KR20160056253A - a cooler of food waste - Google Patents

Abstract

The present invention relates to an apparatus for drying pulverized wet food. The purpose of the present invention is to reduce electric bills, prevent bad smells and decay in a discharged product to be finally collected, and facilitate discharge and collection, by hygienically making the wet food into a dried powder without moisture in a short period of time. In order to simultaneously handle sufficiently massive amounts of foods discharged from various kinds of products and make wet food wastes be in a dry state in a short period of time, for the prevention of bad smells and decay and easy discharge and collection, the present invention comprises: a drying net which has excellent ventilation and a dense net so as to prevent the escape of the food wastes in a powder state; a structure for loading the drying net, wherein the structure is formed by vertically coupling two layered stands; and a frame equipped with a cooler, wherein the frame is coupled with the bottom portion of the structure. The wind is supplied for a required time, so the powdered wet food wastes are in contact with the wind while being spread in all direction in an inner space of the drying net, and thus the powdered wet food wastes are gradually dried and a significant amount of moisture escape from the wastes. Accordingly, the food wastes that are massively discharged from home are powdered and dried through the freely supplied air at room temperature, and thus these dried resultants are completely dried through secondary treatment, thereby attaining the prevention of decay and bad smells, reduction of electric bills, and convenient discharge and collection.

Description

{A cooler of food waste}

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exploded perspective view of a whole structure of a drying apparatus for drying a powdered wet food. FIG.

Fig. 2 is a perspective view showing the combined structure of a drying apparatus for drying powdered wet food. Fig.

FIG. 3 is a front view, a plan view, and a right side view of the combined structure of the mushroom to dry the powdered wet food.

FIG. 4 is a front view, a plan view, a right side view, and a perspective view of a partially bonded product in which a dry network and a dry network attached to each other are part of the overall structure of a drying apparatus for drying powdered wet food.

FIG. 5 is a front view, a plan view, a right side view, and a perspective view of a combined product obtained by combining the partial bonding product combined with the drying net and the drying net and a mounting table for mounting the dry bonding product.

FIG. 6 is a perspective view of a cooler device coupled with a cooler device, and a cooler device coupled to the cooler device. FIG. 6 is a front view, a plan view, a right side view, to be.

Fig. 7 is a front view, a plan view, a right side view, and a perspective view, respectively, of a cooler cantilever which is one component of the cooler device cantilever coupling.

Fig. 8 is a front view, a plan view, a right side view, and a perspective view, respectively, of a dry dental crown to which a combined product of a dry cow and a dry cow is put.

9 is a front view, a plan view, a right side view, and a perspective view of an adapter for converting 220v to a required voltage such as 12v for starting the cooler.

10 is a front view, a plan view, a right side view, and a perspective view as a cooler.

Fig. 11 is a front view, a plan view, a right side view, and a perspective view, respectively, of a drying system in a state in which no wig is engaged.

Fig. 12 is a front view, a plan view, a right side view, and a perspective view as the drying conditions.

Fig. 13 is a front view, a right side view, and a perspective view of an engaging piece to which a connector of one side of the adapter is attached to one side of the adapter, with one side attached to one end of the electric wire of each cooler with a concavo-

The present invention relates to a drying apparatus in which a plurality of drying apparatuses are conventionally used. Among them, there are many types of drying apparatuses for treating foods. However, typical drying apparatuses have been used in several ways as follows.

First, when various kinds of foods in a wet state are put into a container of a drying device at the same time as a certain crushing container, the lump food of various sizes of the wet type is crushed by the rotary blade and is crushed, As a result of the rotation of the crushed food items, the heat was radiated to the foodstuffs supplied, and the food was dried in such a way as to deprive moisture into the natural atmosphere. In this case, in order to make the dry condition of the hot air, it is necessary to rotate the food which has been continuously pulverized, and to blow the hot air made of electricity continuously for a long time to function in such a state. It has been possible to completely dry the powder and then discharge it. In this case, it took a long time and a lot of electric charges, and it had a technical limitation that the volume of the structure was limited and it could not be treated in a large amount.

Second, a low-speed rotation stirrer is installed in the container, and a large amount of food is put in the container, and the stirrer rotates at a low speed for a long time, so that the food is gradually broken due to friction, It has also been used in such a way as to break up and dry the wet massive foodstuffs in such a way as to cause the moisture to evaporate at the natural state atmospheric temperature, thereby pulverizing and drying with such action for a long time. The disadvantage of this process is that it can be processed in a large amount at the same time, but the disadvantage is that it has been discharged to such an extent that it has to be discharged in a long period of time such as grinding and drying, electric charge, waiting time, .

