KR101290306B1 - Gas incineration toilet which can move and install conveniently, and feces dispose method using thereof - Google Patents

Abstract

PURPOSE: A gas incineration toilet capable of being easily moved and installed is provided to easily treat waste in a small region or a temporary region. CONSTITUTION: A gas incineration toilet comprises a urine and feces separating plate (100) which separates urine and feces from each other; a urine-sterilizing apparatus which sterilizes the stored urine and after measuring a set water level of urine in a urine storage container (112); a feces-incinerating apparatus which bonds a feces container being filled with the separate feces to a furnace and incinerates the feces. A waste-treating method of excrement using the gas incineration comprises a step of separating feces and urines flowing through the toilet and storing the same; a step of sterilizing the store urine and feces when the water level of the urine in the urine storage apparatus; and a step of incinerating the feces. [Reference numerals] (AA) User; (BB) Urine; (CC) Feces

Description

GAS INCINERATION TOILET WHICH CAN MOVE AND INSTALL CONVENIENTLY, AND FECES DISPOSE METHOD USING THEREOF}

The present invention relates to an easy-to-install gas incinerator which can be easily operated by an individual even in a small area, temporary temporary area, etc., and a waste disposal method using the same.

Excretion discharged by humans and livestock is contaminated with various pathogenic bacteria and is considered to be one of the causes of the spread of infectious diseases. It is already known that some of the sublimation phenomena that cause great damage during marine pollution, or some of the diseases that are transmitted to humans through marine life, are caused by the illegal dumping of human or animal waste. Such dumpings that are dumped on land or at sea are recognized as the main culprit of environmental pollution.

Therefore, in densely populated areas, manure is processed using large-scale treatment facilities to prevent environmental pollution caused by human or animal waste. For example, feces sent through flush toilets in homes of current population centers, such as cities, flow into septic tanks installed nearby. In addition, the pollutant in the liquid phase of the waste introduced into the septic tank is sent to the sewage treatment plant through the sewage pipe, and the solid pollutant is collected at regular intervals and transported to the sewage treatment plant. In the sewage treatment plant, wastewater is discharged by ocean discharge after rough sterilization.

As such, it is possible to treat excrement that meets legal standards through large-scale treatment in densely populated areas, but other treatment methods are used in areas where temporary or temporary treatment facilities do not have small or large capacity.

In addition to the large-scale end-of-treatment facilities, the treatment method of excrement, fermentation of excrement and recycling it as fertilizer, method of converting to water and carbon dioxide by using hyo seedlings, strains, etc., method of sterilization and discharge using chemicals, There are many ways to get rid of manure by burning it.

Table 1 below compares the advantages and disadvantages of the above-described waste treatment methods.

Item End treatment Fermentation Annihilation Chemical treatment Incineration Processing capacity Large capacity Medium capacity Small capacity Medium capacity Small capacity Scale of device Large-scale Scale Small scale Scale Small scale Management skill difficulty Very high Very high middle Very high lowness Mobility Impossible Impossible Electricity supply required Impossible Dragon Main energy Electricity Electricity and strain Electricity and strain Chemicals Gas or oil Usage cycle Continuous need Persistence required Persistence required Operation on demand Operation on demand Secondary pollution Sludge generation Liquid pollutant residue CO2 Sludge generation Incineration gas generation Sterilization degree Sewage Standard Treatment Not sterilized Not sterilized Sterile Full sterilization possible Advantages Large capacity processing Recycling as fertilizer Other pollutant treatment Low cost No residue Disadvantages Small amount cannot be processed Contaminant residue Strain Management Needed Expertise Needed Use of high temperature boiler

As such, in small or temporary temporary areas, feces can be treated by fermentation, extinction, chemical treatment, incineration, etc. Methods are being treated unsanitarily, without being used or discharged or buried.

Therefore, in addition to large-scale processing facilities, there is a need for a facility that can be simply operated by individuals in small areas, temporary temporary areas, and the like to process excrement.

