottom member 1.

(4) The side members 2 and the top member 3 are connected. The specific procedure is as follows. As shown in FIG. 4, the top member 3 is placed between each side member 2 so that the long side portion of the top member 3 is aligned with the outer side (upper surface side) of the upper side portion of each side member 2. . At this time, the gap formed by the positioning auxiliary member 34 provided at the center of both long sides of the top member 3 is fitted into the upper end portions of the reinforcing bars 22 of the side members 2 to align the positions. Accordingly, the notches 33 at the four corners of the top member 3 fit into the side frames 52 of the guide member 5.

Then, the through rods 7c are respectively passed through the insertion holes 25 of the insertion receptacles 24 facing each other of the side members 2, and the vertical part of the lock fitting 70 is connected to the reinforcing bar 21 on the uppermost side of the side member 2. And a gap between the outermost reinforcing bars 31 of the top member 3. The through rods 7c are alternately passed from the opposite direction in the longitudinal direction of the top member 3.
Thereby, each elongate reinforcing bar 31 of the top member 3 is pressed so as not to come off by the through rod 7c, and the top member 3 and each side member 2 are connected. Further, since the through rod 7c cannot move in the longitudinal direction, the rod 7c does not come off due to vibration or impact when the catching beast catches the rampage. If necessary, the animal box jar A cannot be disassembled by hooking the lock 8 on the through-hole 71 of the lock fitting 70 as needed (see also FIG. 7). Can be prevented.

(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 frame 5 so that the handle 64 is positioned outside. Attach with. Each drop door 6 is in the raised position in the state where the hook is put on, and is supported by a trigger member (not shown) 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 is assembled with other constituent members by passing through the required constituent members by combining or engaging the constituent members with each other. Since it can be connected by holding down, there is no need to use bolts, nuts, and tools as in the past, and removing them will not hinder assembly work. Easy to assemble in time.

FIG. 14 shows another example of the bottom member, the side member, and the top member, and is an explanatory view showing the structure of the engagement and connection portion.
FIG. 15 is a perspective explanatory view showing the engagement between the side member and the top member and the structure of the connecting portion in the example shown in FIG.

The bottom member 1 and the top member 3 shown in FIG. 14 are such that both ends of the short rebars 12 and 32 are bent downward so that an operator can be prevented from catching clothes or being injured.
Further, in the threading rod 7c, the fixing side of the lock fitting 70 is fixed to the upper surface side of the rod, whereas in the threading rod 7c shown in FIG. It adheres to the lower surface side of the.

  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 view which shows the state which assembled the box basket concerning this invention. The perspective explanatory drawing which shows the procedure of the assembly of a box basket, and shows the connection method of a bottom member and a guide member. The perspective explanatory drawing which shows the procedure of the assembly of a box basket, and shows the connection method of the side member with respect to a bottom member and a guide member. The perspective explanatory drawing which shows the procedure of the assembly of a box cage, and shows the connection method of the top member with respect to a side member, and the attachment method of the drop door with respect to a guide member. Explanatory drawing which shows the structure of the engagement of a bottom member, a side member, and a top member, and a connection part. FIG. 2 is an enlarged explanatory view of a P1 portion in FIG. FIG. 2 is an enlarged explanatory view of a P2 portion in FIG. The perspective view which shows the structure of a bottom member. The perspective view which shows the structure of a guide member. The perspective view which shows the structure of a side member. The perspective view which shows the structure of a top member. The perspective view of a through rod. The perspective view which shows the structure of a drop door. Explanatory drawing which shows the other example of a bottom member, a side member, and a top member, and shows the structure of the engagement and a connection part. FIG. 15 is a perspective explanatory view showing the structure of the engagement and connection portion between the side member and the top member in the example shown in FIG. 14.

