KR19990033932U - Dry toilet system - Google Patents

Abstract

The toilet seat is hinged to the toilet seat to secure the polybag having an inlet in combination with the rim so as to collect the excrement discharged by the person sitting on the toilet seat, and the poly bag from which the feces have been collected can be discharged out of the toilet through the drain. A separation crimping unit connected to the drainage of the toilet bottom drainage passage, which is connected to the discharge section of the toilet bottom drainage, to treat the waste collected through the drainage drainage of the toilet, a filtration tank to filter the excrement water delivered from the separation crimping section, and is delivered from the separation crimping section. Dry toilet system consisting of a storage unit for drying and storing the solid waste.

Description

Dry toilet system

The present invention relates to a toilet system for collecting and treating waste discharged from a user, and more particularly, to a dry toilet system for washing feces without using water.

A common flush toilet uses running water to flush out feces from the toilet. This toilet system uses a significant amount of water every day and collects and treats feces using a septic tank. If the toilet's bowel flows directly into the river, the river will be contaminated.

An object of the present invention is to provide a dry toilet system that can keep the toilet bowl clean without using water.

Another object of the present invention is to provide a dry toilet system that collects feces, filters them before they are drained, and makes solid feces into organic fertilizers.

Dry toilet system according to an embodiment of the present invention is a polybag hinged to the toilet to fix the polybag having an inlet to the toilet and the toilet seat is collected by the person sitting on the toilet in combination with the rim, the waste bag collected It characterized in that it has a tongling that can be discharged out of the toilet through the drainage.

Looking at the other side of the present invention is connected to the discharge portion of the toilet bottom drain passage separation section for processing the waste collected through the drainage of the toilet, the filter tank for filtering the excrement water delivered from the separation compression section, and separate compression section Characterized in that it comprises a storage unit for drying and storing the solid waste delivered from.

1 is a perspective view of a toilet for a dry toilet system according to the present invention,

Figure 2 shows that the forceps ring secures the polybag having a volume according to the present invention

Section,

3 is a perspective view of a part excluding the toilet bowl of the dry toilet system according to the present invention;

Figure 4a is a cross-sectional view of a portion of the dry toilet system except the toilet according to the present invention,

Figure 4b is shown around the separation chamber of the dry toilet system according to the present invention

Cross-section,

5 is a cross-sectional view of the storage unit of the dry toilet system according to the present invention,

6 is discharged from the storage portion of the dry toilet system according to the present invention

It is an operation sectional drawing which shows operation.

As shown in FIGS. 1 and 2, a dry toilet system according to the present invention includes a toilet 10. The toilet 10 includes a volume 11, a rim 12 around the top of the volume 11, a coupling hole 121 around the rim 12, and a block 13 protruding from the rear of the toilet. ), A tong ring 20 having two parallel fixing parts 21 pivotally coupled to the block 13, and a protrusion 22 formed opposite the parallel fixing part 21, and a toilet bowl rear surface. The discharge part 15 formed at the lower end, the drainage path 14 from the volume part 11 to the said discharge part 15, and the excrement which passed through the said drainage path 14 are discharged | emitted through the said discharge part 15. It consists of a one-way valve 16 to control.

The polybag box 30 including the polybag roll 31 is adjacent to the toilet 10. When using a dry toilet system, the sheet of polybag 32 is separated from the polybag roll 31. Then it is placed in the volume 11 and fixed to the rim 12. Opening the inlet is firmly over the edge of the forceps ring 20 and the rim 12 of the coupling hole 121.

When the tongs 20 is lifted from the coupling hole 121, the polybag 32 containing the excrement falls through the drainage channel 14 to empty the toilet bowl. The drainage passage 14 extending downward from the volume 11 has an angle of about 90 ° with the outlet 15. Thus, the polybag 32 used can be easily moved from the volume 11 to the outlet 15.

3, 4a, 4b and 2 it can be seen that the dry toilet system is configured by adding a separate compression unit 40, the storage unit 50, and the filtration tank 60. The separate compression section 40 is composed of a guide pipe 41, a compression chamber 42, a separation chamber 43, and a motor 44.

The guide pipe 41 arrives through the discharge part 15 to the excrement delivered from the toilet 10. The compression chamber 42 is provided with at least one grinding blade 421 for grinding the excrement. One side of the guide pipe 41 has a nipple drainage passage 411 to move the compressed excrement to the separation chamber 43.

Separation chamber 43 is composed of a cover 431, a filter 432, the lower outlet 433 and the side outlet 434. Scratches 435 are formed on the outer surface of the cover 431 in the separation chamber 43. The filter 432 is rotatably supported by the separating plate 436 in the separating chamber 43. The discharge portion 413 of the nipple drain passage 411 extends to reach the inside of the filter 432. Lower outlet 433 of the separation chamber 43 is connected to the filtration tank (60). The side outlet 434 of the separation chamber 43 is connected to the reservoir 50. The motor 44 controls the driving of the filter 432 and the grinding blade 421.

