CN216075402U - Normally-closed intestinal tract-simulated bag-type sliding toilet bowl - Google Patents

Abstract

The utility model provides an imitative intestinal bag nature landing closestool of normal close, includes the interior circular disk chamber of closestool body base and closestool, its characterized in that: the closestool is characterized in that the closestool body base is in a hollow cylinder appearance, a circular closestool inner disc cavity is arranged at the top of the closestool body base, a circular rotational flow water channel surrounding the closestool inner disc cavity in a circle is arranged at the upper part of the inner disc cavity, a water falling port is arranged at the center of the bottom of the closestool inner disc cavity, an anti-falling hook protruding outwards and upwards is arranged on the outer side of the end point of the water falling port, and a normally closed intestinal simulating bag with an upward opening is arranged on the anti-falling hook.

Description

Normally-closed intestinal tract-simulated bag-type sliding toilet bowl

Technical Field

The utility model relates to the field of toilet utensils, in particular to a toilet bowl, which comprises the following components in part by weight: a normally closed intestinal tract bag-like sliding toilet.

Background

The existing closestool has the following defects:

at present, because the volume of a water tank and a siphon is overlarge due to the overlarge flushing sound of the siphon, the existing toilet is disturbed by the overlarge flushing sound of the siphon, and compared with the situation of modern rapid development, the existing toilet cannot enter the modern living space with the gold inch, the water consumption is high, and the national water efficiency standard requirements cannot be met, the situation that about 100 billions of cubic meters of tap water are used for flushing toilets and toilets in 2004 shows that about every year in China is completely and completely utilized, water resource waves are completely surprised, the number of toilet structures is not changed and increased nowadays after more than ten years, the water resource waste condition is more completely and completely surprised, the great invention of the siphon toilet breaks the ecological balance, water resources which human beings rely on for survival are wasted, water is required to be saved in the national sanfansiwu ream requirements, however, the water consumption of the toilet is not reduced as long as the water tank is provided, and the water consumption of the toilet accounts for 60 to 70 percent of domestic water. At present, the water consumption of toilets with water consumption lower than 5 liters is not available, more than 4 liters of water is needed for pushing a siphon to generate a siphon effect, water is supplemented to a trap at the bottom of the toilet to prevent odor after the siphon working condition is finished, toilets of different brands need more than 3 to 4 liters, and the actual water consumption is more than 6. The existing closestool is easy to block and splash water, the toilet is very high in secondary flush rate by seeing a brush, a rubber bowl, an air pump, a paper basket and the like arranged on the closestool, and the splashing of the existing closestool water is a pain point which is averted by people, so that the hidden dangers of cross infection and hidden health exist. Therefore, the development of a water-saving, small-noise, small-volume and non-splashing toilet is urgent.

Disclosure of Invention

In order to solve the technical problems, the technical scheme provided by the utility model is as follows: a normally-closed intestinal tract simulated sac type sliding toilet comprises a toilet body base, a toilet inner circular disc cavity and a normally-closed intestinal tract simulated sac, wherein the toilet body base is of a hollow cylindrical appearance; the top of the inner disc cavity is provided with a circular inner disc cavity, the upper part of the inner disc cavity is provided with a circular rotational flow water channel surrounding the inner disc cavity in a circular shape, the outer side of the circular rotational flow water channel is provided with a ring barrel water channel, the front end of the ring barrel water channel is communicated with a water supply channel, the two sides of the tail end of the ring barrel water channel are communicated with a jet flow nozzle, the bottom of the inner disc cavity of the closestool is provided with a excrement falling port, and the outer side of the end point of the excrement falling port is provided with an anti-drop hook outside the excrement falling port; the outer part of the excrement falling port is connected with an upper port of a normally closed intestinal imitation sac, the normally closed intestinal imitation sac is a hollow cavity intestinal flexible sac structure, an upper port part is provided with a ring port rib, and the lower part of the ring port rib is connected with an arc-shaped inclined plane section of the normally closed intestinal imitation sac; the normally closed intestinal tract simulating sac arc-shaped inclined plane section is folded downwards from the rib part of the annular opening to the central point to form a normally closed intestinal tract simulating sac folding opening; the normally closed intestinal tract imitating sac folding port is in a normally closed arc-shaped fitting state, and the normally closed intestinal tract imitating sac folding port is a normally closed intestinal tract imitating sac main body section downwards; the intestinal bag main part section is imitated to the normal close downwards for the intestinal bag normal close slip-out of imitative, the intestinal bag slip-out near-end outside is imitated to the normal close is provided with a plurality of levels to return rib, the intestinal bag outside is imitated to the normal close is provided with the tubulose telescope tube.