In a small area, temporary temporary area, etc., an easy-to-install gas incineration toilet and a method of treating wastes using the same are provided for individuals to easily process wastes.

The gas incinerator, which is easy to install and move, has urine stored from a toilet seat and a urine separator separating the feces, and a urine storage container storing urine separated by the feces separator. Urine sterilization device for sterilizing and fecal incubator for storing the feces separated by the stool separation plate may be included in the incinerator coupled to the fecal bowl and may include a fecal incinerator.

According to one side, when the urine is stored in the urine storage container more than the predetermined level is measured the urine sterilization device to sterilize the stored urine and to control the movement of the fecal bowl to be coupled to the upper portion of the incinerator It may further include a control device.

According to another aspect, the stool separator may be installed on the lower side of the toilet seat to introduce the urine into the urine storage container and to allow the feces to be stored in the fecal container.

According to another aspect, the urine sterilization device is a urine level switch for measuring the level of urine stored in the urine storage container, a lacx level switch for measuring the residual amount of the lax stored in the lax storage container, the urine of a predetermined amount of the urine It may include a lax feeding motor for feeding into the storage container, a stirring motor for stirring the lax and the stored urine in the urine storage container and a urine discharge motor for discharging the sterilized urine.

According to another aspect, the lock may be a home lock.

According to another aspect, the incinerator includes a flame outlet and the smoke discharge to the smoke injecting the incineration burner in the upper portion, and when the fecal incineration the fecal bowl is transferred to the lower portion of the incinerator and the top of the incinerator Can be combined.

According to another aspect, the fecal incinerator is a fecal position sensor for determining whether the fecal container is in the fecal position to hold the feces, judging whether the fecal bowl is in an incineration position to incinerate the feces An incineration position sensor, an agitation position sensor for detecting whether the stirring table for stirring the feces is in position, a transfer motor for transferring the fecal bowl from the fecal position to the incineration position or from the incineration position to the fecal position, Incineration of the feces may include a stirring motor for rotating the feces and an incineration burner for emitting a flame for incineration of the feces.

According to another aspect, at least one of the fecal position sensor and the incineration position sensor may be a limit switch for detecting the position of the fecal bowl by pressing the push ball due to the fecal bowl.

According to another aspect, the agitator position sensor may be a proximity switch for detecting that the agitator is in position by detecting a metal body installed on one side of the agitator.

According to another aspect, the fecal incinerator may remove foreign substances caught in the transfer motor by rotating in the opposite rotation direction for a predetermined time when the transfer motor is overloaded during rotation.

The method of treating excrement using a gas incinerator comprises: separating and storing feces and urine introduced through the toilet seat of the gas incinerator using a fecal separator, and storing the separated urine in a urine storage container. When urine above a predetermined level is measured, the method may include sterilizing the stored urine and incineration of the feces using an incinerator combined with a fecal container in which the separated feces are stored.

Stool and urine are separated and stored using a stool separator equipped with a gas incinerator which is easy to move and install.In a urine storage container where urine is stored, when urine is measured above a predetermined level, sterilization is performed and feces are stored. The fecal bowl is combined with an incinerator combined with a fecal bowl and then incinerated so that individuals can easily process excrement in small areas, temporary temporary areas, and the like.

1 is an exemplary view showing an approximate form of a gas incinerator according to one embodiment of the present invention.
2 is a block diagram showing the configuration of a gas incinerator according to an embodiment of the present invention, which is easy to move and install.
3 is a view for explaining the operation of the feed motor in an embodiment of the present invention.
4 is a diagram illustrating a configuration of a transfer motor control circuit and a circuit for forward rotation and reverse rotation of a transfer motor according to an embodiment of the present invention.
FIG. 5 is a flowchart illustrating a method of treating feces using a gas incinerator according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Generally, incineration facilities for incineration of waste are classified into batch incineration plants and continuous combustion incineration plants according to the incineration function of supplying incinerators to incinerators, and incineration furnaces and rotary furnaces according to combustion methods that burn incinerators. (Rotary Kiln type) It is divided into incinerator, grate type incinerator and fluidized bed incinerator.

