KR100654469B1 - a high spped electric ferment vanishing type of toilet - Google Patents

Abstract

The present invention relates to a simple toilet for temporarily storing toilets, the housing comprising at least one toilet and at least one toilet in the interior space; A storage tank of a predetermined size integrally provided in the lower portion of the housing so that the toilet dropping from the toilet is stored; Separating partition installed in the reservoir so as to divide the inner space of the reservoir with the toilet and the medium is stored, and the lower chamber for storing the liquid urine; at least so that the toilet dropped into the upper chamber is moved A first motor for rotating the vertical rotating shaft having one or more rotary blades, and a second rotating one-way rotating horizontal rotating shaft having a plurality of rotary pins so that the sagittal object moved by the rotary blades is stirred with the medium. A transfer unit made of a motor; At least one upper heat generating plate provided on the separating partition wall to provide a heat source to the upper chamber and at least one lower heat generating plate provided on a bottom surface of the reservoir to provide a heat source to the lower foot; and the first , 2 motors and a power supply unit for applying external power to the upper and lower heating plates.

Toilet, fermentation, storage tank, upper chamber, separating partition, lower chamber, heating plate, ripening area, spraying part

Description

High spped electric ferment vanishing type of toilet             

1 is a perspective view of a high-speed electric fermentation and destruction toilet according to the present invention.

Figure 2 is a longitudinal sectional view of the high-speed electric fermentation and destruction toilet according to the present invention.

Figure 3 is a plan view showing the upper chamber of the high-speed electric fermentation and destruction toilet according to the present invention.

        Explanation of symbols on the main parts of the drawings

100: toilet 110: housing

120: reservoir 120a: upper chamber

120b: lower chamber 125: negative ion generator

129: inspection port 130: separation partition

131: drain hole 132: the medium

135: supply pipe 140: transfer unit

141,142: 1st and 2nd motor 143: rotary blade

144: rotation pin 145,146: vertical, horizontal axis of rotation

151,152: upper heating plate 153: lower heating plate

160: power supply unit 170: spraying unit

171: pump member 173: nozzle

The present invention relates to a toilet for temporarily storing toilets, and more specifically, forcing the toilet users to move the roll position so that the toilet can not directly check the droppings in the storage tank, regardless of the temperature change according to the seasonal change in the storage tank The present invention relates to a high-speed electric fermentation and decay-type toilet which can shorten the time for fermentation of feces by optimizing fermentation conditions, remove odor, and stably perform fermentation of feces even in winter.

In general, simple toilets require the advantages of simple toilets that are easy to install and move, including places where many people are irregularly and momentarily concentrated, such as amusement parks such as mountains, rivers, lakes, camps, or temporary meeting places in parks and outdoor areas. It is stored and used in various places.

Such simple toilets are roughly divided into a collection type and a fermentation type according to the method of processing the toilet of the urine, which is temporarily stored. Natural fermentation formula to ferment to a natural state, and artificial fermentation formula artificially fermented by mixing the stool stored in the storage tank with a medium such as sawdust or chaff in a certain ratio.

In recent years, simple toilets have become increasingly fermented in the form of fermenting collected wastes and recycling them as organic fertilizers.

However, when using such a fermentation type toilet, the toilet user is to visually check the drop-processed drop down directly through the toilet, causing inconvenience to the toilet user was inconvenient.

In addition, since the urine is stored relatively more than the large amount of the main fermentation target of the feces stored in the reservoir, the water content of the feces is high, the temperature change according to the change of the season, the interior of the reservoir to the fermentation conditions It is difficult to maintain in an environment having a suitable temperature and humidity, and this causes a problem that it takes a long time to fertilize and fertilize the stool mixed with the medium.

In addition, during the winter season when the air temperature is lower than 0 ℃ frozen stool stored in the reservoir, so that the fermentation of the stool is not made smoothly, in the hot and humid summer, odor is generated by urine, causing discomfort to toilet users. Caused.

Therefore, the present invention has been proposed to solve the conventional problems as described above, the object is to move the position so that the toilet users can not check the toilet drop dropped into the inside of the reservoir, remove the odor and discomfort when using the toilet To provide a high-speed electric fermentation and decay toilet that can improve.

Another object of the present invention is to optimize the temperature and humidity in the storage tank regardless of the temperature change according to the seasonal change, to shorten the time for fermentation of the stool, and to carry out the fermentation of the stool even during the winter season, fermentation efficiency and performance To provide a high-speed electric fermentation decay toilet that can improve the.