Preferably, the normally-closed intestinal tract simulating bag and the tubular telescopic sleeve are made of latex or polyurethane or high-temperature vulcanized silica gel or composite nitrile rubber or graphene composite materials.

Preferably, the base of the toilet body and the inner circular disc cavity of the toilet are mechanically connected after being formed or split by adopting ceramic, plastic, metal or stone materials.

Preferably, a horizontal return rib is arranged at the near end of the normally closed sliding outlet of the normally closed intestinal tract simulating sac.

Preferably, a plurality of air holes are formed in the middle lower section of the normally closed intestinal tract simulating sac main body section.

Compared with the reality, the utility model has the following beneficial effects:

firstly, the normally closed intestinal tract simulated sac type sliding type discharge replaces the discharge mode of a water tank and a siphon of the existing closestool, the normally closed intestinal tract simulated sac type discharge is flexible, sac-like and closed, excrement and urine slide in a soft sac quietly and quietly, when people defecate, the excrement and urine slide into the normally closed intestinal tract simulated sac through a water outlet, due to the fact that the normally closed intestinal tract simulated sac has good opening and closing performance, the excrement slides into a normally closed intestinal tract simulated sac folding opening and closing opening and is rapidly closed, then slides downwards under the buffer of the sac wall in a wrapping mode, the odor is prevented from being emitted at the first time, noise is avoided while a large amount of water is used for flushing the siphon to consume water, the hidden danger that a water trap at the bottom of the closestool is supplemented with a large amount of water and water is buried while water is consumed is avoided, and odor is saved through the optimized setting, so that odor is prevented, water is saved, The noise is reduced, and the space is saved; the effect is obvious.

Secondly, according to the hydrodynamics principle, the inner disc cavity of the closestool is arranged to be in a perfect circle shape, the jet nozzle is arranged in the annular rotational flow water channel at the upper part of the inner disc cavity of the closestool, the water jet column sprayed by the jet nozzle runs along the edge of the smooth perfect circle annular rotational flow water channel, the structural advantage of the arc shape is fully utilized, the impulsive force, the penetrating force and the centrifugal force of tap water are utilized to the maximum extent to generate strong rotational flow, the inner disc cavity of the closestool is rotationally washed without dead angles, and the phenomenon that the complex and irregular inner structure of the closestool generates impact underwater sound and consumes kinetic energy during flushing is avoided.

Thirdly, the normally closed intestinal simulated bag is adopted to discharge excrement, and the excrement is almost noiseless when the excrement falls into a trap in a buffering and sealing sliding mode in the normally closed intestinal simulated bag because the normally closed intestinal simulated bag vertically falls into the trap or the trap laid below the building, so that the noise is further reduced.

Fourthly, the normally closed intestinal tract simulating bag is adopted to directly discharge excrement and urine, and the inner disc cavity of the closestool is provided with a steep slope large enough to facilitate the excrement and urine more easily and quickly; slide in real time and fall in the just mouth of a urine and slide in the imitative intestinal bag of normal close, only a small amount of shit glue at the closestool inner disc chamber surface, only need with 1.5L running water alright wash clean with inner disc chamber surface, if handheld gondola water faucet only need last 3 to 5 seconds can accomplish and wash, the water use is still less when using to the shit of coarse fibre, coarse grain class food.

Fifth, the normally-closed intestinal-simulated sac is made of latex or polyurethane or high-temperature vulcanized silica gel or composite Nitrile Butadiene Rubber (NBR) or graphene composite materials, is excellent in weather resistance, flexibility and oxidation resistance, convenient to implement, low in manufacturing cost and high in benefit, and accords with energy-saving and environment-friendly strategic decisions advocated by the state.

Sixth, the utility model does not use siphon and water tank, has saved a large amount of spaces, can design more modern and more according with the people in China, more humanization small and exquisite nightstool, play a role in saving space and beautifying the environment.

Seventh, the closestool body base is arranged to be in a right cylinder shape, the inner circular disc cavity of the closestool is arranged to be in a right circular shape, production and processing of a mechanical production line are facilitated, precision and quality are improved, manufacturing cost is reduced, the effects of reducing manufacturing cost of the closestool, saving space and beautifying space are achieved, and the closestool base has profound significance in scarcity and gold, and advocating energy conservation and environmental protection.

Eighth, the normally closed intestinal simulation bag is of a normally closed and attached long strip structure, the upper part is opened, the middle part and the lower part are closed, the partial part is opened, most parts are closed, the deodorization effect is better than that of a siphon, when water rushes into the trap to push a water body of the trap to enter an inlet of the siphon to generate a siphon effect, water and excrement are discharged into the lower space of the sewage discharge pipe through a siphon pipe opening in short time, so that the pressure of the lower space is suddenly increased, the methane density in the deep part of the sewage discharge pipe is increased, and because the siphon pipe opening is smaller than the sewage discharge pipe opening, odor in the deep part of the sewage discharge pipe can be strung upwards.

