KR101271459B1 - Direct water dispose System every time we get Sewage - Google Patents

Abstract

The present invention relates to a flush solid waste treatment technique and apparatus for immediate treatment whenever it occurs. Collecting and collecting solid wastes from households with a lot of moisture and perishability, and storing them in a room when a certain amount is filled. The present invention for improving the unsanitary environment around the container is a new treatment system that avoids overlapping kitchen equipment space and breaks down the structural inadequacies of the conventionally used flushed toilets to solve the blockage of the toilet and crush and push out the solid waste. .
The problem of clogging of sewage pipes is composed of an economic system that can be supplemented with a sanitary sludge extraction facility at the complex level and immediately dissolves perishable organic dirt immediately as it occurs indoors, and is easy to manufacture, install, and maintain. .
The main body of the present invention is a simple structure for the molding and installation of ceramic products by dividing into a dirt injection bowl and a reservoir, and the crashing extrusion device, which is a technical essential part, is a specialized crashing technique based on the principle of fluid flow and the crushing efficiency of solids. It is equipped with a parlor and installed in the reservoir bottom housing at an inclination of about 45 ° to block crashing noise and to be used as a driving motor cooling chamber. The solid waste treatment and sewage treatment are divided into buttons and levers to reduce the consumption of washing water and electric power.In case of maintenance after long-term use, open the inspection door on the side of the tank (1) and temporarily It is a good substitute device used by pipe.

Description

Direct water dispose system every time we get Sewage}

The present invention relates to a method and apparatus for immediately treating indoors whenever food waste or solid waste generated frequently at home is generated.

The prior art and apparatus for treating household solid waste are representative of the sink automatic waste processor (registration number: 1002943640000, date: 20010416) and automatic sink waste discharge device (registration number: 2003563020000, date: 20040706), but the heating hot water under the sink In combination with the installation environment of complex kitchen aids such as regulators, water purifiers and dish dryers, solid materials that have high friction in maintenance and crushing and dehydration are deposited in trash cans or fermentation containers to fill a certain amount in the room. In many cases, the air quality was impaired and perfect sanitation could not be achieved. In addition, housewives have been burdened by the embarrassment of exposing dirt to neighbors living in elevators. It can also cause star quarrels.

As a flush toilet for the treatment of household manure, there are advanced technologies such as flush toilet (public number: 1020090108349, date: 20091015), toilet bowl and urine drainage structure (registration number: 2003300330000, date: 20031002). While conduits and water savings have many advantages, they have a difficult construction process, but they do not work to prevent clogging of water pipes or to help housewives to deal with solid waste.

Advanced technologies in the crushing and extruding sectors include a water gate with a backflow prevention valve and a submersible pump (Registration No .: 2003616640000, Date: 20040901) Variable Speed Pumping System (Registration No .: 1000588520000, Date: 19930127) (Registration No .: 1002543310000, date: 200000201) is a device having a structure and a function suitable for a specific use, so that the mechanical operation of the present invention is smooth and the structural safety is referred to.

Conventional treatment methods for collecting solid wastes from households with a lot of moisture and perishables and placing them in the container after carrying them out in the indoor container are handled as duplicates in the separate collection process. The mental burden is cut. In order to eliminate such wastes, it is necessary to dismantle the structure of the flush toilet, which has been used in the past, to fuse the new system that breaks down the inadequacy and to crush and push out the solid waste, and to find a way to remove the cause of the clogging in the sewage pipe and to generate the solid waste. The main challenge is to create a technology that reduces water and power consumption for immediate termination and a structure that enhances the ease of maintenance and fabrication during long-term use.

In order to maintain comfortable indoor air quality and improve the living environment, the indoor accumulation of household wastes should be excluded at all. To do this, it is important to dispose of household waste whenever it occurs. Instead of collecting and collecting the solid and perishable solid waste, the housewife should not be mentally stressed, but the same organic household waste should be immediately terminated through the flushing waste treatment system. In this way, a new solid waste treatment method can be realized without the risk of clogging the sewer system.

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2 is a cross-sectional view taken along the line A-A 'of the present invention for explaining the solution of this problem in detail. It is an innovative structure of the flush toilet installed near the vertical pipe of residential sewage. It is usually used as a flush toilet, but if the waste to be treated is thrown in the waste input bowl (2), the solid waste washing water button ( 7) Press the push-on, and the washing water is lowered into the valve (15) to sweep the dirt at the bottom of the feeding bowl and push it into the crashing extruder (4) through the flexible hose (6). At this time, the driving motor is operated by the push-on button (7) while the crashing impeller (12) of the rotor shaft (11) is rotated, the upper end of the 양 shape attracts solid dirt, digs and tears finely, the crashing impeller is crushed and fluidity Good fluid is forced down to the drain (8).

