JP2001049709A - Activated water saving and regulating device in water faucet - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an active water saving and regulating device capable of saving water resources without being affected by city water pressure and others by suppressing the amount of delivered water without changing the use feeling of a city water faucet, while converting the water into a tasty one. SOLUTION: Because it is very difficult for general families, work places, and stores to individually change a city water pressure, the size of a flow path of the city water is varied according to the water pressure as well as to a variation in pressure, and far infrared radiation and magnet materials are utilized to produce activated water.

Description

DETAILED DESCRIPTION OF THE INVENTION

A far-infrared radiating material 9 is mounted on a cylindrical upper flange of an active water saving water regulator main body 1 which is configured to be mounted on a faucet or the like of a water supply by processing the far infrared radiating material 9 into an inverted conical shape. The water guided and flowing into the inflow hole 16 is:
The inside of the cylindrical shape of the active water saving water regulator main body 1 and the pressure reaction valve 7 provided at the top of the active water saving water regulator 1
It passes through the gap 11 with the outer periphery, but at that time, if the water pressure is equal to or less than the initially set permissible amount, the pressure reaction valve 7
Pass through the gap 11 without any change.
Further, it is discharged through a water amount adjusting hole 12 provided thereunder, through a lowermost discharge hole 13, and a magnetic field of a magnet 10 provided below the discharge hole 13.
Also, if water exceeding an initially set permissible amount is to pass through the gap 11 between the cylindrical inner surface of the active water saving water regulator main body 1 and the pressure reaction valve 7, the pressure reaction valve 7
However, the water pressure is applied, but the pressure adjusting spring 5 incorporated in the lower part of the pressure reaction valve 7 does not react with the water pressure less than the reaction force, and when the water pressure more than the reaction force is applied, the pressure is increased. The reaction valve 7 moves while increasing the flow rate in proportion to the water pressure, but the water control taper rod 3 integrated and incorporated into the pressure reaction valve 7 also moves at the same time, and further moves downward. It is inserted into the provided water amount adjusting hole 12, and the flow rate of the water amount is finally adjusted by changing the area of the water amount adjusting hole 12.

[0002]

The present invention relates generally to the following
A water saving regulator that is installed inside a water discharge pipe such as a faucet, shower head, etc., which is widely used for home and business use, and is used to suppress the flow rate discharged from the water discharge hole. , Industrial, industrial, business use, etc.
It is possible.

[0003]

2. Description of the Related Art There is no need to fully open a faucet in a sink, a bath, a car wash, etc., which are places where water taps are installed in other places such as ordinary households.
In most cases, it can be used satisfactorily. Excessive release of water would mean that saving water resources should be considered a social problem, considering that water conservation is even a social problem.

In view of the above, conventionally, a water-saving top is attached to a water tap to reduce the amount of discharged water even when the water tap is fully opened. However, a water-saving top generally has a cylindrical shape. And one or several through-holes are formed in the main body in parallel or at various angles with respect to the center axis of the main body.

However, in the conventional water-saving top, since the through-hole is fixed and only the area of the water flow path is reduced, some water saving can be expected, but it is necessary to cope with a change in flow pressure and the like. It is difficult to achieve the purpose because the flow rate increases in proportion to the flow pressure of the water when the water pressure over a certain level is applied to the water-saving top. .

[0006]

Even if the user who uses the water tap operates the tap more than necessary, it is within the range of the initially set required maximum flow rate without any feeling of use or discomfort. It can be used without any change in feeling of use and discomfort.

[0007] The problem to be solved by the present invention is that a user who operates a water faucet can use a water supply faucet without consciousness and without changing the feeling of use or discomfort in any situation. The purpose is to remove the chlorine odor and the like contained in tap water so as to bring out the power and deliciousness inherent in the water.

[0008]

Therefore, when examining existing water-saving appliances, water-saving tops, water purifiers, etc., it seems that few of them are satisfactory in terms of price, function, effect and the like. The activated water saving water regulator has a relatively simple structure, so that the price can be set relatively inexpensively, and it can be easily installed and used even by a general housewife.

[0009]

Embodiments of the present invention will now be described with reference to the drawings. FIG. 1 is a cross-sectional view of the active water saving regulator. The material 9 used between the water inlet 16 and the outlet 21 of the active water saving regulator 1 emits far infrared rays. By attaching a magnet to the lower part of the discharge hole 13 as a material to be activated, the water passing therethrough is activated and the flow rate of the water flow is suppressed.

Therefore, first, in order to reflect the flow pressure of the water flow in the pressure reaction valve 7 to the pressure reaction valve 7 as much as possible, the inlet 16 is made as large as possible.
It is necessary to make the outlet 21 a minimum allowable size. The pressure reaction valve 7 that senses the flow pressure of the water flow moves in proportion to the flow pressure, but if the flow pressure is equal to or less than the reaction force of the pressure adjusting spring 5 built in the lower part of the pressure reaction valve 7, No reaction occurs, and at that time, the difference between the inner area of the cylindrical shape of the active water saving water regulator 1 and the area of the circle of the pressure reaction valve 7, that is, the clearance 11 Is exceeded, the pressure reaction valve 7 senses the flow pressure.

