JP5582560B2 - Insect breeding compost floor - Google Patents

Description

  In the present invention, organic waste such as livestock manure is decomposed using insects' food and insects are cultivated, and the cultivated insects are separated from the decomposed products. Use for production. The degradation products are used as soil conditioners and organic fertilizers. The present invention relates to an apparatus and a processing system for raising and composting insects using organic waste such as livestock manure.

Conventionally, livestock manure has been used as a useful fertilizer, but in recent years the scale of livestock production has increased, and a large amount of excrement such as manure has been generated. Is in the situation. This livestock excrement is treated using the food of insects, and the grown insect bodies are used as feed raw materials, and the decomposition treatment residue obtained by separating the insect bodies is used as a soil conditioner and compost, which is a cascade utilization technique. This device spreads livestock manure with adjusted moisture in a flat-bottomed growth container with an appropriate thickness to plant and grow insect eggs. When the larva reaches the age of life, it escapes from the container by the creeping behavior just before hatching. In this way, it is expected that animal manure is eaten by insects, the insect body is used as feed and raw material, and the processed product is used as an organic fertilizer as an effective treatment means for animal manure treatment.
JP 2002-11440 A

  While environmental standards in recent years have become stricter, the scale of livestock production has increased, and a large amount of excreta such as manure has been generated. A large amount of compost produced by conventional compost production requires days for aging, and when used, a place of consumption that can absorb fertilizer costs including distribution costs is necessary. According to the combustion process, a large amount of fossil fuel is used. The present invention treats the animal manure, chicken manure, etc. using the insect's food, and uses the grown insect body as a feed raw material, and the decomposition treatment residue obtained by separating the insect body is reduced in volume by using a soil conditioner and compost. Use. Lay larvae by controlling the temperature and humidity by spreading the manure and urine with adjusted moisture in a breeding container and planting insect eggs. The larvae that have reached the end of their ages are hatched by hatching, and the insect body is separated using the habit of escape from the container. The purpose of the present invention is to provide an apparatus that can reduce the volume of processed foods and produce compost raw materials, and an insect breeding compost floor using a cascade system.

In order to achieve the above object, the invention of claim 1 uses insect food for organic matter such as livestock excrement and food residue to perform insect body culture, volume reduction of processed products, and composting treatment. Eggs cultivated by using insects and spawned are spread with livestock manure in an organic processing device's breeding container, and then uniformly inoculated with small chunks. A preferred environment for insect larvae to eat processed foods, a means to take in the amount of moisture-treated processed food to be eaten by insect larvae, and a reference line for the thickness of the treated material on the inner surface of the breeding treatment container The amount and depth of the processed material are made uniform each time by marking and leveling the processed material using the line as a guide. By tilting the bottom of the growth processing container and forming the bottom of the ship, and leveling the upper surface of the processed material, it is laid thinly on the outside, the insect crawling side. This thin portion is processed and dried more quickly, and is a guiding means for liking the dried portion by hatching. Stacking containers to make effective use of the curing space, stacking parts of the containers into a concave-convex joint, aligning the stacking, preventing slippage, stacking the containers, and stacking the upper and lower containers In this state, an insect crawling gap was formed between the containers. In addition, a slope that pushes insects that fall from the end of the crawl outlet of the growth processing container to the front side is created, and the falling position is set from the front to prevent it from hitting and colliding with the edge of the lower container. A drop guide that is lowered like a curtain is provided in front of the container's crawling mouth, and the bottom of the guide is received inside the groove-like container, and the water accumulated in the container is swung to prevent the insects from climbing and climbing. A means for collecting the insect bodies while collecting them and a means for sucking the collected insect bodies together with water with a dust collector and discharging the insect bodies into the bag while discharging them into the bag.

  The invention according to claim 2 is a means for effectively treating livestock excrement and food residues, etc., and is a process that spreads in a growth processing container of an organic substance processing apparatus using insects, which is performed by a food process using the food of insects. Arrange the appropriate number of plates to divide the object, and the larvae that crawl out will crawl at a short distance in a straight line to the crawling mouth of the container, sideways, strays out, guides towards the crawling mouth, and separates the insect body To improve.

  Claim 3 is an organic matter processing apparatus using insects. When larvae of moths are used as insects that use food, moths lay many eggs and moths have a short growth period. The decomposition efficiency of is high.

  According to a fourth aspect of the present invention, in an organic matter processing apparatus using insects, when a container is stacked on the container, a breeding processing container is formed which forms a larvae spout opening in an appropriate gap. Brighten the area around the insect spout opening of the stacked processing container, insert light from the sprawl spout, and more efficiently separate the processed object from the insect body by means of the hatching action during hatching and the means utilizing phototaxis Do.

