KR100292430B1 - Apparatus for disposing kitchen garbage - Google Patents

Abstract

PURPOSE: An apparatus for disposing kitchen garbage is provided which hygienically collects the garbage by automatically separating food garbage generated in a kitchen from wastewater before it is disposed by crushing or drying, and automatically injecting the disposed food garbage into a garbage can. CONSTITUTION: The apparatus for disposing kitchen garbage comprises a separation means which is connected to a drain(2a) of the dish water bucket(2) of a sink(1) so as to separate wastewater from the garbage discharged into the drain(2a); a drainage means draining the wastewater separated by the separation means into drainage ditches; a garbage discharging means temporarily storing the garbage separated by the separation means, and discharging the crushed garbage by crushing the garbage when a certain amount of garbage is piled up; a garbage collection means equipped with a garbage can(50) storing the garbage discharged by the garbage discharging means; an alarming means alarming the piling of the garbage when a certain amount of garbage is piled up in the garbage can of the garbage collection means; and a power supply part(30) which is equipped with a circuit board(31) and controls the operation of the garbage discharging means and the alarming means.

Description

Kitchen Food Waste Disposal Device

The present invention relates to a waste treatment apparatus, and more particularly, to a kitchen waste treatment apparatus for collecting and collecting hygiene, such as food waste generated in the kitchen.

Household sewage and food waste emitted from each household are responsible for environmental pollution. Among them, food waste is collected by the housewife's hands, so it is often avoided to collect and send it to the sewers with the waste water, which causes the sewers to be clogged often, as well as severe odors due to corruption of food waste. There is.

On the other hand, in recent years, not only the enlightenment of various groups to collect and separate food waste thoroughly in order to reduce environmental pollution, but also various administrative regulations on the disposal of food waste have been tightened. In response to this, households have installed a net food waste sorting bin in a sink of a sink to separate food waste. However, the food waste collection method as described above is unsanitary because people have to collect food wastes directly and put them in the garbage bags, and the housewife does not have a practical effect by avoiding themselves.

In addition, many kinds of food waste treatment apparatuses are provided to improve the above-mentioned points, but most of them still have many problems, such as having to rely on manual labor. For example, there is a compressed food waste processing apparatus that collects wet food waste and compresses it with a compactor to remove moisture. However, this device also has a problem of manually removing the dehydrated food waste into the garbage bag.

In addition, the food waste treatment apparatus of the fermentation method is known, but this requires not only a long time (approximately 8 hours or more) fermentation time, but also the size of the device is large, it is unsuitable for use at home, such as odor during fermentation time There is a problem. Also in this case, the fermented food waste must be put in the garbage bag by hand, which is also unsanitary.

The present invention has been made in order to solve the above problems, the food waste generated in the kitchen is automatically separated from the waste water and crushed or dried to treat, and automatically put the processed food waste into the trash, food waste It is an object of the present invention to provide a kitchen food waste disposal apparatus that can be collected hygienically.

Another object of the present invention is to provide a kitchen food waste disposal apparatus that can not only cause odor by being collected while the food waste is automatically processed inside the sink, and can promote the cleanliness and convenience of garbage disposal in the kitchen. It is.

1 is a schematic view showing the overall configuration of the kitchen food waste treatment apparatus according to an embodiment of the present invention.

Figure 2 is a cross-sectional view taken along the line A-A of Figure 1 showing the structure of the wastewater separation means of the food waste treatment apparatus for kitchen according to the present invention.

3A is a cross-sectional view taken along the line B-B in FIG. 2.

3B is a top view of FIG. 3A.

Figure 4a is a cross-sectional view showing a state receiving water for washing dishes in the sink.

Figure 4b is a cross-sectional view showing a state receiving water by installing a separate dishwasher in the sink.

5 is a cross-sectional view taken along the line C-C of Figure 1 showing the structure of the waste food waste discharging means of the food waste treatment apparatus for kitchen according to the present invention.

6 is a cross-sectional view of FIG. 5.

7 is a cross-sectional view taken along the line D-D of Figure 1 showing the structure of the waste food collection means of the food waste treatment apparatus for kitchen according to the present invention.

