KR200344998Y1 - structure of the sink dai with complex functions - Google Patents

Abstract

The present invention relates to a structure of a sink having a complex function, by installing a dish support net and a food waste collection network in the container so that it is easy to collect food waste contained in the tableware while washing dishes.

The present invention for this purpose, the hopper-shaped bucket (11) which is capable of washing dishes while the tableware (21) containing the food waste is called to the dog water (23);

An auxiliary canister (15) configured to rinse the dish by moving the finished dishes (21a) from the canister when the dish is washed in the canister (11);

Brackets (18) attached to the middle portion of the inner surface of the canteen (11) so as to mount the dish support net (17) and the food waste collecting net (16) inside the canister (11);

The food waste contained in the tableware 21 while supporting the tableware 21 so as not to sink toward the bottom 11a of the container 11 mounted in the bracket 11 while being mounted on the bracket 18 ( 19a) is a dish support net 17 which is capable of being settled toward the bottom 11a of the sump;

The food waste collecting network 16 is configured to easily collect and collect the food waste 19a that is settled toward the bottom of the water container 11a while being inserted between the bracket 18 and the dish support network 17. Characterized in that configured.

Description

Structure of the sink dai with complex functions

The present invention relates to sinks that can be used in restaurants, etc. More specifically, the different types of buckets, and built-in separate components to wash dishes, while salinity, toilet paper, toothpicks, etc. Soluble dilute or float to remove, so that the collected food waste can be recycled to good quality feed and compost.

In general, the food waste generated in a restaurant, etc., is used to dispose of the food waste input to the drain using a food waste disposal device installed in a sink drain, and then discharged into a sewer pipe along with the brine or dehydrated and fermented the ground food waste. It is recycled by composting.

And when not using the food waste disposal device is a food waste mixed with foreign substances such as toilet paper or toothpicks is collected by a known method and then landfill and incineration or recycled as feed or compost.

However, there is a problem that the installation cost is expensive when using the food waste disposal device,

Food waste discharged in the crushed state is settled on the sewer floor, causing a bad odor, as well as a problem of increasing the contamination of soil and groundwater when spilled through the broken sewer pipe.

In addition, when food waste is disposed of in landfills, there is a problem in that a large amount of land must be purchased to construct a landfill, and local residents must oppose the construction of landfills.

There is a problem that a large amount of leachate from landfills contaminate soil and groundwater, there is a problem such as the construction of a separate facility that can purify the leachate.

In addition, in the case of incineration of food waste, incinerators should be constructed. The incinerator construction also has problems that local residents must oppose the construction of incinerators, and there are problems such as air pollution during incineration.

On the other hand, in order to improve the problems of the incineration and landfill treatment, the food waste was promoted, there was a problem that the foreign substances such as tissue paper and toothpicks collected by mixing with the food waste kill the livestock,

Composting of food waste, there is a problem that salts contained in a large amount in the collected food waste not only contaminate the soil, but also inhibit the growth of crops.

The present invention has been made to solve the problems of the collection and collection process of the food waste, it is easy to float or soluble dilution of foreign substances and salts, such as toilet paper and toothpicks in the food waste using a waste water in the washing process In addition, the purpose of the present invention is to provide a sink structure having a complex function to enable the food waste to be collected and collected in a sanitary manner, and to efficiently recycle the collected food waste to high quality compost and feed.

1 is an exploded perspective view shown in accordance with an embodiment of the present invention

Figure 2a to 2b is an enlarged cross-sectional view showing the drain for preventing water overflow

3a to 3b are cross-sectional views shown in accordance with an embodiment of the present invention

4A to 4B are cross-sectional views showing another embodiment of the present invention according to an embodiment.

5A to 5B are cross-sectional views showing yet another embodiment of the present invention according to an embodiment.