Third, when the wet massive foodstuffs are first crushed with a crusher, the water mixed with the crushed food is drained and squeezed by using a water drainage net to dry the device as a drying device secondarily In this drying apparatus, when a drying vessel is placed on a hot plate and the heat generated in the hot player is transferred to the vessel, the moisture is remained in the pulverized and squeezed food, which is put into the vessel and dried. To dry thoroughly to make the dry powdery food and make it exhausted. The advantage of this case is that the drying is completed within a short time of 10 minutes and the electricity cost is reduced, but the wet lump food is crushed in 5 seconds to 30 seconds with limited capacity and necessary evil as primary grinder (blender) There was a slight hassle that had to be poured into the net to drain the water, to drain the water, and to transfer it to the secondary drying device. In addition, it is also necessary to clean the containers for rinsing after using the crusher. Instead, it is also possible to collect food waste directly in the container.

DISCLOSURE OF THE INVENTION The present invention, as a drying device,

First, a device for drying food waste that has been pulverized by using natural temperature at room temperature and is drained of its approximate moisture, and a hierarchical drying device

Secondly, it is a device for drying food waste which is forcibly pulverized through an artificial device, which is not at room temperature in a natural state, and which is roughly drained, and is configured as a device that functions as a whole product.

The purpose of the industrial use and the effect of creating such an invention is that the amount of food waste generated on a daily basis is not constantly determined, and the types thereof are also variously discharged, and it is inconvenient to discharge every day, This method is used for the purpose of discharging in such a way as to obtain various effects in a dry powder state through the drying device from the things which may be inconvenient to the method.

The understanding of the sequence of the drying machine in the first place can fully understand the structure and effects of the use of this drying machine and the reasonable judgment, and the specific technical problem of such a series of technical ideas and post- As follows.

This drying device is made up of two parts. As described above, it is intended to make the state of wet powder pulverized powder and the state of getting wet to a certain degree completely dry powder state. Firstly, various kinds and volume The food wastes were discharged into a wet powder state through a crusher (or a mixer), and then wet-milled in a wire netting network, which is one of the components of the present invention, In this case, the residues remaining in the crusher container are collected together at the time of pouring the crusher container. The crusher container is poured and poured, and all of the crushed powdered wet- Food waste is small in volume but completely drained. Shake briefly give some degree of moisture is squeezed out out once give equivalent full hand in that condition because it is falling into the water fall. The wasted food garbage is wider and thinly spread as far as possible by the hand spreading the state of the wire netting in the view of the wire, the area to be reached in the atmosphere becomes wide, and the remaining water is evaporated slowly due to the temperature of the air and wind, . In this case, if it is dried only in a natural state, it usually takes about 50% to dry, and if it is about 5 days, about 80%, about a week after about 95% is dried. Since the amount of moisture and the amount of moisture coming out from each day are different from each other, it is troublesome to manage differently from day to day while discriminating them separately. Therefore, in order to solve this problem, the present invention is intended to solve the problem.