Gas incinerator according to the present invention, for example, can be implemented as a continuous combustion incineration facility for automatically supplying waste to the incinerator, the phase combustion incinerator to install the burner burner on top of the incinerator, rotating the incinerator during incineration ( A technique used in at least one incinerator of a rotary incinerator and a fluidized bed incinerator which promotes incineration by administering materials which are burned in an incineration waste during incineration, thereby preventing granulation and surface hardening of the incinerator can be applied. have.

In addition, the gas incinerator according to the present invention may use LPG (Liquefied Petroleum Gas) is stored in a movable container as energy required for incineration. In addition, in order to drive the circuit, the electric energy generated from the solar cell generated by solar power is stored in the battery through the charger, and if necessary, the inverter is installed to directly or convert the battery electricity. By enabling the operation can eliminate the inconvenience of mobility due to the use of conventional commercial electricity.

1 is an exemplary view showing an approximate form of a gas incinerator according to one embodiment of the present invention.

The appearance of the gas incinerator which is easy to install and move according to the present invention may be implemented in the form of a flush toilet used in a general home as shown in FIG. Using a structure to collect urine to the front and the feces from the rear by the feces separation plate 100 may be provided to separate the feces and urine. In addition, a device for sterilizing feces of a user and a control device for controlling the same may be built in the gas incinerator which is easy to install and move.

The apparatus for sterilizing feces may include a urine sterilization apparatus for processing urine in a liquid state and a fecal incinerator for treating feces in a solid state. The urine sterilization apparatus can sterilize urine using the chlorine component (about 500 ppm) of household lacx, and the fecal incinerator can incinerate feces (feces) using an incinerator.

To this end, the gas incineration toilet, which is easy to install and move, according to the present invention, the gas incineration toilet, which is easy to install and move, is separated by urine and feces separating urine and feces from the toilet. When urine is measured above the predetermined level in the urine storage container 112 in which the separated urine is stored, a urine sterilization device for sterilizing the stored urine and the fecal bowl 124 in which the feces separated by the feces separator plate 100 are stored. ) May include a stool incinerator for incineration of the feces after the incinerator 121 is coupled to the fecal bowl (124).

In addition, although not shown, the gas incinerator according to the present invention is easy to install and move the urine storage container 112, when the urine is measured above the predetermined level of urine sterilization device is controlled to sterilize the stored urine, fecal bowl ( 124 may further include a control device for controlling the movement of the fecal bowl 124 to be coupled to the upper portion of the incinerator (121).

At this time, the stool separation plate 100 is installed on the lower side of the toilet seat, while urine flows into the urine storage container 112, the feces may be stored in the container 124.

As an example, the urine sterilization apparatus may include a urine level switch for measuring the level of urine stored in the urine storage container 112, a lacx level switch for measuring a residual amount of the lacx stored in the lax storage container 111, and a preset amount of lacx. It includes a lax input motor 113 to be introduced into the urine storage container, a stirring motor 114 to agitate the lac and the stored urine input to the urine storage container 112 and a urine discharge motor 115 to discharge the sterilized urine. Can be. Here, the locks stored in the lock storage container 111 may be home locks.

On the other hand, the incinerator 121 may include a communication port 123 for discharging the flame port and the smoke is injected into the flame of the incineration burner (122). When the feces are incinerated, the fecal bowl 124 may be transferred to the lower portion of the incinerator 121 to be combined with the upper portion 121 of the incinerator.

