KR20110006824U - Cell tray - Google Patents

Abstract

The present invention relates to a functional cell tray for the production and supply of test insects, and more particularly, the production of test insects in which the lid tray is combined in the form of an integrated close-type lid for preventing the escape of the insects. And a functional cell tray for supply.

Insect Breeding, Feeding, Feeding Kit

Description

Functional cell tray for production and supply of test insects {CELL TRAY}

The present invention relates to a functional cell tray for the production and supply of test insects, and more particularly, the production of test insects in which the lid tray is combined in the form of an integrated close-type lid for preventing the escape of the insects. And a functional cell tray for supply.

The present invention has been established in the mass production and mass supply of public insects, which have recently increased rapidly, such as the production of natural insects for eco-friendly farming, the demand for specimens for the development of various insecticides, and the demand for specimens for the selection of useful biological resources. As there is no standard of breeding and transport container, it is designed to improve the disadvantages of labor loss such as breeding and packing individual disclosure insects in a separate container during operation. It is possible to manage 32 objects in one container by constructing one tray in each cell unit and apply airtight lid structure that breathes survivability and possibility of release of disclosure insects. This is to allow work to be done more energetically than using individual containers.

This design is for mass breeding and vitalization of feeding insects, which maximizes the survivability of live insects and provides much higher management efficiency than using individual containers when the requirement of at least 1,000 insects is in progress. In the past, it was common to produce and package individual insects in petalish or similar test containers, which are used for various experiments. However, when the number of insects increases, the time and labor required for them are increased. It has been a major factor that leads to an increase in production cost.

The present invention is to improve the problems of the prior art by using one tray having each 32 unit cells (Unit cell) independently to manage or deliver 32 individual insects at a time to separate containers Compared with writing, each unit cell should have an advantageous structure for survival and prevention of disclosure insects, and when put together with artificial feed, the gas generated from it can be exchanged with the outside for survival of insect insects. Provides functional cell trays for production and supply of disclosure insects that maximize performance.

According to the present invention, 32 unit cells 12 are formed per bottom plate tray, and cell bottom grooves 13 are formed at the bottom of the unit cell to fix insect food, and vent grooves 14 ) Is divided into four unit cells 12 so that the four unit cells 12 can be cut and used at a time. The unit cells 12 are divided into four unit cells 12 in a cross shape. Aeration grooves 14 are formed, and locking grooves 18, 18-1, and 18-2 are formed on the side surfaces so as to be coupled to the locking projections 28 formed on the inner side of the lid tray 20. A bottom plate tray 10 having a support protrusion 16 formed at a lower edge thereof to support a lower portion of the bottom plate tray, and having a side support groove 17 formed at a side thereof to support a side of the bottom plate tray; And 32 cell cover portions 22 are formed per lid tray to cover the upper portion of the unit cell 12 at a position corresponding to the unit cells 12 of the bottom plate tray 10. The side tray 26 is formed at the bottom edge to support the lid tray, and the lid tray 28 is formed at the side to be engaged with the locking groove 18 formed on the outer surface of the bottom plate tray 10. Regarding the functional cell tray for the disclosure insect production, supply is composed of 20, the lid tray 20 is coupled to the upper portion of the bottom plate tray 10 in the form of an integral close-type lid for preventing escape of the insect insects will be.

The present invention can be used as a means of saving time and costs in the disclosure insect supply system, which was individually packaged and managed in the absence of existing standardized production and delivery containers, and most of the disclosures produced in Korea It is a functional cell tray for producing and supplying insect insects with high availability by applying sizes that can be applied to insects. In addition, the present invention is secured by the escape prevention structure and air permeability is large in mass production, and is made of a structure that can withstand high temperature sterilization conditions for pollution prevention, so that the durability of the product can be increased to reduce the cost have.

Hereinafter, with reference to the accompanying drawings, a functional cell tray for production, supply of test specimens of a preferred embodiment of the present invention will be described in detail.

Functional cell trays for the production and supply of test insects of the present invention shown in Figures 1 to 5 is formed of 32 unit cells (12) per base plate tray, the unit of the cell to fix the food of insects The cell bottom groove 13 is formed at the bottom, and the ventilation groove 14 is separated, and the four unit cells 12 are formed in a shape in which four unit cells 12 are collected so that they can be cut and used at once. A cross-shaped vent groove 14 is formed at a portion separated by four unit cells 12, and is caught on the side so as to be engaged with the locking protrusion 28 formed on the inner side of the lid tray 20. Grooves 18, 18-1, and 18-2 are formed, and support protrusions 16 are formed at the bottom edge of the bottom tray tray to support the bottom of the bottom tray tray. A bottom plate tray 10 having side support grooves 17 formed therein; And 32 cell cover portions 22 are formed per lid tray to cover the upper portion of the unit cell 12 at a position corresponding to the unit cells 12 of the bottom plate tray 10. The side tray 26 is formed at the bottom edge to support the lid tray, and the lid tray 28 is formed at the side to be engaged with the locking groove 18 formed on the outer surface of the bottom plate tray 10. Regarding the functional cell tray for the disclosure insect production, supply is composed of 20, the lid tray 20 is coupled to the upper portion of the bottom plate tray 10 in the form of an integral close-type lid for preventing escape of the insect insects will be.

