JPS5934825A - Automatic and quantitative water supply apparatus - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] This invention has a recess at the bottom of the container, floats it in water, removes the air from the bottom, and fills it with water.Due to the difference in water level caused by use, the buoyancy and the weight of the water at the bottom open and close the tap to automatically supply water. Conventionally, water had to be given to containers for breeding animals and flower pots every time they were consumed. In Figure 1, a water storage space (4) is provided at the bottom of the floating body (1), and a cylindrical protruding plug (4) is provided at the center of the upper surface of the floating body (1).
Glue and fix the lid equipped with 2) to the floating body (1), install a hose joint (7) at the bottom of the outer periphery of the metered water storage tank (5), float the floating body (1), and attach it to the lid (2) of the metered water storage tank. The shaft (10) has a water passage hole at the lower part of the inner circumference of the water pipe (6), which has a stepped part for the water inlet in the center of the upper surface.The packing (
3) Attach the fixing ring (8) and sponge (11) to the top. Glue and fix the lower part of the water pipe (6) to the center of the upper part of the lid (2) of the metered water storage tank, and use the screw cap of the lid (2) of the metered water storage tank. The proposed method for attaching and fixing the water to the quantitative water storage tank (1) has the above structure, so a recess is provided on the lower surface of the floating body (1), and in the case of a small model, the upper outer periphery of the water storage space (4) is provided in a circular shape. When the floating body (1) is immersed in the water inside the water storage tank (5), air accumulates in the water storage space (4).The floating body moves up and down to discharge this air, and is immersed in the water to remove the air. Stand the floating body upright and fill it with water. Connect the protruding stopper at the top of the floating body (1) to the water pipe (6).
) through the packing (3) attached to the inside of the stepped part, attach and fix the water storage tank lid (12) to the metered water storage tank (5) using a screw lid and fastener, and install it on the top of the automatic metered water supply device. Vinyl port (1) from the tank (c)
4) Attach the fixed amount water tank (5) to the port joint (7).
) Attach the vinyl hose (9) to the hose joint (7) at the bottom of the outer periphery.
Attach the vinyl hose (9) on one end to the container for raising animals or a flowerpot, etc. If the water in the flowerpot's container is used and decreases (b), it will become a quantitative water storage tank (5). ) from the water surface in the floating body (1).
When there is water in 4), the floating body falls due to its weight, and the stopper (2) with the protruding part inserted into the packing (3) opens and the fixed amount water is released from the water pipe (6) into the fixed amount water storage tank ( 5) When the water level rises as it passes through the vinyl hose (9) and is sent to the flower pot receiver, etc., and the water level in the metered water tank also rises, the protruding plug (2) is inserted into the packing (3) due to the buoyancy of the floating body. The water supply is stopped and the water level reaches (a). Therefore, the tap opens and closes depending on the difference in water levels (a and b). If you use it to supply water when raising animals, you can raise them without running out of water, and you can continue to supply water to the receiving grooves of flower pots. It is possible to provide a stable supply of expensive flowers and other plants without causing them to wither, and the difference in water level between the receivers makes it possible to change the moisture level of the soil in the flower pot and the amount of watering applied, allowing for the supply of large amounts of water for rearing, and for many plants. Water can be used effectively by replacing the water tank with a washing tank to supply the flowerpot to the receiving area. A water storage space (4) is provided at the bottom of the F side of the floating body (1).
Make an air vent hole (19) at the upper end of the water storage space and insert the rubber stopper (18).Fix the stoppers (16) at 2.3 places on the outer circumference of the top surface of the metered water storage tank lid (2) and fix with bolts and nuts. Enables larger size and uses spring plates for fasteners

[Brief explanation of the drawing]

Figure 1 is an overall diagram of the automatic quantitative water supply system. Figure 2, Figure BB
'The cross-sectional side view in Figure 2 is an overall view of the automatic quantitative water supply system, and part of it is in Figure 1A.
Figure 3 is a partial cross-sectional view of the water storage tank, its lid, and water pipe. Figure 4 is a partial cross-sectional view of the water storage space in the floating body. Figure 5 is a side view of the tank device holder. Rough diagram of Zara's water supply (1) is the floating body (2) is the plug with protrusion (3) is the packing (4)
) is the water storage space (5) is the metered water storage tank (6) is the water pipe (
7) is the hose joint (8) is the fixing ring (9) is the vinyl hose (10) is the shaft with water holes (11) is the sponge (12) is the water tank lid (13) is the water (1)
4) The vinyl hose (15) is the screw cap (16) is the stopper (17) is the bolt nut (18) is the rubber ring (19)
) is the air vent hole (a) is above the water level difference (12) is below the water level difference (c) is the tank (d) is the receiving surface ■

Claims (1)

[Claims] 1. A recessed water storage space (4) is provided on the bottom surface of the floating body (1), and a cylindrical plug (2) with a cylindrical protrusion is provided in the center of the upper surface of the lid of the floating body (1). Attach the lid to the floating body (1) and secure it with adhesive. Attach the hose joint (7) to the bottom of the outer circumference of the metered water storage tank (5).
A water inlet is provided in the center of the upper surface of the lid (2) of the metered water storage tank, and a shaft with a water inlet in the lower inner circumference of the water pipe (6)
10) Provide a stepped section in the middle and pack from the stepped section (3)
Attach the fixing ring (8) and sponge (11) to the top of the
Attach the screw lid (15) with the hose joint (7) and attach the water pipe (6) to the center of the upper surface of the metered water storage tank lid (12).
The lower part of the metering water tank (1) is filled with water and the floating body (1) is floated.The lower part of the metering water tank (1) is filled with water and the floating body (1) is floated.The automatic metering water supply device 2 is fixed with the screw lid of the metering water tank.The concave part of the lower part of the large floating body (1) Water storage space (4)
Make an air vent hole (19) at the top of the water storage space, insert the rubber stopper (18), and cover the metered water storage tank (2).
Attach the stopper (16) to the outer circumference of the top surface at 2.3 places with bolts. The automatic metered water supply device according to claim 1, which is attached and fixed to the upper outer periphery of the metered water storage tank (5) with the lid (2) of the metered water storage tank fixed with a nut (17).