JPH08252194A - Skin cleansing apparatus - Google Patents

Abstract

PURPOSE: To allow a skin to be appropriately cleaned by recovering a cleaning liquid after washing the skin and measuring a contamination contained in the liquid to make a measure of cleaning. CONSTITUTION: When a contact ring 15 is pressed to a skin, by deforming of the contact portion, the vicinity of an out put port 1 of the cleaning liquid and a recovering port 2 is made to be approximately closed space. A pump 8 is driven by an electric source 10 and a cleaning liquid contained in a cleaning liquid reservoir 9 is discharged through an out let 81 and ejected through a conduit 6 towards the skin. The cleaning liquid runs to the skin, cleanses a soil added to the skin together with a ultrasonic action, rebounded liquid is recovered at the recovering port 2 and returns to the liquid reservoir 9 through a conduit 7 for recovering. While thus actions are repeated, the reservoir 9 is discolored by accumulation of the soil. The level of the soil is visibly determined by eyes or measured by a soil determining equipment through a window 11, confirming the state of the cleansing, thereby, a suitable cleansing operation is carried out.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a skin cleansing device capable of successively measuring the degree of cleansing.

[0002]

2. Description of the Related Art A device that can wash the body surface, face, etc., and judge how much dirt has come off as a result, and how much dirt has been left can be set as a standard for cleaning, and proper cleaning can be performed. However, such a device has not been proposed yet, though it is desired for personal use and for conducting a beauty business such as an beauty treatment salon.

[0003]

In view of the above, the present invention provides an output section for outputting a cleaning liquid to a living body, a collecting section for collecting the cleaning liquid reflected by the living body, and a measurement for measuring dirt of the collected liquid. By means of the skin cleansing device including means, it is possible to accurately grasp the dirt on the body and perform proper cleaning. The measuring means shown in the present invention is, for example, provided with a portion where the collected cleaning liquid can be visually observed, or the collected cleaning liquid is brought into contact with a chemical test paper to measure the degree of contamination by a change in color development of the test paper. The present invention shows an object or the like, which displays an electric signal by using a sensor for measuring the dirt and converting the dirt into numerical data.
Further, the present invention is to wash the skin by the washing ability of the cleansing agent and the shower effect such as the impact force generated by vigorously spraying this on the skin. By providing a means for doing so, the skin cleansing power is improved.

[0004]

[Example] The main body (01) has a shape and size such that a hand-held type can be formed, and the cleaning liquid output port (1) and the cleaning liquid recovery port (2) are separated by a partition (3). Has been done. The cleaning liquid output port (1) is provided with an ultrasonic wave generator (4) made of a piezoelectric material or the like. The ultrasonic generator (4) is connected to the ultrasonic output power source (5). The ultrasonic output power source (5) includes a battery, a commercial power source device, or the like, and is configured in such a manner as to be incorporated in the main body (01) or as a separate body. Reference numeral (15) is a contact ring, which is formed of a material having flexibility and elasticity such as rubber or synthetic resin. The cleaning liquid output port (1) is provided with a cleaning liquid conduit (6).
It is connected to the water outlet (81) of the pump (8) via. The cleaning liquid recovery port (2) is connected to the cleaning liquid reservoir (9) via the recovery port conduit (7). The water inlet (82) of the pump (8) is inserted in the cleaning liquid reservoir (9). As the washing liquid, a commercially available one is sufficient, but Kummelfett or the like which has an action of dissolving lipid is preferably used. The pump (8) is connected to the pump driving power source (10). The pump driving power source (10) includes a battery, a commercial power source device, or the like, and is configured in a manner such that the pump driving power source (10) is incorporated into the main body (01) or a separate body. (11) is a window made of a translucent member, and is formed at a position where the cleaning liquid reservoir (9) can be seen. Reference numeral (12) is a dirt meter for displaying the degree of dirt by inserting the sensor portion of the dirt meter (12) into the cleaning liquid reservoir (9). FIG.
In the above, the state in which the window portion (11) and the dirt meter (12) are used in common is shown, but only one of them may be used. Reference numeral (13) is a heater, which is arranged in the cleaning liquid in the cleaning liquid reservoir (9) to heat the same. The temperature is preferably about 36 ° C to 40 ° C, but is appropriately selected depending on the washing mode. The heater (13) is connected to the heater power supply (14). The heater power source (14) includes a battery and a commercial power source, and is constructed in a manner such that it is incorporated into the main body (01) or a separate body. The power source for these various uses is 1
It may consist of two power supplies.

