JPH07155090A - Structure for inspect rearing cage - Google Patents

Abstract

PURPOSE:To provide an insect rearing cage capable of readily forming and maintaining an environment suitable for the growth cycle of an insect. CONSTITUTION:This structure for an insect rearing cage is used for laying a bed material for rearing an insect in the bottom, forming a rearing bed material layer 44 and rearing an insect. The structure comprises a container opened to the upper or the lateral side and a lid part 4 for shielding the opening of the container and closing the opening. The bottom of the container 20 is used as a water-permeable bottom 28 capable of discharging water in the rearing bed material layer 44 to the outside of the container.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a structure for an insect rearing box.

[0002]

2. Description of the Related Art Conventionally, when an insect such as a beetle is kept at home, a breeding box 50 as shown in FIG. 9 is used. This breeding box 50 is a transparent plastic container 5
1 is also formed by covering a net 52 made of plastic as a lid, and the bottom 51a of the container 51 is filled with soil or sawdust to form a floor 53 for breeding, and a small piece of wood that insects can hide It is designed to be placed and the insect rearing environment is adjusted.

[0003]

However, the breeding environment in such a breeding box tends to be unsuitable for insects, and a small amount of water is frequently used to form and maintain the proper breeding environment for insects. It was necessary to maintain it carefully. That is, the bottom 51a of the breeding box 50
Is closed, and the upper part has a large opening to ensure air permeability and has a net shape, so that it is not possible to obtain a suitable humidity for raising insects. For example, when too much water is fed into the breeding box 50, water accumulates at the bottom of the floor 53, and the water on the floor 53 becomes too high to deteriorate the environment of the floor 53. This is because the water that permeates the floor 53 evaporates more and more from the upper net.

[0004] Therefore, in general, insects are often reared at home in the summer, and many insects that die in the summer die, but even in the summer, the insects cannot survive. I couldn't let him die or hatch the egg. Therefore, the conventional breeding box 50 has a problem that the breeding observation of insects cannot be sufficiently performed. In addition, if the breeding box 50 is placed in the room, there is a problem that the breeding odor of insects such as bait, insects, and larvae is especially generated. It is also desirable to be able to deal with cases where water cannot be supplied on a regular basis, and at the same time it is desirable from the viewpoint of appearance and space saving if it can be used as a planter for plants. Further, it is inconvenient for a breeding box which is compact in shape and has a good storability but cannot be sufficiently observed for breeding.

Therefore, it is an object of the present invention to provide an insect breeding box capable of easily forming and maintaining an environment suitable for the insect growth cycle. Another object of the present invention is to provide an insect breeding box that suppresses generation of insect breeding odor. Another object of the present invention is to provide an insect breeding box capable of omitting maintenance of water supply for a long period of time. A further object of the present invention is to provide a breeding box in which plants and insects can live together. A further object of the present invention is to provide a breeding box which has good storability in a room such as a home and is suitable for breeding observation.

[0006]

As a means for solving the above-mentioned problems, the present inventor has paid attention to a humidity environment suitable for insect growth and is capable of easily keeping the humidity in a breeding box constant. The structure of the box was found and the present invention was completed.
That is, the present inventor is a breeding box for breeding insects by laying a flooring material for insect breeding on the bottom to form a breeding flooring material layer, and a container that opens upward or sideways, An insect breeding box, comprising: a lid for closing the opening of the container to close the opening, wherein the bottom of the container is a water-permeable bottom capable of discharging the water of the breeding floor material layer to the outside of the container. Created. Further, the present inventor has created a structure of an insect breeding box characterized in that a deodorant layer is provided on the water passage bottom. Further, the present inventor has created a structure of an insect breeding box, which is provided with a water supply means capable of supplying water to the breeding floor material layer through the water-permeable bottom portion. Further, the present inventor has created a structure of an insect breeding box, characterized in that the container is provided with a pot portion which is cut off from the breeding floor material layer and into which a rhizome portion of a plant is inserted. Further, the present inventor created the structure of the insect breeding box, wherein the container is a tubular body having a substantially fan-shaped cross section, and at least the arc-shaped portion on the front surface is made of a transparent base material.