As a technical configuration for achieving the above object, the present invention,

In the toilet for temporary storage of toilet,

A housing having at least one large toilet in the inner space;

A storage tank of a predetermined size integrally provided in the lower portion of the housing so that the toilet dropping from the toilet is stored;

A separation partition installed in the reservoir to divide the internal space of the reservoir into an upper chamber in which a medium is stored together with a toilet, and a lower chamber in which urine in a liquid is stored;

A first motor for rotating the vertical axis of rotation having at least one rotary blade to move the falling object into the upper chamber, and a plurality of the moving object to be moved while stirring the medium and the displacement moved by the rotating blade A transfer unit including a second motor configured to rotate in one direction a horizontal rotation shaft having a rotation pin;

A heat generating unit including at least one upper heat generating plate provided on the separation partition wall to provide a heat source to the upper chamber and at least one lower heat generating plate provided on a bottom surface of the reservoir to provide a heat source to the lower chamber; and

By providing a high-speed electric fermentation and extinction type toilet, characterized in that it comprises a; power supply unit for applying external power to the first and second motors and upper, lower heating plate.

Hereinafter, the present invention will be described in more detail with reference to the drawings.

1 is a perspective view of a high-speed electric fermentation and destruction toilet according to the present invention, Figure 2 is a longitudinal cross-sectional view of the high-speed electric fermentation and destruction toilet according to the invention, Figure 3 is a top of the high-speed electric fermentation and destruction toilet according to the present invention. A plan view of the chamber.

The toilet 100 of the present invention, as shown in Figures 1 to 3, changes in the season to shorten the time required for fermentation of the temporary storage toilet, to remove the odor to minimize the inconvenience when using the toilet As to maintain the optimum fermentation conditions regardless of the temperature change according to this, such a toilet 100 is the housing 110, the reservoir 120, the separation partition 130, the transfer unit 140, the heating unit 150 and It is composed of a power supply unit (160).

That is, the housing 110 is disassembled and moved using various materials such as aluminum, reinforced plastic, wood, steel, concrete, and the like so that the urinal 112 and the toilet 114 are provided with at least one internal space. Easily assembled structure, the top is closed as a roof 115, the front is provided with a staircase 117 so that the toilet user can easily move up and down.

In addition, the reservoir 120 integrally provided at the bottom of the housing 110 is an accommodation member having an internal space of a predetermined size so that the toilet discharged from the small and toilet toilets 112 and 114 is stored. 120, the large, urine 112, 114 from the urine, the dropping openings 121, 122 for dropping the urine to the lower opening is formed on the upper surface, respectively, except that the entire outer surface is completely blocked from the outside do.

In addition, the reservoir 120 is provided with a plate-shaped partition partition 130 in the inner space of the reservoir 120 to divide the inner space into the upper chamber 120a and the lower chamber 120b. The partition 130 drains only the urine of the liquid from the toilet dropping into the reservoir 120 through the drop openings 121 and 122 to the bottom, and the remaining toilet remains in the upper chamber 120a. A plurality of drain holes 131 are formed through the upper surface so as to remain.

Here, the reservoir 120 and the separating partition 130 that bisects the upper and lower portions are preferably made of fiber reinforced plastics (FRP) having high corrosion resistance and durability, and the separating partition 130 is the toilet. It is composed of a plate member having at least two stepped portions (130a, 130b) so that the forming height is lowered toward the moving direction.

The upper chamber 120a of the reservoir 120 divided up and down by the separation partition 130 decomposes or changes the stool in which the liquid urine is drained through the drain hole 131 and the stool, which is an organic substance. It is a fermentation space in which a certain amount of medium 132 is stored so that fermentation is substantially carried out so that it can be fermented into a unique, recyclable fertilizer.

In addition, the lower chamber 120b constituting the lower portion of the reservoir 120 together with the upper chamber 120a stores urine drained through the drain hole 131, and the lower urine of the stored liquid is installed on the bottom surface. The evaporation space is evaporated by the heat source of the heat generating plate 153.

The medium 132, which is filled with the stool in the upper chamber 120a, may be used independently by separately filling a predetermined amount of side loaves, rice hulls, sawdust, etc., but may be used as a mixture of at least two of them mixed in an appropriate ratio. In addition, the dosage may vary depending on the internal capacity of the reservoir 120. In addition, the medium 132 may further include an enzyme that is a fermentation promoter so that the fermentation effect of the stool is more smoothly performed.

