KR200188215Y1 - Apparatus of separating food dregs for sink - Google Patents

Abstract

The present invention relates to a food waste separation device for the sink.

The present invention is coupled to the coupling pipe 11 and the bottom of the sludge discharge pipe 12 for the coupling of the shock trap 100 is connected to the drain pipe of the sink in the center of the upper surface and connected to the coupling pipe (11) inside the input space portion An induction guide tube 13 provided with a support 14 is inserted into and fixed to the casing 10 installed downward, and the inlet guide tube 13 of the casing 10 is inserted into the inner water discharge space portion ( 21 and a grinding blade 40 on the water discharge pipe 22 and the transfer blade 32 installed on the inner circumference and a plurality of discharge holes 31 on the bottom and a motor (M) shaft protruding into the bottom center. At the same time, the rotating water tank 30 and the rotating water tank 30 are accommodated therein and provided with a water discharge space 21 below the inner side, and are inserted into the sludge discharge pipe 12 of the casing 10. Support and fix the support cylinder 20 in which the small diameter water discharge pipe 22 extends to the bottom of the casing 10, The sludge discharge space portion 15 is provided between the outer circumference and the inner circumference of the casing 10.

The present invention has a simple structure, which makes it easy to install in an existing sink and effectively dehydrates water from food wastes put into the sink, thereby reducing environmental pollution caused by the discharge of food wastes, while dehydrating food wastes easily. There are many advantages, such as the ability to separate the collection.

Description

Food waste separator for sinks {Apparatus of separating food dregs for sink}

The present invention relates to a food waste separating device for a sink, and in particular, to effectively dehydrate water in the food waste introduced into the sink of the home, and to be easily separated and discharged separately from the dehydrated food waste.

As is known, when washing dishes with food in the sink of the home, the remaining food waste is introduced into the sewer through the inside of the drain pipe, which pollutes the river or the river.

Therefore, a separate strainer is provided so that only the brine water passes through the drainage pipe. However, the filtering means is very cumbersome and extremely monotonous, and the drainage pipe is frequently blocked by food waste that passed through the mesh.

As a result, some dehydration devices are provided inside the bottom of the sink to dehydrate the food wastes by electric, but the installation is complicated and complicated, and the inconvenience of having to take out the dehydrated food wastes to the top again. You have to accept it.

In particular, since the dehydration means mainly uses centrifugal force, the dehydration noise is severe, and if food waste is excessively introduced into the dehydrator, the dehydration performance is lowered and the load is easily applied to the drive of the dehydrator. It is pointed out.

The present invention is intended to be easy to install in the existing sink with a simple structure and to easily dehydrate the food waste, as well as to separate and discharge the dehydrated food waste separately.

To this end, the present invention has a casing in which a coupling pipe for coupling a drain pipe at the center of the upper surface and a sludge discharge pipe at the bottom thereof are connected to the coupling pipe therein and an injection guide pipe having an injection space therein is fixed downward.

Further, a plurality of guide pieces which are supported while being inserted inside the induction pipe of the casing and rounded around the upper end, and are installed in a spiral shape in the upper and lower circumferences of the water discharge pipe and the inner circumferential circumference at the bottom, The feed wing and the bottom are provided with a plurality of discharge holes and a rotating water tank which is formed at the same time as the grinding blade on the motor shaft protruding into the bottom center.

The rotating water tank is accommodated in the inner side, and the water discharge space is provided below the inner side, and the support cylinder in which the water discharge pipe is inserted inside the bottom sludge discharge pipe is installed inside the casing, while between the outer circumference of the support cylinder and the inner circumference of the casing. By supplying a series of related configuration by providing the sludge discharge space in the water, when the food waste containing water is put into the inside of the coupling pipe, the water is naturally discharged into the water discharge pipe of the bottom support cylinder through the discharge hole of the rotating water tank. At the same time, the food waste is naturally discharged to the bottom through the outer periphery of the support cylinder, that is, the sludge discharge space.