Crashing extrusion device (4) which is the core of the present invention is installed on the cradle mounted on the floor inclined to about 45 ° to the bottom of the blockage to block the outflow of the gas generated from the inside of the crushing and cutting process This acts as a barrier to blocking backflow, as well as creating a comfortable slope to push the crashed dirt into the sewer. The rotor shaft 11, which is rotated by the drive motor, is equipped with boring bit-shaped crashing impellers with a length of three revolutions while maintaining a 15 ° angle with the rotor shaft.
At the bottom of the dirt-filling bowl (2), a wider and concave dirt-seating groove is formed at the bottom of the toilet to clean the dirt scattered inside the bowl as the wash water rotates and flows through the rim of the upper bowl, and utilizes the siphon effect. By being pushed into the flexible hose 6 completely, the cleanliness can be kept clean even after the dirt is introduced.

The housing which provides space for installing the crashing extrusion device 4 inside the bottom of the tank 1 containing the waste water and the washing water separated from the dirt injection bowl 2 catches the noise of the crashing motor and the cooling chamber function of the driving motor. This is where it is.

The washing water lever 7 of the water tank 3 has a push-push-off button separately installed therein so that the driving motors of the washing water valve 15 and the clasping extrusion device 4 are simultaneously turned on and off. The turn-on lever has a small amount of washing water without driving the motor when only the sewage without solids is introduced, so that the water is saved and power saving.

As shown in FIG. 2, the main body of the present invention is divided into a soil injection bowl 2 and a water tank 1, and a clasing extrusion device 4 is mounted in a housing at the bottom of the water tank, and these are flushed with each other. The structure made by connecting the double hoses (5, 6) is not only to make the manufacturing process of each part simple and easy, but also to make the waste disposal device convenient for installation and maintenance during long-term use. This separation structure has the convenience of partial assembly without any interference between tasks specifically linked to the assembly process for installation. When the location of the drain and the water supply and the power source is determined, the tank 1 is first settled and the crassing extruder 4 is installed on the cradle 14 inside the lower housing. The final step is to connect the flexible hoses (5, 6,), which are the wash water passages, to the power supply, push the tail of the dirt input bowl (2) into the tank housing (1), and install the fixing agent. . During maintenance, remove the fixing agent from the inspection port 18 on the side of the water tank 1, and then remove the internal crashing extruder 4 by using a temporary pipe provided on the inner wall of the housing while the two flexible hoses 5, 6) can be connected for temporary use.

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The greatest effect of the present invention is that the corrosive solid wastes except for the non-corrosive waste vinyls, solid meat bones, etc. can be terminated immediately after they are generated, so that odors and effluents flow out of the wastes. The housewife's mental pain should be relieved.
Next, since there is no risk of damaging the air quality of the room because it is treated every time dirt occurs, it is also effective to improve the living environment by removing the odor generated from the segregation container inside and the habitat environment of the rat cat flies.

In addition, avoiding the hassle of separate collection by households and sanitary sludge extraction in the housing level also reduces the separate collection cost, and can reduce the outflow flow load of sewage pipes to the end treatment plant by more than 30%.

1 is a perspective view of the present invention
2 is a cross-sectional view taken along the line AA 'of FIG.
3 is an illustration of the sludge extraction facility installed in the discharge sewage control tank of a residential complex.