In addition, the transfer unit 140 for moving the stool dropped into the upper chamber (120a) is composed of the first and second motors (141, 142), the first motor 141 to the toilet (114). It is a driving means for rotating the vertical rotation shaft 145 having at least one or more rotary blades 143 in one direction so as to move the falling object dropped from the upper chamber 120a to one side.

In addition, the first motor 141 has a horizontal rotating shaft 146 having a plurality of rotating pins 144 so as to be positioned while stirring the moving object by the rotating blade 143 rotates in one direction with the medium in one direction. It is a drive means for rotating the drive.

Here, the first motor 141 and the second motor 142 are provided in the first and second stepped portions 130a and 130b of the separation partition 130 bent at different heights, respectively, and the first motor. Rotating blade 143 of 141 is disposed higher than the upper surface of the separation partition 130, and provided with a forming length such that there is no interference with the adjacent member during the rotation drive is the radius of rotation of the rotary blade 143 The stool located within is moved to the second motor 142 side.

The lower surface of the rotary blade 143 is formed with a plurality of grooves (143a) to prevent pinching stop by impurities other than toilet, the vertical rotation shaft 145 and the upper surface of the separation partition 130 When the impurity of the impurity having a particle size larger than the interval between the lower surface of the rotary blade 143 is caught by a spline shaft that can transmit the power to rotate the one-way rotation while sliding the rotary blade 143 to the upper portion, The upper end of the vertical rotation shaft 145 is equipped with a separation preventing cap 145a for the separation of the rotary blade 143 that is raised.

In addition, the rotation pin 144 of the second motor 142 is also disposed higher than the upper surface of the separation partition 130, the direction of rotation during the rotation of the medium along with the stool to form the medium with the deepest depth of formation. It is preferable to rotate in the counterclockwise direction in the drawing so as to move.

When the horizontal rotating shaft 146 is provided in pairs left and right, the driving and driven side horizontal rotating shafts 146 are mounted on the driving and driven gears 142a and 142b, respectively, and the power transmission means is a chain member 142c. By being connected to the motor, the driving and driven side horizontal rotation shaft 146 rotates in the same direction when the motor is driven.

On the other hand, the heating unit 150 for providing a heat source to the upper chamber (120a) and the lower chamber (120b), respectively, is composed of the upper heating plate 151, 152 and the lower heating plate 153, the upper heating plate 151 ) Is provided on the separation partition 130 so that the fermentation between the remaining stool and the medium 132 remaining in the first and second step portions 130a and 130 of the upper chamber 120a is smooth. It is provided with at least one plate-like, it is a heating means for heating the inside of the upper chamber (120a) to a predetermined temperature when the power is applied.

Here, the upper heating plate (151, 152) is selectively mounted on the upper surface or the lower surface of the first and second stepped portions (130a, 130b) of the separation partition 130, the heat source during operation the upper chamber (120a) ) Will be provided.

In addition, the lower heating plate 153 is dropped through the drain hole 131 of the separation partition 130 and the storage tank corresponding to the lower chamber 120b to evaporate the liquid urine filled in the lower chamber 120b. At least one or more is provided on the bottom surface of the 120, it is a heat generating means for evaporating the liquid urine when the power is applied.

One side of the lower chamber 120b is provided with a separate machine room 120c in which a first motor 141 made of a reduction gear and a driving motor is built to drive the rotary blade 143 to rotate. 141 is installed on the concrete base 149.

In addition, another bottom heating plate 154 may be provided on the bottom surface of the ripening region having the deepest storage depth of the stool and medium to provide a heat source for optimizing fermentation upon application of power.

Here, the upper and lower heat generating plate 151, 152, 153, 154 is in close contact with the upper surface or the lower surface of the separation partition 130 or the bottom surface of the reservoir 120 to install while occupying the minimum space. It is preferably composed of an electrical panel made of a rectangular plate-shaped insulating material and a resistor that is embedded therein and generates heat at a high temperature when power is applied.

On the other hand, the power supply unit 160 is the first and second motors 141 and 142 of the transfer unit 140 and the upper and lower heating plates 151, 152, 153 and 154 of the heat generating unit 150 side. External power is applied to each of the first and second motors 141 and 142 to drive the rotary blade 143 and the rotary pin 144 in one direction, and the upper and lower heating plates 151 and 152. First and second motors 141 and 142 through a power cable not shown to provide heat sources to the upper and lower chambers 120a and 120b as heat sources generated at 153 and 154, The upper and lower heating plates 151, 152, 153, 154 are electrically connected to each other.