However, it does not move when the pressure of the water flowing through the gap 11 is equal to or less than the reaction force of the pressure adjusting spring 5, and starts moving when it exceeds the reaction force.

When the pressure reaction valve 7 starts moving, the water amount adjusting taper rod 3 integrated with the pressure reaction valve 7 also moves at the same time.

The water amount adjusting taper rod 3, which is integrated into the pressure reaction valve 7, is moved.
The flow rate is finally adjusted by changing the area of the water amount adjusting hole 12 provided at the lower portion in accordance with the flow pressure.

Here, the size, spring strength, material,
I would like to avoid mentioning the dimensions of various parts, because they are of a nature that should be devised and set freely according to the purpose, place, location, etc., to be used.

[0015]

As described above, the present active water saving water regulator is shown by the original part of the tap of the water supply indicated by the arrows A and B in FIG. 8 and the arrow C in FIG. Attach it to the original end of the shower head or other place, and save water without changing the state before installation, even if you operate the water tap and use the water supply, you will not feel feeling uncomfortable, etc. And more delicious water can be used.

[0016]

[Brief description of the drawings]

FIG. 1 is a cross-sectional view of an active water saving water regulator main body.

FIG. 2 is a cross-sectional view taken along the line AA in FIG.

FIG. 3 is a cross-sectional view taken along a line BB in FIG.

FIG. 4 is a cross-sectional view taken along the line CC in FIG.

FIG. 5 is a sectional view taken along the line DD in FIG. 1;

FIG. 6 is a cross-sectional view taken along a line EE in FIG. 1;

FIG. 7 is a side view of another common water-saving top.

FIG. 8 is a perspective view of a part of a faucet or the like which can use the activated water saving water regulator in each of A, B, and C of this drawing.

[0017]

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Active water saving water regulator main body 2 Same as above flange 3 Water amount adjustment taper rod 4 Pressure adjustment spring receiver 5 Pressure adjustment spring 6 Pressure reaction valve shaft 7 Pressure reaction valve 8 Pressure reaction valve shaft through hole 9 Far-infrared radiation material 10 Magnet 11 Gap ( (Water flow passage) 12 water amount adjustment hole 13 discharge hole 14 pressure adjustment spring receiving base 15 far-infrared radiation material fixing screw 16 inflow port 17 far-infrared radiation material fixing screw hole 18 water volume adjustment taper rod fixing hole 19 penetration for far-infrared radiation material fixing screw Hole 20 Discharge port 21 Outflow port 22 Flange 23 Through hole 24 Water-saving top

Claims (5)

[Claims] 1. Attachment to the inside of a flow pipe for water and any other liquid or gas and to a joint portion to suppress the flow rate of liquid and gas. In order to reflect the pressure of the liquid inside the flow pipe as much as possible to the pressure reaction valve 7, the active water saving regulator 1 makes the inlet 16 as large as possible, To the minimum necessary size,
Further, it is characterized in that it can be mounted by using and processing any material as much as possible corresponding to the purpose, and can be integrated with the adjuster body 1. 2. The difference between the size of the cylindrical inner surface of the active water saving water regulator main body 1 and the size of the circle of the reaction valve 7, that is, the gap 11 "FIG. The flow rate can be set to a size that can be secured,
In addition, the pressure reaction valve 7 has a feature that a hole can be formed in the main body of the pressure reaction valve 7 to secure a flow path thereof. 3. The active water saving regulator according to claim 1, wherein the active water saving regulator adjusts the inflow pressure of any liquid and gas flowing into the pressure reaction valve 7 from the inflow port 16.
And the flow rate is suppressed by using the pressure. A pressure adjusting spring 5 is incorporated in the lower part of the pressure reaction valve 7. When the inflow pressure exceeds the reaction force of the pressure adjustment spring 5, that is, exceeds the initially set fluid pressure, the pressure reaction valve 7 is turned on. Has the characteristic that it acts. 4. The active water-saving water regulator according to claim 1, 2 or 3, further comprising a pressure reaction valve 7 provided therein, and a water amount adjustment taper rod 3 integrated with the pressure reaction valve 7 is incorporated. Further, a water amount adjusting hole 12 is provided below the water amount adjusting taper rod 3 at the same time as the pressure reaction valve 7 moves due to a change in flow pressure, and the water amount adjusting hole 12 has an entire area. The characteristic is that the flow rate is suppressed by changing. 5. The active water saving regulator according to claim 1, wherein the water flow passing through the water amount adjusting hole in the active water saving water regulator flows out of the discharging hole, and the position of the discharging hole is changed. Is provided outside the central axis of the adjuster 1, so that the discharged water flow is discharged outward from the central axis.