The functional cell tray of the present invention relates to a multipurpose test feed kit (KIT) used for bioassay and mass production of useful insects, and can be applied to small and medium-sized insects such as lepidoptera, coleoptera and stink bug among useful insects. It is a device that stably preserves high quality specimens in mass breeding and supply, and improves convenience in feeding and segregation. A total of 32 unit cells are integrated into one plate in the form of 4 rows and 8 rows. As it can store and feed 32 specimens in a batch, it improves convenience in short-term mass breeding and mass supply, and each unit cell is made of polystyrene resin so that the insects have low adhesive force. It is difficult to escape to the outside of the cell, and the corner edge of the rectangular unitcell is composed of curved surfaces, so cleaning and escape of specimens It is difficult to handle and improves manageability, and one tray consisting of 32 unit cells has a close-type lid structure that can cover the whole, which can prevent the release of specimens inside the bulk shipment or the bulk loading. There is a convenient convenience, it is possible to secure the survival of the test insects by securing a basic structure of the internal breathing of the test insects and the ventilation of the micro structure to discharge the gas that may occur when filling the artificial feed.

First, as shown in FIG. 1, the functional cell tray of the present invention constitutes one tray having 32 unit cells, and its size has a size that is sufficient for the survival of major insects produced in Korea. The vertex of each unit cell is treated with curved surface to make the structure of uncomfortable escape of insect insects and to improve the cleanliness.

In addition, the functional cell tray of the present invention is made of polystyrene resin (PS) and polyethylene resin (PE) so that it can maintain this form without deformation even after high temperature sterilization to reduce the contamination that may occur during mass breeding. Increased durability.

In the functional cell tray of the present invention, the lid tray 20 is in close contact to prevent the escape of the disclosure insects therein, and to prevent the mixing of the contents during delivery, and a vent for a vent in the center of each unit cell. Groove (14) to maximize the survivability by allowing the breathing of insects and exchange of internal gas.

As described above, the present invention has been described with reference to the embodiments shown in the drawings, but this is merely an example, and it will be understood by those skilled in the art that various modifications may be made therefrom. Therefore, the true technical protection scope of the present invention should be defined by the technical spirit of the appended claims.

Figure 1 is an exploded perspective view showing a functional cell tray for the production, supply of test specimens of a preferred embodiment of the present invention.

Figure 2 is an exploded cross-sectional view showing a functional cell tray for the production, supply of test insects.

Figure 3 is a plan view showing the bottom plate tray among the functional cell tray for the production, supply of test specimens.

Figure 4 is a bottom view showing the bottom plate tray of the functional cell tray for the production, supply of test specimens.

Figure 5 is a rear view showing the bottom plate tray of the functional cell tray for the production, supply of test specimens.

Detailed description of the major symbols in the drawings

10: bottom tray 12: unit cell

13: cell bottom groove 14: ventilation groove

20: lid tray 28: jamming projection

Claims (1)

32 unit cells 12 are formed in the bottom plate tray, and cell bottom grooves 13 are formed at the bottom of the unit cells to fix insect food, and the ventilation grooves 14 are separated. Four unit cells 12 are formed in a form in which four unit cells 12 are collected so that they can be cut and used at a time, and a cross-shaped ventilation groove is formed at a portion separated by four unit cells 12 units. 14 is formed, and the engaging grooves 18, 18-1, 18-2 are formed on the side to be engaged with the engaging projection 28 formed on the inner side of the lid tray 20, the bottom of the tray A bottom plate tray 10 having a support protrusion 16 formed at a lower edge thereof to support the bottom thereof, and having a side support groove 17 formed at a side thereof to support the side of the bottom plate tray; And 32 cell cover portions 22 are formed per lid tray to cover the upper portion of the unit cell 12 at a position corresponding to the unit cells 12 of the bottom plate tray 10. The side tray 26 is formed at the bottom edge to support the lid tray, and the lid tray 28 is formed at the side to be engaged with the locking groove 18 formed on the outer surface of the bottom plate tray 10. Consists of 20, the upper tray tray 10, the lid tray 20 is a notification insect production, supply functionality, characterized in that combined in the form of an integral close-type lid for preventing the escape of the disclosure insects Cell tray.

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