KR20090081819A - Dehydration apparatus for garbage disposal device for dishpan - Google Patents

Abstract

A dehydration apparatus for a sink food garbage disposer is provided to perform a dehydration operation of food garbage simply and promptly and separate most of water from the food garbage, thereby reduce volume and weight of the food garbage. A dehydration apparatus for a sink food garbage disposer comprises a rotary shaft(111), a drive motor(110), a main body(120), an operating switch(130), a charger(140), a control part(150), and a display part. The rotary shaft is fixed to the center of a connector(61). The drive motor drives the rotary shaft. The main body has the drive motor installed therein, is formed to close the top side of a supporting case(10), and has a handle(121) formed on the top thereof. The operating switch is installed on one side of the top of the main body to drive the drive motor. The charger is installed in the main body to supply a power source to the drive motor. The control part is installed within the main body to control the rotary shaft according to the operation of the operating switch. The display part installed on one side of the top side of the main body and controlled by the control part to display if the charger is charged.

Description

Dehydration apparatus for garbage disposal device for dishpan

The present invention relates to a dehydration device for a food waste treatment device for a sink, and more particularly, to separate the water contained in the food waste by centrifugal force by rotating the food waste filtered through the strainer of the food waste disposal device installed in the sink by a driving motor. It is related to a dehydration device for a sink food waste treatment device to reduce the volume and weight of garbage because most of the water is separated from the food waste and the dehydration operation of food waste simply and quickly.

Sink is an essential facility for kitchens, such as homes and businesses, so that food wastes are washed after eating, resulting in various food wastes. These food wastes are squeezed out of the sink outlet to squeeze out moisture and disposed of separately. However, squeezing water from food waste is inconvenient and cumbersome, and the present inventors have made it convenient and developed a food waste disposer in the sink that prevents food waste from being caught in the strainer of the sink outlet from the outside. It was registered as 586368. First, a description will be briefly described with respect to the "sink vs. food waste disposal" of Patent No. 10-586368.

As shown in FIGS. 1 to 4, the support cylinder 10 is fixed to the water tank 1 by a fixing nut 11 and screwing, and an overflow overflowing the water tank 1 to the lower portion of the support cylinder 1. An overwater inlet 12 through which water flows is formed.

The discharge pipe 13 in the center of the lower surface of the support cylinder 10 is provided with a malodor counterflow prevention device 3 coupled to prevent the backflow of odors in the sewer.

And the lower part of the support cylinder 10 is connected to the sewer pipe connecting pipe (4) by a connection nut (5). In addition, the rotary shaft 21 is fixed to the upper center of the lower surface of the support (10).

As shown in FIG. 2, the sieve frame 20 has a plurality of discharge holes 23a formed therein and includes a lower frame in which a bushing 23b in which the above-described rotation shaft 21 is rotatably inserted is inserted in the lower center ( 23), the cylindrical upper frame 24, the handle 24a is rotatably housed, and a plurality of through-holes connected between the lower frame 23 and the upper frame 24 and through which water is formed are formed. It consists of the intermediate frame 25 of the cylindrical tube shape which exists.

As shown in Figures 1a and 1b, Figure 3, the support cylinder closure 30 and the horizontal groove 31b which is in communication with the upper vertical groove 31a, the lower end of the upper vertical groove 31a on the inner surface; A central cylindrical portion 31 having a lower vertical groove 31c communicating with an end and a lower portion of the horizontal groove 31b is formed in the lower portion of the outer surface of the central cylindrical portion 31. Lower blade 32 is placed on the upper end of the), and is formed on the outer surface of the central cylindrical portion 31 is composed of an upper blade 33 for closing the upper portion of the support cylinder (10).

The opening and closing opening 40 for opening and closing the central cylindrical portion 31 of the support cylinder closing opening 30 is inserted into the inner surface of the central cylindrical portion 31 and a plurality of through holes 41a through which food waste passes through the upper portion. An insertion cylinder 41 having a projection 41b which is formed and is inserted into and moved into the upper vertical groove 31a, the horizontal groove 31b, and the lower vertical groove 31c formed on the inner surface of the central cylindrical portion 31. ), A cover portion 42 covering an upper portion of the insertion cylinder 41, and an annular packing 43 fixed to an upper end of the insertion cylinder 41.