For example, the fecal incinerator is a fecal position sensor for determining whether the fecal bowl 124 is in the fecal position to hold the feces, incineration to determine whether the fecal bowl 124 is in the incineration position to incinerate the feces. Position sensor, agitation stand position sensor for detecting whether the stirring table for stirring the feces is in position, the transfer motor 125 for transferring the fecal bowl 124 from the fecal position to the incineration position or from the incineration position to the fecal position When burning the feces, it may include a stirring motor 126 to rotate the feces and an incineration burner 122 for emitting a flame to incinerate the feces. At this time, at least one of the fecal position sensor and the incineration position sensor may be a limit switch for detecting the position of the fecal bowl 124 by the pressing ball due to the fecal bowl 124. In addition, the stirring stand position sensor may be a proximity switch for detecting that the stirring stand is in position by detecting a metal body installed on one side of the stirring stand.

The fecal incinerator may remove foreign substances caught in the transfer motor 125 by rotating the transfer motor 125 in a reverse rotation direction for a predetermined time when the transfer motor 125 is overloaded during rotation.

2 is a block diagram showing the configuration of a gas incinerator according to an embodiment of the present invention, which is easy to move and install. Hereinafter, with reference to Figure 2 will be described in more detail the configuration of the gas incinerator toilet movable installation according to the present invention.

The gas incinerator according to the present invention, which is easy to install, may include a microcomputer 200, a control device 210, a urine sterilization device 220, and a fecal incineration device 230. The control device 210 may include an input unit 240, a display unit 250, and an output unit 260 connected to the microcomputer 200. The urine sterilization unit 220 and the fecal incineration unit 230 may also each include a microcomputer. It may include an input unit 240 and an output unit 260 connected to the (200).

The input unit of the control unit 210 detects an overcurrent by measuring an incineration switch, an incineration cancellation switch, an additional incineration switch, a cleaning switch, an icing release switch, and a user's switch operation and a value of a current flowing in an output network, and detects overcurrent, It may include an overcurrent detection sensor to control the reverse rotation.

The display unit of the control device 210 includes a light emitting diode (LED) and a buzzer to light and sound the state of the device (for example, during incineration, during operation, incineration, non-sterilization, lock supplement, etc.). Can be displayed as

The output unit of the control device 210 may include an air curtain for blocking the rise of the smell or heat generated during incineration and an exhaust fan for discharging the incineration smoke.

Input and output of the control device 210 may be implemented using a digital port of the microcomputer 200. The input of the microcomputer 200 may maintain high when waiting. When the input port of the microcomputer is changed to a low by the input circuit, the microcomputer 200 recognizes this as an input. When the output is high at the output port of the microcomputer 200, the signal is input to the base of the transistor of the output terminal, and the output transistor of the output terminal amplifies the signal of the microcomputer and drives a relay connected to the collector of the transistor to output the corresponding output. Allow the device to operate.

The input portion of the urine sterilization apparatus 220 measures the residual level of the remaining lacx in the urine level switch and the lax storage container 111 to determine the sterilization timing of urine by measuring the level of urine collected in the urine storage container 112. If the predetermined value (for example, 20%) or less, it may include a lock level switch for displaying the lock input.

The output portion of the urine sterilization device 220 evenly mixes the urine and the urine stored in the lax feeding motor 113 and the urine storage container 112 to inject the lax stored in the lax storage container 111 into the urine storage container 112 in a predetermined amount. Lax stirring motor 114 to increase the sterilization efficiency and may include a urine discharge motor 115 for discharging the urine sterilized by the lax.

There are several methods for sterilizing liquid contaminants, the most commonly used method being sterilization with chlorine. Generally used sterilizing chlorine is highly volatile and severely deteriorated in nature, and without expert knowledge, efficient sterilization may be difficult, and secondary contamination may occur due to a large amount of input. In particular, sterile chlorine is very harmful to the human body, which may cause injury to humans when it is used by an inexperienced person.

Therefore, the gas incinerator according to the present invention can be sterilized by using the sterilization function of a general household lax product that is easy to use and easy to store. Household laxes are used to clean contaminated areas such as toilets or to remove germs attached to vegetables used for food, usually diluted with water.

In general, when chlorine concentration of chlorine is more than 500ppm pathogenic bacteria are killed within a few seconds, chlorine gas is known to evaporate naturally after the killing of pathogenic bacteria. Household laxes used in homes are measured at concentrations of 500 ppm or higher which kills common pathogens when diluted with water at 200: 1.