Figure 8 is a schematic view showing the main configuration of the food processing apparatus for a kitchen according to another embodiment of the present invention.

(Explanation of symbols for the main parts of the drawing)

1; sink stand 2; sink stand

2a; drain 2 '; separate washing dishes

3; Switchgear 3 '; Auxiliary switchgear

4; wastewater separator 5; wastewater receiver

6; waste food guide 7; waste water guide case

10; support plate 11; pressure plate

12; support 13; connecting rod

14; outer 15; spring

20; processor case 21; crusher case

22; grinding screw 23; sensor

30; power supply 31; circuit board

40; waste food discharge guide 50;

52; waste bin moving box 61; top plate

62; bottom plate 63; spring

64; buzzer 70; separation tube

71; optical fiber mesh 81; drain pipe

82; waste food discharge pipe 90;

100; heater 101; exhaust pipe

Food waste treatment apparatus for kitchen according to the present invention for achieving the above object, is installed to be connected to the drain hole of the sink sink means for separating the waste discharged to the drain hole into waste water and waste food; Means for draining the wastewater separated by the separating means into the sewer; A means for temporarily storing the waste food separated by the separating means, and automatically crushing and discharging the waste food when a predetermined amount of waste food is accumulated; Waste food collection means having a waste container for receiving and storing waste food discharged by the waste food waste discharging means; Alarm means for alerting and alerting when a certain amount of waste food is accumulated in the waste bin of the waste food collection means; And a power supply unit having a circuit board for controlling the operation of the waste food pulverization discharge means and the alarm means.

Here, the separating means is a cylindrical member which is installed in the lower portion of the drain hole, a plurality of waste water discharge port is formed on the outer circumferential surface, the waste water separator having an inclined discharge port discharge waste food is formed in the lower portion; A support plate rotatably opened and closed at an inclined outlet of the wastewater separator; And outlet opening and closing means for supporting the support plate in a counterclockwise direction (closing direction) and rotating the support plate in a clockwise direction while moving downwards by mounting a switch in a drain hole of the sink. The outlet opening and closing means, the annular pressure plate installed on the upper portion of the wastewater separation container to maintain a predetermined interval with the upper end of the wastewater separation container; A pair of supports extending downward from both sides of the pressing plate, the ends of which are connected to connecting rods eccentrically installed at the center of rotation of the supporting plate; An outer cylinder installed to surround the support; And a spring installed between the lower stopper protruding inwardly from the outer cylinder and the upper stopper protruding outwardly from the support to maintain a predetermined distance from the lower stopper to elastically support the support upwards.

The drainage means may include: a wastewater receiving container disposed around the wastewater discharge port of the wastewater separation container; And a wastewater passage connecting the wastewater container and the wastewater guide case.

In addition, the waste food crushing discharge means, the waste food guide tube is installed so as to be connected to the inclined outlet of the waste water separator, the case for receiving the waste food discharged through the inclined outlet; A grinding screw installed in the case to grind and discharge the waste food accumulated in the case; And a sensor configured to detect and rotate the grinding screw when a predetermined amount or more of the waste food is accumulated in the case.

In addition, the waste food collection means, a trash can; Waste food discharge guide pipe for guiding the waste food discharged from the waste food grinding discharge means to the trash; And a trash box moving box supporting the trash can and installed to be pulled out and driven in a sink.

The alarm means, the top plate is installed on the bottom of the trash can, the upper plate electrically connected to the circuit board of the power supply unit by wiring; A lower plate installed on an upper surface of a trash box moving box supporting the trash box and electrically connected to a circuit board of a power supply unit by wiring; A spring interposed between the upper plate and the lower plate to elastically support the upper and lower plate to be spaced at an appropriate interval; And a buzzer installed on the circuit board and operating in conjunction with the contact between the upper and lower plate plates. The neck part means that the upper and lower plates come into contact with each other by the weight of the waste food waste put into the trash can. During the operation of the buzzer, the operation of the grinding screw of the waste food grinding discharge means is stopped.