Next, a description will be given of a device for dehydrating when a predetermined amount of food waste accumulated in the strainer (22).

Before disposing of food waste, first lift the opening 40 and the support container closing 30 to separate. And while dehydrating rod (not shown) while pressing the food waste in the sieve 22 inside the water is first discharged. In this state, since much water remains in the food waste, the remaining water is discharged by centrifugal force by the dehydration device.

As shown in FIG. 4, the dewatering device rotates the sieve frame 20, and the coupler 61 coupled to the upper portion of the sieve frame 20 and the rotation shaft 62 fixed to the center of the coupler 61. And a driven gear 63a and a driving gear 63b, which are connected to the coupler 61 by the rotation shaft 62 and are coupled to the support cylinder 10, and drive the rotation shaft 62. It is comprised from the eastern part 63 including the rotating shaft 63c provided with the gear 63b, the arm 63d connected to the said rotating shaft 63c, and the handle 63e which drives the said arm 63d.

For easy coupling of the sieve frame 20 and the coupler 61, a plurality of protrusions 24b are formed on the outside of the upper frame 24 of the sieve frame 20, the lower end of the coupler 61 As shown in FIGS. 4 to 6, the tip portion 61a to be inserted into the space between the protrusions 24b and the insertion groove 61b therebetween are formed. In the drawings, reference numeral 2 denotes a packing disposed between the water container 1 and the fixing nut 11, and 3a is formed in the lower portion of the malodor counterflow prevention device 3, which is opened when water passes and does not pass through the water. If the case is a close contact with each other.

Since the dehydration device for the sink food waste processor of the above-mentioned registration should dehydrate while pressing the food waste by using a dehydration rod when the dehydration action is performed, and the housewife must dewater by turning the handle 63e directly. There is a problem that can not be completely dehydrated because it is forced to rotate slowly because of the strength and manual work.

The present invention was devised to solve the problems of the conventional sink food waste processor, the object of the present invention is easy to use because it separates the water contained in the food waste collected in the drain of the sink by the centrifugal force by the drive motor. It is to provide a dewatering device for a sink food waste processor that can be processed quickly and can separate most of the moisture from the food waste.

The dehydration device for a sink food waste treatment machine of the present invention for achieving the above object is installed in the center of the filter sink, the central water hole of the sink can be rotated about the central axis of the lower portion inside the support cylinder is open the upper surface In the dewatering device for a sink food waste processor comprising a sieve frame is installed, and a coupler coupled to the upper portion of the sieve frame, to rotate the coupler to dehydrate the food waste inside the sieve, A rotating shaft fixed in the center, a driving motor for driving the rotating shaft, the driving motor is formed to close the upper opening surface of the support cylinder installed inside and installed in the central hole of the sink canister, the handle is formed on the top Main body, to drive the drive motor An operation switch installed on a part of the upper surface, a charger installed inside the main body to supply power to the drive motor, and a specific time pre-inputted according to the operation of the operation switch installed in the main body. The controller to control the rotating shaft to rotate slowly at low speed and gradually rotate at high speed at a normal speed, and to stop the rotating speed after a certain time elapses, and to display whether the charger is charged by the control of the controller. It is characterized by consisting of a display unit configured on one side of the upper surface.

The dewatering device for a sink food waste processor of the present invention is further characterized by further comprising a cord line automatic storing unit for storing the power cord line for the charger in an automatic rewinding manner on one side of the main body.

The dewatering device for a food waste treatment device according to the present invention rotates the food waste filtered through the strainer of the food waste disposal device installed in the sink by a driving motor to separate water contained in the food waste by centrifugal force for easy and quick food. The dewatering operation of the waste can be carried out and most of the water contained in the food waste can be separated.

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

Figure 5 is a longitudinal cross-sectional view of the sink food waste treatment apparatus is applied to the dehydration device of the present invention, Figure 6 is a perspective view of the dewatering device for a sink food waste treatment machine of the present invention.

As shown in the drawing, the sink food waste processor to which the dehydration device of the present invention is applied has the same structure as the above-described registered food waste processor and only the dewatering device will be described.