For this purpose, the multi-layered structure of the present invention is made into a multi-layered structure, and each multi-layered structure can be formed by disassembling and assembling each layer so that multiple layers can be formed up to a certain height. In particular, each of these layers is constructed so that a drywall made of wire mesh can be put in and taken out. The reason for this is that the wire netting of each floor has daily food garbage, which is made up by the date of each day, so that the moisture is retained and the degree of drying is different, so that it can be sequentially dried and discharged. In this case, Even if it is garbage, it is possible to collect all the garbage and sequentially dry only one day to the atmosphere. Then, the uppermost layer is discharged to the outside, the lower layer is transferred to the empty layer, and the layer is lifted up to a vacant layer. Then, the wire mesh dryer, which is discharged to the outside, is loaded with wet powdered food waste, It is to place the back view in the lower level seat. In other words, by using first-in-first-out method, it is necessary to move them upstairs once a day. However, in this case, it takes a lot of time to dry in a natural state. Therefore, it is necessary to artificially generate forced airflow to solve the problem more effectively and efficiently Thereby increasing the rate of evaporation of water to shorten the period of complete drying. For this purpose, the lower part of the lower part is used to force the wet powdered food waste contained in the bottom wire netting screen to be forcibly blown. To this end, a cooler for blowing wind to the bottom layer drying system is installed to apply the wind generated by the cooler It is to increase the speed of evaporation. At this time, there is a problem of noise and electric charge, so low noise and low electric charge are burdened by using decompression cooler using adapter. When the wind is blown only in the place where the wire mesh is installed in the lower layer by such a device, the wind that has escaped through the penetration through the wire mesh at the same time as the moisture is evaporated is blown to the wire mesh view of the upper layer. Evaporation and especially evaporation from the bottom of the first layer are transferred sequentially to the upper layer, so even though it is a little windy, there is some effect in helping the forced evaporation. . Therefore, in order to achieve such a structure, the bottom of each layer that seats the wire netting wall is made into a hole through which the structure of the bottom plate is penetrated, and only the outer portion is made to be a closed bottom surface to ventilate the drywall well, The bottom surface and sides of the left and right sides are also made of wire mesh, so that the front part penetrates, allowing the natural and artificial winds to penetrate and to be effective in convection and radiation.

The above-mentioned structure is a technical problem and technical idea to be achieved by the present invention, but more importantly, it is a necessary step in a series of post-processing. As a result, the drying period is significantly shortened in the case of the dry- If it is discharged to the outside only in this state, it will not be completely dried, and there will be some moisture, which may cause mold, rot, decay and a little bad odor. It is the final step procedure to be discharged into the state powder, which is to dry the remaining water completely using a microwave oven to allow it to drain. In this case, since we use the microwave oven that is already used, there is no need to purchase a separate product, and there is no burden on the used electric charges and it is convenient to handle. If you do not go through this procedure but use a microwave oven to dry it, depending on the amount, you have to return more than 3.40 minutes, so the noise and electricity cost should not be too much. On the other hand, when the present invention is applied to a mushroom, the mushroom can be discharged completely within a dry powder state within 5 minutes.

The dry powdered garbage that is discharged in this way can be recycled as whole chicken feed and can be economically effective and hygienic environment effect that does not need to throw away sewage or dirt on the treatment facilities or the beach separately. It is expected that the effect of eliminating all kinds of odor and visible discomfort from the external discharge or the collector can be expected.

DETAILED DESCRIPTION OF THE INVENTION [

The present invention has the following constitution as a technical problem to be achieved by the present invention as a drying apparatus

First, a drywall (hereinafter referred to as "drywall") which is made of a wire mesh to dry food waste which is crushed by using natural temperature at room temperature and drained of approximate moisture, and a layered dry-

Secondly, it is a device for forcibly drying food waste that has been pulverized through artificial apparatus, not at room temperature in its natural state, but with rough water, by using power and cooler. It is composed of cooler, adapter and cooler

It became a drying device that functions as a whole product by the above-mentioned two sections.

The industrial use of such inventions and the effect of creating them is that the amount of food waste generated on a daily basis is not constant and the types are also variously discharged, and it is inconvenient to discharge them to the outside every day, From the things that may be inconvenient to me, I was able to effectively discharge dry powder by using the natural and power through the drying machine.

The understanding of a series of contexts of the construction and function of this drying device will enable us to fully understand the structure and effects of the use of this drying device and reasonable judgment, The specific technical idea for

The drying device of the present invention is made up of two parts and is to make the state of powder completely wet and powdered at the same time, And bulk food wastes are discharged through a crusher (or a mixer) in the form of a wet powder, and then wet-pulverized in a dry screen, which is one of the components of the present invention, The residue is collected together with the residue from the drying plant, and the shredded container is poured and poured. The container is washed with water, and then the food waste is collected, and the pulverized powdered wet food waste collected in the vinegar is crushed Through volume, but through the view The bite turned out to fall is a short shake out how much water to give the equivalent give out a tight squeeze once again hand in that state falling water because it completely. The food wastes that are so salty are stored in the view as quickly as possible. If the wastes are spread as wide as possible and spread thinly, the area to be reached in the atmosphere will be widened, and the remaining water will evaporate slowly due to the atmospheric temperature and wind. . In this case, when it is dried only in a natural state, usually it takes about 2 days to dry about 50%, about 5 days to about 80%, about a week to dry about 95% And the problem is that it is inconvenient to manage differently from day to day because of the amount of moisture that is evaporated every day by the daily sheep and crushing treatment, and therefore it is troublesome to manage differently from day to day. Therefore, The problem is solved.

