KR100966256B1 - Injector of bathing solute and elution system of bathing solute - Google Patents

Abstract

The present invention relates to a bath injector and bath dissolution system for adding a bath to the tap water discharged from the wash basin or bathtub shower in an amount proportional to the discharge of water so that the concentration of the bath in the water is kept constant. Bath bath injector according to the present invention is a lower tube through which water can pass; An upper tube through which water can pass; An impeller room provided between the lower pipe and the upper pipe; A bath input tube having a tubular protrusion formed at one side of the impeller chamber and having an opening having a residual hole shape at an outer circumferential surface thereof; An impeller provided in the impeller room and rotating by water flowing from the lower pipe to the upper pipe; Rotation which is connected to the impeller in a state of blocking the bath input pipe by the opening and closing part formed therein and rotates to make a small amount of the bath outside the impeller room into the impeller room whenever the opening coincides with the opening of the bath input pipe. It characterized in that it adjusts the input amount of the bath in proportion to the amount of water passing through the lower pipe and the upper pipe, including a valve; according to the present invention, installed in the middle of the hose of the shower, the pipe of the shower or wash basin When the user adjusts the flow rate of water through the shower valve or the basin valve, the bath is introduced into the water by an amount proportional to the flow rate of the regulated water, so that the bath concentration of the water can be kept constant at all times.

Bath, elution

Description

Bath Injector and Bath Elution System {INJECTOR OF BATHING SOLUTE AND ELUTION SYSTEM OF BATHING SOLUTE}

The present invention adds functional substances (hereinafter referred to as "bathing agents") such as beauty substances or health improving substances to tap water discharged from a wash basin or bathtub shower in an amount proportional to the discharge of water, regardless of the discharge rate of water. It relates to a bath injector and a bath elution system to maintain a constant bath concentration.

In recent years, efforts have been made not only to receive tap water from a sink or bathtub shower, but also to allow tap water to pass through a bath or to add a bath to tap water to obtain a beauty or health effect.

Conventionally, as a bathing agent, 30 to 50% by weight of calcium sulfate, 10 to 35% by weight of mitamine, 5 to 15% by weight of polymer chitosan, and 0.5 to 5% by weight of aroma are mixed as a main ingredient, press-molded into a mold and dried. Filter type bathing agent (Patent No. 10-473175), cartridge type bathing agent (Patent No. 2002-78634), which fills a mixture of vitamin C, green tea powder, natural lemon, ocher powder, etc. To form a highly concentrated aroma pack, put it in the shower head, and pack the bath in the center of the water (Utility Model Registration No. 20-291541), and put the vitamin powder in the case and install it in the channel of the shower head. Oil-pumping bath (Patent No. 595903), Processed loess, Vitamins that allow users to pump after installing aroma oils such as bathing agents (Patent No. 514578) and lavender in a container C, chitosan polymer powder, phytoncide, herbal medicine, aroma component, powder cartridge type powder bath (Pat. 793984), which puts the powder of the green tea extract into the powder cartridge and passes water through the inlet and the outlet where the mesh is provided.

These bathing agents contribute to beauty and health to some extent, but the following problems need to be improved.

First, conventional bathing agents have a disadvantage in that it is difficult to maintain a constant concentration in the process of eluting in water. Filter type bathing agent (Patent No. 10-473175), cartridge type bathing agent (Patent No. 2002-78634), and pack type bathing agent (utility model) which are installed to be in direct contact with water flowing in the water flow path such as a shower hose or head. No. 20-291541), case bath (patent 514578), powder cartridge bath (patent 793984), etc., when the water flow rate is low, the contact time of the bath with a unit volume of water increases, so that the bath is eluted. If the concentration is excessively set and the water flow rate is large, there is a problem in that the contact time of the bathing agent with respect to the unit volume of water is shortened and the elution concentration of the bathing agent is too small.

Oil pump type bath (Patent No. 595903) dissolves the required amount of bath in water by operating the handle of the pump during the shower or bath, but it is difficult for the user to accurately meter the amount of bath every time, Even with this method, it is difficult to maintain a constant elution concentration.

