JP2007330750A - Washer - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a washer having a compact feature for removing clogs and sebum in skin of a face and activating cells for solving troubles which occur when cleansing of clogs deep in a pore is insufficient because of the prior art for spraying the steam on a face of a cleansing subject and the massage effects can not be expected well only by putting a pad on the face. <P>SOLUTION: The washer 100 comprises a rotor gear 6 having a doorway 10, a gear 7, a drive motor 5 for rotating the rotor, and a fluid supplying part for supplying fluids to the doorway 10 (a pressure tank 4, a cylinder pump 3, an operation lever 1, a middle conduit 13, tourmaline unit 2, and a water conduit 9), wherein the rotor rotates and sprays the fluid from the doorway 10 at the same time. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a cleaning device that ejects a fluid to an object to be cleaned or removes dirt or the like by rotation or vibration while suctioning the fluid.

  In the case where the cleaning object of the cleaning device of the present invention is a face, a crazing cream is generally used as a method for a woman to remove makeup. Crazing cream removes makeup and removes sebum and pores on the face, but hand washing is not sufficient. For this reason, there is an example in which a face wash pack is performed several times a month.

  Furthermore, the facial skin is always exposed, and it is easy to cause damage and aging due to the use of cosmetics. As a method for suppressing this, skin massage or the like is performed.

  As a method of removing dirt and sebum as described above, an electrolytic cell that generates alkaline water and acidic water and a heating unit that heats the generated water are provided. There has been proposed a method in which acidic steam is applied to the skin after performing the massage. (For example, see Patent Document 1)

  JP-A-10-328265

  However, in the conventional example, steam is sprayed on the face, and the cleaning is insufficient, and the dirt that has entered the back of the pores cannot be removed sufficiently.

  Also, Masage can't be expected to be effective just by putting a pad on the face.

  In addition, the apparatus for generating and spraying steam from tap water is large and costs are increased.

The present invention has been made to solve the above-described problems, and is to provide a low-cost washing device with a compact mechanism that activates cells by removing dirt and sebum on the facial skin.
Further, a low-cost cleaning device can be provided with a compact mechanism that rotates and vibrates while ejecting or sucking a fluid on an object other than the face and rubs the object.

The cleaning device according to the present invention is as described in claim 1.
Sliding part, driving part for driving the sliding part, inlet / outlet through which fluid flows in / out, fluid supply part for supplying fluid to the inlet / outlet, or suction part for sucking fluid from the inlet / outlet The fluid is ejected or sucked into the object through the inlet / outlet while the sliding part is in contact with the object.

Moreover, as described in claim 2,
It is composed of an inlet / outlet through which fluid flows in and out, and a fluid supply part that supplies fluid to the inlet / outlet, or a suction part that sucks fluid from the inlet / outlet, and ejects fluid to an object through the inlet / outlet. Or suctioning.

Further, as described in claim 3,
The rotary unit having the inlet / outlet, a driving unit that rotates the rotary unit, a fluid supply unit that ejects fluid from the inlet / outlet, or a suction unit that sucks fluid from the inlet / outlet, A fluid is ejected from an inlet / outlet or a fluid is sucked while the rotating part rotates.

Further, as described in claim 4,
A vibration unit having the inlet / outlet; a drive unit that vibrates the vibration unit; a fluid supply unit that ejects fluid from the inlet / outlet; or a suction unit that sucks fluid from the inlet / outlet; It is characterized in that a fluid is ejected from an inlet / outlet or a fluid is sucked while the vibration part vibrates.

Further, as described in claim 5,
A power source and a tank are provided in the washer, and the tank is pressurized or depressurized to eject fluid from the inlet / outlet, or the suction unit sucks fluid from the inlet / outlet and stores it in the tank. And

Further, as described in claim 6,
The rotating part or the vibrating part is attached with an attachment such as a nozzle or a brush and can be exchanged.

Moreover, as described in claim 7,
The fluid supply unit includes a unit in which ore powder such as tourmaline is partially enclosed, and allows fluid to pass through the unit when supplying the fluid.

