KR101029459B1 - Installation for processing human excrement in inactive portable toilet - Google Patents

Abstract

PURPOSE: A human excrement processing device is provided to maintain agreeable feeling of toilet use by removing bad smell generated in a real time. CONSTITUTION: A human excrement processing device comprises: a stirring space which is secured in order to dry and stir human excrement; a drying tank(310) which is divided into a loading space part for loading new human excrement in an inactive section; a filter unit(380) performing deodorization and sterilization by inhaling bad smell of the human excrement; and a cooling unit(370) which inhales bad smell accepted to the drying tank, adsorbs moisture by cooling the heat of the human excrement, and supplies purified air to the drying tank through a return line.

Description

Serving unit for inactive section of portable washroom {INSTALLATION FOR PROCESSING HUMAN EXCREMENT IN INACTIVE PORTABLE TOILET}

The present invention relates to serving of a simple toilet, and more particularly, in addition to the composting process of the serving in an inactive section, which is the dry stirring time of the portable simple toilet, a portable toilet of the portable toilet which can separately manage the newly introduced servings The present invention relates to a serving apparatus in an inactive section.

In general, serving or livestock manure is a valuable resource for improving the soil chemical properties and improving the soil chemical properties of Korean farmland, which is low in organic matter and aged due to soil acidification when used in soil that produces high quality compost or manure. .

However, if it is discharged as wastewater without treating manure, it is a high concentration pollutant with a higher pollutant load than domestic sewage, so it is not only a source of water pollution, but also requires a lot of facilities and treatment costs to treat the discharge water quality standards. . Recently, voices of concern about environmental pollution have been increasing. In recent years, manure has been kept environmentally friendly with its own resource facilities so that manure can be composted as much as possible and recycled as valuable resources.

In order to serve as a manure for manure in the form of a gel (gel) containing a solid manure and a liquid component must be accompanied by a process of separating the liquid from the manure and drying treatment. Such a manure drying treatment apparatus has been proposed in various ways, but most of the manure processing time takes a lot of trouble, because the treatment time of the manure, that is, drying time is approximately 10 pm to about 5 am, There is a problem that can be suppressed to enter and exit the inactive time zone user.

The present applicant has disclosed the name "mobile simple toilet with a manure treatment system" of the Republic of Korea Patent No. 10-0966309, which will be described in detail with reference to the mobile simple toilet. First, referring to FIG. 1, a manure treatment apparatus of a conventional portable simple toilet includes urine and phosphorus separated by a urine separation and transfer unit 200 and the urine separation and transfer unit 200 directly applied to a lower portion of the toilet toilet 100. It includes a urine purifying unit 300 and the serving portion 400 for processing each individually. The feces separation and transfer unit 200 is provided with a conveyor belt 210 having a positive inclined surface to the rear as shown. This positive slope separates the urine and servings with different flow characteristics by gravity. That is, the urine descends along the inclined surface of the conveyor belt 210 and the serving is conveyed to the rear of the user by the rear driving of the conveyor belt 210. Although not shown, a human body sensor is disposed near a predetermined part of the toilet, for example, a part where a person sits, and the human body sensor transmits a human body detection signal to a controller provided separately, although not shown, Therefore, the driving motor is driven. This drive motor causes the conveyor belt 210 to be operated backward by a rotational operation. At least one scraper 220, 230 is preferably installed at the lower end of the conveyor belt 210 as shown. The scrapers 220 and 230 mainly serve to remove foreign matters, especially phosphorous, adhering to the outer surface of the conveyor belt 210. On the other hand, if necessary, the brush 250 may be installed under the conveyor belt 210. Reference numeral 240 denotes a belt pulley, reference numerals 260 and 270 denote a washing liquid injection hole, and reference numerals 265 and 275 denote injection nozzles. The washing liquid injection holes 260 and 270 may use liquid water obtained by purifying urine, or may use a separate washing liquid. In the present invention, liquid water obtained by purifying urine as in the former is used. Referring to FIG. 2, the phosphorus conveyed by the rear driving of the conveyor belt 210 is transported to the phosphorus processing unit 400 by being separated along the phosphorus input passage as shown and processed. The serving portion 400 includes a serving drying tank 410, a cooling unit 430 and a return line 452 to the serving drying tank 410 as shown. A damper 418 is installed at the serving inlet 411 of the serving drying tank 410. The damper 418 is configured to be automatically opened by receiving a signal detected by the human body by the controller or by a separate controller. Inside the serving drying tank 410 is provided with a stirring shaft 412 driven by a heater 414 and a motor, a plurality of stirring blades 416 coupled to the stirring shaft 412. The heater 414 is installed at the lower portion of the serving drying tank 410, but the position thereof is not limited. For example, the inner circumferential surface and outer circumferential surface of the serving drying tank 410 may be selectively installed together. However, the conventional portable simple toilet is composting by stirring and drying the serving has the advantage of being compostable without treatment by a separate microorganism, while the stirring and drying time is very long, causing inconvenience in use. . In other words, in order to dry the servings of the portable simple toilets, at least 7 hours of stirring and drying must be performed to transform the servings into a powdered structure. Dry the servings and it is not possible to use this drying time. As such, the damper of the drying tank is in a closed state during the inactive time, which is the use restraint time of the mobile simple toilet, and since the agitation and drying are performed inside the drying tank, the drying time is doubled when the new damper is opened by opening the damper. As a result, there is a problem that can not be used in the high frequency of use.