The invention according to claim 5 is an organic matter processing apparatus using insects, which is attached to a growing treatment container that is stacked and cured, and has a measuring terminal for measuring and sensing humidity, temperature, etc., communicates information to a personal computer, and air-conditions from the personal computer. The machine is automatically controlled. Or display on a display device to enable remote operation. Data is stored and analyzed to display the status, and schedule management and status management can be displayed or managed by software settings.

The invention according to claim 1 is a case where organic matter such as livestock excrement and food residue is processed by food processing utilizing insect food. In general, compost is processed into compost or waste, and at the same time, insects are cultivated. Insect bodies can be obtained and used as feed, feed raw materials, and compost resources. The inner side of the growth treatment container is marked with a line indicating the thickness of the treatment, and the amount and depth of the treatment are adjusted for each growth treatment container by spreading the treatment according to the standard. It can be made uniform. By forming the bottom of the vessel like an inclined ship bottom and leveling the top surface, it is thinly laid on the outside of the processed material and on the insect crawling side. By this means, food processing and drying of the outer part proceed faster, and larvae that prefer to dry by hatching can be induced, and the processed product and the insect body are better separated. The overlapping processing containers are made to have a concave-convex joint at the top and bottom to prevent easy positioning and misalignment. When stacking containers, when the upper and lower containers are stacked, a larvae spout opening is formed between the containers, and the larvae can be scooped and dropped to efficiently collect insect bodies. . In addition, a slope that pushes the larva falling from the edge of the crawling outlet of the growth processing container to the front side of the container, making the falling position from the front, preventing it from splashing and hitting the edge of the lower container A splash guard lowered like a curtain is provided in front of the crawling mouth, and its skirt is placed inside a groove-like container to receive the falling larvae. The water stored in the container is rocked to prevent the larva from climbing up and climbing out. The collected larvae are sucked together with water by a dust collector, and the larvae can be easily packaged while being discharged from the dust collector into the bag.

  The invention of claim 2 is a breeding processing container in the case where food processing of organic matter such as livestock excrement and food residue is performed using insect food, and an appropriate number of plates are placed on the processed material spread on the container. It becomes a guide that partitions the larvae at the end of their life, and makes the larvae that crawl out crawl straight out into the spout mouth at a shorter distance, prevent sideways and stray, and improve the craving efficiency.

  According to claim 3, in the organic matter processing apparatus using insects, when moth larvae are used as insects that use food, the moths have a large number of eggs laid, the growth period of the moths is short, and the decomposition efficiency of livestock excreta among the insects is high. High and relatively easy to breed.

  According to the invention of claim 4, in the organic matter processing apparatus utilizing insects, when the side wall of the growth processing container is formed in a strong and sufficient pressure-resistant shape and the container is stacked on the container, an appropriate gap is provided between the upper and lower containers. In the resulting form, an insect crawling mouth is formed. Brighten the area around the insect spout opening of the stacked processing containers, insert light from the sprawl spout, and use the action of lightning by hatching and the phototactic properties to more efficiently separate the processed material from the insect body.

In the invention of claim 5 , the growing treatment container to be cured by the organic matter processing apparatus is equipped with a measuring terminal such as a hygrometer and a thermometer, and the information is communicated to a personal computer so that the personal computer can control the air conditioner. At the same time, it is displayed on the display unit, enabling manual operation. These data are stored and analyzed, and the status is displayed, and software settings such as work schedule management and standard values for status management are displayed and displayed to enable automation of curing management.

  In general, compost or waste is spread and treated with livestock excrement and inoculated with eggs of insects. At the same time, the processed material is composted, and at the same time, the insect's food is used to cultivate and obtain an insect body. In addition, food processing residues are used as compost resources. Mark the reference line of the thickness of the treated product on the inner surface of the growth treatment container, and spread the treatment product so that the depth matches the reference line, so that the treatment treatment thickness of the growth treatment container is preferable. The thickness can be made uniform each time. By forming the bottom of the processing vessel into an inclined ship bottom and leveling the top surface, the outer side of the processing object is laid thinly and obliquely to the insect sprawling side scooping port, and the processing and drying of this scooping port portion proceed faster. The larvae have the habit of craving into the dry part by hatching, and can guide the larvae to the outside, improving the separation of the processed product and the insect body. Overlapping growth processing containers are provided with depressions and protrusions at the top and bottom, and they are aligned to prevent misalignment. When a container is stacked, a gap is formed between the upper container and the lower container, and an opening is made on the inclined bottom extension of the lower container so that the larvae creep out and fall, and the insect bodies are collected in the lower container. The container is appropriately partitioned by a board on the spread processed material, and is provided as a guide to reach the end-of-life period, so that the larvae that crawl out run sideways, reduce vagus, and crawl more quickly and in a short distance, thus improving the craving efficiency.