In addition, the upper chamber (120a) has a titanium dioxide rod that generates a deodorant such as ozone generated when the power is applied to ionize the odor generated during the fermentation reaction of the feces and medium in the reservoir 120 The negative ion generator 125 is mounted, and the negative ion generator 125 provided in the upper chamber 120a is preferably installed in a ripening region having the deepest storage depth so that the stool and the medium are stored the most. 125 is electrically connected to the power supply unit 160 for generating a high voltage.

Here, the titanium dioxide photocatalyst generated from the titanium dioxide rod of the anion generator 125 is an n-type semiconductor, and when subjected to ultraviolet rays (400 nm), electrons, electron holes are formed, and hydroxy having strong oxidation power. Produces a radical (-OH) and super oxide, the hydroxy radicals and super oxides oxidatively decomposes the organic compound into water and carbon dioxide gas, and has the function of sterilization, antibacterial, deodorization, organic matter decomposition.

By using the strong oxidation reaction of the titanium dioxide photocatalyst to promote the oxidation of the medium stored in the upper chamber (120a), to remove the odor generated during fermentation, and to oxidize decomposition of the organic matter of the fecal water and carbon dioxide gas In addition, bacteria generated in feces are oxidized and disinfected by strong oxidation of photocatalysts, and at the same time, it prevents the occurrence of pests such as flies and keeps the toilet in a comfortable environment.

In addition, the upper chamber 120a supplies an external air to the upper chamber 120a so that an aerobic fermentation to oxidize and decompose the organic stool using oxygen contained in the air is performed smoothly. ), And a plurality of air supply holes 135a are formed in the outer surface of the air supply pipe 135 so that the external air is smoothly discharged into the upper chamber 120a.

In addition, an inlet of the air supply pipe 135 is provided with an air supply fan 136 so that external air is forced into the upper chamber 120a, and the air supply fan 136 receives external power from the power supply unit 160. It is electrically connected for authorization.

On the other hand, the storage tank 120 is added to the spray unit 170 to maintain the fermentation conditions to optimize the fermentation conditions by forcibly providing moisture into the upper chamber (120a) in case of fermentation failure due to the humidity decrease of the upper chamber (120a) Include.

The spray unit 170 has a pump member 171 which is an underwater pump for pumping only the liquid urine filled to a predetermined level in the lower chamber 120b, and the pump member 171 has the urine of the lower chamber 120b. Fixing one end of the transfer pipe 172 so as to force the transfer to the upper chamber 120a, the end of the transfer pipe 172 exposed to the upper chamber 120a is pumped into the upper chamber 120a While equipped with a nozzle 173 to spray urine, a built-in hygrometer 174a for measuring the humidity of the upper chamber (120a) from time to time, and receives the humidity value measured by the hygrometer (174a) based on this And a controller 174 for controlling the driving of the pump member 171 on / off.

In addition, the controller 174 applies a power to the upper heating plates 151 and 152 only for a predetermined time, and generates a timer, and then a timer 174b to automatically stop the power supply after a predetermined time. You may provide it.

And, the controller 174 is connected to the level meter 175 for detecting the low water level of the urine filled in the lower chamber 120b, the pump member which is an underwater pump when the low water level detection signal generated by the level meter 175 ( 171) to stop the pump drive to cut off the power supply to prevent damage.

In addition, the outer surface of the reservoir 120 is provided with a check hole 129 to observe the inside of the upper chamber (120a) from time to time, and to discharge the fertilized completed composted to the outside, opening and closing Hinged and bolted for ease of assembly.

When the toilet is dropped into the upper chamber 120a of the storage tank 120 through the toilet 114 of the toilet 100 having the above-described configuration, the toilet is directly connected to the drop opening 122 of the toilet 114. It is located at the bottom, which is located within the rotation radius of the rotary blade 143 provided in the upper chamber (120a).

In this state, by applying power to the first motor 141 of the machine room 120c provided on one side of the reservoir 120 to rotate the vertical rotation shaft 145 in one direction, the rotary blade 143 mounted thereto is one direction Rotating in the rotating radius is moved to the position of the high step height from the first step portion (130a) with the medium to the second step portion (130b) of low step height as the stack height is gradually increased, the Stacking height is laminated to the height of the rotation blade 143 is rotated. Accordingly, it is difficult for the toilet user to visually check the state of the feces dropped through the drop opening 122, thereby minimizing discomfort when using the toilet.