The present invention was created to solve such a problem, an object of the present invention is to make it possible to additionally use the temporary or loadable capacity in the inactive time of the portable simple toilet, it is possible to increase the utilization of the portable simple toilet It is to provide a serving apparatus in an inactive section of the use toilet.

Another object of the present invention is to provide a serving apparatus in an inactive section of a simple toilet that can maintain the comfort of use by removing the odor generated by using a mobile simple toilet in an inactive time in real time.

Still another object of the present invention is to install the auxiliary damper to slide out at the lower end of the damper provided at the upper end of the drying tank for drying the serving, so that the auxiliary damper is introduced during the drying time of the drying tank, that is, inactive time of the simple toilet. According to the present invention, a new serving is loaded in a separate tray, and after the inactivity time elapses, the new serving is dried to provide a serving apparatus in an inactive section of a simple toilet that can stably secure a serving drying time.

Serving apparatus for an inactive section of the simple toilet in accordance with an aspect of the present invention for achieving the above object is a serving apparatus for processing a new serving in an inactive section for serving composting time of the mobile simple toilet, the housing Loading the falling phosphorus through the inlet provided at the top of the, and at the time set as the inactive section, the stirring space secured for drying and stirring the previously loaded serving, and separately loading the new serving in the inactive section It is divided into a loading space for, and the sealing space portion in the inactive section to separate the loading space portion, the new nutrients flowing through the inlet is separated into the loading space portion, and after the inactive section elapses the stirring At the same time as opening the space portion, a new portion of the loading space portion is transferred to the stirring space portion. A drying tank including a sub loading part for dropping;

A filter unit for performing deodorization and detoxification by inhaling malodors of phosphorus loaded in the stirring space unit and the loading space unit, respectively; And

And a cooling unit connected to the filter unit to inhale the odor contained in the drying tank, to cool the heat of phosphorus to adsorb and separate the moisture, and to supply the purified air to the drying tank through the recirculation line. It is done.

On the other hand, the filter unit according to the present invention, the first partition and the second partition wall having a first outlet hole and the second outlet hole so as to communicate with the outer wall provided with an inlet for inhaling the odor and an outlet for exhausting the purified air Mounted between the outer walls to define a first space portion, a second space portion, and a third space portion; The first space portion communicates with an inlet, and constitutes an extension having a plurality of perforations, and a heating coil spaced a predetermined distance apart from the outer circumferential surface of the extension; The second space part is provided with a horizontal separation panel of the fiber material that can penetrate gas, the charcoal filter is mounted to the upper end of the separation panel, the lower panel of the separation panel is provided with a wooden crates loaded with loading; The third space portion is characterized in that the auxiliary filter of the fiber material is mounted.