According to another preferred embodiment of the present invention, the food waste treatment apparatus for kitchen, is installed to be connected to the drain hole of the sink sink means for separating the waste discharged to the drain hole into waste water and waste food; Means for draining the wastewater separated by the separating means to the sewer; A dryer for temporarily storing the waste food separated by the separating means, and drying and discharging the waste food when it is accumulated; Waste food collection means having a waste container for receiving and storing waste food discharged by the dryer; Alarm means for informing and alerting when a certain amount of waste food is accumulated in a waste bin of the waste food collection means; And a power supply unit having a circuit board for controlling the operation of the dryer and the alarm means.

According to another preferred embodiment of the present invention, the food waste treatment apparatus for kitchen, is installed to be connected to the drain hole of the sink sink means for separating the waste discharged to the drain hole into waste water and waste food; Means for draining the wastewater separated by the separating means to the sewer; A dehydrator for temporarily storing the waste food separated by the separating means, and dehydrating and discharging the waste food when it is accumulated; Waste food collection means having a waste container for receiving and storing waste food discharged by the dehydrator; Alarm means for informing and alerting when a certain amount of waste food is accumulated in a waste bin of the waste food collection means; And a power supply unit having a circuit board for controlling the operation of the dehydrator and the alarm means.

According to another preferred embodiment of the present invention, the food waste treatment apparatus for kitchen, is installed to be connected to the drain hole of the sink sink means for separating the waste discharged to the drain hole into waste water and waste food; Means for draining the wastewater separated by the separating means to the sewer; A biochemical decomposer that receives the waste food separated by the separating means and temporarily stores the waste food, and chemically decomposes the waste food when it is accumulated; Waste food collection means having a waste container for receiving and storing waste food discharged by the biochemical cracker; Alarm means for informing and alerting when a certain amount of waste food is accumulated in a waste bin of the waste food collection means; And a power supply unit having a circuit board for controlling the operation of the biochemical cracker and the alarm means.

According to another preferred embodiment of the present invention, the food waste treatment apparatus for kitchen, is installed to be connected to the drain hole of the sink sink means for separating the waste discharged to the drain hole into waste water and waste food; Means for draining the wastewater separated by the separating means to the sewer; A bin for receiving and storing waste food separated by the separating means; And a heater installed at a lower portion of the trash can for heating and drying waste food put into the trash can.

Here, the separating means, the separation pipe is installed to be inclined to reach the waste bin from the drain hole of the sink; And is installed along the longitudinal direction in the central portion of the separation pipe in the longitudinal direction, the waste water of the waste discharged to the drain hole by this is drained sewer drain along the lower pipe around the mesh of the separation pipe, The waste food freely falls into the trash can along the upper tube centering the mesh of the separating tube.

An ultraviolet sterilizer for disinfecting waste food freely dropped into a trash can using ultraviolet rays may be installed at an upper portion of the trash can.

Best Mode for Carrying Out the Invention Preferred embodiments of the present invention will now be described based on the accompanying drawings.

1 is a schematic view showing the overall configuration of the kitchen food waste treatment apparatus according to an embodiment of the present invention, Figure 2 is a AA of Figure 1 showing the structure of the waste water separation means of the kitchen food waste treatment apparatus according to the present invention 3B is a cross-sectional view taken along line BB of FIG. 2, and FIG. 3B is a plan view of FIG. 3A. And, Figure 4a is a cross-sectional view showing a state of receiving water for washing dishes in the sink, Figure 4b is a cross-sectional view showing a state of receiving water by installing a separate dishwasher in the sink. 5 is a cross-sectional view taken along line CC of Figure 1 showing the structure of the waste food crushing discharge means of the kitchen food waste treatment apparatus according to the present invention, Figure 6 is a cross-sectional view of Figure 5, Figure 7 is a kitchen food waste according to the present invention DD line sectional drawing of FIG. 1 which shows the structure of the waste food collection means of a processing apparatus.

In the drawings, reference numeral 1 denotes a sink case, and 2 denotes a sink for washing dishes and the like.

As shown, the sink 2 is provided on the upper side of the sink case (1). The drainage hole 2a for discharging wastewater and waste food is formed in the center of the bottom surface of the sink 2. The drain hole 2a can be selectively opened and closed by the switch 3. Therefore, the user can wash the water in the sink 2 by blocking the drain hole 2a with the switch 3 to wash the dishes, and after the washing is finished, the waste water can be drained to the drain hole 2a by removing the switch 3. have.