Explanation of symbols

A animal box cage 1 bottom member 11 long rebar 11a outermost rebar 12 short rebar 13 stop member 14 positioning auxiliary member 2 side member 21 long rebar 22 short rebar 23 hook 24 insertion receptacle 25 insertion hole DESCRIPTION OF SYMBOLS 3 Top member 31 Long reinforcing bar 32 Short reinforcing bar 33 Notch part 34 Positioning auxiliary member 4 Opening part 5 Guide member 51 Bottom frame 510 Wide part 511 Narrow part 52 Side frame 520 board 521 Guide board 522 Clearance 523 board 524 Side board 53 Intermediate frame 54 Insertion receiving tool 540 Groove portion 541 Insertion hole 55 Safety device 550 Groove portion 551 Support pin 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 7a Through rod 7b Through rod 7c through rod 70 lock fitting 71 through hole 8 lock

Claims (8)

A method for assembling an animal carton,
The structural members constituting the box cage are connected by pressing the other structural members (1, 2, 3) with the passing members (7a, 7b, 7c) passed through the required structural members (2, 5). It is characterized by
How to assemble animal box cages. A method for assembling an animal carton,
The constituent members constituting the box cage are engaged with the end sides and the other constituent members (1, 2) by the passing members (7a, 7b, 7c) passed through the required constituent members (2, 5). , 3)
How to assemble animal box cages. The bottom member (1), the side member (2) attached to the end side of the bottom member (1), the top member (3) attached to the top of each side member (2), Assembling an animal carton with a guide member (5) attached to the opening (4) formed by (1,2,3) and a drop door (6) attached to the guide member (5) so as to be movable up and down A method,
Connecting the bottom member (1) and the guide member (5) by passing the insertion member (54,541) of the guide member (5) through the passage member (7a) and pressing the bottom member (1) with the passage member (7a);
Engaging and connecting the bottom member (1) and the side member (2) on the end side,
Connecting the guide member (5) and the side member (2) by passing the insertion member (54,541) of the guide member (5) through the passage member (7b) and pressing the side member (2) with the passage member (7b);
Each side member (2) and the top member (3) are pressed through the through member (7c) between the insertion parts (24, 25) of each side member (2) and the top member (3) is pressed by the through member (7c). Connecting with
Including,
How to assemble animal box cages. An animal carton,
The structural members constituting the box cage can be connected by pressing the other structural members (1, 2, 3) with the passing members (7a, 7b, 7c) passed through the required structural members (2, 5). It is configured as follows,
Animal box cage. An animal carton,
The constituent members constituting the box cage are engaged with the end sides and the other constituent members (1, 2) by the passing members (7a, 7b, 7c) passed through the required constituent members (2, 5). , 3) is configured to be connected by holding down,
Animal box cage. Animal box cage that can be disassembled and assembled,
A bottom member (1);
A side member (2) attached to the end side of the bottom member (1);
A top member (3) attached to the top of each side member (2);
A guide member (5) attached to the opening (4) formed by each of the constituent members (1, 2, 3);
A drop door (6) attached to the guide member (5) to be movable up and down;
A trigger device to drop the drop door (6);
With
The bottom member (1) and the guide member (5) are configured to be connected by pressing the bottom member (1) with a through member (7a) passed through the insertion portion (54, 541) of the guide member (5).
The bottom member (1) and the side member (2) are configured to be engaged and connected on the end side,
The guide member (5) and the side member (2) are configured to be connected by pressing the side member (2) with a through member (7b) that is passed through the insertion portion (54, 541) of the guide member (5).
Each side member (2) and the top member (3) can be connected by pressing the top member (3) with a through member (7c) passed between the insertion portions (24, 25) of each side member (2). It is configured as follows,
Animal box cage. The engagement of the bottom member (1) and the side member (2) on the side of the end is performed by engaging the hook (23) provided on the side member (2) side to the bottom member (1) side. And a stop means (21, 13) for stopping the side member (2) when the side member (2) stands at right angles to the bottom member (1) by engaging the hook (23). It is characterized by being,
The box cage for animals according to claim 6. Animal box cage that can be disassembled and assembled,
A bottom member (1);
A side member (2) attached opposite to both sides of the bottom member (1),
A top member (3) attached to the top of each side member (2);
A guide member (5) having a portion (51) corresponding to the bottom member (1) and a portion (52) corresponding to each side member (2);
A drop door (6) attached to the guide member (5) to be movable up and down;
A trigger device to drop the drop door (6);
With
The bottom member (1) and the side member (2) abut from the outside of the corresponding parts (51, 52) of the guide member (5), and the top member (3) is at the upper end of the side member (2). It is constructed so that it can be assembled and assembled.
Animal cage.

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