The serving apparatus in the inactive section of the simple toilet presented in the present invention, by making it possible to additionally use a temporary or stackable capacity in the inactive time of the mobile simple toilet, thereby increasing the utilization of the mobile simple toilet, in the inactive time It is possible to maintain the comfort of use by removing the odor generated by using a portable simple toilet in real time, inducing a stable operation of the system, and has the effect of improving the completeness of the portable simple toilet.

1 is a configuration diagram for explaining a conventional portable simple toilet.
2 is a configuration diagram illustrating the drying tank of FIG. 1.
Figure 3 is a perspective view showing a serving drying system of a portable simple toilet according to the present invention.
4 is a view for explaining the operation of the secondary loading unit according to the present invention.
5 is a cross-sectional view of FIG. 3.
6A is a block diagram illustrating the filter unit 380 according to the present invention.
6B is a cross-sectional view of the filter for explaining the air flow of the filter unit 380 according to the present invention.

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

First, Figure 3 is a perspective view showing a serving drying system of a portable simple toilet according to the present invention. As is recognized in the prior patents, the serving drying system of the portable simple toilet is composed of a fecal separation and conveying unit, a urine purifying unit, a serving unit, and the serving unit includes a drying tank, a cooling unit, and a return line. do. Thus, the serving drying system of the mobile simple toilet presented in the present invention is a serving processing unit, consisting of a drying tank, a cooling unit, a return line, and will be described with reference to the accompanying drawings.

Serum processing apparatus 300 according to the present invention, after the urine and the phosphate is separated, open the inlet 411 when dropping the serving, while loading and drying stirring the phosphate for a set time, the bottom surface of the inlet 411 Mounted to the drying tank 310 for starting the auxiliary loading unit 350 for separating and loading new nutrients, and the new odors loaded on the auxiliary loading unit 350 and the odors of the phosphate which is separated and stacked and dried and stirred, respectively. The filter unit 380 which inhales and deodorizes and detoxifies the charcoal, and the odor connected to the filter unit 380 to intake the odor contained in the drying tank 310 and cools the heat of the phosphorus to absorb moisture. It consists of a cooling unit 370 that absorbs and separates and supplies purified air to the drying tank 310 through the recirculation line 321.

Here, the drying tank 310 includes a housing 311 of a predetermined shape, and is provided with a damper 323 for accommodating the falling phosphorus or to open and close the upper end of the housing 311 when dry stirring of the phosphorus. The upper end of the damper 323 is equipped with a cylinder 329 for sliding opening and closing the damper 323 and a guide guide 325 for guiding the damper 323 to be horizontally opened and closed, and the drying tank 310 of the On one side, a stirring shaft 315 for protruding and stirring phosphorus is protruded, and the stirring shaft 315 has a structure that interlocks with the motor 313 through the belt 317.

In addition, the auxiliary loading unit 350, through the installation groove 351 provided on the other side of the drying tank 310, the auxiliary space for partitioning the stirring space for loading and stirring new servings and the loading space for loading new servings A damper 353 slides in and out, a reduction motor 359 in which a rotational link 355 for controlling the flow of the auxiliary damper 353 is coupled is mounted, and at both sides of the installation groove 351. And a slider 361 for slidding the auxiliary damper 353 and a support panel 357 for supporting the reduction motor 359.

On the other hand, between the filter unit 380 and the drying tank 310 is provided with an intake line 319 for inhaling odors in the stirring space and the loading space, deodorized and detoxified through the filter unit 380 Air is supplied to the inside of the drying tank 310 through the return line 321, it is configured to be discharged into the stirring space and the loading space, respectively. At this time, the process for inhaling the odor is intake of the odor of the stirring space during drying and stirring, the intake process of the loading space is a state in which the auxiliary damper 353 is introduced into the drying tank 310, that is, the damper 323 Intake of the loading space is achieved regardless of the closed or open state.

