JPH0246697Y2 - - Google Patents

Description

[Detailed description of the invention] Field of application of the invention This invention relates to a birdcage. In particular, various shapes can be created by changing the joining angle between the side plates and using lattice-shaped (or mesh-shaped, hereinafter referred to as lattice-shaped) plates that adapt to the joining angle. Place it in a place with little utility, such as the corner of a room or next to the entrance.
Alternatively, the present invention relates to a birdcage which can be used as an interior decoration and which prevents fallen feathers and uneaten food from scattering around the perimeter.

Previous technology Today, bird cages come in a variety of shapes, including rectangular, house-shaped, bird's nest-shaped, and cylindrical. The bottom plate was circular or rectangular, and the lattice-shaped plate was formed to fit that shape. For this reason, the structure was such that the wind could blow through most of the four circumferences of the birdcage. In addition, the birdcage has double bottom plates, and any feathers, uneaten food, or filth that have fallen on the upper bottom plate are collected and disposed of on the lower bottom plate. There are some things. Furthermore, the members constituting the birdcage are bonded or fitted, and are attached to a part of the grid-shaped plate.
They were equipped with entrances and exits for small birds, water and food, and openings and closings were constructed at other convenient locations. When using the birdcage, you can simply hang it in a room, hallway, or under the eaves, or simply place it on a table or shoe rack.
Its sole purpose was to keep small birds. In addition, since the four perimeters of the birdcage are structured in a lattice shape, feathers and uneaten food that have fallen into the cage can be scattered around by the wind or people's movements, staining the room or adhering to people. It was also unhygienic.

Until now, there was no birdcage that could be used as an interior decoration in rooms, hallways, entrances, etc., and prevents feathers and uneaten food from being scattered around the cage. This invention relates to the provision of a birdcage whose side plates are replaceable, which can be configured into various shapes by changing the joining angle between the side plates, and which is sanitary and can be used as interior decoration.

Problems that the invention aims to solve: Conventional bird cages are mostly surrounded by lattice-shaped plates on all four sides, and the bottom plate is made of a flat plate in a circular or rectangular shape, which are glued and fitted together. It formed an integrated birdcage. Therefore, the shape of the birdcage is cylindrical or rectangular, and the bulk is also large to a certain extent, and the place where it is used is not a place with little utility such as the corner of the room or the side of the entrance, but a place with a certain amount of air space or space. Because they were used by hanging or placing them in rooms, hallways, tables, shoe cabinets, etc., this sometimes created airspaces and spaces that could not be used or used by others. Also, due to the structure of the birdcage, side plates are not used on the side walls of the birdcage, so you can freely replace the side plates and use other side plates to change the atmosphere inside the birdcage. It was also unsuitable for use as interior decoration. Not only that, but the four circumferences of the birdcage itself are made up of lattice-shaped plates, which allows wind to blow through all four circumferences.
Because of this, feathers, uneaten food, and other filth that have settled in the birdcage can be washed away by wind or human movement.
It was scattered all around from the open holes of the grid-shaped plate, which was unhygienic.

Therefore, the purpose of this invention is to eliminate these inconveniences and drawbacks, to utilize corners and spaces inside buildings such as rooms, corridors, and entrances, and to avoid creating spaces and airspaces that cannot be used for other purposes as much as possible. It can be used by attaching it to a wall, pillar, etc., or by hanging it from a convenient location.
The side panel can be replaced, various designs can be displayed, and it can be used as interior decoration for the room.The side panel prevents wind from blowing all around, so feathers and feathers that have settled in the bird cage can be removed. The purpose is to provide a bird cage that does not allow leftover food or other waste to be scattered around the cage.

Means for Solving the Problems The above object is to provide a birdcage main body consisting of a side plate, a lattice-shaped plate, a lid, and a bottom plate according to the present invention so that the side plates on one or two walls are replaceable;
And the joining angle between this side plate body is larger than 0 degrees,
By arbitrarily selecting one lattice-shaped plate that adapts to the joining angle within a range smaller than 360 degrees.
This can be achieved by using a body or two bodies and a birdcage configured in a cubic, trapezoidal or incompletely cylindrical shape.