The drain hole 2a is provided with a waste water separation container 4 for separating and discharging waste water and waste food discharged therethrough. The wastewater separation container 4 is formed of a cylindrical body, and a wastewater discharge port 4a having a mesh structure is formed on the outer circumferential surface thereof, and an inclined discharge port 4b for discharging waste food is formed at the lower portion thereof. Therefore, the wastewater discharged through the drain hole 2a of the sink 2 is drained through the wastewater outlet 4a of the wastewater separator 4, and the waste food is discharged from the inclined outlet 4b of the wastewater separator 4. Is discharged through.

Around the wastewater discharge port 4a of the wastewater separator 4, a wastewater receiver 5 for receiving wastewater drained therethrough is installed, and waste food discharged through the wastewater separator 4 is disposed below. Waste food guide pipe (6) for guiding the discharge of is installed.

The wastewater receiving container 5 is connected to the wastewater guide case 7 on the lower side by a wastewater passage 5a. The wastewater guide case 7 has a pipe 7a connected to the sink case 1. It is connected to the sewer pipe 8 via (1a). Therefore, the wastewater separated by the wastewater separator 4 can be quickly drained into the sewer.

On the other hand, the inclined discharge port 4b of the wastewater separator 4 is a support plate for selectively blocking the inclined discharge port 4b so that the waste food discharged through the drain hole 2a of the sink 2 is not immediately discharged and collected in a predetermined amount. (10) is provided so that rotation rotation is possible. In addition, an annular press plate 11 is provided on the upper portion of the wastewater separation vessel 4 while maintaining a predetermined distance from the upper surface of the wastewater separation vessel 4. A pair of supports 12 extends downward from both ends of the pressing plate 11 in opposite directions, and the supports 12 are provided so that their ends are eccentric with the rotation shaft 10a of the support plate 10. It is connected to the connecting rod 13. In addition, an outer cylinder 14 is provided on an outer circumference of the support 12, and the outer stop 14 protrudes inwardly to the outer cylinder 14 and outwardly protrudes from the support 12 at a predetermined distance from the stopper 14a. A spring 15 for elastically supporting the support 12 upward is provided between the upper stopper 12a. As a result, the support plate 10 is always held counterclockwise as long as no external force is applied, thereby obstructing the inclined discharge port 4b. 2 and 4a in this state, when the drain hole (2a) is blocked by the switchgear 3 to receive the water in the sink 2, the pressing plate 11 is pressed down by the switchgear (3). As a result, the support plate 12 integrally connected to the pressing plate 11 presses one side of the support plate 10 so that the support plate 10 rotates clockwise about the rotation shaft 10a. As a result, the waste food collected in the wastewater separator 4 is discharged through the open inclined outlet 4b. As described above, the present invention is to separate wastewater and waste food into waste water and waste food automatically discharged through the drain hole 2a of the sink 2 and drained and discharged separately.

In the drawings, reference numeral 20 is a case of an apparatus for treating waste food discharged by the above process, and 30 is a power supply unit.

The processor case 20 has a connection pipe 20a connected to the waste food guide tube 6 and is coupled to the waste water guide case 7. In addition, a grinder is connected to the connection pipe 20a of the case 20. Therefore, the waste food discharged through the waste food guide tube 6 is crushed finely in the grinder.

The grinder includes an external grinder case 21 and a grind screw 22 rotatably provided in the grinder case 21. In addition, a pair of sensors 23 are installed at one side of the grinder case 21 to sense the amount of waste food flowing into the case 21. The grinding screw 22 is operated by the sensor 23 to grind waste food. The sensor 23 operates the grinding screw 22 when a predetermined amount of waste food is introduced into the grinder case 21. The waste food pulverized by the grinding screw 22 is moved toward the discharge port 21a provided on one side of the grinder case 21, and is finally discharged to the outside through the discharge port 21a.