Subsequently, when external power is applied to the second motor 142 provided in the second stepped part 130b, a plurality of rotation pins 144 provided on the horizontal rotation shaft 146 of the second motor 142. ) Rotates in one direction and counterclockwise in the drawing, while stirring the conveyed sac and the medium with each other, and the lamination depth is moved to the deepest ripening region, and the saccal moved to the ripening region is fermented by the medium. .

In addition, the liquid urine contained in the stool is dropped and discharged and stored by its own weight into the lower chamber 120b of the storage tank 120 through the drain hole 131 formed through the separation partition 130, and the liquid phase The remaining urine from which the urine escapes remains in the upper chamber 120a filled with a predetermined amount of the medium 132, which is located on one side of the reservoir 120 by the driving force of the first and second motors 141 and 142. It is moved to the ripening area provided.

In addition, power is applied to the upper heat generating plate 151 and 152 provided in the upper chamber chamber 120a, the lower heat generating plate 153 and the heat generating plate 154 of the ripening area, respectively, provided in the lower chamber 120b. When the heat is started, since the inside of the upper chamber 120a is heated to a temperature at which optimal fermentation can be made, the internal body of the upper chamber 120a and the ripening region may contain the fecal substance stored therein. The fermentation takes place biochemically dissolved or changed by the medium 132 and converted into a fertilizer that can be recycled. At the same time, while the internal temperature of the lower chamber 120b is also rapidly increased, the amount of liquid stored therein may be reduced by evaporating the urine stored in the liquid.

In addition, the upper and lower heating plates 151, 152, 153 and 154 provide a heat source when the power is applied, and the inside of the upper chamber 120a and the lower chamber 120b freezes or the temperature is excessive in winter. Since it can be prevented from lowering, while keeping the inside of the reservoir 120 in the optimum fermentation conditions, while maintaining or shortening the fermentation time of the stool as usual, and the urine stored in the lower chamber (120b) is frozen Can prevent sticking.

On the other hand, while the fermentation is in the upper chamber (120a), through the air supply pipe 135 provided in the upper chamber (120a) to supply the external air to the ripening area of the upper chamber (120a) where fermentation of the stool is made. In this case, aerobic fermentation is performed to oxidize and decompose the feces by oxygen contained in the external air. Accordingly, by shortening the time to ferment the stool stored in the upper chamber (120a) as a medium to improve the treatment capacity and fermentation performance of the toilet.

In addition, when the humidity of the upper chamber 120a is too low to meet the optimum fermentation conditions, the lower chamber 120b based on the measured value of the hygrometer 174a for measuring the humidity in the upper chamber 120a. Urine pumped through the transfer pipe 172 when the pump member 171 is driven, is sprayed into the upper chamber 120a through the nozzle 173, By increasing the lowered humidity of the upper chamber (120a) it is possible to maintain the optimum fermentation conditions.

When the internal humidity of the upper chamber 120a reaches a preset humidity value, the driving of the pump member 171 is stopped through the controller 174 on the basis of the detection signal of the hygrometer 174a for detecting the humidity. This prevents the humidity of the upper chamber 120a from being excessively raised.

Here, the storage amount of urine stored in the lower chamber (120b) gradually decreases and the water level is lowered to the lowest level, if detected by the level meter 175, based on the detection signal of the level meter 175, the pump The driving of the member 171 is stopped to prevent damage to the submerged pump due to the water level decrease.

On the other hand, the fermentation effect made in the upper chamber (120a) can be observed by the facility manager from time to time through the inspection port 129 installed on the outer surface of the storage tank 120, the fermentation completed composted toilet checks (129) It is discharged to the outside through.

According to the present invention as described above, the toilet drop dropped into the storage tank is moved to the ripening area side by the driving force of the first and second motors, so that the toilet user cannot visually check the toilet, keeping the hygiene management of the toilet clean. It can prevent the discomfort generated when using the toilet.

In addition, since the liquid urine in the feces dropped into the reservoir is evaporated in the lower chamber by using the heat source provided in the lower heating plate, it is possible to reduce the load required for fermentation of the feces and its throughput.

In addition, since the stool remaining in the upper chamber is fermented together with the medium under the optimum fermentation conditions regardless of the seasonal change by the heat source provided from the heating plate, the time required to ferment the stool is shortened compared to the conventional fermentation. It can improve performance and efficiency.