The cooling unit 370 is composed of a compressor 373 and a cooler 371 for dissipating the warmth of the odor by the heat of compression, the cylinder 329 is operated by the cylinder drive device 327. The control of the reduction motor 359 and the motor 313 including the cylinder driving device 327 is controlled based on a control device not shown. The control device is interlocked with the urine separation and transfer unit to be described later.

Hereinafter, the operation of the present invention will be described.

First, the urine and nutrients are separated on the top of the drying tank 310, the urine separation and transfer unit is not shown, and when the use of the portable simple toilet is finished, the urine separation and transfer unit is separated. At this time, the control device is a cylinder drive device 327 is interlocked with the operation of the toilet and the separation of the toilet, thereby the cylinder 329 opens the damper 323 provided on the top of the drying tank (310).

The damper 323 is a sliding operation of the damper 323 by the guide guide 325 is made stable, and also induces that the damper 323 is in close contact with the housing 311. On the other hand, the auxiliary damper 353 of the auxiliary loading unit 350 is drawn out from the installation groove 351, so the opening operation of the damper 323 is separated by the urine separating and conveying portion of the drying tank ( 310 falls inside.

The opening time of the damper 323 is made during one rotation time of the urine separation and transfer unit, and when the one rotation of the urine separation and transfer unit is completed, the control device operates the cylinder driving device 327 to damper ( Close 323). In this way, the operation of the portable simple toilet interlocks according to the above procedure.

However, drying is performed by stirring to compost the loaded nutrients during an inactive time period of the simple toilet for drying the nutrients loaded in the drying tank 310, for example, between 10 pm and 5 am. Since the drying should be made in the closed space of the drying tank 310, the airtightness of the drying tank 310 should be maintained. Therefore, the control device operates the auxiliary loading unit 350 in an inactive time period of the simple toilet.

The auxiliary loading unit 350 is to divide the internal space of the drying tank 310 into a stirring space and a loading space, the stirring space is a space for drying and stirring the already loaded servings, the loading space is stirred It is a space for accommodating and loading new servings as a separate space formed unlike space. Accordingly, the operation of the auxiliary loading unit 350 by the control device starts the reduction motor 359 and rotates the rotation link 355 linked to the rotation shaft of the reduction motor 359.

As shown in FIG. 4, the rotary link 355 has a long groove 451 formed at an end of the rotary link 355, and a protrusion which is installed into the long groove 451 at a side of the auxiliary damper 353. 453 is provided. In addition, a slide groove 455 is formed at a side of the auxiliary damper 353 to operate the slider 361. Therefore, the rotation operation of the rotation link 355 presses the projection 453 accommodated in the long groove 451 in the rotational direction, and the damper 323 is slid horizontally by the slider 361.

When the reduction motor 359 is rotated by a set angle, the rotation link 355 introduces the auxiliary damper 353 into the drying tank 310 to separate the stirring space and the loading space.

Therefore, in the inactive time of the portable simple toilet, the auxiliary damper 353 is introduced into the drying tank 310, and when the user occurs in the inactive time, the damper 323 is opened in cooperation with the toilet and the toilet. This is done. When the damper 323 of the inactive time zone is opened, the phosphorus is loaded into the auxiliary damper 353 through the inlet 411, and the stirring space is closed.

Here, the operation of the inactive time zone of the mobile simple toilet will be described in detail with reference to FIG. 5.

5 is a cross-sectional view showing a serving apparatus 300 according to the present invention. As shown, a stirrer 530 rotated by the motor 313 is mounted inside the drying tank 310, and the auxiliary damper 353 is a stirring space as a rotatable space of the stirrer 530. A portion 503 and a loading space portion 501 for loading a predetermined amount of phosphorus at the upper end of the stirring space portion 503 are divided.

