CN201778377U - Toilet bowl with floater and hose - Google Patents

Abstract

The utility model relates to a water-saving toilet which utilizes a float to press down to discharge water and a hose to discharge sewage in interlocking manner. It uses the overflow water generated by the downward pressure of the float in the water tank to flush the toilet. The amount of flushing water required depends on the depth of pressing the float with your fingers; when the float is pressed down, the linkage sleeve of the float will turn The rubber corrugated hose connected to the rear end of the toilet bowl sewage outlet is laid down, so that the feces at the bottom of the toilet bowl can be drained along the pipe; The rubber corrugated hose is automatically lifted, and the overflow water flowing out of the water tank just becomes the new liquid seal water. This liquid seal water is the actual water consumption for each flushing. Flexible special rubber corrugated hose is durable and easy to replace. Clean water is no longer mixed with manure and discharged, the amount of water released can be controlled by oneself, and there is no hidden worry about valve leakage.

Description

Float, hose toilet

Technical field

The invention relates to a water-saving toilet, in particular to a water-saving toilet which uses a float to press down and control the water, and is supplemented by a hose for interlocking sewage discharge.

Background technique

The flushing water of existing various toilets is all controlled by the opening and closing of the valve cover in the water tank. Regardless of the quality and quantity of urine or urine, the amount of water released each time the large and small water buttons are pressed is a fixed value, and with the plastic valve cover and valve seat being deformed by force over time, the toilet tank that has been troubled for a long time The problem of water leakage is difficult to cure.

Regardless of the siphon toilet or the flush toilet, in order to prevent the sewer from returning to smell, a trap is installed in the sewage pipe. While the trap uses liquid-sealed water to block the smell of the sewer, it also sets a "threshold" for flushing with clean water, so that there must be enough water for each flush to flush the feces through the slope of the trap, which is The main reason for the large water consumption of the existing toilet.

Contents of the invention

In order to overcome the disadvantage of large water consumption of the existing toilet, the present invention provides a toilet water-saving scheme that utilizes the float to press down to cause overflow to control water for flushing the toilet, and is supplemented with a rubber corrugated hose for interlocking sewage discharge. The toilet can not only control the amount of flushing water at will, but also can make the feces at the bottom of the basin drain out before the clean water for flushing reaches the bottom of the toilet basin.

The technical solution adopted by the present invention to solve the technical problem is: a horizontal overflow plate with a height approximately reaching the center line of the water tank is set about 3 centimeters away from the rear wall of the one-piece water tank of the toilet, and the overflow plate laterally divides the water tank into There are two parts, the wider water storage tank on the front side and the narrower overflow tank on the rear side. There is a clear water outlet at the bottom of the overflow tank to communicate with the annular clear water dark pipe on the upper edge of the toilet bowl. A water control float with a volume of about 1.5 liters floats on the water surface of the water storage tank. The bottom of the water control float passes through the bottom plate of the water tank through a section of coaxial interlocking sleeve and is connected to the end nozzle of a rubber corrugated hose. The other end of the rubber corrugated hose is sleeved on the outer end of the sewage discharge pipe opening at the bottom of the toilet bowl. One end of the water storage tank is also equipped with a float water inlet valve that is common in ordinary water tanks. The lower inlet of the float water inlet valve is connected to the tap water pipe, and the float arm of the float water inlet valve to sense the liquid level is placed on the water surface of the water storage tank. On the floating water control float. When flushing the toilet with water, you only need to press the float casing on the water control float with a height of about ten centimeters with one finger, and the water control float will be pressed into the water in the water storage tank immediately, and the overflow water discharged from the water storage tank will immediately pass through the overflow plate and pass through the overflow. The clear water port at the bottom of the launder and the annular clear water hidden pipe are injected into the toilet bowl. When the water control float is pressed down, the coaxial interlocking sleeve under the water control float simultaneously presses down the nozzle of the rubber corrugated hose connected to its lower end, and the rubber corrugated hose changes from the upward pulling shape of the nozzle It is a downward dumping shape, and the excrement water at the bottom of the toilet bowl flows out along the pipe immediately and flows into the sewer through the sewage discharge inclined pipe at the bottom of the toilet bowl. With the removal of the button finger, the water control float gradually rises during the automatic water replenishment process of the float water inlet valve, and the buoyancy of the water control float pulls the nozzle of the rubber corrugated hose back to the initial state through the coaxial linkage sleeve. upward position until the overflow clear water forms a new liquid seal water at the bottom of the toilet bowl. When the water control float rises to the point that the water storage tank is nearly full, the float arm of the float water inlet valve automatically closes the water intake, and a toilet flushing process is completed.

The beneficial effect of the invention is that, as the water control float and the rubber corrugated hose are pressed down synchronously, the excrement water at the bottom of the toilet bowl is immediately drained away by itself without mixing with the flushing water. With the rapid rise of the rubber corrugated hose, the wash basin water that flows out later forms a new liquid seal water at the bottom of the toilet bowl. This liquid seal water is the actual water consumption for flushing the toilet. According to the difference in quality and quantity of urine and urine, the depression depth of the water control float can also be different, and its water discharge can be artificially controlled. Because the common water control valve has been eliminated, the common problem of water leakage from the water tank of the water closet can no longer be arranged.

