KR200344996Y1 - 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 food waste collection network inside and outside the bucket to collect food waste contained in the tableware while washing dishes.

The present invention for this purpose, the hopper-shaped bucket (11) which is to be washed dishes while the tableware 20, the food waste is contained in the clean water (22);

An auxiliary canister 15 capable of rinsing the dish by moving the finished dishes 20a from the canister 11 when the dish is washed in the canister 11;

Dishes that are put into the canister 11 for washing dishes while being composed of a coarse wire mesh 17b and a frame 17a supporting the wire mesh and a plurality of legs 17c so as to be installed in the canister 11 ( 20) by supporting the wire mesh (17b) so as not to sink to the bottom of the bucket (11a), as well as food waste 18 contained in the tableware settles down to the bottom of the bucket (11a) through the hole of the wire mesh (17b) Network 17;

In the state installed under the discharge port 13 of the water container 11 to the food waste collection network 16 to collect and collect the food waste 18b discharged through the discharge port 13 together with the primary wastewater 22b. 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 dilution or floating to remove it, 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 settles on the bottom of the sewerage, causing decay and a bad smell, as well as increasing soil and groundwater contamination when spilled through a 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, an incinerator 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 The purpose of the present invention is to provide a sink structure having a complex function that can be efficiently removed and the collected food waste can be collected and collected in a hygienic manner.

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 according to 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.

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

<Explanation of symbols for the main parts of the drawings>

11: water bottle 11a: water bottle bottom

12: water overflow prevention drain 12a: drain hose

12b: Packing l2c: Hose fastening bolt

12d: Drain cap l2e: Hose cap

13: outlet l3a: outlet cap

14: bridge of sink 15: auxiliary bucket

16: food waste collection net 16a: border and bridge of the garbage collection net

16b: Collection Mesh Wire 17: Tableware

17a: border of the support net 17b: wire mesh of the support net

17c: Bridge of the Support Net 18: Food Waste in Tableware

18a: sedimented food waste 18b: food waste collected and collected

19: food waste collection container 19a: handle of the collection container

20: Tableware containing food waste 20a: Dishwashing dishes

21: Foreign substance such as tissue or toothpick 21a: Foreign substance collection network

22: primary dog water 22a: rinse dog water

22b: Exhaust beewater

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

An auxiliary canister which is capable of rinsing the dish by moving the finished dish from the canister to the rinse dish when the petty dish is washed in the canister;

It consists of a wire mesh with a hole to support the wire mesh, a frame supporting the wire mesh, and a plurality of legs to support the dish, and to prevent dishes from being put into the bottom of the bucket, as well as being stored in the tableware. Food waste is a table support network for depositing the bottom of the sink through the hole of the wire mesh;

It provides a structure of a sink having a complex function characterized in that the food waste collection network is configured to collect and collect the food waste discharged through the discharge port with the wastewater in the state installed under the outlet of the water tank.

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,

FIG. 3B is an assembled cross sectional view of FIG. 3A filled with a water fountain in the sump;

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

FIG. 4B is an assembled cross-sectional view of FIG. 4A with the water filled in the water reservoir; FIG.

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

FIG. 5B is an assembled cross sectional view of FIG. 5A filled with a water fountain in a water bottle; FIG.

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

In the embodiment of the present invention, the upper portion is formed with a drain for preventing water overflow 12, the drain hole 12 is attached to the drain hose 12a for automatically draining the overflowing water to the sewer pipe, the bottom A hopper-shaped canister 11 having a discharge port 13 and a discharge port cover 13a capable of discharging or blocking the brine 22, and having a plurality of legs 14 attached to the outside of the bottom;

When washing the dishes in the sink 11, the dishes 20a are finished washing the dishes from the bucket can be rinsed dishes, the discharge port 13 to discharge or block the rinse water (22a) ) And a lid 13a for opening and closing the outlet, and an auxiliary water container 15 having a plurality of legs 14 attached to the outside of the bottom;

The food waste 18 contained in the dish 20 can be settled down through the hole of the wire mesh 17b while supporting the dish 20 inserted into the bucket 11 in a state installed inside the tub 11. A dish support net 17 composed of a coarse wire net 17b and an edge 17a for supporting the wire net 17b;

Wire mesh 16b having a small hole so that food wastes 18b introduced together with the avalanche wastewater 22b discharged through the discharge port 13 while being installed under the discharge port 13 of the water tank 11 can be easily collected and collected. ) And the structure of the food waste collection net 16 composed of a frame and a bridge 16a supporting the wire net 16b.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings with reference to FIGS. 6A to 6R as embodiments of the present invention.