Next, the operation will be described. Contact ring (15)
Is pressed against the living body skin to be washed, the portion is deformed and adheres to the living body skin at this portion, and the vicinity of the washing liquid output port (1) and the washing liquid recovery port (2) becomes a space close to a closed space. By forming such a space, it is possible to prevent the cleaning liquid from leaking to the outside. The pump (8) is driven by the pump drive power source (10), and the cleaning liquid in the cleaning liquid reservoir (9) is output from the water outlet (81). The cleaning liquid output from the water outlet (81) is jetted from the water outlet (1) to the skin via the conduit (6). The cleaning liquid sprayed from the water outlet (1) collides with the vigorous skin, removes dirt on the skin along with the action of ultrasonic waves, and reflects. The reflected cleaning liquid is recovered at the recovery port (2). The cleaning liquid recovered at the recovery port (2) returns to the cleaning liquid reservoir (9) via the recovery port conduit (7). By repeating the above operation, the cleaning liquid reservoir (9) accumulates dirt on the skin and is discolored. The degree of this discoloration is visually observed through the window (11) or the numerical data displayed by the dirt meter is checked to confirm the current degree of washing and adjust the washing work. In order to improve the efficiency with which the cleaning liquid is collected at the recovery port (2), as shown in FIG. 3, the water outlet (1) and the recovery port (2) are in contact with the skin (M) or in contact therewith. It is preferable that the partition wall (3) is made to be in a state close to the state and the tip of the partition wall (3) is shortened so that the water outlet (1) and the recovery port (2) are connected. Also, holes may be formed in the partition wall (3). In FIG. 3, (61) shows an injection port for injecting the cleaning liquid, and (4) shows an ultrasonic wave output port.

Next, another embodiment will be described with reference to FIG. The embodiment shown in FIG. 2 has a shape such that the water outlet (1) is provided at the center and the recovery port (2) is provided around the water outlet (1), thereby improving the recovery efficiency of the cleaning liquid reflected on the skin. In addition, by placing the pump (8) outside and temporarily storing the cleaning liquid reservoir (9), the main body (01) has a simple structure and is lightweight, so the main body (01). The burden of holding the
It will be easier to handle. When the amount of the cleaning liquid in the cleaning liquid reservoir (9) exceeds a predetermined amount, it overflows from the drain port (71) and the drain pipe (7
It is taken out via 2). The cleaning liquid taken out to the outside may be drained as it is, or may be supplied to the water outlet conduit (62) again.

[0007]

As described in detail above, the present invention is capable of accurately measuring the degree of stain and performing proper washing by collecting the washing liquid after washing the skin and measuring the stain. It has the effect of being able to.

[Brief description of drawings]

FIG. 1 is a diagram showing an embodiment of the present invention.

FIG. 2 is a diagram showing another embodiment of the present invention.

FIG. 3 is a diagram for explaining the embodiment shown in FIG.

[Explanation of symbols]

1 Water Outlet 2 Recovery Port 3 Partition 4 Ultrasonic Transducer 5 Ultrasonic Transducer Driving Power Supply 6 Water Outlet Conduit 7 Recovery Port Conduit 8 Pump 9 Cleaning Liquid Reservoir 10 Pump Driving Power Supply 11 Window 12 Dirt Meter 13 Heater 14 Power supply for heater 15 Contact ring

Claims (3)

[Claims] 1. A skin wash comprising a shower output unit for outputting a washing liquid to a living body to remove stains on the living body by a shower effect, and a measuring means for collecting the washing liquid reflected by the living body and measuring the stain. apparatus. 2. A shower output unit for outputting a cleaning liquid to a living body, a collecting unit for collecting the cleaning liquid reflected by the living body,
A skin cleansing device comprising a measuring means for measuring the dirt of the collected liquid. 3. The skin cleaning apparatus according to claim 1, wherein the output unit has an ultrasonic wave generating means for generating ultrasonic waves.