Hereinafter, embodiments of this invention will be described based on the drawings.

Embodiment FIGS. 1A, 1B, and 1C are overall perspective views showing an embodiment of the birdcage according to this invention. A is an example in which the joining angle between the side plate members 1, 1 is 90 degrees, B is an example in which the joint angle is 270 degrees, and C is an example in which the joint angle is 180 degrees.
This shows an example in the case of degrees. However, the embodiments of this invention are not limited to this, and bird cages of various shapes can be formed and implemented depending on the large/small joint angle between the side plates 1, 1'. 1 and 1' are side plates;
Flowers, wind shadows, or any other desired pattern can be printed on the surface of 1', and the printed material can be used. Furthermore, adhesive members 6 may be provided on other surfaces of the side plates 1, 1'. Furthermore, the side panels 1 and 1' are designed to match the interior design of the birdcage.
Synthetic resin materials, plywood materials, or thin sheet metal materials, etc.
Not only can various materials be used, but also transparent materials can be used. Furthermore, instead of printing on the surface of the side plates 1 and 1',
The surfaces of the side plates 1, 1' can also be configured so that photographs or pictures can be attached and removed freely.

2 is a grid-shaped plate. This lattice-shaped plate 2 does not necessarily have to be curved to one side, but can be formed into a flat plate depending on the structure of the birdcage body and attached, or can be attached curved. This lattice-shaped plate body 2 may be provided with a lid or an opening for the entry and exit of small birds, water, or food, or a water container, food container, or A hanging member for a perch can also be provided at any location. Further, at one end of the lattice-shaped plate 2, a locking member that locks with the lid 3 or a fitting member that fits and locks with the side plates 1, 1' may be provided.

3 is a lid body. This lid body 3 can be formed into a curved lattice shape or a flat plate, or can be formed using a transparent material. On the surface of the lid body 3, members for securing food containers, water containers, perches, etc. that are suspended within the birdcage body A may be provided at convenient locations.
On other surfaces, members for suspending or locking the birdcage body A may be provided at convenient locations. In addition, an arbitrary number of engaging or locking members are placed at convenient locations on the ends of the lid body 3 in order to engage or lock the side plates 1, 1' and the lattice-shaped plates 2 or 2, 2'. It can be provided in advance, or it can be formed flexibly and integrally with the grid-shaped plate body 2.

4 is a bottom plate. The bottom plate 4 may be configured in a flat plate shape, and may have a member provided at its outer peripheral end to fit or attach the side plates 1, 1' and the grid-shaped plate 2 or 2, 2', or Further, it is formed so that it can be joined to the side plate body and the lattice-shaped plate body by known means such as screwing. Further, the bottom plate 4 is provided with a double structure, and the upper bottom plate is provided with openings that can be opened and closed or a mesh pattern in a certain area, and feathers or uneaten food that have settled in the bird cage are collected from these parts. It is also possible to construct the device so that other dirt falls onto the lower bottom plate or into the box into which it is inserted.

In this invention made of such members, the side plates 1 and 1' are joined or fitted at an arbitrary angle. Here, the arbitrary angle includes all other arbitrary angles, except when the angle formed by joining or fitting between the side plates 1 and 1' is 0 degrees or 360 degrees. , refers to all angles within the range excluding the angles listed above. If the angle is 0 degrees, the birdcage body A
If the angle is 360 degrees, a cylindrical birdcage is formed, and this shape has been known for some time, and is not the shape of the birdcage that is the object of this invention. Side plate body 1, so as to form an arbitrary angle.
1' is fitted or joined by means such as a fitting tube having a fitting structure or a joining member,
Alternatively, attach using known means such as screw fastening. At the other ends of the side plates 1 and 1' which are fitted or attached at an arbitrary angle, the ends of the lattice-shaped plate 2 formed to accommodate this arbitrary angle are respectively attached.
Fitting or attachment is performed using a fitting member or a locking member. The legs of the side plates 1, 1' and the lattice-shaped plate 2 of the birdcage main body A formed in this way are adapted to the shape formed by the side plates 1, 1' and the lattice-shaped plate 2. The bottom plate body 4 formed as shown in FIG.
Fit or attach. As a result, the side plates 1, 1', the lattice-shaped plate 2, and the bottom plate 4 are joined to form a stable main part of the birdcage body A. A lid body 3 formed to adapt to the shape formed by the side plates 1 and 1' and the lattice-shaped plate body 2 is attached and joined to the stable main part of the birdcage body A thus formed. do. The lid body 3 is the lid body 3
It can be locked or fitted by a locking member or a fitting member provided on itself or the grid-shaped plate 2 or the like, or it can also be joined by known means such as screw fastening. The lid body 3 is
It can also be fitted and connected to the lattice-shaped plate 2 using hinges, etc., and can be freely used as a lid for the opening of the birdcage body A by removing the locking members from the side plates 1 and 1'. You can also move it to