The size of the opening of the container does not matter. The container may be opened entirely above or a part thereof may be opened, or may be opened laterally of the container. Further, the container can be provided integrally so as to be separable. The lid is not limited to any shape as long as it can open and close the opening of the container in a hermetically sealed manner, and is of a fit type or a shape that matches the shape of the opening, and opens and closes the opening. It may be a door-like or sliding door-like one, or one that can cover the opening of the container and can open and close the opening provided in the lid in a sealable manner. The closed state by the lid does not mean a completely airtight state, but there is no gap at first glance, or the opening of the container is closed to some extent with a small gap, and the air in the breeding box is closed. Ventilation is mainly performed at the opening or is restricted except at the opening.

The breeding floor material, which differs depending on the type of insects to be raised, is generally wood chips, sawdust such as sawdust, sand, soil or pebbles. At the bottom of the water passage, it is possible to form the breeding floor material layer and the deodorant material layer by laying the above-mentioned breeding floor material and the deodorant material described below, and it is possible to discharge the moisture of the breeding floor material layer to the outside of the container It should be at the bottom. Specifically, it may be a plate having a large number of holes, a net-like body, a slat-like body, or a cloth or paper that maintains water permeability alone or a frame that can maintain the bottom shape thereof. .

The deodorizing material layer may be formed by simply laying a deodorizing material on the upper surface of the water passing bottom portion, or a container or bag-like body capable of passing water filled with the deodorizing material on the upper surface of the water passing bottom portion. It may also be formed by mounting it on the. In addition, a partition that allows water to pass through may be provided between the breeding floor material layer and the partitioning layer. The deodorizing material used in the deodorizing material layer is generally one that exerts a deodorizing effect by adsorbing an odor component, but a material that can exert a deodorizing effect even when it comes into contact with water is preferable. Specifically, it is charcoal, activated carbon, or the like. The water supply means is composed of a water storage part and a member capable of sucking water from the water storage part and supplying the water to the breeding floor material layer. Specifically, a water storage container provided below the water passage bottom and a water absorbing member that is embedded in the breeding floor material layer and has its lower end penetrating the water passage bottom and immersed in and in contact with the water in the water storage container. Consists of. As the water-absorbing member, cloth or yarn made of water-absorbent fibers, ceramics, or a column having a water-permeable outer wall filled with a substance having water-absorbing property can be used, and all of them utilize the capillarity.

The pot portion may be a container-like container which is generally used for potting plants and has an upward opening, but is preferably a water-permeable container. This is because if there is water permeability, the water in the breeding floor material layer and the water in the pot can be shared. Specifically, the container is made of ceramics, ceramics, or a plastic container having water passages penetrating it.

[0011]

According to the first structure, excess water escapes from under the breeding floor material layer to the outside of the breeding box, and the air in the container is
Since it is only indirectly contacted with the outside air through the breeding floor material layer and the bottom of the water passage, it is not easily affected by external humidity and the moisture retained in the breeding floor material layer is easily retained and the humidity in the container is easily maintained. Can be kept constant. Further, according to the second configuration, since the air in the container containing the breeding odor of insects goes out of the breeding box through the deodorant layer to the outside of the breeding box, the components of the breeding odor are adsorbed. Further, according to the third configuration, the water supply means provides a certain amount of water to the breeding floor material layer and the breeding space for a long period of time without separately supplying water to the breeding floor material layer. Further, according to the fourth configuration, the pot portion separates the plant soil and the breeding floor material layer without mixing, and prevents the rhizome from extending and extending into the breeding floor. ,
It also serves as a container for plants. Further, according to the fifth configuration, since the container is a cylindrical body having a substantially fan-shaped cross-section, it fits well in the corner of the room, and the transparent arc-shaped outer periphery allows the insects in the breeding container to be stored in a large area. Can be observed.

[0012]

EXAMPLES Examples embodying the present invention will be described below. The present invention is not limited to this embodiment. FIG. 2 shows an insect breeding box 1 (hereinafter, simply referred to as a breeding box) 1 of this embodiment. The breeding box 1 is formed of a vertically long tubular body having a substantially fan-shaped cross section and is vertically separable. The divided lower side is provided with the container 20 that opens upward, the divided upper side is provided with the lid 4 that covers the upper side of the container 20 and is opened downward, and further, in the container 20, the pot part 36 of the plant is provided. Has been formed. The cross section of the breeding box 1 has a fan shape with a center angle of about 90 degrees and a radius R, and has a shape suitable for being placed in the corner of a room.

