JPH01181603A - Kitchen refuse disposal device - Google Patents

Abstract

PURPOSE:To enhance sanitation, in a domestic kitchen refuse disposal device, by providing with a pack vessel having a cover and a drain port on it body, a kitchen refuse compressor, and a means by which the peripheral parts of both the cover and the vessel, and the drain port are heated for sealing. CONSTITUTION:A pack vessel 21 is housed in the titled device, and a heating element 18 is put on the peripheral part 21a, and a draining hose 31 is connected to a drain port 21b. In this case, a compression plate 9 is placed apart above the pack vessel 21, and a heating rod 11 is shortened and turned upward. And, when a cover 4 is opened, a compression mechanism 10 also turns outward. After kitchen refuse has been thrown in, the cover 4 is closed, and a compression buttom is operated to move the compression linkage 8 inward, so that kitchen refuse is compressed inside the pack vessel 21 via the compression plate 9. A cover 22 is put on the pack vessel 21, and the heating rod 11 is connected to a heating element 12, and further a heating element 29 is pressed on the drain port 21b by means of a motor 25, and then these elements are heated for sealing respectively. By this constiution, refuse disposal can be sanitarily carried out.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a processor for disposing of garbage generated in the kitchen without getting the hands dirty.

[Conventional technology]

If kitchen waste (garbage) generated in an eaves kitchen is left unattended for a long time, it will emit a foul odor and is unsanitary. It is conceivable to drain this into water pipes for treatment, but this is currently not permitted due to sewage treatment capacity. Therefore, a waste disposal device disclosed in Japanese Patent Application Laid-open No. 6O-825 (No. 1) has been proposed as a device that can be implemented in each home.

This is done by slanting the drain pipe of the sink so that its tip protrudes outdoors, installing a storage container outdoors, and hanging a storage bag with many holes for neutralizing water. There is a problem that there is a risk of staining the tip of the drain pipe inside the bag, and that it is necessary to clean the inside of the storage container from the dirty water that flows out from the drain hole of the storage bag.

This invention was made in order to solve the above-mentioned problems.It does not generate odor, does not dirty hands when handling and transporting accumulated kitchen waste, and eliminates the need to clean the inside of the main unit. The purpose is to provide a kitchen waste disposal device.

In addition to the above-mentioned object, another invention of the present invention is to store a puncture container having a drainage port at the bottom of the needle opening, and to store the needle opening above the container when rising, and to enter into the puncture container when descending to pack the container. It is equipped with a compression mechanism that compresses the kitchen waste put into the container, a sealing mechanism that heats and seals the periphery of the pack container and the periphery of the lid that covers the opening of the container, and also heats and seals the drain port. It is.

Another aspect of the present invention is that the above-mentioned device is provided with a water supply device for causing water to flow down into the pack container.

[Function] In this invention, a puncture container is stored in the main body, and after putting kitchen waste into the container, the pressure mechanism compresses the waste and drains the water from the drain port, thereby opening the opening of the puncture container. It lives in the lid and is compressed and sealed around the periphery of the puncture container and the lid.

In another aspect of the present invention, a water supply device allows water to flow into the needle in the bank container, so that the electrolyte is washed away and accumulated in the puncture container.

〔Example〕

Figures 1 to 6 are diagrams showing one embodiment of the present invention.
The figure is a longitudinal front view, Figure 2 is an enlarged front view of the tiger mouth mechanism part,
FIG. 3 is a longitudinal sectional view of the puncture container.

FIG. 4 is a longitudinal cross-sectional view of the puncture lid, FIG. 5 is a block circuit diagram, and FIG. 6 is a perspective view of the whole.

In the figure, +1) is the main body, (2) is a door that is pivoted on the front of the main body t1) and can be opened and closed with a handle (3), and (4) is the main body 11).
The main body lid is pivoted on the soil surface and can be opened and closed with a handle (5). (
6) is a motor with a speed reducer installed inside the main body lid (4), 17) is an operating rod that moves horizontally by a seventh gear (6), and (8) is shaped like a pantograph, and its upper end is The compressor is supported on the main body lid (4) so as to be movable in the left and right direction, and is connected to the upper end of the compressor (7), and has a disc-shaped compression plate 19) on the lower end. A compression mechanism Q (I) is constructed by attaching a motor (6), an operating rod (7), a compressor (8), and a compression plate (9).q
υ has a heating element a2 at its tip that is heated (by energizing),
A heating rod whose length expands and contracts via an expansion mechanism a3, aa is a rotation mechanism that rotates the heating rod σD in the vertical direction, t19
is a turning mechanism that is supported on the lower surface of the compression plate 0) and rotates the turning mechanism a4 around a vertical axis; Main body 11) K fixed garbage receptacle, 6. Compression mechanism (1)
A heating element similar to the above, which is formed into an annular shape and is attached to the distal end of a support 9 protruding from the main body +1 located below I.