Figure 6a to 6n is a cross-sectional view showing the use process of the present invention for reference

<Description of the reference numerals for the main parts of the drawings>

11: water bottle 11a: water bottle bottom

11b: water overflow prevention drain 11c: drain hose

11d: Packing 11e: Hose Fastening Bolt

11f: drain cover lid 11g: hose fastening cap

12: drain pipe 12a: drain pipe lid

13: drain valve 13a: handle of the valve

14: bridge of sink 15: auxiliary bucket

16: food waste collection net 16a: handle of the collecting net

16b: Collection Net Border 16c: Collection Net Wire

17: dish supporter 17a: border of the supporter

17b: wire mesh of the backing net 18: bracket

19: Food waste in dishes 19a: Food waste collected in sedimentation

19b: Food waste collected 20: Food waste collection container

20a: Handle of collection container 21: Tableware containing food waste

21a: Dishwashing dishware 22: Foreign object such as tissue paper or toothpick

22a: foreign substance collection network 23: coarse water

23a: Rinse dog water 23b: Drained dog water discharged

The present invention for achieving the above object is a hopper-type water passage that is easy to carry out the washing dishes while the tableware containing the food waste is called dog water;

An auxiliary water container configured to rinse the dishes by transferring the finished dishes from the water bottle when the pet food is washed in the water bottle;

A bracket attached horizontally to a middle portion of the inner surface of the water bottle so as to mount the dish support net and the food waste collecting net in the water bottle;

A dish support network supporting the dishes so that the dishes put into the bucket do not sink toward the bottom of the bucket while being mounted to the bracket, and allowing food waste contained in the dishes to settle toward the bottom of the bucket;

Provides a structure of a sink having a complex function, characterized in that consisting of a food waste collection network that can easily collect and collect food waste precipitated toward the bottom of the container in a state inserted between the bracket and the dish support network. .

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings 1 to 6 shown according to an embodiment of the present invention.

1 is an exploded perspective view shown in accordance with an embodiment of the present invention,

Figure 2a is an enlarged cross-sectional view showing an enlarged drain for preventing water overflow,

FIG. 2B is an exploded cross sectional view of FIG. 2A;

Figure 3a is an exploded cross-sectional view shown in accordance with an embodiment of the present invention,

3B is an assembled cross sectional view of FIG. 3A;

Figure 4a is an exploded cross-sectional view showing another embodiment of the present invention,

4B is an assembled cross sectional view of FIG. 4A;

Figure 5a is an exploded cross-sectional view showing another embodiment of the present invention,

5B is an assembled cross sectional view of FIG. 5A;

6a to 6n are cross-sectional views showing the use process of the present invention for reference,

In the embodiment of the present invention, a water overflow prevention drain 11b is formed at the upper portion, and the drain 11b is provided with a drain hose 11c for automatically draining the overflowing water to the sewer pipe, and the bottom is an avalanche. A hopper-shaped water tank 11 having a plurality of legs 14 to which a drain valve 13, a valve handle 13a, and a drain pipe 12 are attached and which can discharge or block the brine water 23;

When washing the dishes in the water tank 11, the dishes (21a) of the finished dishes to move away from the water can be rinsed dishes, the drain pipe 12 to discharge or block the number of water (23a) And there is a lid (12a) for opening and closing the drain pipe, in addition to the auxiliary bucket (15) to which a plurality of legs 14 are attached;

A bracket 18 attached horizontally to a middle portion of the inner surface of the water container 11 so as to install the food waste collecting net 16 and the dish support net 17 in the water container 11;

The tableware 21 is supported by the middle portion of the inside of the container 11 so that the tableware 21 inserted into the water container while being mounted on the bracket 18 does not sink toward the bottom of the water container 11a. The food waste 19a having a smaller volume than the tableware 21 contained in the tableware is formed of a coarse wire mesh 17b and a frame 17a for supporting the wire mesh 17b so as to settle toward the bottom 11a of the container. Backing network 17;

The wire mesh 16c and the wire mesh having a small hole so as to easily collect and collect the food waste 19a which is settled between the bracket 18 and the dish support net 17 toward the bottom 11a of the water tank. It is a structure composed of a food waste collecting net 16 is composed of a rim (16b) and a handle (16a) for supporting the 16c.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings with reference to FIGS. 6A to 6N as an embodiment of use of the present invention.

Figure 6a is a cross-sectional view showing a state in which the vernier dog water is filled in the water tank and the rinse dog water is also filled in the water reservoir,

The food waste collecting net 16 and the dish support net 17 are mounted on the inner bracket 18 of the water tank 11, and the drain valve 13 of the water drain pipe is locked, and the water pipe of the auxiliary water tank 15 12) Also, since the lid 12a is covered, the priming water 23 of the water tank and the rinse water 23a of the auxiliary water container 15 do not flow out through the drain pipe 12.