The sensor 23 is electrically connected to the circuit board 31 of the power supply unit 30 by the wiring 24 so as to transmit and receive a predetermined signal. A power plug 32 is connected to the circuit board 31.

In addition, at one side of the grinder case 21, for example, a door 25 for A / S is opened and closed at a portion where the sensor 23 is installed. In addition, an auxiliary wastewater guide tube 21b for discharging the wastewater introduced together with the waste food is connected to one side of the lower end of the grinder case 21, and the auxiliary wastewater guide tube 21b is connected to the case 21. An auxiliary net 21c for preventing the waste food from being discharged through the guide tube 21b is provided to remove moisture of the waste food secondary.

Here, the pulverizer described above is an example of a means for treating waste food, and in the present invention, the waste food treatment means is not limited to the pulverizer shown and described, and may be configured as a dryer for receiving and drying waste food. It may also be composed of a dehydrator or a biochemical decomposer for dehydrating and discharging waste food. In addition, any waste food can be reduced or sanitary.

On the other hand, reference numeral 40 in the drawing is a waste food discharge guide pipe for guiding the waste food discharged from the grinder in the direction of the required, reference numeral 50 is a waste food discharged guided by the waste food discharge guide pipe 40 to collect It is a trash can.

The trash can 50 is provided with a trash bag 51, it is possible to simply discard the collected waste food. In addition, the trash can 50 is supported in the trash box moving box 52 installed in the sink case (1) to be pulled out, driven in a drawer type.

Here, the trash can 50 is installed inside the sink case 1, so it may not know how much waste food is accumulated in the trash can 50. In order to prevent this, in the present invention, when the appropriate amount of waste food is loaded in the trash bin 50, an alarm means for alerting and employing this is employed.

The alarm means is installed on the bottom of the trash bin 50, the upper plate 61 and electrically connected to the circuit board 31 of the power supply unit 30 by the wiring (61a), and moving the trash bin supporting the trash bin 50 The lower plate 62, which is installed on the upper surface of the box 52 and electrically connected to the circuit board 31 of the power supply unit 30 by the wiring 62a, between the upper plate 61 and the lower plate 62. Spring 63 for resiliently supporting the upper and lower plate plates 61 and 62 so as to be spaced at appropriate intervals, and is installed on the circuit board 31 and the upper and lower plate plates 61 and 62 are in contact with each other. It is configured to include a buzzer 64 that operates in conjunction with.

The buzzer 64 sounds by the upper and lower plate plates 61 and 62 contacting by the weight of the waste food put into the trash bin 50. At this time, when the buzzer 64 is operated, The operation of the grinding screw 22 is stopped.

In the drawing, reference numeral 2 'is a separate dishwasher, and 3' is a separate dishwasher 2 'when receiving water using the separate dishwasher 2, instead of the existing switch 3, the drain hole 2a of the sink 2 It is an auxiliary switch to prevent it. As shown in FIG. 4B, the auxiliary switch 3 'does not expect the effect of the device of the present invention to be used as the switch 3 when receiving water using a separate dishwashing container 2', that is, the pressing plate 11. It can not be used to replace the switch (3). In the drawing, reference numeral 53 is a trash box moving case protective case.

Hereinafter, the effect of the kitchen food waste treatment apparatus according to the present invention configured as described above will be described.

First, as shown in FIG. 4A, a description will be given when washing the dishes by receiving water in the sink 2.

When the switchgear 3 is attached to the drain hole 2a of the sink 2 in order to receive water in the sink 2, the switch 3 presses the pressing plate 11 in the lower portion thereof, thereby pressing plate 11 The support plate 12 connected to the squeezes the support plate 10 which blocks the inclined outlet 4b of the wastewater separator 4, so that the support plate 10 is rotated clockwise so that the inclined outlet of the wastewater separator 4 is (4b) is opened. Therefore, a predetermined amount of waste food collected in the wastewater separation container 4 flows into the grinder case 21 through the inclined discharge port 4b. As the waste food flowing into the grinder case 21 increases as described above, the sensor 23 detects this and operates the grinding screw 22 to start grinding the waste food. The waste food to be crushed is discharged to the outlet 21a of the grinder case 21, which is again introduced into the trash bin 50 through the waste food discharge guide tube 40.

