KR100657987B1 - apparatus for feces distribution - Google Patents

Abstract

The feces, such as servings, can be stored uniformly inside the storage tank during the stool, and in particular, the storage atmosphere can be prevented from breeding of various germs or insects, as well as odors caused by the excreta in the storage tank. Disclosed is a dispensing apparatus for storing feces in toilets, which can greatly improve the internal environment.

Such a device is a fecal distribution device which is installed between a toilet and a storage tank of the toilet and is capable of diffusing and storing the feces falling down from the toilet side by the centrifugal force,

A rotary plate located between the toilet bowl and the reservoir and receiving the toilet droppings falling from the toilet bowl, the rotary shaft provided on the rotary plate, and the toilet droppings dropped on the rotary plate by rotating the rotary shaft are diffused in the circumferential direction and are in the tank. It includes a drive means to be able to fall.

The rotating plate may be uniformly stored by dropping the droppings dropped from the toilet side while being rotated by the driving means so as not to be limitedly stored in a specific position corresponding to the storage space side of the reservoir by centrifugal force.

Conventional toilet, rotary plate, diffusion dropping of excrement using centrifugal force, driving means, solvent supply, deodorization and antibacterial action, fermentation action

Description

Dispensing device for storage of feces in toilets {apparatus for feces distribution}

1 is an overall perspective view for explaining a preferred embodiment of the distribution device for the storage of feces storage toilets in accordance with the present invention.

FIG. 2 is a perspective view of FIG. 1.

3 is a perspective view for explaining the structure of the driving means of FIG.

4 and 5 are cross-sectional views illustrating the structure of the rotating plate of FIG. 1.

6 is a perspective view for explaining the operation of the driving means of FIG.

7 is a cross-sectional view illustrating the structure of the solvent supply unit of FIG. 1.

8 is a plan view for explaining the operation of the rotating plate of FIG.

9 is a perspective view for explaining another embodiment of FIG. 3.

FIG. 10 is a partially enlarged view of FIG. 7.

11 is a cross-sectional view for explaining another embodiment of a dispensing apparatus for the storage of feces in the toilet according to the present invention.

12 is a plan view for explaining the operation of the rotating plate of FIG.

The present invention can uniformly store excretion, such as serving at the time of toilet stool inside the reservoir, and in particular, to prevent the odor of the inside of the reservoir as well as to prevent the breeding of various bacteria or insects, and greatly improve the indoor environment of the toilet. A dispensing device for the storage of feces in toilets.

In general, the toilet of the conventional structure is a toilet is installed on the floor of the room and the lower side of the toilet is installed in the storage tank for the storage of fecal waste is made so that the feces drop from the toilet side to be stored in the storage space side of the reservoir. . This conventional structure is mainly applied to mobile toilets that can be installed in outdoor parks or event venues for unspecified users and can easily perform toilet treatment.

However, in the conventional toilet, since the storage space inside the storage tank is seen as it is in the toilet space of the room as it is, the user is not only visually uncomfortable, but also the toilet droppings always fall at a constant position through the passage of the toilet bowl. Because of this, it is difficult to obtain a satisfactory storage efficiency and the like because the feces accumulate in only a part of the inside of the reservoir.

In particular, the phenomenon in which the excrement is stored in one place as described above is more serious in winter when the temperature is relatively low, for example, 50% or more inside the storage tank is accumulated only in part despite the remaining storage space, so the storage tank Since wastes must be collected or cleaned early, there is a problem of excessive maintenance costs.

In addition, the toilet of the conventional structure, as well as the toilet, it is difficult to maintain a satisfactory sanitary condition structurally because it is possible to easily breed various bacteria or insects in the storage tank.

The present invention has been made to solve the problems of the conventional conventional toilet as described above, the object of the present invention can significantly improve the storage efficiency of the storage tank, in particular, as well as odor generated from the toilet bowl or storage tank and bacteria or insects It is to provide a distribution device for the storage of feces in the toilet to be able to maintain a satisfactory indoor environment by making a storage atmosphere capable of deodorization and antibacterial action to prevent the breeding of the back.