FIG. 2 is an overall perspective view showing an embodiment in which an adhesive member or a mounting member is provided on the wall surfaces of the side plates 1, 1'. 5 is a hanging member. Lid body 3
This allows the birdcage main body A to be conveniently suspended. Reference numeral 6 denotes an adhesive member or a mounting member, which is constructed using a magnet, glue, or a fitting metal fitting. In this way, an adhesive member or mounting member 6 is attached to the wall surface of the side plates 1, 1'.
By providing this, the birdcage main body A can be easily attached to a wall surface of a room, a hallway, etc., or a corner thereof.

FIG. 3 is an overall perspective view showing an embodiment in which two grid-shaped plates 2 are used. An arbitrary angle between the side plates 1 and 1' is set to 90 degrees, two lattice-shaped plates 2 are used, and a lid 3 and a bottom plate 4 that adapt to the shape formed by these plates are used. The stable birdcage body A that is formed is cubic in shape. FIG. 3 shows an example. Also,
A cover body 3 and a bottom configured to adapt to the shape formed by the arbitrary angle formed by the two grid-shaped plates 2 and the side plates 1 and 1' as 180 degrees. The stable shape of the birdcage main body A consisting of the side plate members 4 is a triangular cubic shape or a triangular cubic trapezoidal shape. Furthermore, the angles between the side plates 1, 1' and the grid-shaped bodies 2, 2' are arbitrarily determined, and the grid-shaped plates 2,
2' and the side plates 1, 1' are attached at an angle, the birdcage main body A can also be formed into a trapezoidal shape. Bird cages constructed in this manner can be designed and formed into various shapes depending on the arbitrary angles formed by the side plates. This allows convenient installation on room walls, right-angled corners, vertical pillars, etc.
Alternatively, it can be hung or installed according to the location. In addition, the side panels can be configured to be removable, so you can print and use your favorite designs, display photos, wind shadows, etc. Wind will be prevented from blowing through a certain area.

Effects of the invention Since this invention is constructed as described above, it is possible to create birdcage bodies in various shapes by adjusting the arbitrary angle formed by the side plates and the lattice-shaped plates, lids, and bottom plates that are adapted to the angles formed by the side plates. Since the side panels can be printed or displayed with various designs, they can also be used as room decorations. The location can also be selected arbitrarily. Also, since the side panels are used, the wind does not blow all around the cage, so feathers, uneaten food, and other dirt that have settled inside the cage are not scattered all around, making it sanitary. In addition, it is also economical because inexpensive materials can be used to make the birdcage body.

[Brief explanation of the drawing]

Figures 1A, 2B, and 2C, 2 and 3A and 3B are overall perspective views showing embodiments of this invention. 1, 1'... Side plate body, 5... Hanging member, 2,
2'... Lattice-shaped plate body, 6... Adhesive member, 3...
Lid body, A...Birdcage body, 4...Bottom plate body.

Claims (1)

[Scope of utility model registration request] In a birdcage main body consisting of a side plate, a lattice-shaped (or mesh-shaped) plate, a lid, and a bottom plate, the side plates on one or two walls are replaceable, and the joining angle between the side plates is 0. By arbitrarily selecting a range greater than 360 degrees and less than 360 degrees, you can create a cubic shape or
A birdcage characterized by being configured in a trapezoidal or incompletely cylindrical shape.