The effect of the invention according to claim 1 will be described.
While the sliding portion is in contact with the object to be cleaned, the fluid is ejected or sucked into the object through the inlet / outlet to be cleaned.
When the object is a face, makeup can be removed and dirt on the face can be removed sufficiently.
In addition, when the object is a wall, a floor or the like, fluid is poured or sucked while rubbing the wall surface with a sliding part, so that even stubborn dirt stuck to the wall and floor can be removed well.

The effect of the invention according to claim 2 will be described.
When the object is a wall or the like, a cleaning liquid is used as a fluid.
In particular, when the cleaning liquid injected from the inlet / outlet is strong, the dirt comes out just by injecting water onto the wall.
In such a case, it is economical to omit the sliding portion, suck the raised dirt together with air from the inlet / outlet with a fan or the like, and remove the dirty water in the air with a filter or the like.

The effect of the invention according to claim 3 will be described.
Since the fluid can be ejected from the inlet / outlet while the rotating part having the inlet / outlet rotates, or the fluid can be ejected from the center of the rotating part, the cleaning efficiency is good.
A fluid film is formed between the object to be cleaned and the rotating part, contributing to cleaning.
In addition, if the inlet / outlet is throttled, the flow rate becomes faster and the cleaning effect is improved.
When the nozzle is used, the fluid can be uniformly ejected onto the object.
When the object is a face, fluid is engulfed by rotation and the face is rubbed, so that it is possible to very well remove the sebum and dirt that has entered the pores of the face.
Also, if the object is a wall, floor, etc., press firmly against the wall surface, floor surface, rub while rotating, pour fluid,
Because it is sucked in, it sticks to the wall and can be removed well even with stubborn dirt.

The effect of the invention according to claim 4 will be described.
Since the fluid can be ejected and washed from the inlet / outlet while the vibrating part having the inlet / outlet vibrates and the fluid can be ejected from the center of the vibrator, the cleaning efficiency is good.
A fluid film is formed between the object to be cleaned and the vibrating part, contributing to cleaning.
In addition, if the inlet / outlet is throttled, the flow rate becomes faster and the cleaning effect is improved.
When the object is a face, fluid is engulfed by vibration and the face is rubbed, so that it is possible to very well remove the sebum and pores on the face.
Furthermore, a facial massage can be performed by vibrating the contact surface of the face.

The effect of the invention according to claim 5 will be described.
The fluid storage tank or the pressure tank is pressurized or depressurized to supply the fluid from the tank to the inlet / outlet, or the fluid is sucked from the inlet / outlet and stored in the tank.
Air is supplied into the tank by the pump mechanism or the air pressure in the tank is increased, or fluid is supplied into the pressurized tank by the tank pump mechanism to increase the air pressure in the pressurized tank. It is a method.
The fluid supply unit is inexpensive and has a compact mechanism.

A power source is provided in the cleaning device, and the power supply of the drive unit can be turned on and off together with the manual fluid supply.
A system is available in which a switch is inserted by moving a lever or the like by manual operation, and the rotating part is pressed and washed simultaneously while ejecting a fluid to an object.
For example, when the object is a face, turn on the power and rotate the rotating part, pull the operation lever as necessary to inject a little crazing water from the tank to the face, and wash the face while moving the rotating part over the entire face. be able to.
Easy to use and portable.

For example, when the object is a wall of a bath or the like, the rotating part having the entrance and exit is pressed firmly against the wall surface and rubbed while rotating.
The dirt containing the raised water is sucked from the inlet / outlet by the suction part and stored in the tank.
Dirt does not spread during cleaning.
Saves time and effort.
When the tank is full, it can be replaced with a spare to increase cleaning efficiency.

The effect of the invention according to claim 6 will be described.
Attachments such as spray nozzles and brushes can be attached and replaced on the rotating part and the vibrating part.
When the object is a face, a crudin foam is applied to a soft sponge, etc., and the face is pressed against the face. It has a great effect in removing dirt that has entered. For this reason, it is not necessary to carry out a face-wash pack etc. by spending several times a month.
Moreover, the effect of facial massage can also be acquired by pressing the attachment which arrange | positioned the several spherical-shaped processus | protrusion with a fixed space | interval to a face, and moving it.

When the object is a kitchen tableware or the like, a stubborn stain on the inner and outer surfaces can be removed well by attaching a strong metallic brush and pressing the rotating part against the wall surface.
Further, for example, a strong cleaning liquid is used for the ejected fluid, and the effect is further improved.