When the trash can 50 is filled to some extent by the input of the pulverized waste food as described above, the trash can 50 is lowered to overcome the elasticity of the spring 63 by its weight, thereby being installed in the trash can 50. The buzzer 64 rings as the upper plate 61 and the lower plate 62 installed in the trash box moving box 52 come into contact with each other. At the same time, the operation of the crushing screw 22 is stopped, and at this time, the trash box moving box 52 is taken out and the garbage bags containing the collected food waste are collected and thrown out.

On the other hand, after washing the dishes, when the switch 3 of the sink 2 is removed, the pressing plate 11 is raised by the restoring force of the spring 15, and thus the support plate 10 is rotated counterclockwise. The inclined outlet 4b of the wastewater separator 4 is blocked. At this time, the wastewater discharged into the drain hole 2a of the sink 2 is drained to the wastewater guide case 7 through the wastewater discharge port 4a of the wastewater separator 4, and the waste food is separated from the wastewater separator 4 Will be gathered again. Then, when the switch 3 is installed again, the waste food is processed while the above-described operation is repeatedly performed, and collected in the trash.

As described above, in the kitchen food waste treating apparatus according to the present invention, the waste food is automatically separated from the waste water and collected, and the collected waste food is automatically pulverized and collected into the waste bin. Therefore, food waste can be disposed of more hygienically.

Next, when a separate dishwasher is installed in the sink to receive water, since the existing switch 3 is not used at this time, a gap is formed between the presser plate and the dishwasher, so that the presser plate cannot be pressed. As in 4b, when the auxiliary switch 3 'is used in the drain hole 2a of the sink 2, the gap between the dishwasher and the pressing plate is filled, thereby operating in the same manner as in the case of using a conventional switch. The subsequent operation is performed as in the case described above.

Attached FIG. 8 is a schematic view showing a main configuration of a food processing apparatus for kitchen according to another embodiment of the present invention, and shows an example in which wastewater separation means and waste food processing means are configured differently from one embodiment of the present invention.

In the drawings, reference numeral 2 denotes a sink, 3 denotes an opening and closing switch for blocking the drain hole 2a of the sink 2, 70 is a separation pipe, 81 is a drain pipe, 82 is a waste food discharge pipe, 90 is a waste bin, and 100 is a wastebasket (90). ) Is a heater to heat.

As shown, the separation pipe 70 is installed so as to reach the waste bin 90 from the drain hole 2a of the sink 2, and the optical fiber is formed along the longitudinal direction of the separation pipe 70 in a substantially central portion thereof. The mesh 71 of a mesh structure is provided. Therefore, the waste water discharged through the drain hole (2a) is drained through the lower pipe centered on the mesh 71 of the separation pipe 70, the waste food is centered on the mesh 71 of the separation pipe 70 It is discharged through the upper tube. That is, the waste water and the waste food are automatically separated by the mesh 71.

At the end of the separation pipe 70, a drain pipe 81 is connected to the lower pipe, and a waste food discharge pipe 82 is connected to the upper pipe. Although not shown in detail, the drain pipe 81 is connected to a sewerage system, and an ultraviolet and ozone sterilizer for disinfection using ultraviolet and ozone is installed therein, and the waste food discharge pipe 82 is disposed in the trash can 90. It is connected. Therefore, the waste food separated and discharged from the separation pipe 70 flows into the trash can 90, where it is heated and dried by the heater 100.

In the figure, numerals 81a and 82a are valves and 101 is an exhaust pipe. The valves 81a and 82a are provided in the drain pipe 81 and the waste food discharge pipe 82, respectively, and block the pipes 81 and 82 at all times. At this time, when wastewater or waste food is introduced from the upper portion, it is pushed open by its own weight and passes wastewater or waste food. After the waste water or the waste food is passed, the drain pipe 81 and the discharge pipe 82 are again blocked while rotating in the counterclockwise direction. As a result, the backflow of the odor can be prevented through the trash can 90.

In addition, the exhaust pipe 101 may be a odor generated when the waste food is put into the trash can 90, the odor is installed to guide the odor into the sink through the drain pipe 81 to prevent the smell coming into the sink. .