In order to realize the object of the present invention as described above, it is provided between the toilet and the storage tank of the toilet, fecal distribution device which can be stored by spreading the feces falling from the toilet side by the centrifugal force to the storage side,

A rotary plate located between the toilet bowl and the reservoir and receiving the toilet droppings falling from the toilet bowl, the rotary shaft provided on the rotary plate, and the toilet droppings dropped on the rotary plate by rotating the rotary shaft are diffused in the circumferential direction and are in the tank. Provided is a dispensing device for the storage of feces in the toilet comprising a drive means to be able to fall.

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

1 and 2, the distribution device for the storage of feces in the toilet according to the present invention, located between the toilet (C) and the storage tank (T) and the feces (W) falling on the toilet (C) side. The rotary plate 2 which causes the centrifugal force to fall back to the storage tank T side, the driving means 4 which rotates the rotary plate 2 to generate the centrifugal force, and deodorizes the inside of the storage tank T. It includes a solvent supply unit 6 for supplying a solvent (W1) for the antibacterial action. Such a device may be installed in an outdoor toilet, in particular, a portable toilet H as shown in FIG. 1.

First, briefly explaining the structure of the mobile toilet (H), it is made in the form of a box as shown in Figure 1, divided into the upper and lower, the toilet part (8) is provided on the upper side to provide a space for toilet The lower side of the toilet part 8 is made of a general structure in which a reservoir T having a space for storing feces feces (W, hereinafter referred to as "feces") is formed.

The rotating plate 2 is a posture that can prevent the dropping water W falling from the toilet bowl C side to fall directly to the storage tank (T), that is, a posture as shown in Figure 1 from the lower side of the toilet bowl (C) Can be installed as At this time, the rotating plate 2 is firmly fixed to the rotating shaft 10 so as to be rotated based on a single shaft center of the center by the drive means 4 to be described later in a horizontal attitude as shown in the figure, the rotating shaft 10 ) Are respectively fixed in a state in which both ends are rotatable inside the reservoir (T).

The material of the rotating plate (2) and the rotating shaft (10) is a light weight and durable, as well as a metal or synthetic resin known to be excellent in corrosion resistance and chemical resistance, and the rotating plate (2) is the storage tank (T) The inside of the toilet (C) is made of a disc or polygonal plate shape having a size that can block the droppings (W) falling from the side.

The rotating plate (2), as well as the excrement (W) is made so that a certain amount of the solvent (W1) supplied from the solvent supply unit 6 side to be described later is contained. To this end, as shown in FIG. 4, the protrusion 12 having an inclined surface as shown in the drawing may be formed on the entire circumferential side of the rotating plate 2.

In addition, a portion through which the rotating shaft 10 penetrates the rotating plate 2 is not shown in the drawing, but, for example, to prevent the solvent W from being lost through the coupling gap in the state in which the solvent W is contained. A rubber ring is installed to keep the seal in a well known manner.

After the rotating plate 2 is installed on the rotating shaft 10, reinforcing ribs R having a shape as shown in FIG. 5 may be formed on the lower side to prevent surface deformation from occurring due to its own weight or external force. .

The driving means 4 is to generate a rotational force so as to generate a centrifugal force by rotating the rotating plate 2 between the toilet bowl C and the storage tank T, and to transmit the rotational force of the user. It may be a structure that can be manually operated using the foot.

Referring to Figure 6, the drive means 4, the drive shaft 16 is set to enable the transmission of rotational force to the rotary plate 2 side by receiving the pedal 14 and the linear movement of the pedal (14). ).

The pedal 14 has a well-known shape as shown in FIG. 6 to enable a physical pressing force of the user's foot, that is, a linear motion, and the toilet C is disposed on the toilet C at the bottom surface of the toilet part 8. One end is hingedly coupled as shown in FIG. 7 at a corresponding adjacent position.

The pedal 14 has a connecting rod 18 penetrating the bottom surface at a lower side thereof so that the linear power can be transmitted to the drive shaft 16 to be described later during the pressing operation for generating power at the bottom surface side of the toilet portion 8. It is installed in a posture.

The drive shaft 16 has a posture as shown in FIG. 7 so that power can be transmitted between the pedal 14 and the rotary plate 2 and rotates on the inner wall surfaces of the toilet C and the storage tank T, respectively. It is secured to be possible, and in such a state is connected to the pedal 14 side and the rotating plate 2 side to enable power transmission respectively.