In addition, each end of the stirring space 503 and the loading space 501 is provided with a stirring space suction port 507 and a loading space suction port 505 in communication with the intake line 319, the return line ( 321 is formed in communication with the stirring space 503 and the discharge space 511 for introducing the purified air into the loading space 501, the installation groove 351 provided in the loading space 501 In close proximity to the scraper 513 is mounted. The scraper 513 is in close contact with the upper end of the auxiliary damper 353 to separate the phosphorus on the auxiliary damper 353 during the withdrawal of the auxiliary damper 353.

As described above, the auxiliary damper 353 maintains a state in which the auxiliary damper 353 partitions the stirring space 503 and the loading space 501 during the inactive time of the mobile simple toilet, and the intake line 319 is the stirring space 503. ) And the odor of the loading space portion 501 is aspirated and purified. As a result, the toilet user is generated during the inactive time of the portable simple toilet, and when the user's toilet is completed, the serving and urine are separated by the operation of the urine separation and transfer unit 550.

The separated phosphorus, that is, the phosphorus is conveyed upward by the rotating belt of the feces separating and conveying unit 550, wherein the cylinder drive 327 operates the cylinder 329 to open the damper 323. The auxiliary loading unit 350 operates the auxiliary damper 353 to control the auxiliary damper 353 to partition the stirring space 503 and the loading space 501. Therefore, the drying tank 310 induces the phosphorus to fall into the inlet 411 due to the opening of the damper 323, but the dropped phosphorus is not introduced into the stirring space 503, the upper end of the auxiliary damper (353) Is seated on.

Thereafter, the control device seals the inlet 411 using the damper 323, and simultaneously operates the cooling unit 370 to suck the odors of the loading space 501 and the stirring space 503. Maneuver Here, it will be obvious that the cooling unit 370 can be controlled to continuously start in an inactive section, and includes the stirring space 503 to inhale and purify the odor of the loading space 501.

In addition, in the inactive section, the controller continuously drives the motor 313 to rotate the stirring shaft 315 through the belt 317, which is a procedure for composting the phosphorus loaded in the stirring space 503. As, dry and stir. Drying is to draw the internal hot air to the outside through the intake line 319 to cool it and supply it through the return line 321 again, in order to shorten the drying time, air of a predetermined temperature to the stirrer 530 Could be injected.

As described above, the stirring space 503 performs drying and agitation for a predetermined time, for example, 7 hours while maintaining a closed state. When the dry agitation is completed for a predetermined time, the agitating space 503 is opened to discharge composted phosphorus.

On the other hand, while the drying stirring for the set time is performed as described above, while the composting of the phosphorus is carried out, the auxiliary damper 353 loads the phosphorus accumulated during the inactive time, and at the same time, the odor is absorbed through the intake line 319. Intake. Here, it is preferable to continuously maintain the intake process through the intake line 319 during the inactive time, and for this purpose, the loading space suction port 505 and the stirring space suction port 507 may be designed to communicate with the outside. That is, when the toilet is used in the inactive time period, the damper 323 is continuously opened and closed, and because the presence of the upper portion of the auxiliary damper 353, the intake operation of the loading space 501 may be appropriate.

Then, when the discharge of the phosphate is completed by the end of the inactivity time, the control device operates the deceleration motor 359 to reverse the rotating link 355, that is, the auxiliary damper 353 is withdrawn from the drying tank 310 The rotating link 355 presses the projection 453 drawn into the long groove 451 outward, so that the auxiliary damper 353 is drawn outward.

At this time, the upper portion of the auxiliary damper 353 is separated by the scraper 513 positioned on the inner side of the upper end of the installation groove 351 and in close contact with the upper side of the auxiliary damper 353. In addition, the separated phosphorus is dropped into the stirring space 503 through the inlet of the stirring space 503 formed in the withdrawal process of the auxiliary damper (353). The control device controls the reduction motor 359 to maintain the auxiliary damper 353 withdrawn. Therefore, it is possible to use the portable simple toilet in the inactive time period using the loading space unit 501.

