KR200175278Y1 - Apparatus for toilet stool vacuum absorbing type - Google Patents

Abstract

The present invention relates to a vacuum suction toilet device, toilet (100); One end thereof communicates with the manure discharge port 120 of the toilet bowl 100, and the other end thereof extends to the outside of the toilet bowl 100 to move the excrement discharged to the outside of the toilet bowl 100 through the manure discharge port 120. Pipe 200; Opening and closing valve body 300 is installed at the adjacent point of the manure discharge port 120 in the connection pipe 200; A manure storage chamber 400 connected with the other end of the connection pipe 200 to store the excretion discharged from the toilet bowl 100; And a vacuum pump 500 connected to the manure storage chamber 400 to provide a vacuum suction input for making the inside of the manure storage chamber 400 into a vacuum state and providing a vacuum suction input to suck the excrement into the manure storage chamber 400. It is easy to install in the space and has the advantage of being hygienic.

Description

Vacuum suction type toilet seat {apparatus for toilet stool vacuum absorbing type}

The present invention relates to a vacuum suction toilet device, and more particularly, to a relatively simple structure, the installation is simple, can be installed in a narrow space, by using a vacuum suction input instead of water, the vacuum suction toilet device is easily removed It is about.

In general, toilets use flush toilets. The flush toilet uses water to flush out feces from the toilet. These toilets use a significant amount of water, and the feces are collected and treated using a septic tank.

When the septic tank of the toilet is leaked as described above, there is a problem that water pollution occurs when the feces flow into the sea or river.

Due to the problems described above, a dry toilet for treating feces without using water has been developed and used.

Dry toilets are divided into toilets for collecting feces, outlets for discharging wastes collected from toilets, separation crimps for handling feces connected to the outlets, filtration devices for filtering the water discharged from the separation crimps, and separation from the separation crimps. It consists of a storage unit for drying and storing the solid waste.

The dry toilet having the above configuration does not need a septic tank so that excretion is not leaked, so there is no fear of water pollution.

In addition, it takes up a lot of installation space, there is a problem that can not be installed in a limited space, such as a ship.

Accordingly, the present invention has been made to solve the above problems, it is simply installed in a narrow space to reduce the installation cost, the object of providing a vacuum suction type toilet device for simply treating the waste by using a vacuum suction input instead of water. It is done.

1-schematic configuration diagram of a vacuum suction toilet according to the present invention

2-detailed view of the valve body of the vacuum suction toilet according to the present invention

3-showing the inside of the manure storage chamber of the vacuum suction type toilet according to the present invention

<Description of the code | symbol about the principal part of drawing>

100: toilet 110: volume part

120: manure discharge outlet 130: odor discharge duct

140: ventilator 200: connector

300: valve body 310: pedal

311: pedal lever 312: hinge portion

320: elastic spring 330: connecting member

340: sliding valve 341: sliding valve coupling portion

342: packing member 400: manure storage chamber

401: outlet 402: valve for opening and closing

410: pipe 420: flow meter

430: buoyancy valve 500: vacuum pump

The present invention for achieving the above object is a toilet; A connection tube whose one end communicates with the manure discharge port of the toilet and the other end extends outside the toilet to move the manure discharged to the outside of the toilet through the manure discharge port; An opening / closing valve body installed at an adjacent point of the manure discharge port in the connection pipe; A manure storage chamber connected to the other end of the connector to store the manure discharged from the toilet; Vacuum is characterized in that it is easy to install and hygienic, including a vacuum pump connected to the manure storage chamber to make the inside of the manure storage chamber into a vacuum state to provide a vacuum suction input for sucking the manure into the manure storage chamber. It is a technical point to provide a suction toilet bowl.

The toilet may include: an odor discharge duct mounted on the toilet to release the odor in the toilet to the outside; And, it is preferable to further include a fan installed on the odor discharge duct.

The valve body includes a pedal; A pedal lever having one end fixed to the pedal, a central part of which is bent downward, an other end extending upward, and a central part of which is hinged to the hinge part; An elastic spring mounted on the hinge portion to provide an elastic force to the valve body; A connecting member whose one end hinges with the other end of the pedal lever; One side is hinged with the other end of the connecting member, the sliding movement in the horizontal direction by the pressing action of the pedal to open the manure discharge port and the connecting pipe during the upward flow of the connecting member, when the connecting member flows downward It is preferably composed of a sliding valve for closing the manure discharge port and the connection pipe.

Therefore, the present invention has the advantage that the installation cost is simply installed in a narrow space, and the maintenance cost is reduced by simply treating the excrement by using a vacuum suction input instead of water.