The lid 4 constituting the upper side of the breeding box 1 is shown in FIG.
And as shown in FIG. 3, three aluminum frames 6a,
6b, 6c and transparent panels 10a, 10b, 10c supported by the frames 6a, 6b, 6c so as to form a cylindrical space having a fan-shaped cross section, and an opening / closing member 17 forming the upper surface of the lid 4, It is formed in a tubular body that opens at.

The aluminum frames 6a, 6b and 6c are made of aluminum square pipes 7a, 7b and 7c having a predetermined length and an aluminum plate 8 which is bent at a right angle so as to cover the outside of the square pipes 7a and the like. And is arranged at three corners of the lid 4. Then, between the aluminum pipe 7a and the like and the aluminum plates 8a, 8b, 8c, three transparent panels 10a, 1 are provided.
0b and 10c are fixed together with the aluminum upper frame 11 by bolts or the like. Transparent panel 10
a, 10b, 10c are made of transparent plastic, and rectangular side panels 10a, 10c are supported between the frames 6a, 6b and between the frames 6c, 6a, respectively, and a cross section is formed between the frames 6b, 6c. A front panel 10b having an arc shape and curved outward is supported. Further, as shown in FIG. 5, the lower end edge of each panel 10a, 10c is formed in a bifurcated shape having a water leakage prevention piece 14 positioned inside the container 20 when the lid 4 and the container 20 are united. .

As shown in FIGS. 1, 2B and 3.
The lower portion of the lid portion 4 is open, but the upper portion thereof is formed so as to be opened and closed by an opening / closing member 17. Opening / closing member 17
Are two members 17a for opening and closing the upper part of the lid part 4 to the left and right.
7b, which seals the upper opening of the lid 4 and also seals the upper opening of the breeding box 1.
Each member 17a, 17b is made of transparent plastic,
The fan-shaped upper opening portion is formed into a substantially fan shape that bisects from the center, and is placed so as to close the opening portion from above. In addition, semicircular cutout recesses 18a are formed at predetermined positions of the edges of the members 17a, 17b that are butted.
When the opening 18b is formed and the upper opening of the lid 4 is closed, a substantially circular opening 19 of a predetermined size is formed in the center of the opening / closing member 17. As will be described later, the opening 19 is sealed by inserting the stem of the plant planted in the pot 36, but when the plant is small, it is appropriately closed.

As shown in FIGS. 1, 2 and 4, the container 20 constituting the lower side of the breeding box 1 includes three aluminum frames 22a, 22b and 22c, which are substantially the same as the lid 4. The transparent panel 25 and the water passage bottom portion 28 supported by the frame 22a and the like so as to form a tubular space having a fan-shaped cross section are mainly formed. The frame 22a and the like are formed of an aluminum pipe 23a and the like of a predetermined length and aluminum plates 24a, 24b, and 24c like the frame 6a of the lid 4, and the transparent panel 10 of the lid 4 described above.
Similarly to the down frame 21, rectangular side panels 25a and 25c made of transparent plastic and a front panel 25b having an arc-shaped cross section are attached to form an outer peripheral portion of the container 20. A center frame 27 is horizontally provided between the frame 22a and the frame 22c. This center frame 27 is used for the container 2
When the breeding flooring material layer 44 described later is formed on the frame 0, the frame 22 is particularly accompanied by the outward bending of the front panel 25b.
a and the frame 22c are prevented from being deformed inward. Further, it also has a function of supporting a bowl portion 36 described later. At the upper edge of each panel 25a, 25b, 25c, the lid 4
The lower edge of each panel 10a, 10b, 10c is fitted.

Further, as shown in FIG. 6, each frame 22
A square bar made of aluminum is press-fitted into a pipe cavity v opened at the upper end of each aluminum pipe 23a of a, 22b, and 22c to form a protrusion 26. The protrusion 26 is formed in each frame of the lid 4 described above. 6a, 6b, 6c aluminum pipe 7a,
It is adapted to fit inside 7b and 7c. Further, as shown in FIG. 1, FIG. 2 and FIG.
Casters C are attached to the lower ends of the 2b and 22c, and the breeding box 1 is movably formed.

As shown in FIG. 7, the water passage bottom portion 28 below the container 20 is located below the frames 22a, 22b and 22c and the down frame 2 at the lower edge of the panels 24a and 24b.
1 is formed horizontally, and the lower opening of the container 20 is shielded. In this embodiment, the water passage bottom portion 28 is formed of a stainless steel plate having a large number of water passage holes 29 having a diameter of 5 mm. In addition, in the center of the water passage bottom portion 28, a bowl portion insertion hole 28a having a predetermined diameter for inserting and fixing the lower end side of the bowl portion 36 described later is provided.