On the other hand, in the present invention, the internal space of the drying tank 310 is divided into a stirring space and a loading space to increase the frequency of use of the portable simple toilet through the processing and temporary loading of the serving, but the odor of the serving put into the stirring space and the loading space. In order to eliminate the need for functional values such as purification, cleansing, deodorization, detoxification and smelting. That is, if the ammonia odor caused by the drying tank 310 is not sufficiently removed, not only inconvenience to the user's use is caused, but also the quality of the portable simple toilet is reduced. Therefore, the filter unit 380 in the present invention is presented as a structure for sufficiently removing the odor and toxicity of the phosphorus, as described with reference to Figures 6a and 6b as follows.

6A is a block diagram illustrating the filter unit 380 according to the present invention, and FIG. 6B is a cross-sectional view illustrating the air flow of the filter unit 380 according to the present invention.

First, as shown in FIG. 6A, the filter unit 380 communicates with the outer walls 611 and 619 provided with an inlet 621 for injecting odor and an outlet 627 for discharging purified air. A first partition 613 and a second partition 615 having an outlet hole 623 and a second outlet hole 625 are mounted between the outer walls 611 and 619 so that the first space part 651 and the second outlet wall 615 are provided. A second space portion 653 and a third space portion 655, and the first space portion 651 communicates from the inlet 621, an extension 661 having a plurality of perforations 629, After the heating coil 641 is installed on the outer circumferential surface of the extension portion 661 spaced a predetermined distance, the second space portion 653 is a horizontal separation panel 671 of the fiber material capable of penetrating the gas is installed horizontally, The charcoal filter 631 is mounted to the upper end of the separation panel 671, the lower box of the separation panel 671 is provided with a loading box 617 loaded with the wood vinegar 635, the third space portion 655Has a structure equipped with a prefilter 633 for oil materials.

The stacking box 617 is loaded with the wood vinegar 635 of a predetermined capacity, the wood vinegar 635 is loaded with a capacity that can be used for about 1 to 3 years as it induces odor removal by natural evaporation desirable. The wood vinegar 635 removes hydrogen sulfide (H ₂ S), including ammonia, trimethylamine, and methyl mercaptan. Odor removal function of wood vinegar is well recognized socially. For example, look at the "Ultra Vinegar Deodorant Utilization Test" in the article "Ulsan Environment Development Research Center, Byeong-su Seo, National Forest Research Institute Ahn Byung-jun", as shown in Table 1 As a result of performing a deodorization test by diluting 40 times, it can be seen that after 30 minutes, 100% of ammonia gas was removed.

<Table 1>

In addition, when looking at the deodorization test results for trimethylamine having a high specific gravity among the odor components of phosphorus, as shown in Table 2, after diluting the wood vinegar 40 times and approximately 30 minutes after 20 ml injection, trimethylamine was 100% It is showing removal. In addition, it is shown that the trimethylamine is 100% removed after 3 hours when the wood vinegar diluted 100 times.

On the other hand, the deodorization test of methyl mercaptan described above showed a deodorization efficiency of 56% for a 40-fold diluent, and an acidic sulfur compound, hydrogen sulfide, showed a deodorization efficiency of 36%, which was neutralized by basic components and neutral substances of wood vinegar, It is recognized as deodorization due to dissolution and concealment by the phenolic components.

<Table 2>

Therefore, it can be seen that the wood vinegar 635 applied in the present invention has high efficiency in removing odor of phosphorus as in the above experiment. In addition, the char filter 631 is to use the purification, cleaning, deodorization, detoxification and smelting of the efficacy of the charcoal, and utilizes the electronic properties of the charcoal porosity. Charcoal forms a magnetic field due to the mobility of many free electrons, and anion is generated therefrom, and there is a strong adsorption force on foreign substances, and based on this, it adsorbs molecules causing odors.