The effect of the invention according to claim 7 will be described.
It is equipped with a unit filled with ore powder such as tourmaline, and pressurizes the unit when the fluid is supplied to pass the fluid.
In order to exert the negative ion effect of tourmaline ore, it is necessary to apply pressure, friction, etc. to the crystal, and it is sufficient to pass through the tourmaline fine powder enclosure unit by applying water pressure, for example, with the above mechanism. An ionic fluid can be generated.
A negative ion effect fluid from tourmaline ore can be brought into contact with the face, and the negative ion effect promotes increased blood circulation and cell activation of the facial skin, creating a beautiful and healthy skin that is moisturized with a bactericidal function. .
Further, the effect of improving blood circulation on the facial skin can be further enhanced by using it in combination with massaging the face with an attachment or the like that is rotated or vibrated, with a plurality of spherical projections arranged at certain intervals.

In addition, tourmaline ore is considered to have a cluster effect, and water clusters are decomposed.
Since water molecules are subdivided and dirt and the like are easily dissolved in water, the dirt is easily removed.

  The best mode for carrying out the invention will be described.

FIG. 1 is an external view of the cleaning device 100.
There is an inlet / outlet 10 (not shown) in the attachment 8, and when the operation lever 1 is pulled, the liquid in the pressure tank 4 is ejected while the attachment 8 rotates.

FIG. 2 is an explanatory view of a cross section of the cleaning device 100.
As a rotating part having the inlet / outlet 10, there is a gear 7, and the gear 7 is rotated via a gear 6 by a motor 5 that is a driving part.
Further, an attachment 8 is engaged with the gear 7 by a pin (not shown), and the attachment 8 is also rotated by the rotation of the gear 7.
Since the pin-meshing attachment 8 can be easily removed, it can be replaced with various attachments such as a spray nozzle, a brush, and an uneven plate.

The fluid supply unit that supplies liquid to the inlet / outlet includes a pressure tank 4, a cylinder pump 3, an operation lever 1, an intermediate water passage 13, a tourmaline unit 2, and a water passage 9.
When the operation lever 1 is pulled, the cylinder pump 3 slides and air is supplied into the pressure tank 4 by the pump mechanism, and the air pressure in the pressure tank 4 increases, and the liquid in the pressure tank 4 passes through the intermediate water passage 13. Applied to the street tourmaline unit 2.
The tourmaline unit 2 is an accumulation unit of tourmaline fine powder, and generates a large amount of negative ions by passing it under pressure.
A negative ion liquid is supplied to the inlet / outlet 10 through the water passage 9.
In addition, the water flow path 9 has penetrated the inside of the gearwheel 7 which is a rotation part, and can inject | pour while a rotation part rotates.

Further, the switch 29 is pushed by pulling the operation lever 1 manually.
The motor 5 is driven by energizing the battery power supply of the battery box 11 via the cable 12 through a wiring (not shown). For example, when the operation lever 1 is pulled and water is poured and the lever is held as it is, the motor 5 remains energized and the motor 5 continues to rotate and the attachment 8 continues to rotate.

FIG. 3 is an explanatory view of a cross section of the tourmaline unit 2 in which tourmaline is enclosed.
The pressurized liquid in the pressure tank 4 is sent to the chamber 15 through the intermediate water passage 13 and applied to the tourmaline laminate 14.
An internal pressure is applied to the liquid in the chamber 15, and the liquid passes through the tourmaline laminate 14 while being applied. The liquid that has passed through the tourmaline laminate 14 is discharged to the water passage 9 along the tourmaline unit outer wall 16.

In this Example 1,
A liquid is ejected from the inlet / outlet 10 while the attachment 8 rotates.
The face is rubbed with an attachment such as a sponge while washing the face with face washing liquid, so it is effective for removing makeup and removing dirt that has entered the facial sebum and pores.
In addition, a liquid with negative ion effect from tourmaline ore can be brought into contact with the face, increasing blood circulation of the facial skin and activating cells, and creating beautiful healthy skin with moisture in combination with the bactericidal function. In addition, you may make it acquire another effect using an ore different from tourmaline.
Women have long baths and use this scrubber in a bathtub, but they are more effectively used because they are waterproof.