Description of drawings

The present invention will be further described below in conjunction with the accompanying drawings and embodiments.

Figure 1 is a top view of the present invention.

Fig. 2 is a cross-sectional view along line A-A of Fig. 1 .

Fig. 3 is a sectional view of another embodiment of Fig. 1 .

In the figure 1, overflow plate; 2, water storage tank; 3, overflow tank; 4, clear water outlet; 5, clear water dark pipe; 6, float inlet valve; 7, float arm; Sleeve; 10. Press cover; 11. Interlocking casing; 12. Water-proof casing; 13. Sewage hose; 14. Sloping sewage pipe.

Detailed ways

In Figure 1, an overflow plate (1) with a height of about half the depth of the water tank is horizontally placed about 3 cm away from the rear wall of the toilet water tank, and the overflow plate (1) divides the water tank of the toilet horizontally into a water storage tank on the front side (2) and the overflow tank (3) on the rear side are two parts. A clear water outlet (4) is provided at the bottom of the overflow tank (3) to communicate with the annular clear water dark pipe (5) on the upper edge of the toilet bowl. One side of water storage tank (2) is equipped with common float water inlet valve (6), and the lower inlet end of float water inlet valve (6) is connected with running water pipe, and the float arm (7) of float water inlet valve (6) just Ride on the water control float (8). The center of the water control float (8) passes through a float and wears a pipe (9), and this float wears a pipe (9) and is higher than the about ten centimeters of the water control float (8). The top of the float pipe (9) is fixed with a press cover (10), and a set of interlocking sleeves (11) in the float pipe (9) are also fixed below the press cover (10). The interlocking sleeve (11) directly passes through the water barrier sleeve (12) in the water storage tank (2) and is connected to the upper edge of the end of the sewage hose (13). Sewage hose (13) is a section of rubber corrugated hose with good flexibility, and its inlet end is sleeved on the rear outlet end of the sewage outlet pipe mouth at the bottom of the toilet bowl. When flushing the toilet, as long as the pressing plate (10) is pressed down with one finger, the float piercing pipe (9) set on the outside of the water-separating sleeve (12) will be linked to press the water control float (8) into the water storage tank (2) In the water, the clear water in the water storage tank (2) immediately overflows over the overflow plate (1), and injects in the toilet bowl through the clear water outlet (4) and the clear water dark pipe (5) at the bottom of the overflow tank (3). As the water control float (8) is pressed into the water, the interlocking sleeve (11) coaxially sleeved with the float pipe (9) is also pressed down synchronously, causing the end of the interlocking sleeve (11) to Sewage hose (13) is turned into downward toppling state by the upward shape of initial mouth of pipe, and now the excrement in the water closet pan is discharged along the pipe and flows into the sewer through the inclined sewage discharge pipe (14). The active section of the sewage hose (13) and the inclined sewage pipe (14) are in the same closed space. When the water control float (8) is pressed down, the float arm (7) that hangs down with the liquid level opens the float water inlet valve (6), and as the liquid level in the water storage tank (2) rises, The water control float (8) floating on the water surface gradually lifts the sewage hose (13) through the interlocking sleeve (11). Until the liquid level in the water storage tank (2) reaches the height of the set overflow plate (1), the nozzle of the sewage hose (13) is also lifted to the initial height position. The overflow clear water that flows in later forms new liquid sealing water at the bottom of the toilet bowl, and this liquid sealing water is the actual water consumption for each flushing of the toilet.

In another embodiment shown in Fig. 3, the bent end of the extended sewage hose (13) is docked with the sewage outlet of the toilet. When the flexible sewage hose (13) is lifted by the controlled water float (8), the sewage hose (13) is shaped like a siphon elbow of a siphon toilet. When the water control float (8) was pressed down, the sewage elbow (13) was then stacked and dropped below the horizontal position, and the excrement at the bottom of the toilet bowl promptly discharged along the pipe. Because the feces now flow in the closed blowdown hose (13) completely, so the active area of the blowdown hose (13) can no longer be closed to facilitate the maintenance and replacement of the blowdown hose (13).

Claims (3)

1. water-saving toilet pan that utilizes float to press down draining, the blowdown of flexible pipe interlock is characterized in that in the water tank of this water closet a horizontal overflow plate being arranged, on the bypass channel water surface adrift one can depress the control water float that produces overflow water.

2. the described water closet of claim 1 is characterized in that the basin bottom blowdown mouth rear end of this water closet is socketed with one section pliable and tough rubber corrugated flexible hose.

3. the described water closet of claim 1, it is characterized in that being connected with an interlock sleeve pipe between the rubber corrugated flexible hose of control water float and the socket of sewage draining exit rear end in the water tank, this interlock sleeve pipe can make the control water float on it and the rubber corrugated flexible hose of its lower end realize synchronous interlock.

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