The dewatering device of the present invention is a coupler 61 coupled to the upper portion of the sieve frame 20, a rotating shaft 111 fixed to the center of the coupler 61, a drive motor 110 for driving the rotating shaft 111. The main body 120 having the drive motor 110 installed therein and a handle 121 formed thereon, a charger 140 for supplying power to the drive motor 110, and the main body 120 of the main body 120. It is comprised by the control part 150 provided in the inside.

As shown in FIG. 5, the main body 120 includes an upper body 123 and a lower body 122, and the rotating shaft 111 is a rotating shaft fixedly installed at the center of the driving motor 110. After penetrating the shaft hole formed in the center portion of the lower body 122, the bottom portion is inserted into a fastening groove formed in the center portion of the coupling port 61 of the pot shape.

The drive motor 110 is fixedly installed at the center of the bottom surface of the upper body 123 of the main body 120, and is connected to each other with the coupler 61 is covered on the upper portion of the sieve frame 20 by the rotary shaft 111 have.

As shown in FIGS. 5 and 6, the upper body 123 of the main body 120 has an open bottom, is formed in a cylindrical shape, and a handle 121 is formed at the center of the upper surface.

The bottom surface of the upper body 123 is formed to protrude fastening portions formed with a spiral portion in the center so as to be coupled to the lower body 122 at any predetermined position. One side of the handle 121, the operation switch 130 for operating the drive motor 110 is installed.

On one side of the upper surface of the upper body 123, the display unit 160 for checking whether the charger 140 is charged is formed on both sides. On one side of the inner bottom surface of the upper body 123, a cord line automatic storage unit 170 is built in which the power cord line 171 is pulled out and then rewound automatically when the pulling force is removed to be stored therein. . Since the cord line rewinder is a known device, a description thereof will be omitted.

One side of the upper body 123 has a through-hole through which the power cord line 171 for charging the charger 140 is formed.

The lower body 122 has an open upper portion and a shaft hole through which the rotating shaft 111 penetrates, and is formed in a shape in which the edge portion is bent in a horizontal direction, so that the upper end portion of the upper end annular portion of the support cylinder 10 is formed. It is screwed into the inner circumferential surface of the upper end of the support cylinder 10 in the contacted state. However, the main body 120 and the support cylinder 10 may be coupled in other ways or may not be coupled to each other.

The charger 140 is built in one side of the inner bottom surface of the upper body 123 of the main body 120 so that it can be used several times by charging once, and the upper side of the upper body 123 of the upper body 123 of the main body 120 when charging It is possible to check whether the charge by the display unit 160 installed in. The display unit 160 may include a green light indicating a charging state and a red light indicating a need for charging.

The controller 150 is embedded in one side of the upper body 123 of the main body 120, and the rotary shaft 111 of the drive motor 110 is rotated at a low speed in accordance with the operation of the operation switch 130. After the high-speed rotation of the two stages to control so that the rotation speed of the rotating shaft 111 is reduced slowly to stop, and checks whether or not the charging state of the charger 140, and has a function to display on the display unit 160. In the drawings, reference numeral 172 denotes a plug.

The dehydration device for a sink food waste treatment machine of the present invention configured as described above functions as follows.

In the state in which the opening and closing hole 40 is open as shown in FIG. 1A, the water and food waste in the water bottle 1 descends to the lower sieve 22 through the through hole 41a of the opening and closing hole 40. Subsequently, the water passes through the strainer 22 and exits the strainer frame 20 through the discharge hole 23a of the lower frame 23 and the discharge hole of the intermediate frame 25. Is discharged through). Subsequently, water exits the sewer pipe connecting pipe 4 through the malodor counterflow prevention device 3 and flows into the sewer pipe.

When opening and closing the opening 40, the projection 41b rotates along the horizontal groove 31b of the support cylinder closing opening 30, and then descends along the lower vertical groove 31c, as shown in Figure 1b Becomes In this state, the water in the water tank 1 does not escape.

When the dishes are finished and the food waste is accumulated in the strainer 22 by opening and closing the opening and closing hole 40 in the opposite direction to the rotation direction, the opening and closing hole 40 and the support and closing hole 30 are opened. Remove and perform dehydration to separate water from food waste.

