KR200480060Y1

KR200480060Y1 - Capsosiphon fulvescens Tray

Info

Publication number: KR200480060Y1
Application number: KR2020150005645U
Authority: KR
Inventors: 정현철
Original assignee: 정현철
Priority date: 2015-08-24
Filing date: 2015-08-24
Publication date: 2016-04-07

Abstract

The present invention relates to a discharge tray, and comprises a rectangular container (111) having an open top structure so that a clean biomass can be easily inserted, and a dehydration hole (112) is formed on the bottom surface for natural dehydration , A tray main body (110) provided so as to be able to perform from the feeding state of the bioscience to the drying; A partition wall dividing the inside of the rectangular container 111 of the tray main body 110 into two or more divided spaces and being integrally provided in the rectangular container 111 or being inserted and inserted therein, A main body partition plate 120 for determining a size and a quantity of a dried product of the biospecimen to be introduced into the main body 110; A bottom supporting part 130 extending downward from a lower end surface of the tray main body 110 and capable of sliding movement of the bottom supporting plate 140; The upper surface of the tray main body 110 is located below the bottom surface of the tray main body 110 and the top surface of the tray main body 110 is slidably moved in the bottom supporting portion 130, And a bottom plate (140) for preventing the leakage of the liquid.

Description

Capsosiphon fulvescens Tray

The present invention relates to a mash tray, and more particularly, to a mash tray capable of producing a mash dried product having a predetermined size and a volume and capable of naturally dehydrating and drying the biological mash.

Capsosiphon fulvescens is a green algae of the gill lizard, characterized by a dense green leaf that is thinner than hair, and is similar in appearance to parasites but thinner and slippery than parasites.

Recently, well-being, which is preferred to natural foods, has become the mainstream and has become a favorite food. It has attracted the taste of people with its rich flavor and rich aroma unlike other seaweeds such as Kim.

Especially, mashii is rich in nutrients such as protein, iron, calcium, iodine, dietary fiber, minerals and vitamins A and C, and is beginning to attract attention as a health food.

However, there is a problem that the taste, flavor and nutritional composition of the mashrooms are poor and the taste, flavor and nutritional composition of the mashrooms are poor and the production time (November to February) is inadequate. There is a problem in that the preference is lowered in the absence of seasonal iron.

In addition, since it is a biological resource containing a limited harvesting time and a large amount of moisture, it is difficult to process it, especially in distribution and storage, and consumption is extremely limited.

Accordingly, there is a demand for a method of providing a finished product as a dried food, which not only facilitates production and distribution, but also imparts high storage stability.

Korean Patent No. 10-1005241

The present invention has been devised in order to solve the above-mentioned problems and provides a mash tray for producing a dried product having a predetermined size and a volume, It has its purpose.

The object of the present invention is to provide a tray that can prevent the escape of the biograss, thereby reducing the loss of the bioglass, and allowing the user to easily produce the dried product in a fixed quantity.

In order to accomplish the above object, the present invention provides a washing machine comprising a rectangular container (111) having an open top structure so that a clean biomass can be easily inserted, and a dehydration hole (112) A tray main body 110 provided to be able to perform the drying from the putting state of the bioscience to the drying; A partition wall dividing the inside of the rectangular container 111 of the tray main body 110 into two or more divided spaces and being integrally provided in the rectangular container 111 or being inserted and inserted therein, A main body partition plate 120 for determining a size and a quantity of a dried product of the biospecimen to be introduced into the main body 110; A bottom supporting part 130 extending downward from a lower end surface of the tray main body 110 and capable of sliding movement of the bottom supporting plate 140; The upper surface of the tray main body 110 is located below the bottom surface of the tray main body 110 and the top surface of the tray main body 110 is slidably moved in the bottom supporting portion 130, And a bottom plate (140) for preventing the leakage of the liquid.

Here, the bottom surface of the tray main body 110 is characterized by having a dewatering hole 112 formed by a plurality of through-holes or a dewatering hole 112 formed by a mesh structure.

The main body partition plate 120 may be a flat plate for dividing the inside of the rectangular container 111 of the tray main body 110 into two divided spaces or a rectangular container 111 of the tray main body 110 And a cross-shaped plate for dividing the inner space into four divided spaces.

In this case, ventilation holes are formed in the side walls of the rectangular container 111 of the tray main body 110, so that natural dehydration upon drying and quick drying can be performed when drying.