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

The dish support net 17 is provided in the water container 11, and the lid 13a is covered by the discharge port so that the water-in-water 22 and 22a of the water container and the auxiliary water containers 11 and 15 may not flow out.

If the water supply 22, 22a is excessively supplied, the water tanks 11, 15 may overflow. In this case, the excessively supplied water supply 22, 22a is used to prevent the overflow of water and drain hose 12a and the drain hose 12a. Since the water level of the dog water (22, 22a) is automatically adjusted through the discharge), even if the supply of the dog water is excessive, the water (22, 22a) of the water tank (11, 15) does not overflow.

On the other hand, if the dish support net 17 with the legs 17c is installed on the bottom of the water container 11a, a space is formed between the dish support net 17 and the water bottle bottom 11a by the height of the legs 17c of the dish support net. do.

Therefore, when the dishes 20 are put in the bucket 11 for the washing of the dishes, the wire mesh 17b of the dish base 17 supports the dishes 20 so that the dishes do not sink to the bottom 11a of the bucket.

Thin foreign substances such as food waste 18a and chopsticks contained in the tableware 20 are settled to the bottom 11a of the canister through the wire mesh 17b of the dish supporter 17 and the bottom 11a and the dish supporter. It will accumulate in the space between (17).

Therefore, after the dishwashing is finished, the dish support net 17 is lifted up and the food waste 18a accumulated on the bottom of the bucket is picked up, such as chopsticks, and then the outlet lid 13b is opened. When the garbage 18a is discharged, the food waste 18a discharged in the food waste collection network 16 installed thereunder is collected and collected as well as foreign substances such as chopsticks are not mixed in the collected food waste 20b.

In addition, since the food waste collecting net 16 is composed of a wire netting 16b having a small hole, the types of salts and broths contained in the food waste 18 and 18a when discharging the wastewater for washing the bulky dish 22 are the wastewater of the flat wastewater. Although it is possible to discharge through the hole of the wire net 16b with the 22b, it is possible to collect and collect fine food waste 18b including red pepper powder.

Then, when the dishwashing dish 20 containing the food waste 18 is called the coarse grain water 22, the dishwashing dish is easily removed since the food waste 18 is easily separated and removed from the dishware 20. , Foreign matters 21, such as toothpicks and toilet paper contained in the food waste 20, 20a is suspended above the priming water (22) can be easily collected and removed by the foreign matter trapping network (21a).

Therefore, the food waste 18b from which the foreign matter 21, such as tissue paper, toothpicks and chopsticks, is removed does not cause problems such as killing livestock even when recycled as feed, and the salt contained in the food waste 18, 18a, and 18b. Soil is contaminated by dilution in the wastewater harvesting water 22, and the collected food waste 18b lowers the concentration of the contained salt by itself, so that the soil contamination by salinity even if the collected food waste 18b is recycled by composting or the like. And problems such as inhibition of crop growth.

6B is a cross-sectional view showing a state in which the dishes that have been washed are replaced with the rinse water in the auxiliary bucket,

FIG. 6C is a cross-sectional view illustrating a process of removing foreign matters such as tissues and toothpicks suspended in avalanche water in a state where food waste and foreign matters are stacked under a dish support net,

FIG. 6D is a cross-sectional view illustrating a state where the dish support net is pulled out of the bucket to screen out foreign matter such as chopsticks from the food waste accumulated under the dish support net;

Figure 6e is to remove the garbage, such as chopsticks from the food waste piled on the bottom of the container, then open the lid of the outlet and sweep the food waste accumulated on the bottom of the bucket with the waste water discharged into the outlet to collect and collect the food waste collection network installed beneath it Is a cross-sectional view that shows the process

Figure 6f is a cross-sectional view showing a state in which the discharge port is closed with a lid in the discharge state of the primeval wastewater.

