KR200333041Y1 - Garbage Disposal Device for Dishpan - Google Patents

Abstract

The present invention relates to a sink waste food waste processor for creating a sanitary sink environment by treating the sink waste food waste collected at a proper time, and in particular, by attaching a flexible band to a disposable strainer for easy detachment and easy sealing at disposal. Sink stand food waste processor with simple structure that prevents the occurrence of odor and makes opening / closing of the opening and closing convenient to prevent the odor by closing it when not in use and to prevent the appearance of food waste from outside. will be.

The present invention in the sink waste food waste processor including a support (11), fastening portion (12), outlet (13), strainer frame (15), opening and closing port (30), opening and closing support base 16, etc., the top is open As a mesh having a plurality of holes formed in a cylindrical shape, the body 21 placed inside the sieve frame 15 and attached along the upper end of the body 21 and turned outwardly are coupled to the top of the sieve frame 15. As installed, the strainer 20 is composed of a flexible band portion 22 formed with a plurality of protrusions 22a and coupling holes 22b facing each other so that they can be coupled to each other at the time of disposal.

Description

Garbage Disposal Device for Dishpan

The present invention relates to a sink waste food waste processor for creating a sanitary sink waste environment by treating the sink waste food waste collected at an appropriate time, and more particularly, attaching a flexible band to a disposable strainer for easy detachment and disposal. Simple sealing prevents the occurrence of odor, and can easily open and close the opening and closing door when not in use to close the odor and to prevent the appearance of food waste from the outside, so that the appearance of unclean appearance in the sink Relates to a processor.

In general, the sink is an essential facility for kitchens such as homes and businesses, so it is also a source of various food wastes, including water, since the dishes left after washing are washed.

Accordingly, the sink provides an unsanitary environment and a source of water pollution, such as odor generation, bacterial habitat, and sewage pollution, and also causes inconvenience in maintenance by blocking the sewage pipe.

In order to solve this problem, various drainage technologies and food treatment technologies have been proposed, but basically take the structure of the sink as shown in FIG.

Referring to Figure 1 schematically looks at the structure of a conventional basic sink stage.

As shown in the drawing, the conventional sink is provided with a storage space, the main body 2 having a door 1, the upper plate (3) installed in the upper opening of the main body, the water bottle (4) formed concave in the upper plate, It is connected to the drain port of the water tank and includes a drain trap 6 having a removable strainer 5, a drain hose 7 for connecting the drain trap and the sewer pipe, the upper side wall of the water tank 4 Over water discharge hole (8) is formed is directly connected to the drain hose (7).

When washing operations such as washing dishes, etc. through the water can (4) by such a structure is washed water is discharged to the sewage pipe through the drain trap (6), various wastes, such as food waste contained in the washing water in the process of discharge the sieve (5) ), And when a certain amount of residue is collected in the strainer, the strainer (5) is removed from the drain trap (6) to remove the collection, and then the empty strainer is reused.

On the other hand, the washing water discharged through the over-water discharge hole (8) contains almost no residue is discharged to the drain hose (7) as it is.

However, the food waste disposal method of the sink has several problems as follows.

In other words, in order to discard the dirt of the sieve (5), there is an unsanitary side to take out the contaminated sieve by hand, and the dirt is caught in the whole sieve, which causes injuries in the process of cleaning or handling the sewage. It will get stuck in the gap of the strainer and it will not fall out.

In addition, when only waste is discarded and reused, the waste that has not been removed provides a habitat for various germs and fundamentally prevents the generation of odors, and the soil collected in the strainer is exposed to the outside and is unclean in appearance.

Therefore, it is easy to remove and use, and it is easy to open and close when using disposable sieve screen to prevent odors, and can be opened and closed conveniently to prevent odors and to prevent food waste from being seen from the outside. There is an urgent need for the manufacture of sinks for food waste processors.

The present invention is conceived in view of the problems of the prior art as described above, by attaching a flexible band to the disposable strainer to facilitate the detachment and easy sealing at the time of disposal to prevent the occurrence of odor, and to open and close the opening and closing convenience It can be closed when not in use to prevent odors and food waste from the outside does not look dirty because it has a simple sink for food waste treatment.

The sink waste food waste processor of the present invention for achieving the above object is a sink waste food waste processor including a support, a fastening portion, an outlet, a strainer frame, an opening and closing support, the opening and closing support, etc., with a plurality of holes in an open cylindrical shape. The formed net is placed inside the sieve frame and the body is attached along the top of the body and turned outwards to be installed coupled to the top of the sieve frame, a plurality of protrusions facing each other to be coupled to each other at the time of disposal And it characterized in that the filtering net consisting of a flexible band portion formed with a coupling hole.