First, the arm 20 is fixed to the drive shaft 16 as shown in FIG. 6 so that power can be transmitted to the pedal 14 side, and the connecting rod 18 on the arm 20 and the pedal 14 side. ) Is coupled by the link rod 22 to enable linkage movement.

The arm 20 is configured such that the drive shaft 16 is rotated in one direction only correspondingly when the pedal 14 moves downward when the arm 20 is installed on the drive shaft 16. Such a structure is, for example, in a state where a well-known one-way bearing or a one-way bush, which is capable of transmitting power only in one direction, is fitted to the boss side of the arm 20. It may be fixed to the drive shaft (16).

That is, the link structure for the power transmission of the pedal 14 and the drive shaft 16 as described above, when the pedal 14 is pressed as shown in FIG. 6 using the user's foot, the connecting rod 18 moves downward. The drive shaft 16 is rotated in one direction while the link rod 22 and the arm 20 are moved in the link by such an operation. When the pressing force is released on the pedal 14 side, the arm 20 is rotated. ) And the link rod 22 is the link section movement again and the pedal 14 is returned to the state before the pressing.

At this time, the return operation is made to be returned by the elastic repulsive force of the elastic member 24 installed on the connection rod 18 side between the lower side of the pedal 14 and the bottom surface of the toilet portion 8, and Since the arm 20 is free to rotate on the drive shaft 16 on the opposite side of the power transmission direction during the return operation of the same pedal 14, the linkage movement for the return operation of the pedal 14 is smoothly performed. Is done.

In addition, at the point corresponding to the side of the rotating plate 2 in the drive shaft 16, the interaxial power transmission of the posture crossing each other as shown in Figure 6 to enable the transmission of rotational power to the rotating shaft 10 of the rotating plate (2) A pair of possible bevel gears 26 are used, and these gears 26 are set to enable power transmission in the engagement posture as shown in the figure on the rotary shaft 10 and the drive shaft 16 of the rotor plate 2.

In the drive means 4 having the above-described structure, when the pedal 4 is pressed with a foot, the drive shaft 16 is rotated in one direction by the linkage movement of the arm 20 and the link rod 22. One-way rotational force of 16 is transmitted to the rotating shaft 10 via the bevel gear 26 to rotate the rotating plate 2 in one direction.

Rotating operation of the rotating plate 2 as described above can drop the excrement (W) to be unspecified each time within the entire circumferential direction by centrifugal force, as shown in Figure 8, corresponding to the storage space of the reservoir (T), Excretion (W) is stored in the storage tank (T) is not stacked only in a specific position, evenly stacked from the lower side corresponding to the entire storage space.

 At this time, the rotational force of the rotating plate (2), for example, so that the generation of centrifugal force that can smoothly drop the excretion (W), for example, the linkage angle and gear ratio of the link portion and the gear portion installed on the drive shaft 16 By setting the appropriate in a well-known method can be set so that the smooth drop action of the excrement (W) through the rotating plate (2).

In the above description, the pedal 14 and the drive shaft 16 are shown in the description and the drawings in which power transmission is possible by the linkage movement, but the present invention is not limited thereto. In addition, power transmission may be performed by a well-known gear engagement. May be connected.

For example, a pair of rack and pinion gears 28 as shown in FIG. 9 are provided between the pedals 14 and the driving shaft to engage the gears 28 when the pedals 14 are pressed. This may be a structure for rotating the drive shaft 16. Of course, even at this time, the boss side of the pinion gear installed in the drive shaft 16 is provided with a bearing or a bush for transmitting power in only one direction.

In the above description, the pedal 14 is installed so that the driving means 4 can use the user's foot for power generation. The lever may be installed to allow manipulation by the user's hand. In addition, as well as the pressing operation of the pedal 14 may be made to enable power transmission during the return operation.

In addition, in the above description, the driving means 4 transmits the rotational force for the generation of the centrifugal force to the rotating plate 2 by manual operation, that is, the physical pressing force using the user's foot or hand. Although shown, this is also not limited to the above.

For example, although not shown in the drawings, a drive source for generating a linear and rotational power such as a motor or a cylinder is provided so that the power of the drive source is set to enable the transfer of power by link linkage motion or gear engagement as described above. It is connected to the end of the rotary shaft 10 can be made to automatically control the operation of the rotating plate (2).