Ninth, the opening of the barrel cover is set based on human engineering, and the opening is as small as possible under the condition of meeting the functional action of defecation and urination, so that the area of the part which is not opened is ensured to be as large as possible, the humanized setting and the use comfort are enhanced, and the phenomena that the contact area of a human body is too small, and the local compression seriously causes ache, numbness and discomfort and the like are avoided.

In summary, the utility model gets rid of the traditional constraint, and a series of optimized settings are innovatively adopted, so that the aspects of the volume, the appearance shape, the function, the noise, the energy conservation, the environmental protection and the like of the closestool are qualitatively changed, although the water used in the utility model is less, the people do not worry about the phenomenon that the fluid can not bring the excrement, the excrement amount of normal adults is about 200g to 260g, when the excrement is detained at the water storage bend, each adult has about 1200ml to 2000 ml/day of urine, and the added urine for flushing has about 4000ml to 5000ml of liquid, so that the excrement detained at the water storage bend can be softened, diluted and slowly flowed away.

Drawings

The utility model is described in further detail below with reference to the drawings and the detailed description;

in the drawings:

FIG. 1 is a schematic diagram of the present invention.

FIG. 2 is a schematic view of the cross-section 1-1 of the present invention.

FIG. 3 is a cross-sectional view of the present invention 2-2.

Figure 4 is a cross-sectional view of the utility model 3-3.

Figure 5 is a top view of the toilet of the present invention.

Fig. 6 is a top view of the toilet lid of the present invention.

Fig. 7 is a schematic plan view of the water flow of the present invention.

Figure 8 is a top view of a normally closed simulated intestinal sac according to the present invention.

Fig. 9 is an elevational view of the normally closed simulated intestinal bladder of the present invention.

Figure 10 is a side view of a normally closed bowel mimicking balloon of the present invention.

Figure 11 is a cross-sectional view of a normally closed simulated intestinal bladder a-a of the present invention.

Fig. 12 is an elevational view of the tubular telescoping sleeve of the present invention.

Wherein: the toilet comprises a toilet body base 1, a toilet inner circular disc cavity 2, a normally closed intestinal tract simulating sac upper opening 3, a normally closed intestinal tract simulating sac arc-shaped inclined plane section 4, a normally closed intestinal tract simulating sac closing opening 5, a normally closed intestinal tract simulating sac main body section 6, a normally closed intestinal tract simulating sac returning rib 7, a normally closed intestinal tract simulating sac main body air hole 7c, a normally closed intestinal tract simulating sac sliding outlet 8, a tubular telescopic sleeve 9, a sewage discharge pipe 10, a water supply channel 11, a jet opening 12a, a jet opening 13b, a toilet seat 14, a toilet inner circular disc cavity excrement falling opening 15, an annular rotational flow water channel 16, an excrement falling opening external anti-falling hook 17, a toilet cover 18, an annular toilet bowl water channel 19, an elastic piece 20, a toilet seat excrement opening 21, a toilet seat excrement small opening 22, a normally closed intestinal tract simulating sac 23, a normally closed intestinal tract simulating sac upper opening rib 24 tap water non-return device 25, an access hole 26 and an access hole cover 27.

Detailed Description

The present invention will now be described in further detail with reference to the accompanying drawings.