The present invention devised to solve the problem of elution concentration in water of the conventional bath solvent described above provides a bath injector and a bath elution system capable of eluting a liquid or gel bath in water at a constant concentration at any time regardless of the flow rate of water. Its purpose is to.

Bath injector according to the present invention to achieve the above object is a lower tube through which water can pass; An upper tube through which water can pass; An impeller room provided between the lower pipe and the upper pipe; A bath input tube having a tubular protrusion formed at one side of the impeller chamber and having an opening having a residual hole shape at an outer circumferential surface thereof; An impeller provided in the impeller room and rotating by water flowing from the lower pipe to the upper pipe; The opening and closing part is connected to the impeller in a state of blocking the bath input pipe so that a small amount of bath agent outside the impeller room is introduced into the impeller room whenever the opening coincides with the opening of the bath input pipe. It includes a rotary valve; characterized in that to adjust the amount of the bath in proportion to the amount of water passing through the lower tube and the upper tube per unit time.

Bathing agent dissolution system according to the present invention to achieve the above object is the bathing agent injector; A reservoir containing a liquid or gel bath and the bath injector; A lower cap which closes the lower part of the reservoir and has an inlet pipe connected to a lower tube of the bath injector at a central portion thereof; And an upper cap which closes the upper part of the reservoir and has a water outlet pipe connected to the upper pipe of the bath input device through a connecting pipe at a central portion thereof.

According to the present invention having the above-described configuration, when installed in the middle of the hose of the shower, or in the middle of the pipe of the shower or wash basin, and the user adjusts the flow rate of the water through the shower valve or wash basin valve, by the amount directly proportional to the flow rate of the adjusted water Since the bath is added to the water, there is an effect that can always maintain a constant concentration of the bath.

Hereinafter, with reference to the accompanying drawings, a preferred embodiment of the bath injector and bath dissolution system according to the present invention will be described in detail.

Figure 1a is an exploded perspective view of the bath dissolution system according to the invention, Figure 1b is an exploded perspective view of the bath dissolution system shown in Figure 1a, Figure 2a is an exploded perspective view of a bath injector according to the present invention, Figure 2b 2A is a partial perspective view showing the interior of the bath injector shown in FIG. 2A, and FIG. 3A is a perspective view of a rotary valve used in the bath injector shown in FIG. 2A, FIG. 3B is a front sectional view of the rotary valve shown in FIG. 3A, FIG. 4A is a partial perspective view of the bath injector showing the open state by assembling the rotary valve to the bath inlet tube, and FIG. 4B is a portion of the bath injector shown in FIG. 5A is a partial perspective view of the bath injector showing the closed state by assembling the rotary valve to the bath inlet pipe, and FIG. 5B is a front cross-sectional view of the bath injector part shown in FIG. Figure 6 shows a state diagram showing the state in which the bath is filled in the bath dissolution system according to the present invention, respectively.

First, referring to the bath elution system filled with the bath shown in FIG.

As shown in FIG. 6, in the bath dissolution system according to the present invention, a liquid or gel bath 60 is accommodated in the storage container 44, and water introduced through the water inlet pipe 50 is connected to the impeller 12 room and the opening / closing part ( It is discharged to the outlet pipe via the bath input device and the connection pipe including the 34). In this process, the opening / closing part 34 of the bath dispenser is rotated at an angular velocity proportional to the speed of the water introduced into the inlet pipe 50, and the impeller chamber (60) of the liquid or gel bath in the reservoir is rotated as described below. 12) and the bathing agent introduced into the impeller room 12 is eluted to the water introduced through the water inlet pipe 50, and the water outlet 56 discharges the beauty functional water or the health functional water in which the bathing agent is dissolved.

The bath dispenser 10 will be described with reference to FIGS. 2A to 5B.