3 is a container stand formed at the bottom of the main body 11), 3υ is a pack container S made of vinyl or the like and formed into a bottomed cylindrical shape with an opening at the top;
) and is hung on the heating element aa, and has a drain port (211) at the bottom. The lid is made of the same material as the puncture container υ and is shaped like a disc and has a handle (22a) on the top surface.
21a). (To) is the kitchen waste stored in the elbow of the puncture container 3υ, (2) is the same heating element as above, which is provided on the container stand 4 and on which the bottom surface of the pack container +211 is placed; C! ! 9 is a motor with a speed reducer installed inside the main body 11), (to) is a screw shaft rotated by motor C1!9, the fin is a moving nut that is screwed onto the screw shaft and prevented from rotating, and a heating rod. (to) is fixed, and the tip of the heating rod (to) is provided with a similar heating element (■) facing the upper surface of the drain port (21b) of the puncture container el+ and placed above the heating element C14. C, heating rod u11. Heating element (1z, rotating mechanism μ
ω, heating element <II, c! 4. 4. A sealing mechanism (1) is formed by a heating rod (1), a motor (3), etc. G
ml is a flat container C at one end? A drain hose, in which the tip of the drain port (211) of υ is inserted, and the other end extends to the outside through the lower side wall of the main body (1)! s3 is a compression button attached to the external front of the control device 9 (to) the main body 11), C
34j is the same (clarified by the sealed button).

First, open the front door (2) of the 9 body (1), store the pack container υ, and hook the peripheral part (21a) to the heating element +Is.

Insert one end of the drain hose C3υ into the drain port (21'b).

Close the door (2). At this time, the compressor (8) is in the shortened state as shown in FIG. 1, and the compression plate (9) is in the flat container c? It is in an elevated position upwardly away from D. Further, the heating rod συ is shortened and rotated upward as shown by tAK in FIG.

Next, if 'electrification occurs after 9 meals, is the 9 body 9 (4) container? 9. Close the main unit lid (4). and.

When the compression button (2) is pressed, the I control device (to) operates the motor (6), which rotates and presses the actuating rod +
7) to the left in Figure 1. Now the compressor (8
) moves inward, so the compression plate (9) descends a predetermined distance into the inner layer of the pack container n and compresses the kitchen waste. For this reason.

If the water contained in kitchen waste C13I/c is drained from the drain (21b
) is discharged to the outside through the drain hose C1l+.

after that.

The control device a3 operates the motor (6) and
Repeats the back and forth motion, and then c! 3#'i is compressed and stored in puncture container QD.

By repeating the above operation, the kitchen waste (to) becomes a pack container QD.
When you are satisfied with your work schedule, open the door (2) and insert the lid into the flat container C? Treat D. At this time, 9 peripheral portion (21a)
(27b) polymerize with each other. Now close the door (2).

Next, when the sealing button (to) is pressed, the control device (to) sends a sealing mechanism CI)K signal. Now, the telescopic mechanism α operates to extend the heating rod an, and the two-rotation mechanism t14
also operates to rotate the heating rod (II) downward, and the heating element Q2 contacts and presses the peripheral edge (22b) of the lid @. At the same time, heating element ua, <II is energized, causing heating element 0 and α frame to generate heat. Next, the rotating machine barrel 9 operates.

The heating rod I is rotated once around the vertical axis.

With this, the nine peripheral parts (21a) and (22b) are pressed and heated, so that they are joined and sealed together. When the rotation of the heating rod I is completed, the $ control device will rotate the rotation mechanism I and the expansion and contraction mechanism C.
13, the rotation mechanism a4 rotates the heating rod qυ upward, and the expansion and contraction mechanism α shortens the heating rod I, so the two mechanisms an and as return to their original positions. After that, heating element ct
a and as are cut off.