In addition, since aerobic fermentation can be added by additionally supplying external air containing oxygen to the inside of the upper chamber, the time required for fermenting the stool can be further shortened to significantly improve fermentation performance and efficiency.

In addition, it is possible to stably carry out fermentation treatment of the stool regardless of season by keeping the stool stored in the frozen state as it is not frozen even in winter.

While the invention has been shown and described with respect to specific embodiments thereof, it will be apparent to those skilled in the art that various changes and modifications can be made without departing from the spirit or scope of the invention as set forth in the claims below. I would like to clarify that knowledge is easy to know.

Claims (14)

In the toilet for temporary storage of toilet, A housing having at least one large toilet in the inner space; A storage tank of a predetermined size integrally provided in the lower portion of the housing so that the toilet dropping from the toilet is stored; A separating partition wall installed in the reservoir to divide the internal space of the reservoir into an upper chamber in which a medium is stored together with a toilet, and a lower chamber in which liquid urine is stored; The vertical rotation shaft having at least one rotary blade disposed in close proximity to the upper surface of the separating partition wall is disposed in the upper chamber, and the vertical rotation shaft is driven to rotate in one direction to move the dropped object into the rotation radius of the rotary blade. A transfer unit comprising a first motor to rotate and a horizontal motor having a plurality of rotation pins rotated in one direction so that the stool moved by the rotary blades is moved with the medium while being stirred with the medium; At least one heat generating plate provided on the separation partition wall to provide a heat source to the upper chamber and at least one lower heat generating plate provided on a bottom surface of the reservoir to provide a heat source to the lower foot; and High-speed electric fermentation and decay type toilet comprising a; power unit for applying external power to the first and second motors, upper and lower heating plates. The method of claim 1, The upper chamber has a high-speed electric fermentation and decay type toilet, characterized in that the negative ion generator having a titanium dioxide rod ionizing the odor of the reservoir. The method of claim 1, The separation partition is a high-speed electric fermentation-type toilet, characterized in that consisting of a plate member having at least two stepped portions so that the forming height is lowered toward the moving direction of the toilet. The method of claim 1, The rotary blade and the rotary pin is a high-speed electric fermentation type toilet, characterized in that disposed higher than the upper surface of the partition. The method of claim 1, High-speed electric fermentation and decay type toilet, characterized in that to form a plurality of grooves on the lower surface of the rotary blade to prevent pinching caused by impurities other than toilet. The method of claim 1, The vertical axis of rotation is a high-speed electric fermentation type toilet, characterized in that consisting of a spline shaft which can transmit the power to drive the rotary blades in one direction while sliding the rotary blade to the upper portion. The method of claim 1, The upper chamber is a high-speed electric fermentation type toilet, characterized in that for supplying the external air into the upper chamber to achieve aerobic fermentation, the air supply pipe is formed through the plurality of air supply holes on the outer surface. The method of claim 7, wherein The air supply pipe is a high-speed electric fermentation type toilet, characterized in that it is provided with an air supply fan for forced air supply into the upper chamber. The method of claim 1, The reservoir further includes a spray unit for providing moisture to the upper chamber, The spray unit is a pump member for pumping the urine of the liquid filled in the lower chamber, a nozzle for spraying urine into the upper chamber and the upper chamber is mounted to the end of the transfer pipe for transferring the urine of the lower chamber to the upper chamber and the upper chamber High-speed electric fermentation and decay type toilet, characterized in that consisting of a controller for controlling the driving of the pump member based on the measured value of the hygrometer for measuring the humidity of the. The method of claim 9, The controller is a high-speed electric fermentation type toilet, characterized in that the timer is provided with a power supply to cut off the power supply to heat the upper heating plate of the upper chamber only for a predetermined time in advance. The method of claim 9, The controller is connected to the level gauge for detecting the low water level of urine filled in the lower chamber, high-speed electric fermentation and decay type toilet. The method of claim 1, High-speed electric fermentation and decay type toilet, characterized in that the outer surface of the reservoir to observe the inside of the upper chamber, and to discharge the fermentation completed fermentation. The method of claim 1, The medium is a high-speed electric fermentation and decay toilet, characterized in that the foliar soil, sawdust, chaff or a mixture of at least two. The method of claim 13, The medium is a high-speed electric fermentation type toilet, characterized in that further comprises a fermentation enzyme to promote fermentation of feces.

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