2A to 2C, the bath injector 10 has a lower tube 14 and an upper tube 16 through which water can pass, between the lower tube 14 and the upper tube 16. It can be seen that the impeller room 12 is provided. The lower tube 14 is inserted into the upper end of the water supply pipe 50, at which time the O-ring groove 18 is formed in the lower tube 14 for watertight, and the O-ring Install (42). The lower tube 14, the impeller chamber 12 and the upper tube 16, as shown in Figure 2a it is easy to form and join by forming in two jaws divided in the longitudinal direction at the center. One side of the impeller chamber (16) is provided with a tubular protruding pipe 22 formed on the outer circumferential surface and provided with an opening (24) having a remnant hole shape. The liquid or gel bath 60 in the reservoir 44 enters into the impeller chamber 12 through the opening 24 of the bath input tube 22. The impeller chamber 12 is provided with an impeller 26 that rotates by water flowing from the lower tube 14 to the upper tube 16. The impeller 26 has wings 28 extending in the radial direction outside the tubular body 30 of the central portion. The impeller 26 is rotated in direct proportion to the flow rate of the water like the watermill by the flow of water. The bath input pipe 22 is provided with a rotary valve 32 for opening and closing the bath input pipe 22 according to the rotational speed of the impeller 26. The rotary valve 32 is inserted into the bath input pipe 22 is fitted to the central tube 30 of the impeller 26, the shaft hole 20 formed opposite the bath input pipe 22 of the impeller room 12 An opening which can be continuously disposed in the opening 24 of the bath input pipe during the rotation on the outer circumferential surface of the tubular body having a shaft 38 which is supported and rotated, one end of which is closed and the shaft is inserted therein. It is preferable that it is composed of the opening and closing portion 34 formed 36.

4A and 4B, the opening and closing portion 34 of the rotary valve 32 has an opening 36 formed on the outer circumferential surface thereof and has a hollow tubular shape with a closed end thereof during rotation of the opening and closing portion 34. When the opening 34 is coincident with the opening 24 of the bath input pipe 22, a flow path of the bath 60 continuous from the outside of the impeller room 12 to the inside of the impeller room 12 is instantaneously. It can be seen that formed. 5A and 5B, when the opening 34 is different from the opening 24 of the bath input tube 22 while the opening 34 is rotated, the opening 34 is the bath. It can be seen that the injection tube 22 is blocked.

Therefore, the flow path of the bath 60, which passes from the outside of the impeller room 12 to the inside, is generated by the rotational speed of the opening and closing portion 34, and the rotational speed of the opening and closing portion 34 is equal to the rotational speed of the impeller 26, The number of revolutions of the impeller 26 is proportional to the speed of water flowing into the lower tube 14 of the bath injector 10 or the amount of water per unit time. Therefore, the more water is introduced, the more bath agent can be introduced into the impeller room 12 from the outside of the impeller room 12.

1A and 1B, a bath dissolution system according to the present invention will be described.

In order to configure the bath dissolution system according to the present invention, as shown in Figures 1a and 1b, the reservoir 60 contains a liquid or gel bath 60 and the bath injector 10. As the liquid bath, aromatic oils such as lavender oil and rosemary oil may be used. As the gel bath, a mixture of gel, collagen, and functional powders such as vitamins, green tea, and seaweed may be used. In addition, it can be used as a bath 60 according to the present invention by making a functional material beneficial to beauty or health in a liquid or gel form.

At this time, the opening and closing portion 34 is recessed in the bath 60, the interior of the impeller room 12 is blocked so that the bath 60 can penetrate. The lower cap and the upper cap 56 of the reservoir 60 is preferably assembled by molding separately the lower cap 46 and the upper cap 56. The lower cap 46 is provided with an inlet pipe 50 connected to the lower tube 14 of the bath injector 10 at the center of the cap body 48. The upper cap 52 is provided with a water discharge pipe 56 in the center of the cap body 54. The upper tube 16 of the bath injector 10 is coupled to one end of the connecting pipe 58 is close to the length of the reservoir, the other end of the connecting pipe 58 is the discharge pipe 56 of the upper upper cap 52 Is connected to.