To this end, the multilayer structure of the present invention has been made so that as many multilayer layers as necessary can be formed up to a certain height (within 1 m) as required, and each layer structure of the multilayer structure can be disassembled and assembled At the same time, the constituents of each layer have the same structure, thereby increasing the efficiency in mass production in the manufacturing process and reducing the cost.

Especially, each type of floor is made of wire netting, which makes it easy to put the drying system into the enemy. The reason for this is that the food wastes coming out from each day on the floor of each floor are kept in a chest by day so that the moisture is retained and the degree of drying becomes different sequentially so that it can be dried out and discharged. Even if they are collected together, if the drying is done sequentially to the atmosphere, the drying will be sequential so that it can be discharged to the outside sequentially. In order to do so, the uppermost layer is discharged to the outside, and the lower layer is transferred to the vacant layer. When the upper layer is moved to the uppermost position, the uppermost layer is moved to the uppermost position. And put it on the bottom layer. In other words, once every day using the first-in first-out method, you can move to the upper floor. However, in this case, it takes a lot of time to dry in a natural state. Therefore, to solve this problem more effectively and efficiently, forced artificial ventilation is generated to increase the speed of evaporation of water to shorten the period of complete drying.

For this purpose, the wet powdered food waste contained in the bottom layer of the lower layer of the multi-layer structure was forcibly blown, and the cooler was installed for this purpose to increase the rate of evaporation by applying wind. At this time, There is a problem of low noise and low electric charges because of using a decompression cooler using an adapter. If the cooler installed at the lower part of the bottom of the dryer is blown from the lower part to the upper part by this device, the food powder contained in the drying part of the lower part of the dryer penetrates through the wire mesh of the drying machine simultaneously with the moisture evaporation The wind that escaped through the upper part of the building is also affected by the wind, although it is weak, but it evaporates by the wind, especially since the first part of the evaporation from the bottom layer has been transferred to the upper layer sequentially, In helping compulsory evaporation, even if effected to a certain extent, it contributes to the requirement of complete drying. Therefore, in order to achieve this purpose, the bottom surface of the platform, which is the constituent of each layer that seats the drywall, is made into a hole penetrating to the inner side, and only the outer side is made to be a closed bottom surface, The surface of the building is made hexahedron, and the upper surface is opened and the inside is emptied. The bottom, which is on the left and right side and the other side of the other side, is made of a wire mesh structure, and the space without the wire mesh is penetrated. It can be effective in penetrating and convection and radiation.

The above-described structure is a technical problem and a technical idea to be accomplished by the present invention, but more importantly, as a measure required after a series of procedures after the drying, the drying period is significantly shortened, And the amount of the waste water discharged from the uppermost layer is discharged to the outside every day in a sequential manner. However, if the waste water is discharged to the outside only in this state, it is not completely dried and the mold is bloomed or rotted, To carry out the final step procedure in order to be completely discharged into a completely dry state powder because odor may occur, it is to dry the remaining water completely using a microwave oven to be discharged. In this case, you do not need to purchase a separate product because you use the microwave oven that you already have, and you do not have to pay a lot of electricity to use it. If you do not use this procedure and dry it in wet powder condition using microwave oven, you have to return more than 3.40 minutes even if it is about one punch, depending on the amount. Should not. On the other hand, when the present invention is applied to a drying apparatus, it can be discharged into a completely dry powder state within about 5 minutes, and it can be discharged immediately. It is superior in terms of the purchase cost of the product and the burden of the electric charge. Particularly, the crusher may use a crusher installed in the sink, or a separate mixer may be used.

The dry powdered garbage that is discharged in this way can be recycled as whole chicken feed and can be economically effective and hygienic environment effect that does not need to throw away sewage or dirt on the treatment facilities or the beach separately. It is expected that the effect of eliminating all kinds of odor and visible discomfort from the external discharge or the collector can be expected. Since the amount of powdered dried food is small every day, it is collected for a certain period of time and discharged to the outside at once. Therefore, even if the drying device of the present invention is used to sequentially stack multiple layers on a daily basis, Therefore, it is possible to collect only the minutes for each day in the separate collection box.