At the same time as the above operation, the motor (c) also rotates and the screw head @ rotates, so the moving nut @ descends, the heating rod (to) also descends, and the heating element is discharged from the drain port (21') of the puncture container I2υ.
b) Press and deform. At this point, the heating rod (support) stops descending, and the heating elements @ and 4 are energized. Due to the heat generated by this energization, the drain port (211) is also bonded and sealed. Thereafter, the control device (to) reverses the motor (to) to raise the heating element and return it to its original position. Busy at the same time.

Heating element Q4. @ is turned off.

Now, all you have to do is open the door again and take out the pack container R20 and throw it away.The pack container (2) is completely sealed, so no odor will leak out.

No need to get your hands dirty. Further, since the inside of the main body (1) of the 9 does not become dirty, cleaning or the like is not particularly necessary.

FIG. 1 is a longitudinal sectional front view showing another embodiment of the present invention, in which a water supply ring is provided in the shape of a circular ring inside the upper edge of the garbage receptacle, and the lower surface of the water supply ring has a water supply port (4ia). ) is open. A water supply hose is connected to this water supply pipe Giυ,
The water supply device is configured as described above so that tap water is supplied via the electromagnetic valve section.

In other words, when you open the main unit lid 4), the control device (to)
sends a signal to the solenoid valve to operate it. with this,
Tap water is supplied through the water supply hose.

When the chopsticks bag (2) is put into the pack container RE'Fi along with the water.
K is washed away. After that, when the main body lid (4) is closed, the control device (to) instructs the solenoid valve section to stop the water supply. From now on, when the compression button is pressed, it will be K.

Its operation is as described above.

〔Effect of the invention〕

As explained above, in this invention, a pack container having an opening at the top and a discharge port at the bottom is housed in the main body, and after putting waste into this, it is compressed by a compression mechanism and the water is discharged. The waste is discharged from the outlet, the opening of the puncture container is covered with a lid, the periphery of the pack container and the lid overlap, and this area is heated and sealed using a sealing mechanism, so the kitchen waste is compressed and sealed inside the pack container. This has the effect of preventing the generation of odors and making it possible to avoid getting your hands dirty when handling and transporting window waste (and making it unnecessary to clean the inside of the main unit).

It was. In another aspect of the present invention, a water supply device allows water to flow down into the puncture container. As a result, the thrown kitchen waste is washed away and does not stick to the surrounding area (there is an effect that it can be stored in a puncture container).

FIG. 3 is an enlarged front view and a vertical sectional view of the pack container.

4 is a vertical sectional view of the pack lid, FIG. 5 is a block circuit diagram, FIG. 6 is an overall perspective view, and FIG. 7 is a vertical sectional front view showing another embodiment of the present invention.

In the figure, 11) is the main body, (6) is the motor, (7) is the operating rod, +8) is the compressor, (9) is the compression plate, (IG is the compression mechanism, Qll is the heating rod, (13 is the heating element) , t14 is a rotation mechanism, and u!9 is a rotation mechanism.

as is the heating element, I2υ is the puncture container, and (21a) is the periphery.

(211)) is the drain port, and 23 is the lid. (2:2b)
is the periphery, c! 3 places are kitchen waste, 241 is heating element, @ is motor, @ is heating rod.

4 is a heating element, GO is a sealing mechanism, c (3 is a control device, 1 piece is a water supply ring, Shu is a water supply hose, GK3 is a solenoid valve, and I44 is a water supply device.

Note that the same reference numerals in Figure 0 indicate the same parts.

Claims (2)

[Claims] (1) A main body, a pack container that is housed in the main body and has an opening at the top and a drain port at the bottom, into which kitchen waste is put, and a peripheral portion that overlaps the peripheral edge of the pack container and opens the opening. a compression mechanism which is located upwardly away from the pack container when it is raised and which enters the lidless pack container and compresses the kitchen waste when it is lowered; A kitchen waste disposal device comprising: a sealing mechanism that heat-seals the peripheral edge of the pack container placed on the container and the peripheral edge of the lid, and heat-seals the drain port. (2) The kitchen waste disposal device according to claim 1, which is provided with a water supply device that allows water to flow down into the pack container.