On the other hand, the solvent supply unit 6, to create an atmosphere capable of deodorizing and antimicrobial action in the reservoir (T), for this purpose from the reservoir 30 in which a certain amount of solvent (W1) is contained as shown in FIG. It may be a structure connected to the supply pipe 32 to enable the supply of the solvent (W1) to the toilet bowl (C) side.

In addition, the solvent supply part 6 may have a structure in which operation is controlled by the driving means 4. For example, the ball valve V as shown in FIG. 10 on the flow path section side of the supply pipe 32 so that the supply of the solvent W1 contained in the reservoir 30 is controlled during the pressurization operation of the pedal 14. And between the connecting rod 18 of the pedal 14 and the axis of rotation of the valve V so that the valve V can open and close the flow path during the pressurization operation of the pedal 14. A pair of rack and pinion structure gears such as 34 may be installed and set to allow power transmission by their engagement.

That is, in the solvent supply unit 6, when the pedal 14 is pressed downward, the flow path is opened while the valve V on the supply pipe 32 is rotated, and the pedal 14 is returned to its original position. The flow path of the supply pipe 32 is again blocked by the valve (V). By this action, a certain amount of solvent (W1) is always supplied to the rotating plate (2) side via the toilet (C), and by the centrifugal force excrement (W) and the storage tank (T) side as shown in FIG. Are stored together.

The solvent (W1) is water or deodorizing and antibacterial action, and a liquid solvent such as excellent washing power, for example, wood vinegar is used.

The wood vinegar is obtained by removing the toxic and harmful substances after liquefying the smoke generated during the process of making wood charcoal (液 化) for about six months or more, and has an inherent smell, such as acetic acid or sour taste, Since it is well known that the deodorizing and antibacterial, anti-worm action is excellent, it is suitable as a solvent (W) according to the present invention.

In the above description, the solvent W1 is supplied to the rotating plate 2 side through the toilet bowl C as an example and shown in the drawings. In addition, for example, the rotating plate 2 without passing through the toilet bowl C is shown. It may also be set to enable direct supply to the side.

Then, the solvent (W1) supplied at the time of operation of the pedal 14 through the supply pipe 32 is supplied in the corresponding range according to the deodorizing and antibacterial atmosphere required for the toilet, more preferably the rotating plate ( 2) When the pedal 14 is pressed after the toilet in a state in which a certain amount is contained, a portion of the solvent W1 contained in the rotating plate 2 side drops to the reservoir T side, and the supply pipe 32 is provided on the rotating plate 2 side. Through) can be made to be filled and filled with a certain amount of solvent (W1) again. In such a structure, since a certain amount of solvent W1 is always contained on the surface side of the rotating plate 2, the excrement W falling onto the rotating plate 2 side through the toilet bowl C is the rotating plate 2 side. To prevent the phenomenon such as sticking to the dropping water (W) can be more easily dropped to the reservoir (T) side.

The solvent (W1) supplied through the supply pipe 32 by the above action is a deodorizing and antimicrobial effect that can prevent the breeding of odors, bacteria and insects generated in the toilet (C) or the storage tank (T). Not only can be obtained, but also the effect of washing the surface of the toilet bowl (C) and the rotating plate (2) when toilet.

In the above description, as an example, the valve V is provided on the supply pipe 32 side of the solvent W1 and the opening and closing operation of the valve V is performed when the pedal 14 is operated by the engagement of the gear 34. And the drawings, but are not limited thereto.

For example, although not shown in the drawings, an electrically controllable valve may be installed on the reservoir 30 or the supply pipe 32 to be set to enable automatic control in a known manner by an operation such as a switch.

In the present invention having the above structure, the droppings W fall through the toilet bowl C and are not directly stored in the storage tank T side while being dropped in the rotating plate 2 side. By the following action of the drive means 4 is stored uniformly on the reservoir T side.

First, as shown in FIG. 6, when the pedal 14 is stepped on, the rotating plate 2 rotates in one direction while a rotational force is transmitted to the rotary shaft 10 through the drive shaft 16 by a link cutting motion and gear engagement. .

When the rotating plate 2 rotates as described above, while the centrifugal force acts in the same direction as in FIG. 8, the excrement W contained in the rotating plate 2 side drops to one side of the rotating plate 2 in the circumferential direction, and the storage tank T It is stored on the side.

