KR20130077027A

KR20130077027A - Sinks to reduce environmental pollution

Info

Publication number: KR20130077027A
Application number: KR1020110145514A
Authority: KR
Inventors: 추광산
Original assignee: 추광산
Priority date: 2011-12-29
Filing date: 2011-12-29
Publication date: 2013-07-09

Abstract

PURPOSE: A sink reducing environmental contamination is provided to allow a user to conveniently separate and collect food wastes and to reuse the collected food wastes as feeds and organic fertilizers as necessary. CONSTITUTION: A sink reducing environmental contamination comprises a food waste bin (200), a first grinder (300), a second grinder (400), a transfer screw (500), and a driving motor (600). The first grinder is connected to the lower part of the food waste bin and grinds food waste. The first grinder moves the moisture caused by grinding to a drain (110) through a first connection pipe (310). The second grind is connected to the lower part of the first grinder and grinds the food wastes in order to be minute particles. The second grind moves the moisture caused by grinding to the drain through a second connection pipe (410). The transfer screw is connected to the lower part of the second grinder. The transfer screw compresses the food wastes of a minute particle state and discharges the food wastes to a food waste collecting container (700). The driving motor operates the first grinder, the second grinder, and the transfer screw.

Description

Sinks to reduce environmental pollution

The present invention relates to a food waste processor, and more specifically, after the food waste processor is integrally installed in the sink, food waste stored in the food waste container is crushed through a primary crusher and a secondary crusher during food waste treatment. Moisture is removed and can be compressed and discharged into the food waste container through the transfer screw, so that the food waste can be processed more effectively, making it easier to separate the food, and the food waste that is collected separately can be used as feed and organic fertilizer as needed. A food waste disposer that can be recycled.

In recent years, as society develops and people's lives are improved, the factors that pollute the environment are also diversified, increasing proportionately with social development. Among them, the excessive discharge of food waste is accompanied by the serious problem of water pollution. Indiscriminate waste of food resources and soil pollution have emerged as a complex social problem. Therefore, in the current law, the waste water management law has legalized the standards for the disposal of food waste. It is also being collected, and strong violations are made by violating the violations.

Therefore, in recent years, various kinds of food waste treatment devices have been developed and used in order to separate and remove water from food waste in consideration of the above regulations, and the widely used food waste treatment method is food waste using a dehydration method. Food waste presses using a dehydrator and a pressing method are widely used.

The food waste dehydrator using the dehydration method has a predetermined size and a main body having an outer door formed at the upper end, a drive motor fixedly installed at the lower end of the main body, and a lower end detachably coupled to the drive shaft of the drive motor. When the food waste is introduced into the inside through the inner door formed at the upper end, the rotary tube rotates and rotates by the driving motor to dehydrate the water contained in the food waste, and the water dehydrated from the rotary cylinder passes through the passage. When discharged to the outside is composed of a drain pipe that drains it to the outside.

The conventional food waste dehydrator is to rotate the rotary container housing the food waste to dehydrate the food waste by centrifugal force, the dehydration effect by the centrifugal force is effective, but even if dehydrated, the food waste contains a large amount of water Since it is not possible to expect an effective treatment effect, the odor is generated from the food waste containing moisture, which causes various problems that are very unpleasant to the user when processing food waste.

And existing products have a inconvenience to go to the food waste separately after making food.

The present invention was conceived in view of the above problems, and after the food waste processor is integrated into the sink, the food waste stored in the food waste container is crushed through the primary grinder and the secondary grinder during food waste treatment. Moisture is removed and can be compressed and discharged into the food waste container through the transfer screw, so that the food waste can be processed more effectively, making it easier to collect and dispose of food waste as feed and organic fertilizers as needed. To provide a food waste handler that can be recycled.

The present invention as a means for achieving the above object is a food waste container installed around the sink and food waste temporarily stored in the food waste container connected to the bottom of the food waste container and formed on one side of the food waste container connected to the drain pipe When introduced into the inside, the water generated while crushing and crushing the food waste is transferred to the drain pipe through the primary connection pipe, and the secondary connection pipe formed at one side connected to the bottom of the primary grinding machine and connected to the drain pipe When the food waste that is pulverized and the water is removed through the primary crusher is introduced into the inside, the second crusher and the second crusher which moves the water waste generated by crushing the food trash into fine particles and pulverizes are transferred to the drainage pipe through the secondary connecting pipe. Particulates removed from the water by passing through the first mill and the second mill When the food waste of the state is put into the inside of the transport screw while compressing it is discharged to the food waste container to remove most of the water contained in the food waste and the first crusher, the second crusher, electrically connected to the transfer screw 1 The basic features of the technical configuration are composed of a differential grinding machine, a secondary grinding machine, and a drive motor for operating the feed screw.