As a result, in the present invention, by using the charcoal filter 631 together with the wood vinegar 635 to effectively remove the odor of the portable simple toilet, it is to increase the completeness of the portable simple toilet.

Then, look at the operation of the filter unit 380 as follows.

First, in order to operate the filter unit 380, the odor in the drying tank 310 is sucked into the filter unit 380 using the suction force of the cooling unit 370. Therefore, the odors in the stirring space 503 and the loading space 501 of the drying tank 310 are sucked through the inlet 621 of the filter unit 380, and the odors sucked into the inlet 621 are extended. It is radiated to the first space 651 via the perforation 629 of 661. At this time, the heating coil 641 installed close to the outer circumferential surface of the extension part 661 is in a state in which power is supplied by the control device, and incinerates malodorous molecules flowing out through the perforation 629. This is a first-order filtering process that physically removes malodorous molecules.

Thereafter, the odor in the first space 651 flows into the second space 653 along the first outlet hole 623 provided at the upper end of the first partition 613. The second space part 653 includes a loading box 617 having a wood vinegar 635 loaded at a lower end thereof, and a separation panel 671 made of fiber is installed at an upper end of the loading box 617, and the separation panel 671. At the top of the charcoal filter 631 is mounted. If necessary, the separation panel 671 may be removed, and thus the char filter 631 may be seated inside the loading box 617.

As such, the second space part 653 is induced to evaporate the wood vinegar 635 loaded in the loading box 617 through the separation panel 671, and the evaporated wood vinegar is adsorbed onto the porous charcoal filter 631. Therefore, the odor flowing along the first outlet hole 623 is purified, cleaned, deodorized, detoxified, and smelted by the charcoal filter 631 to perform chemical or electrical removal of the odor. The second outlet hole 625 is formed in the second partition 615, but is included in the loading space of the char filter 631.

Purified air introduced through the char filter 631 is provided to the third space portion 655 along the second outlet hole 625, by the auxiliary filter 633 installed in the third space portion 655 Difference filtering is performed. The auxiliary filter 633 is preferably an artificial fiber using a nonwoven fabric, and a hepa filter capable of removing particles having a size of 0.3 microns or a wool filter capable of removing particles having a size of 0.1 to 0.01 microns may be appropriately used. In addition, the purified air discharged through the auxiliary filter 633 is supplied to the cooling unit 370 through an outlet 627 provided in the outer wall 619.

Here, the cooling unit 370 may be provided with a suction fan for inhaling the internal air, that is, the odor of the drying tank 310, or may induce the odor by using a cooling fan. Therefore, the filter unit 380 interlocked with the cooler 371 sucks the odor of the drying tank 310 by using the suction force of the cooling fan or the suction fan of the cooler 371.

Thereafter, the purified air is applied to the cooler 371 via the filter unit 380. The cooler 371 adsorbs the hot air introduced therein to hydrate and release it. The cooled air is supplied to the discharge pipe 511 embedded in the drying tank 310 through the return line 321. The discharge tube 511 provides the cooled air to the loading space 501 and the stirring space 503, respectively.

As described above, the serving apparatus in the inactive section of the simple toilet according to the present invention is equipped with an auxiliary damper to slide out at the lower end of the damper provided at the upper end of the drying tank for drying the serving, the inactive time zone of the simple toilet By storing and storing new servings in a separate tray, it is believed that the application value of the simple toilet industry will be high enough, as it will not only secure a stable drying time, but also increase the composting efficiency and increase the utilization of toilets.