Here, the bottom plate 140 may be provided with an LED for drying treatment or an LED for sterilization treatment, or LEDs for drying treatment and LED for sterilization treatment.

According to the present invention, it is possible to produce a dried mash of a predetermined size and quantity, which can be dried by natural dewatering after washing, and has a useful effect of producing a mash of two or more persons in a single operation can do.

The present invention can easily produce dried mashes while reducing the loss of mashrooms, and can achieve a useful effect of producing mash dried products that are adjusted to a fixed amount.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a configuration diagram showing a discharge tray according to an embodiment of the present invention; Fig.
2 is a cross-sectional view showing a discharge tray according to an embodiment of the present invention.
FIG. 3 is an exemplary view showing an embodiment of a dehydrating hole in a discharge tray according to an embodiment of the present invention. FIG.
4 is an exemplary view showing an embodiment of a main body partition plate in a discharge tray according to an embodiment of the present invention.
5 is a cross-sectional view showing a discharge tray according to another embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings. The present invention will become more apparent from the following detailed description when taken in conjunction with the accompanying drawings.

1 to 5, a discharge tray 100 according to an embodiment of the present invention includes a tray body 110, a body partition plate 120, a backing support 130, and a bottom plate 140 Lt; / RTI >

The tray main body 110 is composed of a rectangular container 111 having an open top structure so that the clean biomass can be easily inserted into the tray main body 110. When the clean biomembrane is introduced into the inside of the tray main body 110, And a hole 112 is formed therein so that it is possible to carry out the dehydration after natural dehydration as well as the introduction of the bioscience containing water by washing.

At this time, the tray main body 110 is a base body for use in producing a dried biomass by molding the washed biomass into a certain shape.

Here, the dewatering holes 112 formed on the bottom surface of the tray main body 110 may be formed in the form of forming a plurality of through holes and arranging them in a spaced-apart arrangement. In some cases, the dewatering holes 112 may be formed in the form of a mesh- have.

Here, the dewatering hole 112 is formed to have a size such that the biomass can not easily escape from the through-hole structure or the mesh structure.

In addition, the rectangular container 111 of the tray main body 110 may be provided with ventilation holes on the four side walls. In this case, the air ventilation is induced in all directions during natural dewatering and drying due to the insertion of the biomass, .

In addition, the tray main body 110 may be provided with a handle so as to provide ease of mounting and convenience of movement to both side walls in the front-rear direction or the left-right direction.

The main body partitioning plate 120 is a partition wall dividing the inside of the rectangular container 111 of the tray main body 110 into two or more divided spaces. The main body partitioning plate 120 may be integrally formed with the rectangular container 111, As shown in FIG.

The main body partitioning plate 120 can determine the molding size of the biofilm into the tray main body 110. That is, the size and amount of the molding die can be determined in the manufacturing process.

At this time, two or more divided spaces are formed with respect to the inside of the rectangular container 111 through the configuration of the main body partition plate 120, and a configuration for aligning the portions of the divided spaces with each other is provided, So that a dry product can be ingested in a quantitative manner.

The main body partition plate 120 may be formed as a straight plate or a cross plate for forming a partition space (molding space) in the tray body 110.

In the case of the flat plate, the inside of the rectangular container 111 of the tray main body 110 can be divided into two divided spaces having the same size. In the case of the cruciform plate, the tray main body 110 The inside of the rectangular container 111 can be divided into four equal-sized partitioned spaces.

That is, biomass can be produced in two or four servings in a single process, and can be produced in the same size and quantity.

In addition, when the main body partition plate 120 is provided with an engaging structure that is not an integral structure, a coupling guide may be formed on the side of the rectangular container 111 of the tray body 110 with a groove structure.

The bottom support part 130 is a support structure extending downward from the lower end surface of the tray main body 110, and the bottom support part 140 can be disposed inside.

At this time, it is preferable that the bottom support part 130 is formed in a rail-type supporting structure so that the bottom support part 130 can be moved in accordance with the sliding movement of the bottom plate 140. In order to facilitate water drainage by natural dewatering, It is preferable to form the rail structure in the form of a rail.

Here, in the case of a plate-like rail structure with respect to the bottom support part 130, it is preferable to arrange a plurality of through holes for water drainage.

The bottom plate 140 may be slidably coupled to the bottom support 130, and may be detachable to be inserted into the bottom support 130.

