KR20160070043A

KR20160070043A - The garbage press

Info

Publication number: KR20160070043A
Application number: KR1020160053279A
Authority: KR
Inventors: 이강복
Original assignee: 이강복
Priority date: 2016-04-27
Filing date: 2016-04-27
Publication date: 2016-06-17

Abstract

1) In this case, the garbage box and the garbage compressor are combined with the garbage storage and compression, and the garbage box is compressed by a rod gear with a speed reducer attached thereto.
2) When the force is transmitted to either the upper or lower side, the force is applied in the same direction in all directions and the force is transmitted in the same direction. The one-piece wheel with the reducer is in the state where the trash compartment is lowered ), The compression is repeated several times by reciprocating up and down movement until the garbage is filled with the rod gear wheel.
3) Once the compression is completed, the rod gear can be moved outward along the rail guide, move up and down, and use an integrated gear wheel that engages the groove gear to push up the waste compaction drum The garbage is already in a heavy state and is pierced in the lower part of the garbage compartment so that the garbage compartment is slightly wider as it goes down from the middle part of the garbage compartment so that the garbage can be easily lowered, Enters gravity-force envelope with the force of gravity, and the trash compartment is automatically separated from the weight-type envelope, leaving only trash in the weight-type envelope.
4) Garbage Compressor It is economical because it can reduce the burden of the price of envelope bag for the user who has a large amount of garbage discharge because the machine designing facility is simple and the production cost is low. Reduction of waste volume is expected to help save enormous costs such as transportation and reclamation, and will also help the environment.

Description

The garbage compressor

The present invention relates to a waste compressor, and more particularly to a garbage compressor for converting a rotary motion into a reciprocating motion on a barrel toothed wheel.

The garbage discharged from everyday life is put into a bag of standard bags and transported to the disposal site (landfill or incineration). In order to save maximum amount of envelopes, it is necessary to compress the waste contained in the standard bag. In general, even if you step on the envelope with the foot to compress it, It is difficult to handle such as the side surface is torn.

In order to solve this problem, a compression machine and an outer membrane are required. Suitable rod gears (hereinafter referred to as output unit 1 120) and a trash compaction cylinder 310 are equipped with decelerators.

The overall size of the garbage can be minimized by minimizing the unit area as well as the space occupied by two general trash cans, and the garbage is compressed into the garbage cans at various times until the garbage is full. It is free to move indoors and outdoors.

Although the conventional hydraulic compressor has a high compression ratio, it is presumed that there will be no significant difference from the compressor of the present invention until it is compressed to a certain extent.

In other words, waste of large amount of waste, disposable items, and paper cups are compressed at the maximum, but are compressed less, but do not make a big difference.

In addition, according to the survey, the hydraulic compressors used in some of the current commercials have a good compression performance, but their production costs are high, large, high (about 2 m), and heavy (about 300 kg).

Therefore, when compressing with a decelerating compressor, it is considered that there is power (power) equal to that of the hydraulic machine.

Korean Patent Publication No. 10-1404040 (October 05, 2012)

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems of the prior art, and it is an object of the present invention to provide a waste disposal apparatus and a waste disposal apparatus which are more efficient in compression of a waste compartment, And to provide a waste compressor.

1) The present invention has already been applied to the patented household garbage compactor (patent No. 10-1404040 application no. 2012-0110728) in 2012, and when separating the storage bag (400 in FIG. 1) It is heavy and it takes a lot of power.

2) In the above conventional invention, the storage box (400 in FIG. 1) with the envelope of the standard amount is taken out from the machine and separated into the storage (400 in FIG. 1) and the waste in the envelope.

3) Two problems arise at this time,

The first is that when the compression is applied (400 in FIG. 1) can not withstand the pressure, it can be deformed, and if it is thickened by using metal or the like to increase the strength, it is heavy and inconvenient to move and handle.

Second, the inconvenience of removing (separating and transporting) the storage box (400 in Fig. 1) from the mechanical device is still unclear, and it is presumed that the effect is uncertain even if using carbon fiber or the like, and the production cost is increased and the economic effect is lowered.

In many companies, it can be said that there are many problems in handling women 's work if they are heavy or inconvenient to do a lot of work.