As shown in FIGS. 2 and 4, below the water passage bottom portion 28, a support frame 30 is horizontally provided between the frames 22b and 22c, and between the support frame 30 and the frame 22a. A support frame 32 is bridged over. With these support frames 30 and 32,
A tray 34 for storing water is horizontally supported below the water passage bottom portion 28. The tray 34 is formed in a dish shape having a fan-shaped bottom.

As shown in FIG. 8, a bowl portion 36 having a substantially cylindrical shape is provided.
The lower end side is inserted and fixed in a bowl portion insertion hole 28a penetratingly provided at the center of the water passage bottom portion 28, and is projected upward inside the container 20. The bowl portion 36 is made of plastic, and a thin cylinder portion 37b is integrally formed below the thick cylinder portion 37a, and the thin cylinder portion 37b is formed in the bowl portion insertion hole 28.
It is inserted in a. The lower end of the thin cylindrical portion 37b inserted into the hole 28a is suspended in the tray 34. In addition, a large number of bowl water passage holes 38a having a diameter smaller than that of the beetle egg are provided in the outer peripheral portion 38 of the thick cylindrical portion 37a.

The lid 4 and the container 20 thus formed are attached to the upper edges of the transparent panels 24a and 24b of the container 20 and the protrusions 26, and the transparent panels 10a and 10 corresponding to the lid 4 are provided.
By fitting the lower end edge of b and the hollow portions of the aluminum pipes 7a, 7b, and 7c, an integrated breeding box 1 is formed. When the breeding box 1 is used and the opening / closing member 17 is closed, the breeding box 1 has a bottom portion of the container 20, that is, a water passage hole 29 of the water passage bottom portion 28 and an opening portion of the opening / closing member 17. Other than 19 are in a sealed state.

Next, the case of breeding beetles as a breeding target using this breeding box 1 will be described with reference to FIG. First, the lid 4 is removed from the breeding box 1 and the container 2
The deodorant material layer 40 is formed on the water passage bottom portion 28 of 0 by laying charcoal so as to cover at least the entire surface of the water passage bottom portion 28. Then, a piece 41 of chestnut or kunugi tree is laid on it, and a sawdust 42 such as kunugi is thickly laminated as a floor material for breeding beetles to form a breeding floor material layer 44. Each of the deodorant material layer 40 and the breeding floor material layer 44 is formed in a donut shape on the outer periphery of the pot portion 36 standing in the center of the container 20.

Then, the plant G is planted in the pot portion 36. First, after filling the water absorbent base material such as cotton under the thin cylindrical portion 37a, an appropriate amount of plant soil 45 is placed in the pot portion 36.
Then, the rhizome of the plant G is inserted. In this example, as the plant G, a Pachira species was used, in which the rhizome part was less likely to increase in thickness and the leaves were thick only above the stem.

Further, an appropriately large piece of wood is placed on the breeding floor material layer 44. Further, the saucer 34 is attached to the support frame 3
Set on 0, 32. Thereafter, the lid 4 is attached to the container 20 with the opening / closing member 16 open, and the opening / closing member 1
The stem portion of the plant G just fits into the opening portion 19 formed by the butting of 7a and 17b. Thereby, in the breeding box 1, a large breeding floor material 44 layers and the like are mainly formed in the container 20,
A housing space 46 is provided by the lid 4. In addition, the upper side of the breeding box 1 is sealed by the fitting of the upper edge of the container 20 and the lower edge of the lid 4, the opening / closing members 17a and 17b of the lid 4 and the stems of the plants, and is almost always the breeding box. 1 is in a state of not communicating with the outside air. Below the breeding box 1, the breeding floor material layer 44, the deodorizing material layer 40, and the water passage holes 29 of the water passage bottom portion 28.
Only the outside of the breeding box 1 is ventilated via the. It should be noted that a beetle may cut a stalk of the plant G near the opening 19 to form a concave portion, or a horn or the like may push up the opening / closing members 17a and 17b to cause escape from the breeding box 1 and inconvenience in tightness. In some cases. Therefore, in this embodiment, the cross-section semi-cylindrical body S having a flange at the upper end covers the outer periphery of the stalk near the opening 19 to prevent insects from approaching the opening 19 and to ensure the airtightness. I am trying to increase.