1 is a cross-sectional configuration diagram of the subject innovation

2 is a front configuration view showing an installation state of the present invention

Explanation of symbols on the main parts of the drawings

10 casing 11: coupling pipe

12: sludge discharge pipe 13: input guide pipe

14: input space 15: sludge discharge space

20: support cylinder 21: water discharge space

22: water discharge pipe 30: rotating water tank

31: discharge hole 32: transfer wing

33: guide piece 40: grinding blade

M: motor

The present invention is coupled to the coupling pipe 11 and the bottom of the sludge discharge pipe 12 for the coupling of the shock trap 100 is connected to the drain pipe of the sink in the center of the upper surface and connected to the coupling pipe (11) inside the input space portion An induction pipe 13 provided with the inlet 14 is provided with a casing 10 fixed downwardly, and a plurality of inductions supported around the upper end of the casing 10 while being inserted into the inlet induction pipe 13. In addition, the water discharge pipe 22 which is connected to the inner water discharge space 21 at the bottom, the transfer wings 32 spirally installed in the upper and lower circumference of the inner circumference, and a plurality of discharge holes 31 at the bottom. And the rotating water tank 30 and the rotating water tank 30, which is formed at the same time as the grinding blade 40 on the motor (M) shaft protruding into the bottom center inside is accommodated inside and the water discharge space portion below the inner side 21 is provided and the small diameter water discharge pipe 22 inserted into the sludge discharge pipe 12 of the casing 10 is extended to the bottom. The body 20 is supported and fixed to the inside of the casing 10, but the sludge discharge space 15 is provided between the outer periphery of the support cylinder 20 and the inner periphery of the casing 10. .

The present invention has a support cylinder (20) configured to effectively separate the water and the sludge of the food waste inside the casing (10) so that it can be easily discharged to the outside of the separation device through another path.

Food waste introduced into the input space 14 of the present induction pipe 13 is the grinding blade 30 and the rotation water tank 30 by the drive of the motor (M) installed in a state supported by the support cylinder While rotating the food waste is primarily pulverized and at the same time the majority of the water contained in the food waste is discharged to the bottom discharge hole 31, wherein the food sludge remaining in the rotating water tank is a rotating water tank (30) of the support cylinder 20 ) Swiveling and dehydration are repeatedly performed while moving upward along the feed wings 32 installed in a spiral shape throughout the upper and lower inner circumference, and finally the dewatered sludge overflows naturally around the outer circumference of the rotating water tank 30. It is to be easily discharged to the outside of the separation device through the circumference of the support cylinder, that is, the sludge discharge space (15).

Reference numeral 100 is a fan trap connected to the drain pipe of the sink, (B) is a bush for supporting the rotation tank, 200 is a reduction gear configured to rotate the grinding blade and the rotation tank having different rotation ratio, Denoted at 300 is a sludge collection container.

Hereinafter, the operation of the present invention in detail.

The present invention, in order to effectively separate the water and sludge of food wastes, as in the prior art, simply degassing the dehydration means using only centrifugal force to completely dehydrate water in food wastes with a natural upward pressure feeding structure and at the same time the casing (10) and the support body ( The sludge discharge space portion 15 formed between the 20 to be naturally discharged to the bottom so that the sludge is not collected to the top after dehydration, it can be easily collected from the bottom.

That is, the motor M in a state in which food waste introduced into the feeding space 14 of the casing 10 is collected inside the feeding guide tube 13 and collected around the grinding blade 40 positioned below. When driven, the food waste is first finely crushed by the grinding blade, and when the crushed sludge gradually accumulates at the bottom of the rotary water tank 30, the moisture is bottomed through the discharge hole 31 of the rotary water tank 30. Falling to the water discharge space 21 is then discharged directly into the sewer through the water discharge pipe 22 in the bottom center.