At this time, the bottom plate 140 is positioned below the bottom surface of the tray main body 110 where the top surface is formed with the dewatering holes 112 when the bottom plate 140 is placed in the bottom supporting portion 130, And is configured to prevent loss due to the external deviation of the bioscience exiting through the dewatering hole 112 when the biosubstrate is put into the tray main body 110.

Here, the bottom plate 140 may be a flat plate-like body, but it may be formed in a recessed structure in which the central portion except for the edge is hollowed.

In addition, the drying plate LED 152 or the sterilizing LED 154 may be arranged on the bottom plate 140, or the drying process LED 152 and the sterilizing process LED 154 may be arranged together This allows the bioscience to be dried faster than when it is produced as a dry product, and it is possible to remove harmful substances through sterilization treatment, thereby enabling safer food production.

At this time, the drying process LED 152 or the sterilizing process LED 154 may be configured to supply electricity through an adapter, and may be connected to the bottom plate 140 by being mounted with a battery. will be.

The bottom plate 140 may be hinged to the tray main body 110 by hinging the tray main body 110 with the bottom supporting portion 130 removed to support the bottom surface of the tray main body 110 have.

The operation of the discharge tray 100 according to the present invention having the above-described structure will be described as follows.

After the biosynthesis product (including frozen goods) is washed, the biospecimen washed into the rectangular container 111 of the tray main body 110 is introduced and stored.

At this time, the biosubsters are divided into a divided space of the tray main body 110 by the main partition plate 120, and water is naturally drawn out by the dewatering holes 112 formed on the bottom surface, and natural dewatering proceeds.

Then, the biosubstrate is dried with the bottom surface of the tray main body 110 covered and covered with the bottom plate 140.

At this time, when the ventilation hole is formed in the side wall of the tray main body 110 or the drying process LED 152 is attached to the bottom plate 140, drying can be performed more quickly, and the production time of the dried product can be shortened.

In addition, since the lower surface of the tray main body 110 is supported through the bottom plate 140, it is possible to prevent the discharge of the discharge from being lost to the outside, and the loss of discharge can be reduced.

Accordingly, in the rectangular container 111 of the tray main body 110, a dried product is formed in the same size and amount for each partition space divided by the main partition plate 120.

In other words, it is possible to produce a dry product of more than two persons in a single tray 100, and it is possible to provide a merit that a small quantity of dry product can be produced easily while reducing the loss of a biomass.

As described above, the present invention has been described with reference to specific embodiments. However, the present invention is not limited to the embodiments disclosed in this specification and the accompanying drawings, and it should be understood that within the scope of the present invention, It will be apparent that various modifications and changes may be made by those skilled in the art.

100: Graduated tray 110: Tray body
111: Rectangular container 112: Dewatering hole
120: main body partition plate 130:
140:

Claims

A dewatering hole 112 is formed on the bottom surface so that natural dewatering can be performed, and a dewatering hole 112 is formed on the bottom surface of the dewatering hole 112 to allow drying A tray main body 110 provided so as to be able to be operated;
A partition wall dividing the inside of the rectangular container 111 of the tray main body 110 into two or more divided spaces and being integrally provided in the rectangular container 111 or being inserted and inserted therein, A main body partition plate 120 for determining a size and a quantity of a dried product of the biospecimen to be introduced into the main body 110;
A bottom supporting part 130 extending downward from a lower end surface of the tray main body 110 and capable of sliding movement of the bottom supporting plate 140;
The upper surface of the tray main body 110 is located below the bottom surface of the tray main body 110 and the top surface of the tray main body 110 is slidably moved in the bottom supporting portion 130, A bottom plate (140) for preventing the leakage of the liquid; / RTI >
Wherein the bottom plate (140) has a recessed structure with a center portion thereof being recessed, and a sterilizing LED (154) is arranged corresponding to the dewatering hole (112) to remove harmful substances.

The method according to claim 1,
The bottom surface of the tray main body 110,
And a dewatering hole (112) formed by a plurality of through holes, or a dewatering hole (112) formed by a mesh structure.

The method according to claim 1,
The main body partition plate (120)
The tray body 110 may be a straight plate for dividing the inside of the rectangular container 111 into two divided spaces or a cross plate for dividing the inside of the rectangular container 111 of the tray body 110 into four divided spaces. Wherein the tray can be configured as a plate.

The method according to claim 1,
Wherein a ventilation hole is formed in a sidewall of the rectangular container (111) of the tray main body (110) to allow quick drying in natural dewatering and drying according to the biosynthesis input.

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