An upper part of the trash can 90 may be provided with an ultraviolet sterilizer for disinfecting by radiating ultraviolet rays to the waste food and the ozone sterilizer for sterilization using ozone.

As described above, in the kitchen food waste treatment apparatus according to the present invention, the wastewater and waste food discharged to the drains of the sink are automatically separated, and the separated wastewater is drained into the sewerage, and the separated waste food is treated as a processor, for example. It is crushed or dried and dehydrated in a processing machine such as a crusher or a dryer and a dehydrator and automatically collected in a trash can. Therefore, waste food generated in the kitchen can be collected without manual work, very hygienic, clean, and convenient.

In addition, according to the present invention, since the food waste generated in the kitchen is not discharged to the sewer, the sewer is hardly clogged, and environmental pollution due to the food waste can be reduced.

In addition, a waste bin for collecting waste food is installed inside the sink, and odor is not generated because the food waste is crushed and dehydrated or dried.

In addition, since the waste food is automatically introduced into the trash bag of the trash, there is no mixing with the general trash, it is very convenient because no separate manual work for collecting food waste.

Although the preferred embodiments of the present invention have been illustrated and described above, the present invention is not limited to the above-described embodiments, and the present invention is not limited to the above-described claims, and the present invention is not limited to the scope of the present invention. Of course, any person skilled in the art can make various modifications, and such modifications fall within the scope of the claims.

Claims (14)