Therefore, the gas incinerator according to the present invention is easy to purchase, because it is easy to purchase a sterilized lacquer because it sterilizes urine using domestic lacquer, and there is no inconvenience in use even without expert knowledge.

On the other hand, sterilization of urine may be automatically performed by the urine level sensor. For example, when the urine stored in the urine storage container 112 is 2000 ml or more, the urine level sensor is turned on, and this signal is transmitted to the microcomputer 200. When the signal is input from the urine level sensor, the microcomputer 200 rotates the locks input motor 113 for a predetermined time (for example, 0.3 seconds). When the lax feeding motor 113 is rotated, a predetermined amount of lax (eg, 10 ml) is transferred from the lax storage container 111 to the urine storage container 112. After transferring the laxes, the microcomputer 200 sets a lax stirring motor 114 for moving the urine at the bottom of the urine storage container 112 to the top of the urine storage container 112 at a predetermined time (for example, 20 seconds). Rotate When the urine located in the lower portion of the urine storage container 112 is transferred to the upper portion of the urine storage container 112, urine and lax are agitated, and the urine in the urine storage container 112 has a chlorine content of about 500 ppm. Pathogens are killed. When the pathogen in the urine is killed by lax stirring, the microcomputer 200 drives the urine discharge motor 115 to perform urine discharge (for example, for about 20 seconds) to terminate the urine sterilization operation.

The fecal incinerator 230 may sterilize feces, which is a solid pollution source, by incineration with the highest sterilization efficiency. Incineration of feces is carried out in a closed incinerator, for example, about 600 g of feces can be incinerated once. This is about three times the average daily variance of 200g of the average adult, so that even if there is a large variance, incineration is carried out without any problems.

The incinerator may be implemented in a cylindrical structure in which the top and bottom are separated. The upper portion 121 of the incinerator may be provided with a flame port into which the flame of the incineration burner 122 for incineration is injected and a communication 123 for discharging the incineration smoke after incineration, and the lower portion 124 of the incinerator has a user's stool. It can be implemented in the form of a bowl to receive. The lower portion of the bowl shape (hereinafter, referred to as a fecal bowl) may be transferred to the lower portion of the upper portion 121 when incinerated and combined with the upper portion 121.

The fecal incinerator 230 is a fecal position sensor for determining whether the fecal bowl 124 is in the fecal position that can hold the user's feces, and when incineration the fecal bowl 124 is in the incineration position to incinerate the feces Incineration position sensor to determine the position, agitation position sensor to detect whether the stirring table for stirring of the feces, the fecal bowl 124 to transfer from the fecal position to the incineration position or incineration position to the fecal position It may include a transfer motor 125, a stirring motor 126 for rotating the incinerator (feces, feces) of the incinerator at incineration and an incineration burner 122 for incineration of the incinerator with a flame.

3 is a view for explaining the operation of the feed motor in an embodiment of the present invention.

As the fecal position sensor and the incineration position sensor of the input portion of the fecal incinerator 230, a limit switch as shown in FIG. 3 (a) may be used. Limit switch has the characteristic that contacts 1 and 2 are normally on but when the ball is pressed, contacts 2 and 3 are on. When the limit switch is used as the fecal position sensor and the incineration position sensor, when the fecal bowl 124 reaches a predetermined position, the pressing value of the limit switch located on one side is pressed to make the contact value of the switch (contact points 2 and 3). Can be output.

On the other hand, a proximity switch as shown in Figure 3 (b) may be used as the stirring table position sensor. The proximity switch is characterized in that the output goes low when the magnetic material is within the sensing range. When the stirring table rotates, the metal body installed at the end of the stirring table approaches the proximity switch once per rotation, and thus the proximity switch output becomes LOW, thereby detecting that the stirring table is in the correct position.