However, if the supply of the water supply (23, 23a) is excessive, water canisters (11, 15) may overflow at this time. In this case, the excessively supplied water supply (23, 23a) is a water overflow prevention drain (11b) and drain hose (11c) Since the water level of the dog water (23, 23a) is automatically adjusted through the automatic discharge through the dog water (23, 23a) of the sink (11, 15) does not overflow even if the supply of the dog water is excessive.

On the other hand, while the bracket 18 is attached to the middle portion of the inner surface of the water container 11 in a horizontal state, the food waste collecting net 16 and the dish support net 17 are mounted in the middle of the water container 11,

The food waste collecting net 16 and the dish support net 17 do not sink toward the bottom of the container 11a, as well as the dishes 21 are supported by the wire mesh 17b of the dish support net so that the dishes 21 are also at the bottom of the container. 11a) will not sink,

The food waste having a smaller volume than the tableware 21 is sedimented and collected by the food waste collecting net 16 mounted under the dish support net 17 while being settled toward the bottom bottom 11a through the hole of the wire net 17b.

Thus, the dish support net 17 prevents mixing of the dishes 21 and the food wastes 19 and 19a by setting only the food wastes 19 and 19a toward the bottom of the container when the dishes are washed. It facilitates the collection and collection of waste 19.

In addition, since the food waste collecting net 16 is made of a small net 16c, the salt and broth contained in the food waste 19 and 19a are discharged from the waste cleaning dish 23. Along with (23), it is possible to discharge to the outside of the water tank 11 through the hole and the drain pipe 12 of the wire net 16c, it is possible to collect and collect the fine food waste (19a) including the red pepper powder.

6B is a cross-sectional view illustrating a state in which tableware containing food waste is contained in the priming water;

When the tableware 21 containing the food waste 19 is called the housekeeping water 23, the house washing dishes are easily removed since the food waste 19 is easily removed from the tableware 21.

The food waste 19a is settled toward the bottom of the canister 11a through the hole of the dish support net 17 and is collected by the food waste collection net 16 by itself when the dishes are washed. Collection collection becomes easy.

And foreign matters 22 such as toothpicks and tissues contained in the food wastes 19 and 19a are suspended above the priming water 23, so that the foreign matter trapping net 22a can be easily collected and removed.

Therefore, even if recycled food waste from which foreign substances 22, such as toilet paper and toothpicks, are removed as feed, it does not cause problems such as killing livestock.

In addition, since the salt and the like contained in the food waste (19, 19a, 19b) is dissolved and diluted in the primary wastewater (23), the concentration of the salt contained in the collected collected food waste (19b) will naturally lower.

Therefore, even when the collected food waste 19b is recycled as compost, problems such as contamination of soil by salt and inhibition of crop growth do not occur.

FIG. 6C is a cross-sectional view illustrating a state in which dishwashing finished dishes are placed and immersed in a rinse dog water of an auxiliary bucket.

FIG. 6D is a cross-sectional view illustrating a process of collecting and removing foreign substances such as toothpicks and tissues suspended in avalanche water from a garbage collection network with food waste settled in the collecting network;

6E is a cross-sectional view showing a state in which the priming water is discharged through the drain pipe;

When the coarse grained water 23 of the water container 11 becomes very turbid, the coarse grained water 23 is discharged by turning the knob 13a of the drain valve 13.

6F is a cross-sectional view showing a state in which the valve of the drain pipe is closed by turning the valve knob in a state in which discharge of the priming water is completed;

When the coarse grained water 23 is discharged, the amount of the food waste 19a settled and collected in the food waste collecting network 16 is checked, and when the amount of the collected food waste 19a is small, the coarse grained water 23 is received again. Although washing may be continued, FIG. 6F shows the process of the previous step of collecting the collected food waste 19a because it is large.

6G is a cross-sectional view illustrating a state where the dish support net is pulled out of the bucket to collect the food waste;

The dish support net 17 is pulled out of the water tank 11 by lifting the finger between the wire mesh 17b of the dish support net 17.

6H is a cross-sectional view illustrating a state in which the handle of the food waste collecting network is pulled out with both hands and taken out of the bucket to collect the food waste,

FIG. 6i is a cross-sectional view illustrating a process of transferring the collected food waste to a food waste collection container for transferring to a processing plant; FIG.