By the way, although the liquid supply part which supplies a liquid to the inlet / outlet 10 has a pressure tank 4, a cylinder pump 3, an operation lever 1, a tourmaline unit 2 and a water passage 9, an electric pump can be used instead of the cylinder pump 3. good.
Moreover, it is good also as a system which attracts | sucks liquid from the outside with a tube etc. with an electric pump instead of the pressure tank 4. FIG.
Further, the motor 5 is turned on by manually pulling the operation lever 1, but another switch may be provided or the motor 5 may be activated.
Instead of the battery box 11, a power cord may be provided to use an external power source.

FIG. 4 is an explanatory diagram of a cross section of the cleaning device 100 according to the second embodiment.
Mechanisms such as a rotating part having a spout for rotating the attachment 8 by the motor 5 and a driving part for rotating the rotating part are the same as in the first embodiment.

The gas supply unit that supplies gas to the inlet / outlet 10 includes a fan 17, a motor (not shown), an operation lever 1, a duct 18, a tourmaline unit 2, and a ventilation path 19.
When the operation lever 1 is pulled, the switch 20 enters and a motor (not shown) is activated to rotate the fan 17.
Air is sent to the tourmaline unit 2 through the duct 18 by the fan 17.
The tourmaline unit 2 is an integrated unit in which tourmaline fine powder is enclosed, and generates a large amount of negative ions by passing it under pressure.
Air is applied to the tourmaline unit 2 by the fan 17, and negative ion gas is supplied to the inlet / outlet 10 through the air passage 19.

When the fan 17 is reversed, a gas suction force is obtained at the inlet / outlet 10.
While rotating the inlet / outlet 10, the fan 17 is rotated forward and air is blown to the face to wash the face.
Further, it can be used as a facial device that removes sebum and massages the skin by repeating spraying and suctioning by forward and reverse rotation of the fan 17.

FIG. 5 is an explanatory diagram of a cross section of the cleaning device 100 according to the third embodiment.
There are a motor 5 and an eccentric member 21 as vibration mechanisms for vibrating the inlet / outlet 10.
The configuration of the pressure tank 4, the cylinder pump 3, the operation lever 1, the tourmaline unit 2, and the water passage 9 as the liquid supply unit that supplies the liquid to the inlet / outlet 10 is the same as that of the first embodiment.

FIG. 6 is an explanatory diagram of the vibration mechanism.
The eccentric member 21 is fixed to the rotating shaft 22 of the motor 5, and the eccentric member 21 is rotated by the rotation of the rotating shaft 22, and the spring 23 acts to apply vibration to the flange 24.
The attachment 8 is connected to the flange 24 through a cylindrical member through pin engagement (not shown).
The vibration of the flange 24 is transmitted to the attachment 8.
In addition, as a vibration mechanism, you may use the system which gives a vibration to the flange 24 using an ultrasonic transducer | vibrator instead of the motor 5, the rotating shaft 22, and the eccentric member 21. FIG.

A liquid is ejected from the inlet / outlet 10 while the attachment 8 vibrates.
Since the face is rubbed with the vibration of the attachment 8 such as a brush while washing the face with face washing liquid, it is effective in removing makeup and removing dirt that has entered the face and pores.
In addition, a massage effect by vibration can be expected.

In the vibration mechanism of the third embodiment, the vibration direction is the front-rear direction with respect to the face. However, the vibration direction is changed up and down with respect to the face by changing the installation direction of the motor 5, the rotation shaft 22, and the eccentric member 21. It can also be arranged in the left-right direction.
In that case, the effect is more effective because it is the same as the action of a person rubbing the face up and down or left and right.

FIG. 7 is an explanatory diagram of a cross section of the cleaning device 100 according to the fourth embodiment.
A pressure tank 4, a cylinder pump 3, and an operation lever 1 are used as a rotary part having an inlet / outlet 10 for rotating the attachment 8, a motor 5 for rotating the rotary part, and a liquid supply part for supplying liquid to the jet outlet 10. The water passage 9 is configured.