2 is a cross-sectional view taken along line A-A 'of the present invention for explaining the problem solving means of the present invention in detail. It is an innovative structure of the flush toilet installed near the vertical pipe of residential sewage. It is usually used as a flush toilet, but if the waste to be treated is thrown in the waste input bowl (2), the solid waste washing water button ( 7) Press the push-on, and the washing water is lowered into the valve (15) to sweep the dirt at the bottom of the feeding bowl and push it into the crashing extruder (4) through the flexible hose (6). At this time, while the driving motor is operated by the push-on button (7), the crashing impeller (12) of the rotor shaft (11) pulls in the solid dirt, tears it into pieces, and crushes it to push down the fluid having good fluidity into the drain (8). .
Crashing extrusion device (4) which is the core of the present invention is installed on the cradle mounted on the floor inclined to about 45 ° to the bottom of the blockage to block the outflow of the gas generated from the inside of the crushing and cutting process Not only are the water barriers blocking this backflow, but they also create a comfortable slope to push the crashed dirt into the sewer. The rotor shaft 11, which is rotated by the drive motor, is equipped with boring bit-shaped crashing impellers with a length of three revolutions while maintaining a 15 ° angle with the rotor shaft. The outer surface of the crashing impeller has an uneven structure, and at the upper end, it forms a cutting shape for dipping solid dirt and cuts it so that the solid dirt flowing into the washing water can be pulled in quickly and shredded and crushed. The clasing liner 13 enclosing) has a structure that enhances the crashing efficiency by forming a screw-shaped unevenness on the inner wall in the axis opposite to the impeller. At the bottom of the dirt-filling bowl (2), a wider and concave dirt-seating groove is formed at the bottom of the toilet to clean the dirt scattered inside the bowl as the wash water rotates and flows through the rim of the upper bowl, and utilizes the siphon effect. By being pushed into the flexible hose 6 completely, the cleanliness can be kept clean even after the dirt is introduced.
The housing which provides space for installing the crashing extrusion device 4 inside the bottom of the tank 1 containing the waste water and the washing water separated from the dirt injection bowl 2 catches the noise of the crashing motor and the cooling chamber function of the driving motor. This is where it is.
The washing water lever 7 of the water tank 3 has a push-push-off button separately installed therein so that the driving motors of the washing water valve 15 and the clasping extrusion device 4 are simultaneously turned on and off. The turn-on lever has a small amount of washing water without driving the motor when only the sewage without solids is introduced, so that the water is saved and power saving.
As shown in FIG. 2, the main body of the present invention is divided into a soil injection bowl 2 and a water tank 1, and a clasing extrusion device 4 is mounted in a housing at the bottom of the water tank, and these are flushed with each other. The structure made by connecting the double hoses (5, 6) is not only to make the manufacturing process of each part simple and easy, but also to make the waste disposal device convenient for installation and maintenance during long-term use. This separation structure has the convenience of partial assembly without any interference between tasks specifically linked to the assembly process for installation. When the location of the drain and the water supply and the power source is determined, the tank 1 is first settled and the crassing extruder 4 is installed on the cradle 14 inside the lower housing. The final step is to connect the flexible hoses (5, 6,), which are the wash water passages, to the power supply, push the tail of the dirt input bowl (2) into the tank housing (1), and install the fixing agent. . During maintenance, remove the fixing agent from the inspection port 18 on the side of the water tank 1, and then remove the internal crashing extruder 4 by using a temporary pipe provided on the inner wall of the housing while the two flexible hoses 5, 6) can be connected for temporary use.
However, in order to implement the present invention without difficulty, it is necessary to supplement the sewage facility of the complex. In some cases, it is necessary to install auxiliary facilities to reduce the blockage and flow load of sewage pipes before the sewage sludge from each household is collected at the housing level and discharged to the terminal treatment plant. In this case, the hygienic sludge extraction facility as shown in FIG. 3 can be solved by simply installing the sewage treatment facility in the underground machine room. The sewage of the complex entering the sewage collection pipe is filtered through the dehydrator 32 equipped with the sludge accumulation filter installed in the outflow sewage control tank so that sludge and suspended matter are filtered out, and only the sewage is discharged to the sewage treatment plant through the sewage pipe 31.
The sludge which is dehydrated to some extent and accumulated inside the sludge storage filter is scraped with a sludge extraction pallet 33 and compressed to remove water to make a cake 35 in units of 20 kg. The cake is hygienically packed (38) in a plastic bag and taken out to the terminal or fertilizer plant.

1 Tank 2 Sewage Bowl 3 Tank 4 Crushing Extruder 5 Spill Flexible Hose 6 Inlet Flexible Hose 7 Washing Water Lever 8 Drain 9 Power 10 Washing Water Rim 11 Rotor Shaft 12 Crashing Impeller 13 Crushing Liner 14 Support 15 Solid Sewage Cleaning valve 16 Sewage cleaning valve 17 Extruded water pipe 18 Inspection port 30 Sewage collection pipe 31 Sewage sewer pipe 32 Dewatering rotary 33 Sludge discharge impeller 34 Sludge compressor 35 On-cake 36 Sewage control tank 37 Sewage pump 38 Sanitary packing room

Claims (1)

The housing is equipped with a sewage filling bowl (2) with a concave soil seating groove at the bottom, a washing water lever that operates by separating the internal solid waste washing valve and the external sewage washing valve, and a crashing compression device at the bottom. As the structure divided into the water tank (1), the outer peripheral surface of the crashing impeller (12), which is driven when the solid washing button is pushed into the housing of the bottom of the water tank, has a good crushing force, and the end of which is brought into the upper end. The crassing liner (13), which forms the shape of the jaw to make it easy to tear and tear, and surrounds the crassing impeller, forms a screw-shaped unevenness on the inner wall with an axis opposite to the impeller, thereby enhancing the crashing efficiency. Installing the crashing extrusion device 4 at an inclination of about 45 ° to form an easy-to-screw union of the blocking water to prevent the flow of fluid and odors, and to wash each part. The sludge discharged by connecting the flexible hoses (5, 6) to the furnace is packed and taken out as a cake from the sludge dehydration apparatus installed in the discharge sewage control tank in the residential complex. Flushable solid waste treatment apparatus, characterized in that the temporary use can be connected.

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