Hereinafter, with reference to the drawings showing a vacuum suction toilet according to the present invention configured as described above will be described in detail.

1 is a schematic configuration diagram of a vacuum suction type toilet according to the present invention, Figure 2 is a detailed view of the valve body of the vacuum suction type toilet according to the present invention, Figure 3 is a manure of the vacuum suction type toilet according to the present invention The inside of the storage chamber is shown.

The vacuum suction type toilet device includes a toilet 100 for largely receiving excrement, a connection pipe 200 for discharging the excretion contained in the toilet 100 to the outside, a valve body 300 for opening and closing the toilet 100 and the connection pipe 200. ), Consisting of a manure storage chamber 400 for storing the excrement discharged by the connecting pipe 200, and a vacuum pump 500 for providing a vacuum to the manure storage chamber 400.

First, since the toilet 100 is a toilet of the general form consisting of the volume part 110 for temporarily storing the excrement and the manure discharge port 120 which is disposed on the lower side of the toilet 100 to discharge the excrement to the outside, detailed description thereof will be omitted. do.

In addition, one side of the toilet 100 is provided with an odor discharge duct 130 and a fan 140. Odor discharge duct 130 is in the form of a general pipe, polluted air generated from the excrement is discharged to the outside.

In addition, the fan 140 is installed on the odor discharge duct 130 to discharge the polluted air to the outside. And, by installing the operation sensor of the ventilator 140 to the toilet door to operate when using the toilet, there is no waste of unnecessary power, and keep the internal air clean.

Next, the connection pipe 200 is connected to the manure discharge port 120. The connection pipe 200 has a general pipe shape, one end of which communicates with the manure discharge port 120 of the toilet, and the other end extends to the outside of the toilet 100 to be combined with the manure storage chamber 400. Then, the excreta discharged to the outside of the toilet 100 through the manure discharge port 120.

Next, the valve body 300 for opening and closing the manure discharge port 120 and the connection pipe 200 will be described. The valve body 300 includes a pedal 310, a pedal lever 311, an elastic spring 320, a connecting member 330, and a sliding valve 340.

First, since the pedal 310 has the same shape as the pedal of a general form, detailed description thereof will be omitted.

Next, the pedal lever 311 is fixed to one end of the pedal 310. The central portion is bent downward and the other end is extended upward, the other end is coupled to the connecting member 330 and the hinge. The central portion of the pedal lever 311 is hinged to the hinge portion 312 is formed protruding on the floor.

Then, the connecting member 330 and the hinge coupling portion at the other end of the pedal lever 311 is formed in the long hole to facilitate the movement of the sliding valve 340 linked with the pedal lever 311.

In addition, the elastic spring 320 is mounted to the hinge portion 312. Elastic spring 320 is a spring in the form of a coil, one end is fixed to the pedal lever 311, the other end is fixed to the hinge portion 312 to provide an elastic force to the valve body (300).

In addition, the connecting member 330 is hinged at one end thereof with the other end of the pedal lever 311 and the other end is hinged at one end of the sliding valve 340 to be lowered by a pressing operation of the pedal 310. It moves in conjunction with the pedal 310 to move the sliding valve 340.

The sliding valve 340 hinged to the connecting member 330 is cylindrical in shape, the hinge is formed at one end is coupled to the connecting member 330, the other end is formed somewhat smaller than the cylindrical of the body to facilitate the sliding flow do.

In addition, the sliding valve 340 opens the manure discharge port 120 and the connection pipe 200 by the connecting member 330 interlocked when moved downward by the pressing operation of the pedal 311, the hinge portion ( When the pedal 311 moved downward by the elastic force of the elastic spring 320 installed in the 312 is moved upward, the sliding valve 340 by the connecting member 330 in conjunction with the pedal 311 is the manure discharge port. Close the 120 and the connection pipe 200.

In addition, the sliding valve coupling portion 341 of the manure discharge port 120 is formed to be inclined downward to facilitate the flow of the sliding valve 340. Then, the packing member 342 is coupled to the side surface of the manure discharge port 120 to which the sliding valve 340 is coupled to prevent the excretion from leaking out of the toilet bowl 100.

Next, the manure storage chamber 400 is coupled to the connection pipe 200. The manure storage chamber 400 uses a material having high strength that can maintain a degree of vacuum and manure, and thus has corrosion resistance and corrosion resistance. Manure storage chamber 400 has a cylindrical shape, the connection pipe is coupled to the upper side, and stores the excrement discharged through the connection pipe 200 therein.

Then, a pipe 410 connected to the vacuum pump 500 is coupled to another side of the upper portion of the manure storage chamber 400.