Referring to fig. 1 to 12, a normally closed intestinal tract imitation sac sliding down toilet comprises a toilet body base 1 and a toilet inner circular disc cavity 2, wherein an upper opening of the normally closed intestinal tract imitation sac 3 is sleeved on an anti-drop hook 17 outside a toilet inner circular disc cavity excrement falling opening 15 excrement falling opening, a tubular expansion sleeve 9 is sleeved outside a normally closed intestinal tract imitation sac 23, the tubular expansion sleeve 9 is integrally moved upwards to enable an upper opening of the tubular expansion sleeve 9 to be sleeved on a rib 24 of an upper opening part of the normally closed intestinal tract imitation sac, an upper opening part of the tubular expansion sleeve 9 is fastened by an elastic piece 20, a normally closed intestinal tract imitation sac sliding opening 8 is inserted into a drain pipe to extend towards a lower water storage bend, the normally closed intestinal tract imitation sac is naturally and vertically suspended in the drain pipe 10, a lower opening of the tubular expansion sleeve 9 is sleeved outside an opening part of a lower drain pipe 10, the elastic piece 20 is fastened, so that the air at the lower part of the drain pipe 10 is cut off to block bottom, thereby ensuring that the odor cannot flow upwards, and enter a running water supply channel 11 through a non-return device, enters the annular barrel water channel 19 and is sprayed into the annular rotational flow water channel 16 from the jet opening 12a and the jet opening 13b to generate a rotational flow water curtain to rotationally flush residual excrement in a bowl cavity of the toilet under the action of gravity, descends to the water falling opening 15 to generate a vortex, enters the normally closed intestinal tract simulated sac closing opening 5, normally closes the intestinal tract simulated sac arc-shaped inclined plane section 4, enters the normally closed intestinal tract simulated sac body section 6, is discharged into the sewage discharge pipe 10 from the normally closed intestinal tract simulated sac sliding-out opening 8, discharges air carried in the normally closed intestinal tract simulated sac discharging process from the normally closed intestinal tract sac body air hole 7c to ensure the closeness and the sealing performance of the normally closed intestinal tract simulated sac, blocks the air in the sewage discharge pipe 10 from flowing up, a return rib is arranged at the end close to the normally closed intestinal tract simulated sac sliding-out opening 8 to enhance the quick return and close to close the intestinal tract simulated sac sliding-out opening, an overhaul hole 27 is arranged in an overhaul hole 26, a toilet lid ring 14 is connected with the toilet lid base 1, the opening of the toilet seat 14 is divided into a toilet seat excrement opening 21 and a toilet seat urine opening 22, the excrement opening is slightly larger in circle, the urine opening is slightly smaller in length, and the opening is as small as possible under the condition of meeting the functional action of excrement and urine, so that the area of the part which is not opened is ensured to be as large as possible, humanized setting and use comfort are enhanced, and the problems that the contact area of a human body is too small, and pain, numbness and discomfort are caused by serious local compression are avoided.

The embodiments described above are merely preferred examples of the present invention, rather than an exhaustive list of the possible implementations of the utility model, and any obvious modifications thereof, which would occur to those skilled in the art without departing from the principles and spirit of the utility model, should be considered to be within the scope of the claims appended hereto.

Claims (8)

1. The utility model provides an imitative intestinal bag nature landing closestool of normal close, includes the imitative intestinal bag of circle chamber in closestool body base, the closestool and normal close, its characterized in that: the pedestal of the closestool body is in the appearance of a hollow cylinder; the top of the closestool is provided with a circular closestool inner disc cavity, the upper part of the closestool inner disc cavity is provided with a circular ring-shaped rotational flow water channel surrounding the closestool inner disc cavity for one circle, the bottom of the closestool inner disc cavity is provided with a excrement falling port, and the outer side of the end point of the excrement falling port is provided with an imitated unhooking outside the excrement falling port; the outside of the excrement falling port is connected with an upper port of a normally closed intestinal tract imitating sac in a simulated unhooking manner, the normally closed intestinal tract imitating sac is a hollow cavity intestinal flexible sac structure body, an upper port part is provided with a ring port rib, and a normally closed intestinal tract imitating sac arc-shaped inclined plane section is arranged below the ring port rib; the arc-shaped inclined plane section is folded downwards from the annular opening rib part to the central point to form a normally closed intestinal tract simulating sac folding opening; the folding opening is in a normally closed arc-shaped fitting shape, and the normally closed intestinal tract simulated sac folding opening is a normally closed intestinal tract simulated sac main body section downwards; the normally closed intestinal tract simulating sac body section is a normally closed intestinal tract simulating sac normally closed sliding outlet downwards.

2. The normally closed enteric-coated bladder-type sloughing toilet of claim 1, wherein: the middle lower part of the normally closed intestinal tract simulating bag main body section is provided with a plurality of air holes.

3. The normally closed enteric-coated bladder-type sloughing toilet of claim 1, wherein: and a plurality of horizontal return ribs are arranged outside the near end of the normally closed intestinal tract simulating sac sliding-out opening.

4. The normally closed enteric-coated bladder-type sloughing toilet of claim 1, wherein: the normally-closed intestinal tract simulating bag is made of latex or polyurethane or high-temperature vulcanized silica gel or composite nitrile rubber or graphene composite materials.

5. The normally closed enteric-coated bladder-type sloughing toilet of claim 1, wherein: the normally closed intestinal tract simulating bag is externally provided with a tubular telescopic sleeve which can be longitudinally creased, folded and telescopically arranged.

6. The normally closed enteric-coated bladder-type sloughing toilet of claim 1, wherein: the closestool body base and the inner circular disc cavity of the closestool are made of ceramics, plastics, metals or stones.

7. The normally closed enteric-coated bladder-type sloughing toilet of claim 1, wherein: the annular rotational flow water channel is provided with a jet flow nozzle.

8. The normally closed, simulated enteric bladder glide toilet of claim 5 wherein: the tubular telescopic sleeve is made of latex or polyurethane or high-temperature vulcanized silica gel or composite nitrile rubber or graphene composite materials.

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