4 is a diagram illustrating a configuration of a transfer motor control circuit and a circuit for forward rotation and reverse rotation of a transfer motor according to an embodiment of the present invention. Hereinafter, the motor control circuit will be described in more detail with reference to FIGS. 4A and 4B.

The same circuit can be used for the stirring motor 126 for rotating the stirring table of the output unit and the feeding motor 125 for feeding the fecal bowl 124, in which case the operating principle of the stirring motor 126 and the feeding motor 125 Since it is the same will be described mainly for the feed motor (125).

Fecal bowl transfer unit may be configured with a motor control circuit for controlling the rotation of the transfer motor 125 and the transfer motor for moving the fecal bowl (124). The transfer motor control circuit may stop, forward and reverse the transfer motor 125. The transfer motor 125 performs forward and reverse rotations according to the signal. When the fecal bowl 124 moves to the incineration position, the transfer motor 125 may rotate forward and moves to the fecal position after incineration. The feed motor 125 may rotate in reverse. In addition, if an overload occurs during the rotation, the rotation direction may be rotated in a direction opposite to a predetermined time (about 2 seconds) and then rotate in the original rotation direction again. This is to prevent the damage of gears and motors and smooth transfer when a jam occurs in the spur gear for transferring the fecal bowl 124 between movements. When the motor rotates in the opposite direction, foreign matters caught on the spur gear may be removed to remove the cause of disturbance of the motor.

As shown in FIG. 4A, the control circuit of the transfer motor 125 amplifies the current detected by the current sensor and the current sensor for detecting the motor current, and the bridge circuit composed of the relay 1 and the relay 2. Microcomputer that controls the output of relay 1 and relay 2 according to the signal of OPAMP 1, OPAMP 1 output to A / D changer and pre-programmed transfer motor algorithm, so that feed motor 125 rotates forward or reverse. 200.

When both relay 1 and relay 2 of the initial bridge circuit are connected to GND, no current flows through the feed motor 215, and the motor does not rotate. Referring to FIG. 4 (b), when the terminal of relay 1 connected to the + terminal of the feed motor is connected to the + pole as in the motor forward rotation circuit, the motor starts to rotate in the forward direction. Like the motor reverse circuit, the relay 2 connected to the + terminal of the feed motor is connected to GND and the relay 1 connected to the feed motor-terminal is connected to the + pole. . When the motor rotates, the current flowing through the feed motor 125 is applied to the current sensor regardless of the rotation direction, where the applied voltage E is the feed motor current I and the current sensor resistance is R. Is established.

In the present invention, for example, a motor of DC 12V 24W may be used as the transfer motor, in which case the normal current is at most 2A. If the current of the transfer motor is more than 2A, the overcurrent due to the overload flows. In normal operation of the feed motor, the maximum current is 2A and the resistance of the current sensor is 0.01Ω. At this time, the voltage E applied to the current sensor is E = 2A * 0.01, Ω = 0.02V. OPAMP 1 which amplifies the voltage applied to the current sensor is a non-inverting amplifier circuit amplifies the voltage input in the configuration of the resistors R1, R2, the amplification degree (hfe) is hfe = 1 + R2 / R1. Here, when R1 = 1 Hz and R = 99 Hz, the amplification of OPAMP 1 is also hfe = 1 + 99 Hz / 1 Hz = 100 times. When the feed motor operates normally and 0.02V is applied to the current sensor and this voltage is input to OPAMP 1, OPAMP 1 amplifies this voltage 100 times to output 0.02V * 100 = 2V, that is, 2V. The voltage is input to the A / D converter of the microcomputer 200 and converted into an 8 bit digital signal. The digital conversion value is (2V / 5V) * 256 = 102. When an overload occurs due to a jam during the rotation of the transfer motor, the current of the transfer motor increases. The increase of the current is proportional to the decrease in the rotational speed of the transfer motor due to the overload applied to the transfer motor. As the current in the transfer motor increases, the voltage applied to the current sensor increases and the output of OPAMP 1 increases. This increase in current of the transfer motor causes the voltage input to the A / D converter of the microcomputer 200 to increase, and finally, the digital conversion value of the microcomputer increases. The microcomputer 200 removes the cause of overload by rotating the feed motor in a direction opposite to the current rotation direction when the digital conversion value is greater than or equal to the set value.