When the upper opening / closing members 17a and 17b are opened in the breeding box 1 thus prepared and water is sprinkled, the water soaks into the breeding floor material layer 44, and then excess water is removed from the deodorant material layer 40.
Through the water passage hole 29 of the water passage bottom portion 28 and is dripped into the receiving tray. If the opening / closing members 17a and 17b are closed in this state, the inside of the breeding space 46 of the breeding box 1 is unlikely to be affected by the humidity outside the breeding box 1 and the humidity can be easily kept constant. Further, the water passage bottom portion 28 and the breeding space 46 are separated by the breeding floor material layer 44 capable of retaining water, which is convenient for maintaining humidity. Therefore, one time of watering keeps an appropriate humidity for a long period of time, so that it is possible to save the trouble of frequently supplying water. Further, since it is possible to prevent deterioration of the breeding environment such as decay of the floor 44 due to overdose of water and drowning of larvae, it is not necessary to carefully supply water, and the beetles can be easily bred with rough maintenance.

Further, the water sprinkled on the breeding floor material layer 44 permeates the soil 45 of the pot 38 through the pot water holes 38a of the pot 36, and the plant G can be planted without watering. Water is supplied to the rhizome of G.

On the other hand, although the humidity of the breeding space 46 gradually decreases due to the evaporation and the water absorption action of the plant G, the thin cylindrical portion 37b of the bowl portion 36 has the tray 3 below the water passage bottom portion 28.
If it is submerged in water in 4, it will
The water in the saucer 34 passes through the water-absorbent substrate and is sucked up into the bowl 36, and then water is supplied to the breeding floor material layer 44 through the water passage holes 38a. Therefore, when the humidity decreases, the breeding floor material layer 44 is formed by the saucer 34 and the pot 36.
The humidity of the breeding space 46 is maintained. In this way, the saucer 34 and the bowl portion 36 keep the humidity in the breeding box 1 constant without watering for a long period of time.

Further, while breeding beetles, breeding odors such as excrement and food are generated in the breeding box 1, but the upper part of the breeding box 1 is closed by the opening / closing members 17a and 17b, and the breeding space 46 and the floor are kept. The air in the material layer 44 is in a state of being aerated with the outside air through the deodorizing material layer 40 made of charcoal. Therefore, the breeding odor component is adsorbed on the charcoal to be deodorized, and the breeding odor does not leak to the outside of the breeding box 1. Therefore, even when the large breeding box 1 is placed in a tightly sealed and narrow room, it can be raised without worrying about the breeding odor.

Further, since this breeding box 1 has a fan-shaped cross section, it can be housed in a corner of a room, etc.
It is space-saving. However, the lid 4
The front panel 10b and the front panel 24b of the container 20 have an arcuate cross section and are curved to the outside of the breeding box 1 and have a large area, which is suitable for observing the breeding state, and a plurality of people can observe at once. It is suitable for observation. Further, it can be freely moved by a caster C attached to the bottom of the breeding box 1, and can be freely moved for observation, watering, exposure to the sun, etc.

The pot portion 36 is necessary to separate the living areas of the rhizome and the beetle of the plant G, and by this,
Since the rhizome does not extend into the floor material layer 44, it is possible to easily replace or clean the floor materials 41 and 42, which must be performed in a short period of time. In addition, the water passage holes 38aa of the bowl portion 36,
Keep the diameter smaller than the beetle egg. Otherwise, the beetle will hatch in the bowl 36. For the same reason, it is desirable to close the outer circumference of the stem portion also in the upper opening of the pot portion 36 so that the beetle does not enter.

By arranging the pots 36 in the breeding box 1 in this manner, the breeding box 1 can be used as a planter for the plants G, and thus can be used as an interior in the home. It is also a planter that can save you the trouble of watering. In the present embodiment, a large plant G protruding above the breeding box 1 was planted in the pot 36, but a plant that can be housed in the breeding box 1 may be used. In this case, it can be used as a greenhouse rather than a planter.

Furthermore, the transparent panel 10 of the lid 4 and the container 2
In the fitting part with the transparent panel 24 of 0, the transparent panel 1
Since the water leakage prevention piece provided at the lower end of 0 is located in the container 20, water does not leak from the fitting part to the outside of the breeding box 1 and the room is not polluted even if it is watered randomly. .

