KR200305372Y1 - Food Waste Treatment Machine - Google Patents

Abstract

The present invention relates to a food waste treatment structure in the sink, and when the sink is used, water generated without waste is naturally discharged, and when it is generated with waste, water is first discharged through the pores in the dehydration filter, and the residue falls down to form pores. If you block it, the water level will rise. At this time, when the elevated water reaches the upper level water level detection sensor, it detects this and operates the motor, and the screw connected to it operates the debris to be transferred and dehydrated, and the dehydrated debris is discharged continuously through the tailing discharge port. Of course, it is designed to be easy to use and save energy by automating a series of tasks.

In addition, since it is expected to be smoothly distributed due to the simplicity of installation that can be easily installed on the existing drain pipe of the existing sink, the food waste discharged from each home can be ideally treated to help improve the environment.

Description

Food Waste Treatment Machine

The present invention relates to a food waste treatment structure for the sink, the food waste generated at home contains a lot of water, the situation is severely difficult to process. Many devices have been devised to deal with such food residues, but the structure is installed separately from the sink, and the use is avoided even if it is retained due to inconvenience of use and odor and troublesome cleaning after use. In the case of the complex structure, installation and use are not easy, and when only water is used, natural drainage is impossible. This is to save energy.

In consideration of the above, the present invention connects the filtration and dehydration device directly to the bottom of the sink where food waste is generated in each household, and it is energy-saving to have only the function of filtration in the case of using only the water without the residue and the residue. The emphasis is on automation, which eliminates the need for manipulation.

1 is a cross-sectional view showing the internal structure of the present invention

2 is a cross-sectional view of the dehydration filter of the present invention

3 is a cross-sectional view of the transfer dewatering screw of the present invention

4 is a block diagram of an automatic control unit of the present invention

* Explanation of symbols on main parts of drawings

00: sink 01: sink filter tub 02: sink drain pipe

03: existing drain 10; Main body of the processor 11: motor

12: reducer 13: anti-vibration rubber 14: power cord

20: dehydrator body 21: dehydration filter

22: Inlet (connected to sink pipe) 23: Outlet (connected to drain)

24: Waste discharge outlet 25: Screw shaft support 26: Body fastening nut

27: waterproof lid 28: garbage container 30: transfer dewatering screw

40: automatic control unit 41: water level detection sensor 42: water level detection unit

43: delay time 44: power relay 45: sensor connection line

The configuration and operation according to the drawings attached to the present invention, as shown in the cross-sectional view of the internal structure of the device placed in the lower part of the sink (00) of the general home, the existing drain pipe (02) in the lower portion of the sink to a suitable length The lower end is cut and connected to the inlet 22, and the installation is simply completed by connecting the drain pipe to the sewage outlet 23 and the existing drain port 03, and supplying electricity to the main body.

Next, a description will be given of this structure in sequence, when only water comes down to the inlet 22 in the state that electricity is supplied to the main body, it is naturally discharged through the pores of the dehydration filter 21, through the inlet 22 When food residue and water come down at the same time, the residue will block the pore and when the water level of sewage rises to reach the water level detection sensor 41, the automatic control unit 40 that detects it supplies electricity to the operating motor 11 Drive and the transfer dewatering screw 30 connected thereto is rotated.

The transfer dewatering screw 30 is made of a tapered central axis as shown in FIG. 3, and the discharge outlet 24 gradually increases the density of the residue from which the debris is conveyed by gradually narrowing the spacing of the dehydration bin 21 and grinding and dehydration. To proceed at the same time, the dehydration is finished to send to the sump (28) mounted through the waste discharge outlet (24).

The main body 10 includes a drive motor 11, a reducer 12, and an automatic controller 40, and the automatic controller 40 includes a water level detector 42, a delay timer 43, and a power relay 44. The water level sensor 41 connected thereto is installed on the inner wall of the inlet 22 of the dehydrator body 20 so as to detect the water level and operate automatically.

In addition, the delay timer of the automatic control unit is to maintain the electricity supply for about 10-30 seconds when the water level is lower than the position of the upper level sensor 41 so that the debris in the dewatering filter can be operated.

This makes it possible to realize automation without the user's separate operation and to expect energy saving.

The present invention configured as described above, the food waste generated in the home continuously and automatically to easily dehydration treatment, natural drainage function, energy saving and ease of use as well as easy installation, so it will be smoothly utilized and disseminated. In addition, since the amount of food waste can be minimized, it is expected to reduce the troubles and expenses of odor and waste disposal.

Claims (4)

Installed in the bottom of the sink (00) of the general household to connect the inlet (22) and the sink drain pipe (01), connecting the sewage outlet (23) and the drain (03) with a drain pipe, the water level installed in the inlet (22) Food debris treatment for a sink, characterized in that it consists of a detection sensor 41, an automatic control unit 40 that operates according to the resistance value detected therein, and a dewatering filter 21 combined with a tepa-type transfer dewatering screw 30. rescue. According to claim 1, the transfer dewatering screw 30 is made into a tapered taper gradually toward the waste discharge outlet 24, the residue from the dehydration filtration tube 21 to be gradually narrowed gradually narrowing Structure of the tepa-type transfer dewatering screw 30, which allows the process of pulverization and dehydration to be automatically performed because it must pass through the space. According to claim 1, the structure of the dewatering filter 21 is located in the lower part of the inlet 22 to make a rather large pores to only drain the water without the sewage so that only to act as a natural drainage, the sewage discharge outlet 24 The structure of the dehydration filter which has a fine pore on the side to discharge only water when dehydration. The automatic control is composed of the automatic control unit 40 and the water level detection sensor 41 installed in the inlet 22 to operate by the change of the resistance value detected by the water level detection sensor, when the water level is lowered. The structure of the automatic control unit having a function of delaying the operation for 10-30 seconds.