The following are the effects of the overall combined components and actions, and the expected technological thoughts, on specific technical ideas.

FIG. 1 is an exploded perspective view of the entire structure of a drying device for drying powdered wet food, and FIG. 2 is a perspective view of the entire structure of a drying device for drying the powdered wet food. FIGS. The structure and shape, coupling, and function of each component shown and described in connection with FIGS. 1 and 2 have been described.

The entire structure was made up of a multi-layered structure. The upper layer consisted of an enemy tooth and a drying net so that the drying net was low, and the lower part had a cooler equipped with a cooler device.

First of all, the structure of the upper layer of the upper multilayered structure is such that the upper and lower layered teeth 3 are arranged in the vertical direction and become a prefabricated structure, and the structure of each layer is the same. (2) The structure of the mounting platform is to put the drying net (2) (2a) on the bottom surface (3a) of the lower tooth and to fix it. (2) (2a) is inserted into the opening, and the whole is opened for entry and exit which can be placed on the bottom surface (3a) made of an inner groove, and the lower surface of the bottom plate ), And the bottom plate 3a has a structure in which it penetrates 3e except for the front, rear, left and right outer portions of the bottom plate 3a. In this structure, when the drying net 2 (2a) is laid on only the outer bottom surface 3a, the room 2 (2a (2) (2a) is placed on the floor surface, and the front and rear sides of the left and right side walls After that, it was made a wall function so that it was not separated from the enemy tooth (3). A small horizontal surface 3f is formed on the outer side of the front, rear, left and right side surfaces 3d and the square corner 3b of the horizontal surface 3f is formed as a place for joining the multi- Shaped pillar 3c having two angles at the lower four corners of the lower portion and the lower portion of the hexagonal cube 3 is protruded downward to form a pillar 3c of the pillar 3c The lower edge of the upper edge 3b of the lower edge 3 is brought into tight contact with the outer edge of the square edge 3b at the lower edge of the lower edge of the lower edge 3, .

In addition, the structure of the drying net (2) (2a) which is placed on the inner bottom surface (3a) of the enemy tooth (3) has a hexahedron structure in which the upper surface is opened and the inner groove is empty, The through hole is made of a wire mesh structure. The size of the through hole allows the food to be finely structured so that powdered food in the pulverized state can not escape. In addition, the wrist 2a is joined only to the upper edge portion of the upper body 2 (2a), and the wrist 2a is fixed so that the wrist is not loosened when the wrist portion is caught by the hand, .

The final substructure includes a cooler device (4) that serves as a base for supporting the entire multi-layer drywall mounting structure and provides a cooler (5), the casting being only partially different from the foundation The other part of the structure has a columnar structure (3c) that has a better shape from the lower part to the lower part in the case of the installation crown (3), but the cooler device crown (4) 4e) protrudes downward from the lower portion to serve as a pedestal of the total load. Especially, the short side left and right sides which are in the width direction have a structure in which the surface except for the corner portion 4c is opened, And at the same time, the cooler 5 sucks in a large amount of air quickly for drying, so that a large amount of air can be introduced from the surroundings to generate wind.

And the lower hexahedral structure of the cooler unit 4 is also an opening as in the case of the upper unit 3 because the cooler 5 is coupled to the inner unit 4a And at the same time, when the cooler 5 is operated to generate the wind, when the wind is supplied to the upper side, it is required to have a structure free from obstructions. The front, rear, and left and right side surfaces 4f are sealed, and each corner portion has a structure for tightly coupling to the inner surface portion of the knurled pillars 3c formed on the lower edge portion of the upper- Only a part of the face is inserted into the horizontal plane 4j at the outer side and the horizontal plane is not present at the side face 4f between the other two edges 4b. In the structure comparison of this part, there is a horizontal plane 3f on the outer side in the entire front, rear, left and right sides (3d) including four corners (3b) The horizontal surface 4j is present only at the edge 4b and the side surface 4f itself does not protrude from the middle portion side surface 4f to the outside without a horizontal surface therebetween and the edge 4b portion and the short side surface 4f structure are formed. The reason for this is to make the front, rear, left and right sides 4f of the cooler unit 4 correspond to the outer surface of the lower corner corner nun of the upper layer driving crown 3. The inner space of the cooler device 4 is emptied and the structure of the bottom surface 4a which is a bottom surface has a structure penetrating through the bottom surface 4a which is a part where the cooler 5, When the cooler 5 desires to suck the surrounding air through the perforated hole 4g, the surrounding air can flow sufficiently and quickly. The bottom surface 4a is also formed with a small through hole 4d in the side of the bottom surface 4a so that the electric wire 6 for connecting the adapter 7 to the external power is introduced. A rectangular protrusion 4h for the seat for seating the cooler 5 protrudes upward and is formed with a female screw hole at the inner corner of the hole 4g penetrating through the quadrangle of the cooler 5, A cooler 5 having a hexahedron structure is placed on the upper surface of the rectangular structure protrusion 4h and a circular hole 5a penetrating the four corners of the cooler 5 is formed and the washer 9 is provided with a male screw 8 And the cooler 5 is firmly coupled to the female screw portion. The cooler 5 is supplied with electricity through a reduced pressure adapter 7 as a cooler 5 which is low in noise and burdened with a low electric charge. The adapter 7 is inserted into an outlet for supplying external power, I got it working.