The power source takes in external AC power from the outlet 25.
The AC power is converted into DC12V or DC24V by the transformer 26 and supplied to the motor 5 through the wiring 27.
For example, when removing the dirt on the wall surface 28, when the operation lever 1 is pulled to supply the liquid, the power switch 29 is turned on and the attachment 8 is rotated.

Since the dirt on the wall surface 28 is stubborn and difficult to remove, the attachment 8 is preferably a metallic brush having strength.
Moreover, it is preferable to use a strong cleaning liquid as the liquid, and the liquid is injected into the pressure tank 4.
Pulling the operating lever 1 while strongly pressing the attachment 8 against the wall to inject the cleaning liquid, and rotating and vibrating, it can remove stubborn dirt well.
In addition, when removing dirt, such as a kitchen and a washroom, the attachment 8 and a different washing | cleaning liquid may be used.

FIG. 8 is an explanatory diagram of a cross section of the cleaning device 100 according to the fifth embodiment.
As a rotating part having an inlet / outlet 10 for rotating the attachment 8, a motor 5 for rotating the rotating part, and a liquid supply part for supplying liquid to the inlet / outlet 10, a pressure tank 4, a cylinder pump 3, an operation lever 1, a passage The configuration of the water channel 9 is the same as that of the fourth embodiment.
As a suction portion for sucking fluid from the inlet / outlet 10, a drainage path 31, a pump 30, a drainage path 32, a storage tank 33, and a switch 34 for starting the pump 30 are added.

The power source takes in external AC power from the outlet 25.
The AC power is converted into DC12V or DC24V by the transformer 26 and supplied to the motor 5 and the pump 30 through the wiring 27.
When the operating lever 1 is pulled, the power switch 29 is turned on and the motor 5 is activated.
Pressing the switch 34 starts the pump 30.

FIG. 9 is an explanatory diagram of the tip portion of the cleaning device 100 according to the fifth embodiment.
There is a gear 7 as a rotating part having an inlet / outlet 10, and the gear 7 is rotated by a motor 5 as a driving part via a gear 6.
Further, an attachment 8 is engaged with the gear 7 by a pin (not shown), and the attachment 8 is also rotated by the rotation of the gear 7.
At the entrance / exit 10, the leading ends of the water passage 9 and the drainage passage 31 extend.
The metallic wire brush 35 is injected into the attachment 8 and the strong cleaning liquid is injected into the pressure tank 4 as in the fourth embodiment.
Water is poured from the water passage 9 while strongly pressing the attachment 8 against the wall, and the dirt is raised by rotating and vibrating.
The switch 34 is pressed to activate the pump 30, and the raised dirt is sucked from the tip of the drainage channel 31 and is put into the storage tank 33 through the pump 30 and the drainage channel 32.
Dirt does not spread during cleaning.
Saves time and effort.
When the storage tank 33 is full, it is replaced with a spare to increase the cleaning efficiency.

In addition, although the pressure tank 4, the cylinder pump 3, the operation lever 1, and the water passage 9 are configured as the liquid supply unit that supplies the liquid to the inlet / outlet 10, an electric pump may be used instead of the cylinder pump 3.
Moreover, as a suction part, the system which sucks in with a blower, a vacuum, etc. instead of the pump 30 may be used.
Here, the liquid is described as water. However, the present invention is not limited thereto. For example, when the object is a face, the fluid may be a face washing liquid, and when the object is a wall or the like, the fluid may be a washing liquid.

FIG. 10 is an explanatory diagram of a cross section of the cleaning device 100 according to the sixth embodiment.
A fluid supply unit that supplies liquid to the inlet / outlet 10 includes a pressure tank 4, a cylinder pump 3, an operation lever 1, and a water passage 9.
As a suction portion for sucking fluid from the inlet / outlet 10, a configuration of an intake passage 38, a fan 36, a storage tank 33, an exhaust port 39 and a switch 34 for starting the fan 36 is added.

When the operation lever 1 is pulled, the cylinder pump 3 slides and air is supplied into the pressure tank 4 by the pump mechanism, and the air pressure in the pressure tank 4 is increased. 9 is supplied.
While applying the attachment 8 to the wall surface 28, the cleaning liquid is poured from the tip of the water passage 9 to raise the dirt.
The switch 34 is pushed to activate the fan 36, and the raised dirt is sucked together with air from the inlet / outlet 10, and is discharged from the exhaust port 39 through the intake passage 38 and the fan 36.
Moisture in the sucked air is removed by a filter 37 on the way, falls and enters the storage tank 33.
The storage tank 33 is removed by a removal structure (not shown), and the accumulated sewage is discarded.