As described above, according to the present invention, the food waste processor is integrally installed in the sink. Therefore, when the food waste is processed, the food waste stored in the food waste container is pulverized by the first mill and the second mill, and the water is removed and the removed water is discharged into the drain pipe. In addition, since the crushed food waste is compressed and discharged into the food trash container through the transfer screw, the food trash can be processed more effectively to facilitate the separate collection, and the separated food trash can be used as feed and organic fertilizer as needed. It can be recycled. This will help to reduce water pollution and soil pollution and reduce the vicious cycle of energy.

Figure 1 is a perspective view showing the installation and use of a good food treatment sink according to the invention
Figure 2 is a block diagram showing the installation and use state of the good food treatment sink according to the invention

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view showing the installation and use state of the food waste processor according to the present invention, Figure 2 is a configuration diagram showing the installation and use state of the food waste processor according to the present invention.

1 and 2, the food waste container 200 installed around the sink 100 and temporarily storing the food waste as shown in FIG. 1 and FIG. The grinder 300 and the second grinder 400, the transfer screw 500 for compressing and discharging the food waste into the food waste container 700, the primary grinder 300, the secondary grinder 400, the transfer screw The driving motor 600 which is electrically connected to the 500 and operates the primary crusher, the secondary crusher, and the transfer screw is basically mobilized.

The primary crusher 300 is connected to the bottom of the food waste container 200 and when the food waste is introduced into the state in which the primary connection pipe 310 formed at one side is connected to the drain pipe 110, the food waste is generated by crushing and crushing the food waste. Moisture is configured to move to the drain pipe 110 through the primary connecting pipe (310).

The secondary crusher 400 is crushed through the primary crusher 300 in a state in which the secondary connecting pipe 410 connected to the lower end of the primary crusher 300 and formed on one side is connected to the drain pipe 110, and the water is partially removed. When the collected food waste is introduced into the inside, the water generated while crushing the food waste into fine particles and pulverized is configured to move to the drain pipe 110 through the secondary connection pipe 410.

The conveying screw 500 is connected to the lower end of the secondary crusher 400 and passes through the primary crusher 300 and the secondary crusher 400 in order to compress the food trash in the form of particulates from which moisture is removed. Serves to discharge the food waste container (700). Reference numeral 210 is a lid used in conjunction with the top of the food waste container 200. In order to use the present invention configured as described above, after storing the food waste inside the food waste container 200 and then applying power to the food waste processor, as the power is applied to the driving motor 600, the primary crusher 300, The secondary grinder 400 and the transfer screw 500 are operated.

In the above state, the food waste temporarily stored in the food waste container 200 is introduced into the primary crusher 300. The food waste introduced into the primary crusher 300 is crushed and crushed to a certain size by the primary crusher 300 and the water generated is drained to the drain pipe 110 through the primary connection pipe 310.

The food waste that is crushed in the primary crusher 300 and some of the water is removed is introduced into the secondary crusher 400. At this time, the food trash injected into the secondary crusher 400 is crushed into fine particles and crushed into fine particles. The generated water is drained to the drain pipe 110 through the secondary connection pipe 410. At this time, most of the water contained in the food waste in the process of passing through the second mill 400 is removed.

Food waste of the water particles are removed is to be discharged to the food waste container 700 while being compressed by the transfer screw (500).

100: sink 110: drain pipe
200: food waste container 210: the lid of the garbage
300: primary grinding machine 310: primary connector
400: Secondary Crusher 410: Secondary Connector
500: transfer screw
600 drive motor
700: container

Claims

In conventional sinks, sinks that reduce environmental pollution are connected to food waste bins, primary crusher, secondary crusher, and conveying screws below.

The sink of claim 1, wherein the sink of the sink is connected to the primary connection pipe and the secondary crusher is connected to the drain pipe so that moisture is transferred to the secondary crusher.

The sink according to claim 1, wherein the primary crusher and the secondary crusher are connected to a manual motor to reduce environmental pollution.