  The moth has a large number of eggs laid and the growth period of the moth is short, and the efficiency of decomposing livestock excreta is higher than other insects. Salmon can be raised in cages, and it is easy to feed eggs such as milk and sugar for egg production and increase the number of eggs laid. In order to effectively use the place of curing, the growth processing containers are stacked and used, but the side walls of the containers are widened and formed into a sturdy and sufficient pressure resistant shape. When a container is stacked on the container, a larvae spout opening is formed in a form that appropriately creates a gap, and the periphery of the stacked scoop opening is bright, and light is inserted from the scoop opening gap. Late-stage larvae use the phototaxis and crawl behavior during hatching to more efficiently separate the treated material from the insect body. Make a slope so that insects falling from the edge of the crawling outlet of the breeding treatment container are pushed forward from directly below the edge of the container, so that the larva falls from the front and jumps against the edge of the lower container. prevent. A jump guard is lowered like a curtain with a larva drop space in front of the crawling mouth at the end of the container. Put the hem of the splash guard inside the receiving box in which water is stored to receive the falling larvae. The water in the receiving box is swung to prevent the larva from climbing up and climbing out and collecting the larva. The collected larvae are sucked together with water with a dust collector and discharged into a mesh bag, so that the larvae can be packed in a boiled bag. Fork of a self-propelled vehicle transport vehicle, etc., by placing a frame with the strength required for stacking at the bottom stage where the livestock excrement processing material is spread and inoculated in the breeding processing container, inoculated with eggs, and stacked and transported to the curing place A frame structure that can be inserted and submerged, making it easy to place self-propelled transport to the place to be cured. The growing treatment container to be cured is equipped with a measuring terminal such as a hygrometer, thermometer, etc., communicates information to a personal computer, enables control of the air conditioner from the personal computer, displays on the display device, and allows manual operation. Data is saved, analyzed and processed to display the status, and work schedule management status, status management settings, and curing management can be automated.

  Hereinafter, the present invention will be described with reference to embodiments shown in the drawings. Examples of the present invention are shown in “FIG. 1”, “FIG. 2”, “FIG. 3”, “FIG. 4”, “FIG. 5”, and “FIG. 6”. The insect breeding compost floor (1) is laid with a processed animal waste (19) in a breeding treatment container (2) and inoculated with insect eggs. Mark the reference thickness line (6) on the inner surface of the growth treatment container (2) and the target band (6), and spread the treatment (19) to match the line. Thus, it is possible to lay the spread thickness of the processed material (19) to be put on the insect breeding compost floor (1) uniformly every time. The bottom of the container (3) is tilted to form the bottom of the ship, and the top surface of the treated product (19) is leveled, so that the treated product (19) is thinly laid on the outside and obliquely to the larvae spout (20). The processed food (19) in the vicinity of the larvae spout (20) and the drying proceed faster. The larvae have a habit of craving to a dry place when they become pupae, and are guided to the larvae spout (20) to separate the processed product (19) from the insect body. The growing processing container (2) to be stacked is provided with a recess (4) and an alignment protrusion (5) at a portion where the upper container and the lower container are combined to facilitate alignment and prevent mutual displacement. The growth processing container (2) is stacked, and a larvae spout opening (20) is opened on the inclined extension of the container bottom (3) of the lower container between the upper container and the lower container. The larva falls from the larva crawling outlet (20), falls between the larva jump push plate (8) and the jump guard (10), and is received by the water surface of the swing receiving box (11) and the swing water surface (18). The water surface is swung to prevent the larva from climbing up and running away.

  The surface portion of the processed product (19) spread on the growth processing container (2) is scooped out and partitioned by the guide plate (7). A scooping guide plate (7) is provided to improve the efficiency of collecting larvae by scooping out pupae at the end of life, with less side-to-side straying and scooping at a shorter distance. Salmon can be raised in a cage with milk, sugar, etc., and the growth cycle is short, the number of eggs laid is large, and the efficiency of decomposing livestock excreta is good. The pressure resistance for stacking the growth processing containers (2) is reinforced by increasing the side wall width of the containers. The growth processing container (2) is stacked and a larvae spout (20) is formed between the top and bottom of the container, and the larvae are dropped. A lamp is placed around the larva spout (20) of the stacked growth processing container (2). (9) etc., and the structure is such that the light comes from the gap between the larvae spout (20). Utilization of phototaxis of larvae at the end of life is also a means for efficiently separating the processed product (19) and the insect body. Make a slope with the larva jumping plate (8) so that the insects falling from the edge of the larvae spout opening (20) of the rearing container (2) are pushed out from the edge of the container to the front side. More than before, it is prevented from splashing against the edge of the lower growth processing container (2). The curtain-like jump guard (10) is lowered across the space where the larva falls, on the front side of the larvae spout (20) of the growth processing container (2). The skirt of the splash guard (10) is put inside the swing receiving box (11) to collect the falling larvae. The rocking receiving box (11) is swung by the rocking shaft (13), and the water in the rocking receiving box (11) and the rocking water surface (18) are swung to prevent the larvae from climbing up and coming out. The larvae are sucked and collected with a dust collector and discharged into a mesh bag, and the larvae are boiled and dried.