In the sixth embodiment, as in the fifth embodiment, the entrance / exit 10 does not rotate.
When the cleaning liquid poured from the front end of the water passage 9 is strong, the dirt comes out only by pouring the wall surface 28.
In such a case, it is economical to omit the sliding portion and suck the raised dirt together with air from the inlet / outlet 10 by the fan 36 to remove the dirty water in the air.

  It is an external view of the washing | cleaning device 100 in Example 1 of this invention.   It is explanatory drawing of the cross section of the washing | cleaning device.   It is explanatory drawing of the cross section of the tourmaline unit 2. FIG.   It is explanatory drawing of the cross section of the washing | cleaning device 100 in Example 2. FIG.   It is explanatory drawing of the cross section of the washing | cleaning device 100 in Example 3. FIG.   It is explanatory drawing of a vibration mechanism.   It is explanatory drawing of the cross section of the washing | cleaning device 100 in Example 4. FIG.   It is explanatory drawing of the cross section of the washing | cleaning device 100 in Example 5. FIG.   It is explanatory drawing of the front-end | tip part of the washing | cleaning device 100 in Example 5. FIG.   It is explanatory drawing of the cross section of the washing | cleaning device 100 in Example 6. FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Operation lever 2 Tourmaline unit 3 Cylinder pump 4 Pressure tank 5 Motor 6 Gear 7 Gear 8 Attachment 9 Water passage 10 Entrance / exit 11 Battery box 12 Cable 13 Intermediate water passage 14 Tourmaline laminated body 15 Chamber 16 Tourmaline unit outer wall 17 Fan 18 Duct 19 Air passage 20 Switch 21 Eccentric member 22 Rotating shaft 23 Spring 24 Flange 25 Outlet 26 Transformer 27 Wiring 28 Wall 29 Switch 30 Pump 31 Drainage channel 32 Drainage channel 33 Storage tank 34 Switch 35 Wire brush 36 Fan 37 Filter 38 Intake channel 39 Exhaust port

Claims (7)

  Sliding part, driving part for driving the sliding part, inlet / outlet through which fluid flows in / out, fluid supply part for supplying fluid to the inlet / outlet, or suction part for sucking fluid from the inlet / outlet A cleaning device, wherein the fluid is ejected or sucked into the object through the inlet / outlet while the sliding portion is in contact with the object.   It is composed of an inlet / outlet through which fluid flows in and out, and a fluid supply part that supplies fluid to the inlet / outlet, or a suction part that sucks fluid from the inlet / outlet, and ejects fluid to an object through the inlet / outlet. A scrubber characterized by suction or suction.   The rotary unit having the inlet / outlet, a driving unit that rotates the rotary unit, a fluid supply unit that ejects fluid from the inlet / outlet, or a suction unit that sucks fluid from the inlet / outlet, The cleaning device according to claim 1, wherein a fluid is ejected from the inlet / outlet or the fluid is sucked while the rotating part rotates.   A vibration unit having the inlet / outlet; a drive unit that vibrates the vibration unit; a fluid supply unit that ejects fluid from the inlet / outlet; or a suction unit that sucks fluid from the inlet / outlet; The cleaning device according to claim 1, wherein a fluid is ejected from an inlet / outlet or a fluid is sucked while the vibration unit vibrates.   A power source and a tank are provided in the washer, and the tank is pressurized or depressurized to eject fluid from the inlet / outlet, or the suction unit sucks fluid from the inlet / outlet and stores it in the tank. The washer according to any one of claims 1 to 4.   The cleaning device according to any one of claims 1 and 3 to 5, wherein an attachment such as a nozzle or a brush is attached to the rotating portion or the vibrating portion and can be replaced.   The washer according to any one of claims 1 to 6, wherein the fluid supply unit includes a unit in which ore powder such as tourmaline is partially enclosed, and allows fluid to pass through the unit when the fluid is supplied. .

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