That is, the rotating plate 2 rotated by the action of the driving means 4 as described above is to drop the excrement (W) that always falls to a certain point through the toilet (C) provided on the bottom surface of the toilet (8) side. Due to the centrifugal force of the rotating plate 2, it is possible to fall irregularly every time corresponding to the entire storage space of the storage tank T without being limited to a specific direction or position. W) are stored evenly stacked.

At this time, the rotary plate 2 is a state in which a predetermined amount of the solvent (W1) is contained through the solvent supply unit 6, that is, the supply pipe 32 during the operation of the drive means (4), the solvent (W1) When the rotating plate 2 is rotated and stored together with the excrement (W) a part of the storage tank (T) side while being stored in the mixed state with the excrement (W) in the storage tank (T) side by the solvent (W1) Of course, the toilet bowl (C) and can easily form a deodorizing and antimicrobial atmosphere in the storage tank (T), thereby significantly improving the indoor environment of the toilet (8).

In addition, the rotating plate 2 is installed between the toilet bowl C and the storage tank T in the same posture as in FIG. 1, and the storage plate T side is spaced in the toilet part 8 space by the rotating plate 2. Since the space is covered, it is possible to fundamentally prevent the user from causing visual discomfort or the like during the toilet.

In the above embodiment, the dispensing device for the storage of feces in the toilet according to the present invention is shown in the description and drawings as a structure for storing the excrement (W) to the storage tank (T) side in a state capable of deodorizing and antibacterial action as an example However, it is not limited thereto. For example, it can be made of a structure capable of a storage atmosphere that can promote the fermentation action of the feces (W) contained in the storage tank (T) side.

Referring to FIG. 11, a fermentation agent supply unit 36 as shown in the drawing may be installed corresponding to the side of the rotating plate 2 located inside the reservoir T, and the supply unit 36 may include a supply pipe as shown in the drawing. Through 38, a predetermined amount of fermentation agent W2 is supplied to the rotating plate 2 side.

At this time, the discharge side of the supply pipe 38 is set so that the fermentation agent (W2) can be supplied to the inside of the rotating plate (2) as shown in FIG.

In addition, the supply pipe 38 is connected to a separate fermentation agent reservoir 40 is made so that the fermentation agent (W2) is supplied from the reservoir (40) during the operation of the drive means (4). To this end, a valve V1 shaped as shown in FIG. 11 is installed on the supply pipe 38 side, and the valve V1 is connected to the connecting rod 18 side when the pedal 14 is operated, for example, the rack and The opening and closing operation is controlled by the gears 42 of the pinion structure, and the fermentation agent W2 may be supplied to the rotating plate 2 through the supply pipe 38.

The fermentation agent (W2) is a well-known activity in a liquid or solid state that satisfies the purpose of the present invention, in addition to using a medium such as sawdust known to have excellent fermentation promoting action, such as excreta (W), that is, phosphorus (人糞) Medium can be used.

In the above description, the fermentation agent supply unit 36 is manually operated in connection with the driving means 4, but is not limited thereto. For example, although not shown in the drawings, a valve in which opening and closing operations are controlled by an electric supply may be provided to be set to enable automatic control in a manner well known by the valve.

Therefore, when the pedal 14 is pressed, the fermentation agent supply unit 36 supplies a predetermined amount of fermentation agent W2 to the rotating plate 2 side through the supply pipe 38, and the fermentation agent W2 supplied as described above. As shown in Figure 12 by the centrifugal force of the rotating plate (2) with the excrement (W) is to fall to the storage space side of the reservoir (T) to promote the fermentation action of the excrement (W).

In particular, the fermentation agent (W2) and droppings (W) that are dropped every time by the rotary plate 2 as described above is accumulated in contact with the surface layer of the droppings (W) that are already stored and fermented on the storage tank (T) side at a constant pressure. Optimum fermentation environment can be achieved with additional stirring.

In the above description of the preferred embodiment of the dispensing device for the storage of feces storage toilets according to the present invention, the present invention is not limited to this, but the claims and the detailed description of the invention and the scope of the accompanying drawings It is also possible to carry out the modifications, and this also belongs to the scope of the present invention.

As described above, the dispensing device for storing fecal waste in the toilet according to the present invention, by dropping the droppings irregularly to the storage tank side by the centrifugal force of the rotating plate operated by the driving means during the toilet can be stored uniformly so as not limited to a specific position. have.