In addition, the opening and closing the disc-shaped outer body consisting of an annular convex portion formed with a plurality of engaging jaws, guide grooves and opening and closing holes formed in the upper portion along the circumferential direction from the edge portion and the center placed on the opening and closing the base; An inner body coupled to the annular convex portion of the outer body, the inner body having a plurality of rotation knobs and opening and closing holes disposed in the guide groove and moving along the guide groove; And, it characterized in that consisting of a sealing opening coupled to the locking jaw of the outer body.

1 is a cross-sectional view showing a conventional sink structure;

Figure 2 is a cross-sectional view of the sink food waste processor according to the present invention,

3 is a perspective view of the strainer of the food waste treatment unit sink according to the present invention,

Figure 4 is an exploded perspective view of the opening and closing of the sink food waste processor according to the present invention.

<Explanation of symbols for each major part of drawing>

1: door 2: body

3: top 4: water bottle

5: strainer 6: drain trap

7: Drain hose 8: Over water outlet

11: fixture 12: coupling part

13: outlet 13a: barrier wall

13b: outlet 14: odor reflux prevention

15: strainer frame 16: opening support

17: cover plate

20: sieve 21: body

22: band portion 22a: protrusion

22b: engagement hole

30: opening and closing 31: outer body

31a: edge portion 31b: annular convex portion

31ba: Jam Jaw 31bb: Information Home

31bc: opening and closing hole 32: inner body

32a: rotary knob 32b: opening and closing hole

33: airtight

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

1 is a cross-sectional view showing a conventional sink structure, Figure 2 is a cross-sectional view of the sink food waste processor according to the present invention, Figure 3 is a perspective view of the strainer of the food waste processor according to the present invention, Figure 4 is according to the present invention An exploded perspective view of the sink's food waste disposal unit.

As shown, the sink waste food waste treatment device according to the present invention includes a support 11, fastening portion 12, outlet 13, sieve frame 15, opening and closing 30, opening and closing support base 16, etc. In the sink for food waste processor, the upper body is a cylindrical shape formed with a plurality of holes, the body 21 placed inside the sieve frame 15, and attached along the upper end of the body 21 and outward Inverted and installed to be coupled to the top of the sieve frame 15, sieve net consisting of a flexible band portion 22 formed with a plurality of protrusions (22a) and coupling holes (22b) facing each other to be coupled to each other at the time of disposal ( 20) is configured.

In addition, the opening and closing port 30 is formed convexly upwards along the circumferential direction from the edge portion 31a and the center placed on the opening and closing the base 16, a plurality of locking jaw (31ba), guide groove (31bb) and Disc-shaped outer body 31 composed of an annular convex portion 31b in which opening and closing holes 31bc are formed; Coupled to the annular convex portion 31b of the outer body 31 is placed in the guide groove 31bb and formed with a plurality of rotary knobs 32a and opening and closing holes 32b moving along the guide groove 31bb. Internal body 32; And, it is composed of a sealing opening 33 is coupled to the engaging jaw (31ba) of the outer body (31).

As shown in Figure 2, the support 11 is installed in the center of the water hole 4, the center is open, the fastening portion 12 is screwed to the outer wall of the support 11, Discharge port 13 is coupled to the lower end of the fastening portion 12 is formed with a blocking wall (13a) and the discharge hole (13b) for preventing bad smell backflow.

Odor reflux prevention device 14 is placed on the outlet 13, the sieve frame 15 is over the chin of the lower support 11, the opening 30 is installed on the opening and closing the base 16 and the cover plate 17 is placed on the opening and closing port 30.

The sieve 20 is composed of a body 21 and the band portion 22, the body 21 is a cylindrical top of which is formed in a plurality of holes are formed inside the sieve frame 15 is to be placed For example, it is preferable to use a degradable resin mesh made of a material that can withstand boiling water, since deformation of the decomposed resin does not occur even if it is poured with water.

In addition, the band part 22 is attached along the upper end of the body 21 and is turned upside down to be coupled to the upper end of the sieve frame 15, and when disposed, a plurality of protrusions 22a facing each other to be coupled to each other. ) And coupling holes (22b) are formed and flexible synthetic resin or rubber material is used to increase sufficiently.

Opening and closing 30 is composed of an outer body 31, the inner body 32 and the sealing opening 33, the outer body 31 is a disk-shaped edge portion (31a) which is placed on the opening and closing base 16. It is formed convexly upward from the center along the circumferential direction and is composed of an annular convex portion 31b in which a plurality of engaging jaws 31ba, guide grooves 31bb and opening and closing holes 31bc are formed.

In addition, the inner body 32 is coupled to the annular convex portion 31b of the outer body 31, and a plurality of rotary knobs 32a and opening / closing holes 32b moving along the guide groove 31bb are formed. have.