  The processed product (19) is laid on the growth processing container (2), inoculated with insect eggs, and the container is stacked and transported to a curing place. A frame structure (17) with sufficient strength required for stacking the growth processing containers (2) is provided, and the frame structure is widened under the frame (17). Enabling self-propelled transport and placement. It is equipped with a measuring terminal such as a sensor and temperature / humidity meter (16), and communicates information to a control device (14) (not shown) to enable control of the air conditioner such as the temperature and humidity management of the curing place. , Enabling manual operation with the operating means. Data is saved, analyzed and processed to display the status, and work schedule management and status management are set to enable automatic management of curing.

  As the environmental standards in recent years have become stricter, the scale of livestock production has expanded, and a large amount of excreta such as livestock manure has been generated. Conventionally, compost production requires processing waste excreted in large quantities every day, and compost ripening requires days and a wide place for curing. When fertilizing and using as compost, it is necessary to allow for a large amount of distribution costs. In addition, a place of consumption that uses a large amount of compost fertilizer is also required. If we treat the excrement, we will use fuel, which can lead to the use of large amounts of fossil fuel. Therefore, this livestock excrement is treated with insects, here larvae of moths, and the habits of moths, and moisture-adjusted animal manure is spread in a growth container and insect eggs are planted, and temperature and humidity are controlled. Raise larvae. The larvae that have reached the end of their ages are hatched by hatching, and the insect body is separated using the habit of escape from the container. The insects that have been cultivated and separated can be used as feed and feed raw materials, and the decomposition processing residue obtained by reducing the volume of the insects by food processing and separating the insects can be used as a soil conditioner and compost raw material. In this way, it is possible to provide an insect breeding compost bed of an apparatus system that can use excrement such as livestock manure in cascade.

It is a front view of one embodiment of the insect breeding compost floor of the present invention. 1 is a side view of an insect breeding compost floor. 1 is a top view of the insect breeding compost floor. It is a top view of a growth processing container. It is a side view of a growth processing container. It is a front view of a growth processing container.

DESCRIPTION OF SYMBOLS 1 Insect rearing compost floor 2 Raising processing container 3 Container bottom 4 Alignment concave 5 Alignment convex 6 Guide belt line 7 Scatter guide plate 8 Larva jump board 9 Light lamp 10 Jump guard 11 Swing receiving box 12 Receiving box support 13 Swing axis 14 Control Device (not shown) 15 Top Cover 16 Sensor, Thermo-Hygrometer 17 Base Frame 18 Oscillating Water Surface 19 Processed Object 20 Larva Crawling Port

Claims (5)

By means of effective use of livestock excrement and food residues, the treatment of these organic substances is carried out by food treatment using insect food, and the grown insect bodies are used as raw materials for feed, etc. In organic material processing equipment using insects that can be used,
Means for optimizing the amount of processed material by marking a reference line for the depth of storage on the inner surface of the growth processing container , and the processing storage material by forming the bottom of the growth processing container into a flat ship bottom There forms a form that is laid thin outward processing of the outer portion, and means for drying proceeds more quickly, and uneven joint-like means for facilitating positioning in stacking the development processing vessel to prevent displacement, the development processing vessel Means for forming an insect crawling gap between the upper and lower growth processing containers by stacking, and preventing insects that crawl out of the growth processing container and jump at the edge of the lower growth processing container, Insect-cultivating compost bed equipped with means for preventing splashing lowered like a curtain and means for preventing the insects from climbing and climbing by swinging the water collected in a groove-like container . 2. The insect breeding compost bed according to claim 1, further comprising means for guiding the insect sprinkling by appropriately arranging a number of plates for partitioning the treatment storage items appropriately spread on the breeding treatment container. The insect breeding compost according to claim 1 , wherein the insect that uses the food is a cocoon. The development processing against insects crawl out near the gap formed by stacking the containers in lights, insect development compost bed of claim 1 or claim 2, wherein providing the means for inserting the lights from the gap. A means for sensing humidity and temperature information in the vicinity of the growth processing vessel and a personal computer to automatically control the air conditioner around the growth processing vessel stacked by automatically controlling the air conditioner can be remotely controlled by automatic management and display display The insect breeding compost bed according to claim 1 or 2, wherein means are provided .

Images