This will be described with reference to FIGS. 3 and 4A. The storage unit 50 is composed of a storage tank 51, a dryer 52, a manual mixer 53, and a sensor 54. A plurality of springs 504 are formed on the lower side surface 501 of the storage unit 50 to support the storage tank 51. The dryer 52 dries the waste in the storage tank 51. For example, heat is generated by electrical energy to dry the waste in the storage tank 51. A plurality of holes 512 are formed in the storage tank 51 to remove moisture. The sensor 54 is installed at the bottom of the storage tank 51 in the storage 50. When the amount of excretion in the storage tank 51 reaches a certain weight, the spring 504 is pressed and the state of the sensor 54 is reversed, and the sensor 54 warns the user to empty the storage tank 51. A warning signal is displayed so that it can be visually recognized by using a buzzer sound or a lamp.

This will be described with reference to FIG. 4A. The filtration tank 60 includes a filtration cloth layer 61, a sand filtration layer 62, a charcoal filtration layer 63, a coarse sand filtration layer 64, a gravel filtration layer 65 and a rock filtration layer ( 66).

This will be described with reference to FIGS. 4A, 4B, 5, and 6. The polybag 32 in which the excreta is collected reaches the compression chamber 42 via the guide pipe 41. It is crushed by the cutter 412 in the guide pipe 41. When the crushed waste reaches a certain amount, it reaches the filter 432 in the separation chamber 43 through the nipple drain 411. The waste water separated by the filter 432 is separated from the filter 432 into the filtration tank 60 through the lower discharge port 433 and the drain pipe 67 of the separation chamber 43. After being filtered by the filtration tank 60, it is discharged out of the filtration tank 60. When the filter 432 and the scraper 435 are operated by the rotation of the motor 44, the solid or semi-solid waste, including the poly bag scrap or waste paper, is moved through the side outlet 434 by centrifugal force to store the portion ( 50 is collected in the storage tank 51.

The dryer performs an operation of drying the solid waste collected in the storage tank 51. Well dried solid droppings are used as organic fertilizers. In addition, having a lower outlet 511 of the storage tank 51, when the lower outlet 511 is opened, the well-dried solid waste is discharged from the storage tank 51 is put in the collection bag (70). Before removing the dried solid waste from the storage tank 51, the manual mixer 53 is operated to mix the dried solid waste to the powder.

Reference will be made to FIG. 4A again. The storage unit 50 has a first exhaust pipe 502 and a first intake pipe 503 for providing fresh air at its upper end to discharge odors. The filtration tank 60 has a second exhaust pipe 601 connected to the first exhaust pipe 502 for odor discharge of the storage unit 50. A second intake pipe 602 for sucking fresh air is provided. Storage unit 50 has a connection drainage passage 505 connected to the lower end of the drain pipe 67 to move the waste water to the filtration tank (60).

The above description is based on an example of the present invention, and various forms of modifications not shown in the present description are possible if the concept of the essence is maintained.

As described above, the present invention can treat excrement without using water, and can make organic fertilizer by using excreta, and has an effect of preventing contaminants from being contaminated by feces.

Claims (6)

A toilet comprising a volume part, an edge formed from around the volume part, and a drainage channel extending from the volume part, Pivotally coupled to the toilet, the polybag having an inlet is fixed by coupling with the rim so as to collect the feces excreted by the person sitting on the toilet, and excreted polybag discharged out of the toilet through the drainage Dry toilet system comprising a tongs that can be. The method of claim 1; The tongling has two fixing parts projecting to pivotally symmetrically to the block formed on the rear of the toilet, And the drainage passage has a one-way valve for controlling the discharge through the drainage passage out of the toilet, at the discharge end of the lower end portion. The method of claim 1; Is connected to the discharge portion of the toilet bottom drain passage is configured by adding a separate pressing unit for processing the waste collected through the toilet drain, The crushing compression unit and the guide pipe connected to the discharge portion of the toilet drain; A compression chamber for compressing feces delivered from the toilet through the guide pipe; Separation chamber for extracting and separating the water from the excrement compressed by the compression chamber, Dry toilet system, characterized in that consisting of a motor for providing a driving force to the compression chamber and the separation chamber. The method of claim 3; The compression chamber has at least one grinding blade for grinding the waste collected from the toilet, The separation chamber is With the cover, A periphery supported by a separation plate inside the separation chamber, the filter being installed around a drainage passage extending from the guide pipe to filter the compressed excrement delivered into the separation chamber; Scraper discharged from the filter and formed on the cover, A lower outlet for discharging the waste water separated by the filter downward; Dry toilet system, characterized in that consisting of the side outlet for discharging the solid waste separated by the filter. The method of claim 4; A discharge tank of the separation chamber and a filtration tank for filtering the waste water, Dry toilet system, characterized in that configured to add a storage for storing the solid waste discharged from the side outlet of the separation chamber. The method of claim 5; The storage unit and the storage tank for storing the solid waste discharged from the separation chamber; A dryer for drying solid waste collected in the storage tank; A manual mixer for mixing solid waste in the storage tank; Dry toilet system characterized in that it consists of a sensor for detecting the weight of the solid waste in the storage tank to indicate a warning signal when a certain amount is reached.