According to an aspect of the present invention, there is provided a method of controlling a garbage compressor, the garbage compressor including a garbage compartment (310) for storing garbage, the garbage compartment (310) (Hereinafter referred to as the output portion 2 (130)) is pushed up and down.

The output unit 2 130 moves the entire waste compartment 310 up and down because the waste compartment 310 itself is always composed of one compartment (the upper compartment of the garbage compartment and the lower compartment of the garbage compartment to be covered with the weight-type bag). The garbage bag is filled with the garbage bag 310 at a high pressure in a state where the garbage is contained in the garbage bag 310, and then the garbage bag 310 is pushed up by using the output unit 2 (130) And is opened in the lower portion (bottom) of the waste compaction cylinder 310, so that the waste compaction cylinder 310 is slightly wider as the lower portion of the waste compaction cylinder 310 descends (for example, at an angle of about 1 degree) The garbage automatically enters into the gravity bag with the force of gravity and the garbage compartment 310 is pushed upward by the output section 2 130. When the garbage compartment 310 is lifted upwards, It remains. It is enough to remove the envelope.

The garbage compressor of the present invention configured as described above is relatively light in weight and has a small area occupied by the garbage compressor, so that the garbage is repeatedly compressed in the garbage compartment (310) By reducing the amount of waste, it is economically advantageous to save as much as possible the cost of garbage disposal (the cost of purchasing baggage).

At this time, the trash reduction rate may vary depending on the type of trash.

1 is a perspective view of a prior art waste compressor,
Fig. 2-3 is a partial perspective view of a specific embodiment of the waste compressor of the present invention,
4 is a perspective view of a specific embodiment,
5 is an integrated gear wheel plan view of a specific embodiment,
Figures 6-7 illustrate side views of a specific embodiment.

Hereinafter, a specific embodiment of the waste compressor according to the present invention will be described with reference to FIG. 2 to FIG.

Fig. 3 is a perspective view of a concrete embodiment of a refractory compressor according to the present invention, Fig. 4 is a perspective view of a concrete embodiment, Fig. 5 is an integrated gear wheel plan view of a concrete embodiment, Side view.

The present invention relates to a trash compartment (310) and a trash compartment, in which trash storage and compression are performed. When the trash storage compartment (310) and the trash compressor And the output part 1 (120) is filled with garbage in a state in which the waste compartment (310) is lowered by the output part 2 (130) The output unit 1 (120) moves back and forth through the rail guide 210 to repeat the process of compressing the waste and further storing the waste in the process of repeating the compression by the reciprocating motion The output unit 120 moves along the rail guide 210 and the waste compaction cylinder 310 capable of moving up and down the waste compaction cylinder 310 is connected to the output unit 2 130) to push up Lorca ssuiwojyeo the metered envelope in the trash outside the compression cylinder 310 garbage is left is metered and separated trash bag and compression cylinder (310) in entering into the pay-pay-envelope bag. At this time, the garbage can be a little heavy to make it sturdy.

Of course, there is a fixed cylinder (hereinafter referred to as a housing 220) corresponding to a shell portion surrounding the trash compaction cylinder 310 and a trash compaction cylinder 310 which moves up and down (serves as a piston) and serves as an inner tube. However, the housing 220 is fixed at all times to maintain a mold and provide a certain space for storing garbage, and serves as a guide for the garbage compartment 310 when the garbage compartment 310 moves up and down.

110: Compression power source (reduction gear) 120: Output part 1 (rod gear)
130: output unit 2 (integrated gear) 140: compression plate
210: Rail guide (left and right front and rear)
220: Housing: Cylinder (upper and lower guide)
310: Waste compaction cylinder 320: Gear wheel (up and down movement)
400: Storage box 420: Support frame 430: Envelope bag
440: Garbage 510: Groove wheel (concave or convex)

Claims

A compressor which is formed of a toothed wheel of a stick having a reduction gear at an output portion thereof for compressing the waste and converts the rotary motion into a reciprocating motion

The waste compres- sion container 310 has a groove gear 510 formed on its outer surface 4 and an output unit 2 130 is operated to push the waste compaction container 310 upward or downward, (Where the groove is a convex or concave groove)