In addition, a flow meter 420 is installed on one side of the manure storage chamber 400 to visually check the storage amount of excrement. And, the lower side of the manure storage chamber 400 is provided with a discharge port 401 for storing the excreted discharge to the outside, the opening and closing valve 402 is formed in the discharge port 401.

On the other hand, the buoyancy valve 430 is provided inside the manure storage chamber 400 is coupled to the pipe 410. The buoyancy valve 430 is located below the pipe 410, and when the excrement reaches the full water level in the manure storage chamber 400, the pipe 410 connected to the vacuum pump 500 is excreted in the vacuum pump 500. It is prevented from being absorbed to prevent failure of the vacuum pump 500.

Next, a vacuum pump 500 for providing a vacuum of the manure storage chamber 400 will be described. By operating the vacuum pump 500 maintains the vacuum in the manure storage chamber (400). Then, when the excrement is temporarily stored in the toilet 100, the manure discharge port 120 and the connection pipe 200 is opened by the operation of the valve body 300, the manure storage is vacuumed by the operation of the vacuum pump 500 Excretion in the chamber 400 is sucked into the manure storage chamber 400 at one time.

It describes the operation and effect of the vacuum suction toilet device of the present invention having the above configuration.

First, when the user opens the door of the toilet in which the vacuum suction type toilet is installed, the ventilator 140 is operated, and after the feces are temporarily stored in the volume part 110, the sitting position or standing foot pedal 311. When stepped on, the sliding valve 340 opens the manure discharge port 120 and the connection pipe 200, the excrement is moved to the manure storage chamber 400 by the vacuum in the manure storage chamber 400 is stored. When the pedal 311 is stepped on, the pedal 311 is returned to its original position by the elastic force of the elastic spring 320 installed at the fixed rotational end 312 of the pedal unit 310, and the sliding valve is interlocked with the pedal 311. 340 closes the manure discharge port 120 and the connection pipe (200).

At this time, the excrement is moved to the manure storage chamber 400 because the interior of the manure storage chamber 400 is maintained in a vacuum by the operation of the vacuum pump 500 installed on the manure storage chamber 400.

Since the vacuum suction type toilet device as described above is easy to install and can be installed in a narrow space, the installation cost can be reduced at the time of installation, and the maintenance cost is low because the suction is stored in a vacuum without using water.

In addition, it exhibits high utilization in ships with limited space. In particular, by installing a plurality of toilets connected to a single manure storage chamber that maintains a vacuum in passenger ships, cruise ships with many users, it is possible to increase space utilization, and further reduce installation costs.

As described above, according to the vacuum suction toilet device according to the present invention, it is simply installed in a narrow space to reduce the installation cost, there is an advantage that the maintenance cost is reduced by using a vacuum suction input instead of water.

Claims (3)

In the vacuum suction toilet device, Toilet bowl 100; One end thereof communicates with the manure discharge port 120 of the toilet bowl 100, and the other end thereof extends to the outside of the toilet bowl 100 to discharge the waste discharged to the outside of the toilet bowl 100 through the manure discharge port 120. Moving connector 200; An opening / closing valve body 300 installed at an adjacent point of the manure discharge port 120 in the connection pipe 200; A manure storage chamber 400 connected to the other end of the connection pipe 200 to store the excretion discharged from the toilet bowl 100; And A vacuum pump 500 connected to the manure storage chamber 400 to provide a vacuum suction input to make the inside of the manure storage chamber 400 into a vacuum state so as to suck the feces into the manure storage chamber 400. Vacuum suction type toilet device comprising a. According to claim 1, wherein the toilet 100, Odor discharge duct 130 mounted on the toilet 100 for releasing the smell in the toilet 100 to the outside; And Vacuum suction type toilet device further comprises a ventilator 140 is installed on the odor discharge duct 130. The method of claim 1, wherein the valve body 300, A pedal 310; A pedal lever 311 having one end fixed to the pedal 310, a central part of which is bent downward, an other end extending upward, and a central part of which is hinged to the hinge part 312; An elastic spring 320 mounted to the hinge part 312 to provide an elastic force to the valve body 300; A connecting member 330 having one end hinged to the other end of the pedal lever 311; One side thereof is hinged to the other end of the connecting member 330, the sliding movement in the horizontal direction by the pressing operation of the pedal 310 by the upward movement of the connecting member 330 the manure discharge port 120 And a sliding valve 340 which opens the connection pipe 200 and closes the manure discharge port 120 and the connection pipe 200 when the connecting member 330 flows downward. Vacuum suction type toilet device.