This dry powder was able to grind various foods and beverages discharged in various kinds and quantities through a crusher, and then make the state of wet state into a dry powder state, thereby sanitizing the external discharge. The advantage is that it has the characteristics of being flexible enough to treat food garbage discharged from households, and it has the advantage of minimizing the cost of electricity, and the cost of purchasing the product is lower than that of other food and beverage processors. to be. And it is also durable, so even if you use it for a long time, it is less damaged or abraded, and you can use it anywhere if you only have a little space in your home. Its handling is also safe and can be handled from child to the elderly. Especially, the social effect when using this product is that housewives only need to do external discharge once a month or once every several months, and when they collect dry things or externally, they are hygienic from various aversive visibility and odor It is possible to discharge because there is a separate container for dry powder only, and if all the people participate in it, it is not necessary to use all the methods by using the conventional wet collection method. There is no need to pollute the environment such as collectors, collectors, collectors, and disposal facilities, as well as workers and facilities that run the plant, and distant sea marine dumping, which is a problem of wastewater. Everything can be used for chicken feed, ducks, or earthworms, making it an ecosystem food chain that can be completely destroyed. In other words, earthworms can be fed for breeding chickens. Some powder dry food processor products are sold in the market, but the whole people do not treat them with dry powder, but they only get a part of the upper class, and the wastewater mixed with them eventually becomes wet and a series of procedures It is not very effective because it is implemented, but it can be said that the effect is quite large if the whole people collect and recycle dry powder together at low cost.

Claims (1)

In the present invention, the upper and lower parts of the apparatus are combined with each other in the vertical direction so that the upper and lower layers of the upper and lower layers are arranged in the vertical direction, 3 has a hexagonal structure in which the upper surface is entirely opened and the inside is formed as a groove and the lower surface is made of a bottom plate 3a. However, the bottom plate 3a has a structure of penetrating 3e except for the front, rear, The front and rear left and right side surfaces 3d are closed and a small horizontal surface 3f is formed on the outer side of the lower side of the front and rear left and right side surfaces 3d and on the outer sides of the front and rear left and right side surfaces 3d, (3c) having two angles at the four corners of the outermost quadrangular side of the lower crucible tooth (3) having a hexahedral structure is formed in the rectangular quadrangular corner (3b) Stone towards And the lower end of the lower column 3c is in close contact with the outer side of the square edge 3b at the upper edge of the lower edge 3b of the lower edge 3, And the inner bottom surface 3a of the cube tooth 3 has a hexahedron structure. The upper surface is entirely opened. The inner groove is evacuated. On the remaining five sides, a very dense penetration The drywall (2) (2a) with the wire mesh structure formed by the holes was settled The bottom surface of the cooler unit 4 is formed into a hexahedron so that the entire upper surface thereof is opened to form an inner groove. The bottom surface 4a and the front, rear, left and right side surfaces 4f are sealed. (4b) of the lower nose-type column (3c) formed at the lower edge portion of the uppermost drill bit (3) of the upper layer, And a horizontal surface is not formed on the front and rear left and right side surfaces 4f between the remaining two corners 4b and a portion of the inner side which is the lower surface 4a of the cooler device 4 is inserted 4g), and a cooler 5 having a hexahedron is seated on the cooler 5, and the powdered wet food having the entire upper and lower joint structure, in which the electric wire 6 and the adapter 7 are combined, Let the mushroom strike

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