Because of the structure of such a breeding box, it is possible to easily form and maintain an appropriate environment for insects such as beetles with a minimum maintenance. Therefore,
Insects can be easily bred at home and in schools, and the cycle of insect mating, spawning, hatching, and adult can be observed directly. In the past, the breeding box was apt to be left out due to its bad smell and bad appearance, but with this breeding box 1, no smell is generated, it becomes an interior, and maintenance is also performed. Since it is easy and can be stored easily, it can be left in the house at any time of the year, and the growth cycle of the insects described above can be easily observed. In the present example, the beetle was explained as a breeding target, but the breeding environment is not limited to this, and a breeding environment suitable for each insect can be easily maintained and formed for other insects. Especially, it is suitable for long-term breeding of insects.

[0034]

EFFECTS OF THE INVENTION According to the present invention, since the structure of the breeding box is made to allow water to pass through at the bottom which forms the breeding floor material layer, and at the same time mainly provided to communicate with the air outside the breeding box at this bottom, Moisture is easily retained in the floor layer, and the humidity environment preferred by insects can be formed and maintained in the breeding box. Further, according to the present invention, since the deodorant layer is provided on the water passage bottom, the breeding odor component is adsorbed by the deodorant in the air ventilated through the water passage bottom and the breeding odor is generated outside the breeding box. It does not leak and is suitable for keeping insects indoors. Further, according to the present invention, since water can be supplied to the breeding floor material layer by the capillarity, maintenance of water supply can be omitted for a long period of time, and thus long-term breeding of insects can be performed even if regular watering cannot be performed. It is possible and convenient for breeding at home or school. Further, according to the present invention, since the pot portion which can be shielded from the breeding floor material layer in the breeding box is provided, it is possible to coexist with the plant without adversely affecting the maintenance cycle of the insect growth cycle and the breeding floor material layer. It can also be used as a planter for plants and can obtain a desirable appearance. Further, according to the present invention, the breeding box has a substantially fan-shaped cross section, and the outer peripheral portion having a substantially arc-shaped cross section is formed of the transparent base material, so that the breeding box can be placed along the corners and saves space. In addition to being able to achieve this, the inside of the breeding box can be easily observed by the transparent panel having a large area and a substantially arcuate cross section even in such a stored state.

[Brief description of drawings]

FIG. 1 is a diagram showing the breeding state of beetles in the breeding box of this example.

FIG. 2 is a front view (a) and a side view (b) of a breeding box of this example.

FIG. 3 is a plan view of a breeding box of this example.

FIG. 4 is a bottom view of the breeding box of this example.

FIG. 5 is a cross-sectional view taken along the line AA of FIG. 2A, showing a fitted state of the lid panel of the breeding box and the container panel of the present example.

FIG. 6 is a view showing a fitting portion between a frame of a lid part of a breeding box and a frame of a container of the present embodiment.

FIG. 7 is a view showing the water-passing bottom of the breeding box of this example.

FIG. 8 is a view showing an arrangement state of a pot portion of the breeding box of this embodiment.

FIG. 9 is a view showing a conventional breeding box.

[Explanation of symbols]

 1 ... Breeding box 4 ... Lid part 20 ... Container 28 ... Water passing bottom part 44 ... Breeding floor material layer

Claims (5)

[Claims] 1. A breeding box for laying an insect breeding flooring material on the bottom to form a breeding flooring material layer for breeding insects, the container having an upper or side opening, and A structure of an insect breeding box, comprising: a lid part that closes the opening part by closing the opening part, and the bottom part of the container is a water-permeable bottom part capable of discharging the water of the breeding floor material layer to the outside of the container. . 2. The structure of the insect breeding box according to claim 1, wherein a deodorant layer is provided on the water passage bottom. 3. The structure of the insect breeding box according to claim 1, further comprising a moisture supply means capable of supplying moisture to the breeding floor material layer through the water-permeable bottom portion. 4. The container according to claim 1, wherein the container is provided with a pot portion which is cut off from a breeding floor material layer and into which a rhizome portion of a plant is inserted. Structure of the described insect rearing box. 5. The container is a tubular body having a substantially fan-shaped cross section,
The structure of the insect breeding box according to any one of claims 1, 2, 3, and 4, wherein at least the arc-shaped portion on the front surface is made of a transparent base material.