On the other hand, the incineration burner 122 may be a burner produced as a general industrial product. When power is supplied to the incineration burner 122, the incineration burner 122 operates according to a predetermined program of the burner itself to output a flame, and when the power is cut off, the flame output of the burner is also blocked.

Hereinafter, a process of incineration of the feces by the gas incinerator according to the present invention for easy installation will be described.

When the feces are put into the fecal bowl 124 and the user inputs an incineration switch, incineration is performed. First, the fecal bowl 124 is coupled with the upper portion 121 of the incinerator. The incineration burner 122 operates when the fecal bowl 124 is coupled, and the incineration burner 122 may automatically operate by its own program when AC220V power is input. When power is input to the incineration burner 122, the incineration burner 122 discharges air in the incinerator for about 30 seconds in order to prevent an accident such as an explosion due to residual combustion gas. When the air discharge in the incinerator is finished, the incineration burner 122 is automatically ignited. The gas incinerator according to the present invention can be installed in an easy-to-install gas incinerator, which outputs 8000 Kcal to 12000 Kcal per hour and has a maximum temperature of about 1200 ° C.

Gas incineration toilet easy to move installation according to the present invention consumes about 0.05 cubic meters of gas incineration for about 5 minutes based on a large variable 200g. When converting 20kg of general household LPG into volume, it is 8㎥, so when using 20kg of general household LPG, total use frequency is about 8㎥ / 0.05㎥ = 160. When incineration is performed for about 5 minutes using LPG of about 0.05m 3, the residual ash remains less than about 1%, which is very easy to burn. Residuals that are easy to burn remain in the incinerator without additional collection work, and feces are added in the future and are completely burned out when burned.

FIG. 5 is a flowchart illustrating a method of treating feces using a gas incinerator according to an embodiment of the present invention.

The gas incinerator according to the present invention can be easily installed and stored by separating the feces and urine flowing through the toilet seat of the gas incinerator using a toilet bowl (S510). And, when urine is measured above the predetermined level in the urine storage container is discharged after sterilizing the stored urine (S520). At this time, the gas incinerator may sterilize the urine by injecting the lax stored in the lax storage container into the urine storage container by using the lax feeding motor and then stirring the lax and urine that have been added to the urine storage container using a stirring motor. The locks used in this case may be home locks.

On the other hand, when the feces are put into the fecal bowl is transferred to the incinerator and then combined with the incinerator so that the feces are incinerated in a closed space (S530). Here, the incinerator may include a flame outlet and the smoke to discharge the flame of the incineration burner at the top.

The gas incinerator may incinerate the feces when it is determined that the fecal bowl is in the incineration position by using the incineration position sensor when the fecal incinerator is incinerated.

As described above, the present invention has been described by way of limited embodiments and drawings, but the present invention is not limited to the above embodiments, and those skilled in the art to which the present invention pertains various modifications and variations from such descriptions. This is possible.

Therefore, the scope of the present invention should not be limited to the described embodiments, but should be determined by the equivalents of the claims, as well as the claims.

100: urine separator
111: Lax storage container
112: urine storage container
113: locks input motor
114: Lax stirring motor
115: urine drainage motor
121: incineration lid
122: incineration burner
123: communication
124: fecal bowl
125: fecal feeding motor
126: rotating (stirring) motor

Claims (15)