Figure 6g is a cross-sectional view showing a state in which the dish support net is reinstalled inside the bucket,

Figure 6h is a cross-sectional view showing a state of refilling the primitive water in the bucket,

FIG. 6i is a cross-sectional view illustrating a state in which new dishes containing food waste are soaked in avalanche water for avalanche washing dishes,

FIG. 6J is a cross-sectional view showing a state in which the dishes are finished to the rinse water of the auxiliary canister;

FIG. 6K is a cross-sectional view illustrating a process of removing foreign matter such as a tissue or toothpick suspended in avalanche water in a state in which food waste and foreign matters are stacked under a dish support net by a collecting net;

FIG. 6L is a cross-sectional view illustrating a state where the dish support net is pulled out of the bucket to screen out foreign substances such as chopsticks from the food waste accumulated on the bottom of the bucket;

FIG. 6m is a cross-sectional view illustrating a process of opening a lid of a drain pipe and sweeping food waste accumulated in a wastewater stream into an outlet to collect food waste with a food waste collecting network installed thereunder;

FIG. 6N is a cross-sectional view illustrating a state in which a lid of a drain pipe is installed and a dish support network is reinstalled in a state in which discharge of the wastewater is completed;

6O is a cross-sectional view illustrating a process of transferring the collected food waste to a food waste collection container for correcting it to a treatment plant;

6P is a cross-sectional view illustrating a state in which the food waste collecting network is installed under the water container while the collected food waste is transferred to a food waste collection container,

Figure 6q is a cross-sectional view showing a state of refilling the avalanche water to the inside of the sink for washing the avalanche,

FIG. 6R is a cross-sectional view illustrating a state in which new dishes containing food waste are soaked in refilled priming water;

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

Therefore, the sink having the combined function of the present invention is designed to remove food waste contained in the tableware. Garbage will not cling to dishes and scrubbers, making it easier to wash dishes.

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.

It is effective to recycle food wastes into high quality feeds by preventing foreign substances such as chopsticks, toothpicks and toilet paper from being mixed in the collected food wastes.

In addition, since the salts contained in the food waste are dissolved and diluted in the avalanche, the food waste has an effect of eliminating problems such as the inhibition of crop growth and soil pollution caused by the salt generated during composting of the food waste.

Claims (3)

Water overflow prevention drain 12 is formed on the upper side, the drain 12 is attached to the drain hose 12a for automatically draining the overflowing water to sewage pipe, the bottom of the coarse water (22) and food A hopper type canister 11 having an outlet 13 and an outlet lid 13a capable of discharging or blocking waste 18b, and having a plurality of legs 14 attached to the outside of the bottom; When washing the dishes in the sink 11, the dishes 20a are finished washing the dishes from the bucket can be rinsed dishes, the discharge port 13 to discharge or block the rinse water (22a) And a lid 13a for opening and closing the discharge port, and an auxiliary water tank 15 to which a plurality of legs 14 are attached to the outside of the bottom; The food waste 18 contained in the dish 20 can be settled down through the hole of the wire mesh 17b while supporting the dish 20 inserted into the bucket 11 in a state installed inside the tub 11. A dish support net 17 composed of a coarse wire net 17b and an edge 17a for supporting the wire net 17b; Wire mesh 16b having a small hole so that food wastes 18b introduced together with the avalanche wastewater 22b discharged through the discharge port 13 while being installed under the discharge port 13 of the water tank 11 can be easily collected and collected. Structure of the sink having a complex function, characterized in that consisting of a food waste collecting network (16) consisting of. The method of claim 1, It is composed of a wire mesh (17b) of the thick hole and the edge (17a) for supporting the wire mesh and a plurality of legs (17c) while supporting the tableware 20 is put into the canister (11) for washing dishes in the state installed inside the water tank The tableware prevents the dishes from sinking toward the bottom of the container 11a, and the food waste smaller than the tableware has a combined function with the dish support net 17 which sets the bottom of the wire net 17b through the hole of the wire net 17b. Having sink structure. The method of claim 1, The leg supporting the wire mesh 16b and the wire mesh 16b having a small hole so as to collect and collect the food waste 18b introduced through the discharge port 13 while being installed under the discharge port 13 of the water tank 11 is provided. The structure of the sink having a complex function with a food waste collecting net 16 composed of an attached rim 16a.