As shown in FIG. 6, according to the bath dissolution system configured as described above, when water is introduced into the water inlet pipe 50, the impeller 26 inside the bath injector 10 rotates at an angular speed proportional to the speed of water. When the opening and closing portion 34 of the rotary valve rotates by the rotation of the impeller 26, the number of times that the opening 36 of the opening and closing portion 34 and the opening 24 of the bath input pipe 22 coincides with each other is the speed of water. In proportion to the amount of the bath is proportional to the water acquisition rate is to be eluted in the water. Thereby, the bath dissolution system according to the present invention is to obtain the water for the bath, shower water or bath water in which the bath is dissolved at a constant concentration.

It characterized in that it comprises an upper cap (top) provided with a water outlet tube 56 connected to the upper tube 16 of the bath injector 10 via the connection pipe 58 in the center of the reservoir 60; Bath dissolution system.

Figure 1a is an exploded perspective view of the bath dissolution system according to the present invention.

FIG. 1B is an assembled perspective view of the bath dissolution system shown in FIG. 1A.

Figure 2a is an exploded perspective view of the bath injector according to the present invention.

Figure 2b is an assembled perspective view of the bath injector shown in Figure 2a.

FIG. 2C is a partial schematic perspective view showing the interior of the bath dispenser shown in FIG. 2A.

Figure 3a is a perspective view of a rotary valve used in the bath dispenser shown in Figure 2a.

3B is a front sectional view of the rotary valve shown in FIG. 3A.

Figure 4a is a partial perspective view of the bath injector showing the open state by assembling the rotary valve to the bath input pipe.

4B is a front sectional view of the bath dispenser portion shown in FIG. 4.

Fig. 5A is a partial perspective view of the bath injector showing the closed state by assembling the rotary valve to the bath input pipe.

FIG. 5B is a front sectional view of the bath dispenser portion shown in FIG. 5A.

Figure 6 is a state diagram showing a state in which the bath is filled in the bath dissolution system according to the present invention.

                Explanation of symbols on the main parts of the drawings

10: proportional input of the flow rate of the bath 12: impeller room

14: lower tube 16: upper tube

18: O-ring groove 20: shaft hole

22: bath entry tube 24: opening

26 impeller 28 wings

30: pipe 32: rotary valve

34 opening and closing part 36 opening

38: axis 40: journal

42: O-ring 44: reservoir

46: lower cap 48: cap body

50: inlet pipe 52: upper cap

54: cap body 56: outlet pipe

Claims (3)

A bottom tube through which water can pass; An upper tube through which water can pass; An impeller room provided between the lower pipe and the upper pipe; A bath input tube having a tubular protrusion formed at one side of the impeller chamber and having an opening having a residual hole shape at an outer circumferential surface thereof; An impeller provided in the impeller room and rotating by water flowing from the lower pipe to the upper pipe; Rotation which is connected to the impeller in a state of blocking the bath input pipe by the opening and closing part formed therein and rotates to make a small amount of the bath outside the impeller room into the impeller room whenever the opening coincides with the opening of the bath input pipe. Bathtub injector to adjust the amount of the bath in proportion to the amount of water passing through the lower tube and the upper tube, including a valve; The method of claim 1, The rotary valve is inserted into the bath input tube is inserted into the center of the impeller, the shaft is supported and rotated in the shaft hole formed opposite the bath input tube of the impeller room, and one end is closed and the tubular shape in which the shaft is inserted therein And a tubular outer circumferential surface comprising an opening and closing portion having an opening which can be disposed continuously to the opening of the bath input pipe during rotation. Bath bath injector of Claim 1 or 2; A reservoir containing a liquid or gel bath and the bath injector; A lower cap which closes the lower part of the reservoir and has an inlet pipe connected to a lower tube of the bath injector at a central portion thereof; And And an upper cap which closes the upper part of the reservoir and has an outlet cap connected to an upper tube of the bath input device through a connecting tube at a central portion thereof.

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