A stool separator separating urine and feces from the toilet seat;
A urine sterilization device for sterilizing the stored urine when urine is measured above a predetermined level in a urine storage container in which urine separated by the feces separator is stored; And
Fecal incineration device for incineration of the feces after combining the fecal container in which the feces separated by the fecal separator is stored in the incinerator combined with the fecal bowl
Gas incinerator for easy installation, including moving. The method of claim 1,
A control device for controlling the urine sterilization device to sterilize the stored urine when the urine storage container measures urine above the predetermined level and to control the movement of the fecal bowl so that the fecal bowl is combined with the upper portion of the incinerator. Gas incineration toilet easy to install, characterized in that it comprises a. The method of claim 1,
The fecal separator,
Is installed on the lower side of the toilet seat is easy to move the gas incinerator toilet, characterized in that the urine storage container to the urine storage and the fecal container is stored. The method of claim 1,
The urine sterilization device,
A urine level switch for measuring the level of urine stored in the urine storage container;
A lock level switch for measuring a residual amount of locks stored in the lock storage container;
A locks feeding motor for feeding a predetermined amount of locks into the urine storage container;
A stirring motor for agitating the lax added to the urine storage container and the stored urine; And
Urine drain motor to drain sterile urine
Gas incineration toilet easy to install, characterized in that it comprises a. Claim 5 was abandoned upon payment of a set-up fee. 5. The method of claim 4,
The locks,
The gas incineration toilet which is easy to move installation characterized in that it is household locks. The method of claim 1,
The incinerator,
In the upper part of the incineration burner, the flame is injected into the flame port and smoke exhausting,
The gas incinerator according to claim 1, wherein the fecal bowl is transported to the lower portion of the incinerator when combined with the upper portion of the incinerator. The method of claim 1,
The fecal incinerator,
A fecal position sensor for determining whether the fecal bowl is at a fecal position capable of containing the feces;
An incineration position sensor for determining whether the fecal bowl is in an incineration position to incinerate the feces;
Stirring position sensor for detecting whether the stirring table for stirring the feces is in place;
A transfer motor for transferring the fecal bowl from the fecal position to the incineration position or from the incineration position to the fecal position;
A stir motor for rotating the stool upon incineration of the stool; And
Incineration burner emitting a flame to incinerate the feces
Gas incineration toilet easy to install, characterized in that it comprises a. The method of claim 7, wherein
At least one of the fecal position sensor and the incineration position sensor,
Easily movable gas incineration toilet, characterized in that the limit switch for detecting the position of the fecal bowl by the pressing ball is pressed by the fecal bowl. The method of claim 7, wherein
The stirring position sensor,
Easily movable gas incineration toilet, characterized in that the proximity switch for detecting that the stirring stand is in position by sensing the metal body installed on one side of the stirring stand. The method of claim 7, wherein
The fecal incinerator,
When the transfer motor is overloaded during rotation, the gas incinerator of the portable installation, characterized in that to remove the foreign matter caught in the transfer motor by rotating in the opposite direction of rotation for a predetermined time. In the method of treating excrement using a gas incinerator,
Separating and storing urine and urine flowing through the toilet seat of the gas incinerator using a stool separator;
Sterilizing the stored urine when urine above a predetermined level is measured in the urine storage container in which the separated urine is stored; And
Incineration of the feces using an incinerator coupled with a fecal bowl in which the separated feces are stored;
Feces processing method comprising a. 12. The method of claim 11,
The sterilization step,
Fecal processing method characterized in that the urine is sterilized by injecting the lax stored in the lax storage container into the urine storage container by using a lax feeding motor and then stirring the lax and urine put into the urine storage container using a stirring motor. . Claim 13 was abandoned upon payment of a registration fee. The method of claim 12,
The locks,
The feces processing method characterized in that it is household lax. 12. The method of claim 11,
The incinerator,
In the upper part of the incineration burner, the flame is injected into the flame port and smoke exhausting,
The feces processing method characterized in that the fecal container is transported to the lower portion of the incinerator when incinerated the feces combined with the upper portion of the incinerator. 12. The method of claim 11,
Incineration of the feces,
The feces processing method characterized in that the incinerator is incinerated when the fecal bowl is determined to be in the incineration position by the incineration position sensor for determining whether the fecal container is in the incineration position to incinerate the feces.

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