JP3217409U - Polygonal multi-type Japanese honey beehive - Google Patents

Abstract

A polygonal multiplex Japanese honey bee box is provided.
SOLUTION: A Japanese bee hive has a structure in which two or more polygonal wooden frames 2 to 5 are stacked, a ceiling plate 1 and a bottom plate 6 are provided, and a nest gate 7 is opened at the bottom. And the shape of the said wooden frame is a pentagon or more, It is characterized by the above-mentioned. In this way, the natural nest of a Japanese bee can be obtained by bringing the nest box close to a polygonal multi-type nest box having a shape close to that of a natural nest, that is, a pentagon, hexagon, heptagon, octagon, nine-corner, and ten-corner. Can be close to the appearance.
[Selection] Figure 1

Description

The present invention makes a Japanese honey bee breeding nest box into a polygonal multiple nest box having a shape similar to that of a natural nest.

The Japanese beehive that is currently in widespread use is a quadrilateral multi-type, and the nesting in nature is a room of standing trees, and the appearance is cylindrical and is different from a square.

The quadrilateral multi-type nest box generally used at present differs from the natural nest in appearance and room spatial shape. For this reason, it is not suitable for stable bee rearing and especially for storing bee swarms.

Waiting for bee swarms in a rectangular hive is difficult and often forced.
In order to settle the incarcerated herd, the nest is narrowed and the queen bee cannot be found, and the nest is built inside the nest box. However, when the nest begins to spread, all the bees often escape.
In addition, the nest in the nest box is not good even if it is fixed, and the nest may be made with a lot of wasted space.

A Japanese bee hive with two or more layers of polygonal wooden frames, a ceiling plate and a bottom plate, and a nest gate opened at the bottom, and the shape of the wooden frame is more than a pentagon Polygonal multi-type Japanese honey beehive characterized by that.

The present invention has a shape of a nest box, which is similar to a natural nest made in a room of standing trees, with several layers of pentagonal, hexagonal, heptagonal, octagonal, octagonal, and decagonal wooden frames, and a ceiling board. It is a polygonal multiple nest box with a bottom plate and a nest gate at the bottom.
By using this nest box, the problem is solved.
The wooden frames that make up the hive must be of the same standard. Further, the shape of the wooden frame is assumed to be circular.

As described above, by using the polygonal multiple nest box of the present invention, the stand-by accommodation of the bee group is higher than the use of the square nest box, and the bees settle down after moving to the breeding place after the accommodation.
Similarly, even in the group of compulsory containment, it settles quickly after moving to the breeding place, and even if the queen bee's nesting is not stopped, the escape is not seen and stable nests are created and honey collection is performed. In addition, there is no wasted space in the nest building in the nest box, and it is performed efficiently. Furthermore, since the size of the wooden board constituting the wooden frame can be utilized even at 10 cm in length and width, there is little material loss.

It is a perspective view of the polygonal multiple-type nine-pointed nest box of the present invention. It is a perspective view of the wooden frame which comprises a polygonal multiple-type nine-sided nest box. It is a perspective view of the wooden frame which comprises a polygonal multi-decimal type beehive. It is a perspective view of the wooden frame which comprises a polygonal multi-type octagonal hive. It is a perspective view of the wooden frame which comprises a polygonal multi-type heptagon type nest box. It is a perspective view of the wooden frame which comprises a polygonal multiplex type hexagonal nest box. It is a perspective view of the wooden board which bears the corner | angular part of the wooden frame which comprises a polygonal multi-type nest box. It is sectional drawing of the wooden board of FIG. It is a perspective view of the auxiliary tool used when manufacturing the wooden board of FIG. It is a side view at the time of use of FIG.

The polygonal multiple-type nest box of this plan is a four-layered polygonal frame with a ceiling plate placed on the top of the uppermost wooden frame and a bottom plate on the lowermost lower part. Open the nest gate in the bottom wooden frame and fix it to the bottom plate.
The number of wooden frames can be increased or decreased according to the number of bees.

Embodiments will be described below with reference to the accompanying drawings. First, FIG. 1 shows a polygonal multi-type nest box, which is a hexagonal shape. Four wooden frames shown in FIG. This is a polygonal multiple-type nine-sided nest box that is opened 7 and fixed to the bottom plate 6. The wooden boards in FIG. 7 constituting the wooden frame in FIG. 2 all have the same standard. The frame material may be paper.

The wooden frame in FIGS. 2 to 6 is obtained by combining and fixing the wooden boards in FIG. 7, and the cross-sectional view of FIG. 7 is FIG. The mold is 60 °, the hexagon is 65 °, the octagon is 68 °, the nine is 70 °, and the 10 is 73 °.

To process these angles, the auxiliary tool FIG. 9 is used. In use, the wooden board 10 is fixed to the auxiliary tool slope 9 and cut vertically along the cutting line 11 shown in FIG. When the same processing is performed on both ends of the wooden board 10, FIG. 7 is obtained. Auxiliary tool Inclination angle β of auxiliary tool slope 9 in FIG. 9 is 35 ° for pentagonal type 30 ° for hexagonal type 25 ° for hexagonal type 25 ° for octagonal type 22 ° for octagonal type 20 ° The angle for the 10-square type is 17 °.

The wooden board in FIG. 7 is a partial material of a wooden frame constituting a polygonal multiple nest box, and both ends are processed and used at an angle suitable for constituting each rectangular wooden frame. Wood board standards must be the same. In the example of FIG. 1, because the shape is a 9-sided shape, nine wooden boards processed at 70 ° on both ends of the wooden board in FIG. 7 are bonded and fixed. The gate 7 is opened and bonded and fixed to the bottom plate 6, and the ceiling frame 1 is placed on the upper part of the wooden frame 4, the wooden frame 3, the wooden frame 2, and the stacked wooden frame 2, thereby forming a polygonal multiple nest box 9-sided shape.

DESCRIPTION OF SYMBOLS 1 Ceiling board 2 Wooden frame 3 Wooden frame 4 Wooden frame 5 Wooden frame 6 Bottom board 7 Nest gate 8 Auxiliary tool 9 Auxiliary tool slope 10 Wood board 11 Cutting line 12 Cut wooden piece α Both-sides diagonal angle of wooden board β Inclined angle of auxiliary tool slope A Tree Start cutting the frame from the tip of the arrow.

Claims (2)

A Japanese bee hive with a structure in which two or more polygonal wooden frames are stacked, a ceiling plate and a bottom plate are provided, and a nest gate is opened at the bottom, and the shape of the wooden frame is a pentagon or more. Polygonal multi-type Japanese honey bee box characterized by being. The material of the wooden frame constituting the nest box according to claim 1 may be paper.

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