To this end, if the dehydration apparatus of the present invention is placed on the upper portion of the support cylinder 10 and screwed to fix the spout portion 61a of the coupler 61 to the space between the protrusions 24b of the strainer frame 20 by itself. Into coupler 61 and the sieve frame 20 is coupled.

When the driving motor 110 is driven by pressing the operation switch in this state, the rotating shaft 111 rotates, and the lower coupling hole 61 fixed to the rotating shaft 111 rotates. When the coupler 61 rotates, the sieve frame 20 rotatably mounted about the central axis 21 of the lower portion rotates, and accordingly, the food waste inside the sieve 22 rotates, and the food waste is caused by centrifugal force. The water contained in is dehydrated.

The drive motor 110 is initially rotated at a low speed so that the engagement state between the coupler 61 and the sieve frame 20 becomes normal, and when the engagement state becomes normal, the drive motor 110 gradually rotates. The control of the driving motor 110 may be controlled automatically by the controller 150, or may be manually performed using a two-stage switch.

As described above, since the dehydration apparatus of the present invention is automated to dehydrate the water contained in the food waste, the dehydration device is easily and quickly dehydrated and dehydrated by a high speed rotation by the driving motor 110. Are separated.

Remove the dehydration device in the state of complete dehydration of the water contained in the food waste as described above to lift the strainer 22 there is almost no water, so there is no risk of water falling around and around the water tank (1) Food waste is conveniently disposed of.

In addition, there is no moisture when food is thrown into the food waste bin, so the volume and weight are reduced, which is very convenient and efficient to treat.

Although the invention has been described in detail only with respect to the described embodiments, it will be apparent to those skilled in the art that various changes or modifications can be made within the spirit and scope of the invention, and such changes or modifications are consequently claimed. It will have to belong to the scope of.

Figure 1a is a longitudinal cross-sectional view of the open hole of the conventional sink food waste treatment machine,

Figure 1b is a longitudinal cross-sectional view of the closed hole of the conventional sink food waste treatment machine,

2 is an exploded perspective view of a strainer frame and a strainer that are components of a conventional sink food waste processor;

Figure 3 is an exploded perspective view showing the coupling relationship between the support and closing the opening and closing port of the conventional waste food waste treatment machine,

Figure 4 is a longitudinal sectional view showing a state of use of the dehydration apparatus for manually dehydrating food waste inside the sieve in the conventional sink food waste processor;

Figure 5 is a longitudinal cross-sectional view of the sink food waste processor to which the dehydration device of the present invention is applied,

Figure 6 is a perspective view of the dewatering device for a sink food waste treatment machine of the present invention.

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

61: combiner 110: drive motor

111: rotation axis 120: main body

121: knob 130: operation switch

140: charger 150: control unit

160: display unit 170: code line automatic storage unit

171: cord wire 172: plug

Claims (2)

The sieve net 22 is installed in the central hole of the sink canister (1), the sieve net is rotatably installed around the central axis 21 of the lower portion in the support 10, the upper surface is opened. It comprises a frame 20, the coupling portion 61 is coupled to the upper portion of the sieve frame 20, the sink food to dehydrate the food waste inside the sieve 22 by rotating the coupling portion 61 In the dewatering device for a garbage disposal machine, Rotating shaft 111 is fixed to the center of the coupler 61, Drive motor 110 for driving the rotary shaft 111, The main body 120 having the drive motor 110 installed therein and formed to close the upper opening surface of the support cylinder 10 installed in the central hole of the sink canister and having the handle 121 formed thereon. , Operation switch 130 is installed on any portion of the upper surface of the main body 120 to drive the drive motor 110, Charger 140 is installed in the main body 120 to supply power to the drive motor 110, It is installed inside the main body 120 and according to the operation of the two-stage switch 130, the rotating shaft 111 is slowly rotated at a low speed for a predetermined time input in advance to gradually rotate to a normal speed to rotate high speed Control unit 150 to control the rotational speed is reduced after dehydration, and The dewatering device for a sink food waste processor, characterized in that the display unit 160 is configured on one side of the upper surface of the main body 120 to display whether the charger 140 is charged by the control of the control unit 150. The sink according to claim 1, further comprising a cord line automatic storing unit (170) configured to receive the charger power cord line (171) in an automatic rewinding manner on one side of the main body (120). Dewatering device for food waste processor.

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