Finally, the seal 33 is coupled to the engaging jaw 31ba of the outer body 31.

The sink for food waste processor of the present invention configured as described above acts as follows.

When washing dishes in the sink (4), food waste and washing water flows into the sieve (20) through the opening and closing hole (31bc) (32b) of the opening and closing port (30). Then, the food waste is filtered through the strainer 20 and the water flows out through the hole through the strainer 20.

Subsequently, the water flows downward through the hole in the edge portion of the malodorous backflow prevention device 14, flows in a U shape, passes over the blocking wall 13a and exits through the discharge hole 13b.

On the other hand, when food waste is accumulated in the strainer 20, a predetermined amount may be replaced by a new strainer 20.

Then, replacement of the strainer 20 is performed in the following order. First, the cover plate 17 is removed and the opening and closing port 30 is lifted up, and then the opening and closing support base 16 is removed, and the filtering net 20 may be installed in the filtering net frame 15.

Looking specifically, the body 21 of the sieve (20) is inserted into the inside of the sieve frame (15) and by using the elasticity of the band portion 22 to turn outward to form a projection 22a formed in the band portion 22 The upper part of the frame 15 may be inserted and fixed.

Then, in the reverse order of installation, the opening and closing the base 16 is installed on the sieve frame 15, and the opening and closing port 30 is placed thereon, and then the cover plate 17 is closed.

As described above, the flexible band portion 22 of the disposable sieve 20 can be easily installed and replaced, and the structure is simplified since it does not require a separate opening and closing door.

In addition, when disposing of the used sieve net 20 full of food waste, the band 22 is joined to the protrusion 22a and the coupling hole 22b formed to face each other to seal and discard to prevent the occurrence of odor. .

The inner body 32 of the opening and closing port 30 is inserted into the annular convex portion 31b of the outer body 31 and the rotary knob 32a is placed in the guide groove 31bb so that a constant distance along the guide groove 31bb is obtained. The opening and closing holes 31bc and 32b are opened and closed while rotating as much as possible.

Therefore, when not in use, the opening and closing hole 31bc of the outer body 31 and the opening and closing hole 32b of the inner body 32 are closed by closing the rotation knob 32a to prevent the occurrence of odor and to prevent the outside. In order to prevent food waste from being seen, it does not feel unclean in appearance.

And, the sealing opening 33 is coupled to the engaging jaw (31ba) of the outer body 31 to prevent the occurrence of odor and to prevent food waste from being seen from the outside.

In this way, the flexible band part 22 is attached to the disposable sieve 20 to facilitate detachment, and a protrusion 22a and a coupling hole 22b are formed in the band part 22 to be easily sealed at the time of disposal to prevent the occurrence of odor. Will be done.

In addition, the inner body 32 is coupled to the outer body 31 to install the opening and closing opening 30 that can be opened and closed by the rotation can be conveniently opened and closed when not in use to prevent odor and food waste from the outside It is invisible so that it does not feel dirty in appearance, and the overall structure is simple, which reduces production costs.

The sink waste food waste processor of the present invention configured as described above attaches a flexible band part to the disposable strainer to facilitate detachment and easy sealing at the time of disposal to prevent the occurrence of odor, and to conveniently open and close the opening and closing port when not in use. It prevents bad smell by closing and prevents food waste from being seen from the outside, so it does not feel unclean in appearance, and has a simple structure, which has a useful effect of reducing production cost.

Although the present 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 present invention. It would have to fall within the scope of a request for registration of a new model.

Claims (2)

In the sink food waste processor including a support 11, fastening portion 12, outlet 13, sieve frame 15, opening and closing 30, opening and closing support 16, etc., A body 21 placed inside the sieve frame 15 as a mesh having a plurality of holes formed in an open cylindrical shape, It is attached along the upper end of the body 21 and turned outwards to be coupled to the upper end of the sieve frame 15, a plurality of protrusions 22a and coupling holes 22b facing each other to be coupled to each other at the time of disposal. Thinking food waste processor, characterized in that the sieve (20) consisting of a flexible band portion 22 is formed. According to claim 1, The opening and closing port 30 is formed convexly upwards along the circumferential direction from the edge portion 31a and the center placed on the opening and closing the base 16, a plurality of locking jaw (31ba), guide groove A disc shaped outer body 31 composed of an annular convex portion 31b having a 31bb and an opening and closing hole 31bc; Coupled to the annular convex portion 31b of the outer body 31 is placed in the guide groove 31bb and formed with a plurality of rotary knobs 32a and opening and closing holes 32b moving along the guide groove 31bb. Internal body 32; And, The sink waste food waste processor, characterized in that consisting of a sealing hole 33 is coupled to the engaging jaw (31ba) of the outer body (31).