6J is a cross-sectional view showing a state in which the collected food waste is transferred to a food waste collection container;

Holding the handle 16a of the food waste collection network 16 with both hands, the food waste 19b is transferred to a food waste collection container 20 which is commonly used, and then processed to move the food waste 19b to the treatment plant.

Figure 6k is a cross-sectional view showing a state in which the food waste is removed from the collecting nets inside the water tank,

If there is a large amount of food waste on the wire mesh 16c of the food waste collecting network, turn the food waste collecting net 16 upside down, brush it and wash it with water to remove the food waste sufficiently, and then reinstall it inside the water container 11. do.

61 is a cross-sectional view showing a state where the dish support network is reinstalled on the collecting network;

Figure 6m is a cross-sectional view showing a state of refilling the avalanche water in the sink for washing the avalanche,

FIG. 6N is a cross-sectional view illustrating a state in which utensils containing food waste are put and soaked in refilled priming water;

By repeating the method of using the present invention as shown in Figure 6a to 6n it is possible to collect and process food waste hygienically at the same time as the washing dishes.

Therefore, the sink having a composite function of the present invention has the effect of making it possible to remove the food waste on the tableware by allowing the tableware containing the food waste to be called in the water tank of the water bottle to wash the food.

Foreign matter such as toilet paper and toothpicks is suspended in avalanche water so that it can be easily separated and collected from food waste.

There is an effect that the collected food waste is not mixed with foreign matter such as tissues or toothpicks, so that the food waste can be recycled into high quality feed.

In addition, since the salts contained in food wastes are dissolved and diluted in avalanches, they have the effect of eliminating problems such as inhibition of crop growth and soil contamination by salts generated during composting of food wastes.

Claims (4)

Water drain prevention drain 11b is formed on the upper side, and the drain 11b is provided with a hose 11c for discharging the overflowing brine to the sewer pipe, and discharges or blocks the avalanche brine 23 at the bottom. A hopper-shaped water tank 11 having a drain valve 13, a handle 13a, a drain pipe 12, and a plurality of legs 14 attached thereto; When the dishwashing in the water bottle 11, the drainage dish 12 and the plurality of legs 14 are attached to the rinsing dish while carrying the dishes 21a, which have been finished for washing the teal, from the water bottle 11 An auxiliary water bottle 15; A bracket 18 configured to mount the food waste collecting net 16 and the dish support net 17 in the water container 11; The table 21 is placed on the bracket 18 to support the dishes 21 to be put in the water tank so that the dishes 21 do not sink to the bottom 11a of the water container and are smaller in volume than the dishes 21 buried in the dishes. The food waste 19a is provided with a dish support network 17 which is allowed to settle toward the bottom 11a of the water tank; Into the food waste collection net 16 which can easily collect and collect the food waste 19a that is settled toward the bottom of the water tank 11a in a state of being inserted between the bracket 18 and the dish support network 17. Structure of a sink having a complex function characterized in that configured. The method of claim 1, The dish support net 17 and the food waste collecting net 16 are mounted in the middle of the canister 11 while being attached to the middle portion of the inner surface of the water container 11, and the food is supported through the holes of the wire net 17b of the dish support net. Structure of the sink having a complex function with a bracket (18) to allow the collection of the collected food waste into the food waste collection network (16) when the waste (19a) is settled. The method of claim 1, It is composed of a thick hole of the wire mesh (17b) and the edge (17a) for supporting the wire mesh while being mounted on the bracket (18) attached horizontally to the middle portion of the inner surface of the water tank (11) 11 to support the dishes 21 to be put into the container so that the dishes do not sink toward the bottom 11a of the container, and the food waste smaller than the dishes is settled through the holes in the wire mesh 17b to collect the food waste collection net 16 Structure of the sink having a composite function with a dish support net (17) to be collected by. The method of claim 1, It is settled through the wire mesh 17b of the dish support net 17 while being inserted between the bracket 18 and the dish support net 17 which are attached to the middle part of the inner surface of the water container 11 in a horizontal state. Has a combined function with a food waste collecting net 16 consisting of a handle 16a, a small hole wire mesh 16c and a rim 16b for supporting the wire mesh 16c for collecting and collecting food waste 19a. The structure of the sink.