TH47646B - Water supply tank that can set the amount and time of the water supply - Google Patents

Abstract

DC60 (27/08/15) water supply tank according to this invention. There is an important point of work in the water supply to the tank. By using a valve to determine the water flow into the tank at the desired rate. By comparing the proportion from the measuring cylinder And the use of a shaft to adjust the amount of water Must know the change in water content and relate to the axis alignment. Adjust the amount of water Using a floating insulator and siphon arm Making the tank able to supply water according to the volume And set time A continuous cycle For the bottom of the tank is a technique that makes water Can flow out of the tank Edit summary of invention 27/8/2015 (19/08/15) Water supply tank according to this invention. There is an important point of work in the water supply to the tank. By using a valve to determine the water flow into the tank at the desired rate. By comparing the proportion from the measuring cylinder And the use of a shaft to adjust the amount of water Must know the change in water content and relate to the axis alignment. Adjust the amount of water Using a floating insulator and siphon arm Making the tank able to supply water according to the volume And set time A continuous cycle For the bottom of the tank is a technique that makes water Can flow out of the tank -------------------------------------------------- --------- Water supply tank according to this invention There is an important point of work in the water supply to the tank. By using a valve to determine the water flow into the tank at the desired rate. By comparing the proportion from the measuring cylinder And the use of a shaft to adjust the amount of water Must know the change in water content and relate to the axis alignment Adjust the amount of water Using a floating insulator and siphon arm Making the tank able to supply water according to the volume And set time A continuous cycle For the bottom of the tank is a technique that makes water Can flow out of the tank

Claims (3)

Disclaimer (all), which will not appear on the advertisement page: Amendment 27/8/2015 (19/08/15) 1. A water tank with a specified quantity and time of the water supply, consisting of a water dispenser (1 ) There is a unique The bottom of the tank looks It is a deep insulator-like hole (2) in the middle of the tank with a control channel (8) is a long double axis, both ends are firmly fixed at the bottom of the tank and the tank's lid in an upright manner. Where both axes are spaced from each other Just slightly more than the siphon arm (4) To make the siphon arm (4) move up and down vertically The top of the water supply tank cover (1) is installed the water intake adjustment lever (7) aligned with the up and down line of the siphon arm (4) to set the supply volume. Water to be paid, that is If the siphon arm (4) is raised to a height The amount of water supplied is higher if the siphon arm (4) is raised a little. The amount of water dispensed will be less. Adjusting the level of the water adjusting rod (7) when the desired level has been It will hold in place by using screws to tighten another area at the bottom of the water supply tank (1). Rim the tank will install a flexible hose bracket (6) serves to hold the flexible pipe (5) in a horizontal pipe. This soft (5) is firmly attached to the siphon arm (4) and the water supply hose (9) on each side and aligned. 2. A water supply tank with a fixed quantity and dispensing time according to claim 1. Supplementary. A floating insulator (3) is attached to the other end. The siphon arm (4) is the starting point to allow water to flow out of the water supply tank (1) when the water level rises. Will make the insulator float (3) float up and keep Until the siphon arm (4) collides with the water adjustment axis (7) causes the float insulator (3) to stand still, but the water level continues to rise until it floods the float cup (3) and flows into the float (3) until Full As soon as the water is full of floating insulators (3) water will be able to flow Into the siphon arm (4) and the flexible hose (5) and water supply hose (9) respectively. In addition, the float insulator (3) sinks to the bottom of the water supply tank (1) (according to Figure 2) when the water flows out until Run out From the floating insulators (3) the floating insulators (3) the water in the holes, the insulators (2) support them to float slightly. Causing the water to flow into the tank all the time Support for the float insulator (3) to rise again 3. A water supply tank that can specify the quantity and dispensing time according to claim 1. or 2. Where the outside of the tank will have a water supply pipe (9) emerging. From inside the water supply tank (1), the water discharge point must be lower than that of the insulator hole bottom (2) ----------------------- -------------------------------------- 1. A water supply tank that determines the amount and time of the water supply, consisting of a water supply tank (1) where the bottom of the tank looks It is a deep insulator-like hole (2) in the middle of the tank with a control channel (8) is a long double axis, both ends are firmly fixed at the bottom of the tank and the tank's lid in an upright manner. Where the axes are slightly more spaced than the siphon arm (4). To make the siphon arm (4) move up And down vertically The top of the water supply tank cover (1) is equipped with a water volume adjustment rod (7) corresponding to the up and down line of the siphon arm (4) to determine the amount of water to be supplied. Go up The amount of water supplied is greater if the siphon arm (4) is raised a little. The amount of water dispensed will be less. Axis leveling Adjust this amount of water (7) when the desired level is reached. It will be fixed in place by tightening screws. Another area at the bottom of the water supply tank (1) at the edge of the tank is a flexible hose mounting bracket (6) that holds the hose (5) horizontally. The hose (5) is fixed on the siphon arm (4). ) And the water supply pipe (9) on each side and aligned. 2. Floating insulators (3) attached to the other end. The siphon arm (4) is the starting point to allow water to flow out of the water supply tank (1) when the water level rises. Will make the insulator float (3) float up and keep Until the siphon arm (4) collides with the water adjustment axis (7) makes the insulator (3) stand still, but the water level continues to rise. Until flooding (3) and flowing into the float (3) as soon as the water is full of the float (3) the water can flow into the siphon arm (4) and the flexible hose (5) and the water supply pipe (9). In addition, the float insulator (3) will sink to the bottom of the water supply tank (1) (as shown in Figure 2) when the water flows completely. From the floating insulators (3) the floating insulators (3) the water in the holes, the insulators (2) support them to float slightly. Make the water flow Coming into the tank all the time Support the insulator to float (3) to rise again. 3. Outside the tank, a water supply pipe (9) emerges from inside the water supply tank (1) by the end of the water discharge point. Must be lower than that of the bottom of the insulator hole (2)