On the other hand, the sludge dewatered through the water discharge pipe 22 is introduced induction along the transfer blade 32 protruding spirally inside the rotating water tank 30 by the food waste gradually introduced into the input space (14). The sludge discharge space provided between the outer periphery of the rotating water tank 30 and the inner periphery of the casing 10 flows gradually to the top of the tube 13 and naturally flows around the outer periphery of the rotating water tank 30. Falling downward along the portion 15 is discharged to the bottom of the separator through the sludge discharge pipe 12 is extended to the bottom center.

At this time, the food sludge flowing over the upper portion of the rotary water tank 30, the sludge flowing by the plurality of guide pieces 33 rounded around the upper end of the rotary water tank 30, any one of the outer circumference of the rotary water tank 30 It guides it to flow evenly throughout the outer circumference of the rotating water tank 30 without being biased at the point, and guides the wind generated by the driving of the motor M toward the sludge discharge space 15 to discharge the sludge. It is done smoothly.

On the other hand, the grinding blade 40 for crushing the food immediately by the conventional speed reducer 200 installed in the middle of the rotating water tank 30 and the grinding blade 40 built in the motor (M) shaft is fast and finely Rotating water tank 30 for upward feeding of the crushed food sludge is rotated at different speeds with different rotation ratios to effectively perform both functions simultaneously using a single motor (M) and the combined pipe (11) is connected to the drain pipe of the sink by the shock trap 100, even if the separator is not used, the backflow of odor generated from the food remaining inside the rotating water tank 30 is naturally caused by the shock trap. To be prevented.

In particular, the present invention is effective in the dehydration of food-rich food waste, such as vegetables, and crushed food waste finely by breaking away from the coercive centrifugal dehydration structure as in the prior art and at the same time easily discharge the water contained therein to the bottom It is possible to provide convenience for use with a simple structure as well as effective blocking of the odor generated by providing a series of related components that gradually transport the removed food waste to the top to separate the discharged sludge only to the bottom.

The present invention has a simple structure, which makes it easy to install in an existing sink and effectively dehydrates water from food wastes put into the sink, thereby reducing environmental pollution caused by the discharge of food wastes, while dehydrating food wastes easily. There are many advantages, such as the ability to separate the collection.

As described above, the present invention has been shown and described with respect to specific preferred embodiments, but the present invention is not limited to the above-described embodiments and the general knowledge in the art to which the present invention belongs without departing from the spirit of the present invention. Various changes and modifications may be made by a person having the same authority.

Claims (3)

The coupling pipe 11 for coupling the shock trap 100 connected to the drain pipe of the sink at the center of the upper surface and the sludge discharge pipe 12 at the bottom is also connected to the coupling pipe 11 therein and the input space portion 14 at the inside thereof. The induction pipe 13 is provided is supported in the casing 10 and the state is inserted into the induction pipe 13 of the casing 10 is fixed to the bottom and the inner water discharge space 21 and the bottom portion The swallowing is installed at the same time as the grinding blade 40 on the water discharge pipe 22 and the transfer blade 32 installed on the inner circumference and a plurality of discharge holes 31 on the bottom and the motor M shaft protruding into the bottom center. The rotating water tank 30 and the rotating water tank 30 are accommodated therein and provided with a water discharge space 21 below the inner side of the small diameter inserted into the sludge discharge pipe 12 of the casing 10. Support and fix the support cylinder 20, the water discharge pipe 22 is extended to the bottom in the casing 10, the outer periphery and the case of the support cylinder 20 Sludge discharge space portion 15 is provided between the inner circumference of the y-shing 10, the food waste separation device for a sink. The food waste separator for sink according to claim 1, characterized in that the feed vanes (32) are installed in a spiral shape throughout the upper and lower circumferences of the inner circumference of the rotary water tank (30). The food waste separator for sink according to claim 1, wherein the rotating water tank (30) is provided with a plurality of guide pieces (33) rounded around the upper end thereof.