310: drying tank 311: housing
313: motor 315: stirring shaft
317: belt 319: intake line
321: regression line 323: damper
325: guide guide 327: cylinder drive device
329: cylinder 350: auxiliary loading part
351: mounting groove 353: auxiliary damper
355: Rotating link 357: Support panel
359: reduction motor 361: slider
370: cooling unit 371: cooler
373: compressor 380: compressor
411: inlet 451: long groove
453: protrusion 455: slide groove
611, 619: outer wall 613: first partition
615: second bulkhead 617: loading box
621: inlet 623: first outlet hole
625: second outlet hole 627: outlet
631: charcoal filter 633: auxiliary filter
635: vinegar liquor 651: first space part
653: second space portion 655: third space portion
661: extension 671: separation panel

Claims (5)

A serving apparatus for processing a new serving in an inactive section for serving composting time of a mobile simple toilet,
A stirring space portion 503 secured to load the falling phosphorus through the inlet 411 provided at the upper end of the housing 311 and to dry and stir the serving at the time set as the inactive section, and the inactive section The compartment is divided into a loading space 501 for separately loading the new serving, the sealing space 503 is sealed during the inactive section to separate the loading space 501, through the inlet 411 After separating and loading the introduced new serving into the loading space 501, the stirring space 503 is opened when the inactive section passes, and the new serving of the loading space 501 is added to the stirring space. A drying tank 310 including an auxiliary loading unit 350 for dropping to the unit 503;
A filter unit 380 for deodorizing and detoxifying by inhaling the malodors of phosphorus loaded in the stirring space 503 and the loading space 501, respectively; And
While connected to the filter unit 380 to inhale the odor contained in the drying tank 310, while cooling the heat of the phosphorus to adsorb and separate the moisture, the purified air through the recirculation line 321 to the drying tank Serving unit in the inactive section of the mobile simple toilet, characterized in that consisting of a cooling unit 370 to be supplied to (310). The method of claim 1,
The drying tank 310 is provided with a damper 323 for opening and closing the inlet 411, a cylinder 329 for sliding the opening and closing of the damper 323 is mounted, one of the drying tank 310 The rotating shaft of the stirrer for drying and stirring the phosphorus protrudes on the side and interlocks with the motor 313 through the belt 317, and discharges the composted phosphorus to the outside on the other side of the drying tank 310 to the outside. Serving apparatus in the inactive section of the mobile simple toilet, characterized in that it comprises a compost discharge. The method of claim 1,
The auxiliary loading unit 350 slides in and out so as to partition the stirring space 503 and the loading space 501 through an installation groove 351 provided at one end of the drying tank 310. (353);
A reduction motor 359 in which a rotating link 355 for controlling the slide flow of the auxiliary damper 353 is coupled;
A slider 361 for slidding the auxiliary damper 353 at both sides of the installation groove 351; And
Serving unit in the inactive section of the mobile simple toilet, characterized in that consisting of a support panel (357) for supporting the reduction motor (359). The method according to claim 1 or 3,
Between the filter unit 380 and the drying tank 310 is provided with an intake line 319 for taking in the odor in the stirring space 503 and the loading space 501, the filter unit 380 Air deodorized and deodorized through the air is supplied to the interior of the drying tank 310 through the return line 321, respectively, through the discharge pipe 511 to the stirring space 503 and the loading space 501, respectively. Serving apparatus in an inactive section of the mobile simple toilet characterized in that the discharge. The method of claim 1,
The filter unit 380 may communicate with the first outlet hole 623 and the second outlet hole 623 to communicate with the outer walls 611 and 619 provided with the inlet 621 for injecting the odor and the outlet 627 for discharging the purified air. A first partition 613 and a second partition 615 having an outlet hole 625 are mounted between the outer walls 611 and 619 so that the first space 651, the second space 653, Partitions the three space portions 655;
The first space portion 651 communicates from the inlet 621, the extension portion 661 having a plurality of perforations 629, and the heating coil 641 installed a predetermined distance apart from the outer peripheral surface of the extension portion 661. Construct;
The second space part 653 has a separation panel 671 made of a fiber material through which gas can penetrate horizontally, and a charcoal filter 631 is mounted to an upper end of the separation panel 671, and the separation panel 671. At the bottom of the) is provided with a loading box (617) loaded with wood vinegar 635;
The third space portion (655), the serving filter in the inactive section of the mobile simple toilet, characterized in that the auxiliary filter 633 of the fiber material is mounted.

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