Means for separating the waste water discharged to the drain hole into waste water and waste food is installed to be connected to the drain hole of the sink sink; Means for draining the wastewater separated by the separating means to the sewer; Means for receiving and temporarily storing the waste food separated by the separating means, and crushing and discharging it when a certain amount of waste food is accumulated; Waste food collection means having a waste container for receiving and storing waste food discharged by the waste food waste discharging means; Alarm means for informing and alerting when a certain amount of waste food is accumulated in a waste bin of the waste food collection means; And And a power supply unit having a circuit board for controlling the operation of the waste food pulverization discharge means and the alarm means. The method of claim 1, wherein the separating means, A cylindrical member installed below the drain hole of the sink, the outer circumferential surface of which is formed a plurality of waste water outlets, and a lower portion of the waste water separator having an inclined outlet through which food waste is discharged; A support plate rotatably opened and closed at an inclined outlet of the wastewater separator; And Supporting the support plate in the closing direction and at the same time by moving the switch is mounted to the drain hole of the kitchen food waste treatment, characterized in that it comprises a discharge opening and closing means for opening the outlet by rotating the support plate clockwise Device. According to claim 2, The outlet opening and closing means, An annular press plate installed at an upper portion of the wastewater separator and maintaining a predetermined distance from the upper end of the wastewater separator; A pair of supports extending downward from both sides of the pressing plate, the ends of which are connected to connecting rods eccentrically installed at the center of rotation of the supporting plate; An outer cylinder installed to surround the support; And The food stopper, characterized in that it comprises a spring which is installed between the lower stopper protruding inwardly to the outer cylinder and the upper stopper protruding outwardly to the support to maintain a certain distance from the lower stopper and elastically support the support upwards. Processing unit. The method of claim 1, wherein the drainage means, A wastewater collecting pail installed around the wastewater outlet of the wastewater separator; And A wastewater passage connecting the wastewater receiving container and the wastewater guide case; The waste water guide case is connected to the sewer by the sewer pipe, the food waste treatment apparatus for kitchen, characterized in that to drain the separated waste water to the sewer. According to claim 1, wherein the waste food pulverization means, A case installed to be connected to the inclined outlet of the wastewater separator by the waste food guide tube and receiving the waste food discharged through the inclined outlet; A grinding screw installed in the case to grind and discharge the waste food accumulated in the case; And It includes a sensor that detects this if the amount of waste food accumulated in the case and rotates the grinding screw, The sensor is connected to the circuit board of the power supply kitchen waste treatment apparatus, characterized in that to transmit and receive a predetermined signal. According to claim 5, The sensor installation portion of the grinder case is installed to open and close the door for the after-sales service, and the auxiliary wastewater guide tube for discharging the wastewater introduced with the waste food in the case on the lower side of the case Is connected, the auxiliary wastewater guide tube is installed in the auxiliary network for preventing the discharge of waste food through the guide tube, kitchen food waste treatment apparatus, characterized in that to remove the water of the waste food secondary. According to claim 1, The waste food collection means, trash can; Waste food discharge guide pipe for guiding the waste food discharged from the waste food crushing discharge means to the trash; And Supporting the trash can, the kitchen food waste processing apparatus comprising a trash box moving box installed to be pulled out, driven to the sink. The method of claim 7, wherein the alarm means, An upper plate installed at the bottom of the trash bin and electrically connected to the circuit board of the power supply unit by wiring; A lower plate installed on an upper surface of a trash box moving box supporting the trash box and electrically connected to a circuit board of a power supply unit by wiring; A spring interposed between the upper plate and the lower plate to elastically support the upper and lower plate to be spaced at an appropriate interval; And Installed on the circuit board, including a buzzer operating in conjunction with the contact between the upper and lower plate, is configured to ring the buzzer by the upper and lower plate contact by the weight of the waste food is put into the trash, When the operation of the buzzer kitchen food waste processing apparatus, characterized in that configured to stop the operation of the grinding screw of the waste food grinding discharge means. Means for separating the waste water discharged to the drain hole into waste water and waste food is installed to be connected to the drain hole of the sink sink; Means for draining the wastewater separated by the separating means to the sewer; A dryer for temporarily storing the waste food separated by the separating means, and drying and discharging the waste food when it is accumulated; Waste food collection means having a waste container for receiving and storing waste food discharged by the dryer; Alarm means for informing and alerting when a certain amount of waste food is accumulated in a waste bin of the waste food collection means; And And a power supply unit having a circuit board for controlling the operation of the dryer and the alarm means. Means for separating the waste water discharged to the drain hole into waste water and waste food is installed to be connected to the drain hole of the sink sink; Means for draining the wastewater separated by the separating means to the sewer; A dehydrator for temporarily storing the waste food separated by the separating means, and dehydrating and discharging the waste food when it is accumulated; Waste food collection means having a waste container for receiving and storing waste food discharged by the dehydrator; Alarm means for informing and alerting when a certain amount of waste food is accumulated in a waste bin of the waste food collection means; And And a power supply unit having a circuit board for controlling the operation of the dehydrator and the alarm means. Means for separating the waste water discharged to the drain hole into waste water and waste food is installed to be connected to the drain hole of the sink sink; Means for draining the wastewater separated by the separating means to the sewer; A biochemical decomposer that receives the waste food separated by the separating means and temporarily stores the waste food, and chemically decomposes the waste food when it is accumulated; Waste food collection means having a waste container for receiving and storing waste food discharged by the biochemical cracker; Alarm means for informing and alerting when a certain amount of waste food is accumulated in a waste bin of the waste food collection means; And And a power unit having a circuit board for controlling the operation of the biochemical cracker and the alarm means. Means for separating the waste water discharged to the drain hole into waste water and waste food is installed to be connected to the drain hole of the sink sink; Means for draining the wastewater separated by the separating means to the sewer; A bin for receiving and storing waste food separated by the separating means; And And a heater installed at a lower portion of the trash bin to heat and dry waste food put into the trash bin. The method of claim 12, wherein the separating means, A separation pipe installed to be inclined from the drain hole of the sink to the trash bin; And It is installed along the longitudinal direction of the central portion of the separation tube, and comprises a mesh made of optical fiber, Thus, the wastewater discharged to the drain hole is drained to the sewer along the lower pipe centered on the mesh of the separation pipe, and the waste food is freely dropped to the trash bin along the upper pipe around the mesh of the separation pipe. Food waste disposal device. The ultraviolet sterilizer of claim 12 or 13, further comprising: an ultraviolet sterilizer for disinfecting waste food freely dropped into a waste bin by using ultraviolet rays and ozone in the drain pipe through which waste water separated by the separating means is discharged, and an upper portion of the waste bin; Food waste disposal apparatus for kitchen, characterized in that the ozone sterilizer is installed.