In addition, since the solvent capable of deodorizing and antimicrobial action from the solvent supply part is supplied to the rotating plate via the toilet side or directly supplied with the droppings, the surface of the toilet or the rotating plate is of course cleaned and the deodorizing and antimicrobial action is possible inside the reservoir. By maintaining the atmosphere can greatly improve the environment inside the toilet.

In addition, the rotating plate is installed between the toilet bowl and the storage tank and is set to cover the storage space side of the storage tank through the toilet bowl in the toilet space, thereby preventing a user from causing visual discomfort or the like.

 In addition, the dispensing device for the storage of feces in the toilet according to the present invention, the fermentation agent supply unit is installed so as to be a storage atmosphere that facilitates the fermentation of fecal feces inside the storage tank through the rotating plate to drop a certain amount of fermentation agent with the feces. As it is stored at the same time, it is possible to greatly improve the recycling efficiency of the feces with a simple structure.

Claims (11)

delete delete delete delete delete delete An excrement distribution device installed between a toilet and a storage tank of the toilet and capable of spreading and storing the feces falling from the toilet side in an atmosphere capable of deodorizing and antibacterial action by the centrifugal force, A rotary plate located between the toilet bowl and the reservoir and receiving the toilet droppings falling from the toilet bowl, the rotary shaft provided on the rotary plate, and the toilet droppings dropped on the rotary plate by rotating the rotary shaft are diffused in the circumferential direction and are in the tank. And a solvent supply unit for supplying a solvent so as to be able to fall, and a storage atmosphere capable of deodorizing and antibacterial action inside the reservoir. The solvent supply unit, the toilet feces storage of the toilet so that the deodorizing and antibacterial action solvent is supplied via the toilet or directly to the rotating plate side is stored while being diffused and dropped to the storage tank side with the feces by the centrifugal force of the rotating plate. Dispenser for An excrement distribution device installed between a toilet and a storage tank of the toilet and capable of spreading and storing the feces falling from the toilet side in an atmosphere capable of deodorizing and antibacterial action by the centrifugal force, A rotary plate located between the toilet bowl and the reservoir and receiving the toilet droppings falling from the toilet bowl, the rotary shaft provided on the rotary plate, and the toilet droppings dropped on the rotary plate by rotating the rotary shaft are diffused in the circumferential direction, so as to be stored in the tank. It includes a drive means to fall and the solvent supply unit for supplying a solvent so that the inside of the reservoir is a storage atmosphere capable of deodorizing and antibacterial action, The solvent is a dispensing device for storage of feces in the toilet in which water or liquid deodorant and antibacterial solvent is used. delete A fecal dispensing device installed between a toilet and a storage tank of the toilet to diffuse and store the feces dropping from the toilet side in an atmosphere capable of promoting fermentation on the storage tank side by centrifugal force, A rotary plate located between the toilet bowl and the reservoir and receiving the toilet droppings falling from the toilet bowl, the rotary shaft provided on the rotary plate, and the toilet droppings dropped on the rotary plate by rotating the rotary shaft are diffused in the circumferential direction and are in the tank. It includes a drive means to fall and a fermentation agent supply unit for supplying a fermentation agent to be a storage atmosphere capable of fermentation action of feces in the reservoir, The fermentation agent supply unit is a dispensing apparatus for storing fecal feces of the toilet so that the fermentation agent for the fermentation action of fecal feces is supplied to the rotating plate side and stored while being diffused and dropped to the reservoir side with the feces by the centrifugal force of the rotating plate. A fecal dispensing device installed between a toilet and a storage tank of the toilet to diffuse and store the feces dropping from the toilet side in an atmosphere capable of promoting fermentation on the storage tank side by centrifugal force, A rotary plate located between the toilet bowl and the reservoir and receiving the toilet droppings falling from the toilet bowl, the rotary shaft provided on the rotary plate, and the toilet droppings dropped on the rotary plate by rotating the rotary shaft are diffused in the circumferential direction and are in the tank. It includes a drive means to fall and a fermentation agent supply unit for supplying a fermentation agent to be a storage atmosphere capable of fermentation action of feces in the reservoir, The fermenting agent is a dispensing device for the storage of fecal waste of the toilet in which the active medium in the liquid or solid state is used.

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