KR101792835B1 - Vacuum suction machine for skin cleansing - Google Patents

Abstract

The present invention relates to a vacuum absorbing device for cleaning a skin, comprising: a case having a hollow structure where a front surface is opened and including a case body, a support, a door and a hand piece connected control valve; a first container filled with a cleaning liquid embedded in the case body; a second container filled with cleaning water embedded in the case body; a third container, being hollow, embedded in the case body; a container contact member having a contact pad provided at an inner circumference of a container port, a metal pad provided on a back side of the contact pad, a thermoelectric element unit provided at one end of the metal pad, and a cylinder member provided on a back side of the metal pad; a pump embedded in the case body; an air supply unit embedded in the case body adjacent to the pump and communicating with the first container; a hand piece unit embedded in the case body to be withdrawable; a main control valve embedded in the case body; and a controller embedded in the case body. The present invention enables a user to safely grip the container in a cleaning process and to control a discharge amount of the cleaning liquid filled in the container, thereby being capable of completely cleaning the skin.

Description

≪ Desc / Clms Page number 1 > Vacuum suction machine for skin cleansing &

The present invention relates to a skin-cleaning vacuum suction apparatus.

As shown in FIG. 6, Korean Patent Registration No. 1303781 (filed on Mar. 29, 2013, entitled "Facial Cleansing and Cleansing Combination Skin Beauty Manager)" is a device for supplying power to a rechargeable battery 10 And the air suction pipe 21 of the air suction device 20 is connected to the screw fitting part 111 projected on one side of the main body 100, The air discharge pipe 22 of the device 20 is connected to the discharge hole 112 formed in the upper side of the main body 100. The cleansing brush 30 or the first suction pipe 40 And a transparent collection tube 50 is screwed between the adapter 120 screwed to the threaded portion 111 and the first suction pipe 40, A known cleansing brush 30 is attached to the protruding facet 41 formed on the flange of the main body 40, Side there is a sebum removal and cleansing skin care device combine into an annular groove (31a) which is formed on the support plate (31), characterized in that the configuration is manually freely cleansing brush (30) for rotation of the disclosed.

Such prior art technology allows a cosmetic product drawn deeply into the pores to be removed by rubbing the cosmetic that is deeply drawn into the pores when the cleansing brush is installed and rinsing it naturally while being stored in the recovery container through the first suction pipe, Cosmetic products drawn from the pores can be removed easily without removing them with separate cleansing pads or the like, but there is a fundamental problem that complete skin cleansing can not be realized by simple suction.

An object of the present invention is to provide a skin-cleaning vacuum suction apparatus which can selectively supply a cleansing liquid or cleansing water to the skin and then suck contaminants remaining in the skin to perform skin cleansing There is.

Another object of the present invention is to provide a skin-cleaning vacuum suction device capable of smoothly discharging a cleaning liquid filled in a container during a cleaning process and safely holding the container.

It is an object of the present invention to provide a vacuum cleaner having a case body having a hollow opening with a front surface and a plurality of container ports each having a tube insertion hole and a plurality of ventilation holes, a receiving portion provided on a lower surface of the case body, A case having a door provided on the front side and a hand piece connection control valve provided at a lower end of the tube insertion hole; A first container filled with a cleaning liquid contained in the case body; A second container filled with washing water contained in the case body; A third container which is an empty container built in the case body; A metal pads provided on the back surface of the contact pads, a thermoelectric element portion provided on one end of the metal pads, and a cylinder contact member having a cylinder member on the back surface of the metal pads, ; A pump incorporated in the case body; An air supply unit built in the case body, which is an adjacent portion of the pump, and communicated with the first container; A handpiece part having a first port selectively communicating with the first and second containers, a second port communicating with the third container, and being drawable in the case body; A main control valve incorporated in the case body to selectively communicate the containers with the first and second ports; And a controller incorporated in the case body to control the handpiece connection control valve, the container tightening member, the first container, the second container, the third container, the pump, the air feeder, and the main control valve Can be achieved by a skin-cleaning vacuum inhaler.

Preferably, the first container of the present invention includes a container body having a hollow structure with an open top surface and a lower end portion of which is inserted into the container port, a casing formed at an outer periphery of the container body, A discharge port coupled to the tube insertion hole; a discharge control valve controlled by the controller provided in the discharge port; a vertical guide provided on an inner circumference of the container body; A lower stopper provided at a lower end of the vertical guide, and an upper stopper provided at an upper end of the vertical guide. The upper stopper is provided at the upper end of the vertical guide, .

Preferably, the second container of the present invention has a container body having a hollow structure with an opened upper surface and a lower end portion of which is inserted into the container port, a casing formed at an outer periphery of the container body, A discharge port connected to the tube insertion hole and a discharge control valve controlled by the controller provided in the discharge port, and the third container has a hollow structure having an open top surface And a lower end portion of the container body is inserted into the container port; a casing portion formed on an outer periphery of the container body; a container cover coupled to an upper surface of the container body; .

Preferably, the main control valve of the present invention includes a first position for communicating the first container and the first port, a second position for communicating the second container and the first port, A third position for communicating the second container with the first port, and a fourth position for communicating the third container with the second port.

Preferably, the first and second ports of the present invention are each communicated with the handpiece connection valve.

As described above, the present invention has an effect that a perfect skin cleansing can be realized by safely gripping the container during the cleaning process and controlling the discharge amount of the cleaning liquid filled in the container.

1 is a perspective view showing a skin-cleaning vacuum suction apparatus according to the present invention.
Fig. 2 is a perspective view showing the door of Fig. 1 opened and closed. Fig.
3 is a perspective view showing a first container mounted on a container port;
4 is a perspective view showing the container contact member.
5 is a cross-sectional view taken along line 5-5 of FIG.
6 is a sectional view showing the first container.
7 is a schematic diagram showing the control relationship of the skin-cleaning vacuum inhaler according to the present invention.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.

1 to 7, a skin-cleaning vacuum inhaler 100 according to the present invention includes a case 10, a container tightening member 30, a first container B1, a second container B2, A container B3, a pump P, an air feeder A, a handpiece part HP, a main control valve SV and a controller COM.

The case 10 includes a case body 11 having a hollow structure with a front surface opened and a receiving portion 13 provided on a lower surface of the case body 11 and a door 15 provided on the front surface of the case body 11 consist of.

Here, the door 15 is provided on the front surface of the case body 11 so as to be able to move up and down. However, it should be noted that the opening and closing manner can be variously modified.

Inside the case body 11, three container ports 11bp having the same structure are provided.

The container port 11bp is recessed downward and includes a tube insertion hole 11mh and a vent hole 11sh in which a plurality of tube insertion holes 11hh are formed in the vicinity of the tube insertion hole 11mh, And a handpiece connection control valve (V1) provided to communicate with the lower end of the handpiece connection control valve (V1).

The first container B1 has a hollow structure with an opened upper surface and includes a container body B11 into which a lower end portion is inserted into the container port 11bp and a nozzle B12 formed on the outer periphery of the container body B11, A container cover B13 coupled to the upper surface of the container main body B11, a discharge port B14 coupled to the tube insertion hole 11mh and a discharge control valve B1vo provided in the discharge port B14 .

Here, the first container B1 is a container filled with a viscous cleaning liquid (a cleansing cream or a cleansing foam). In order to accurately control the discharge amount of the cleaning liquid, a vertical guide B1gd provided on the inner circumference of the container body B11, An air inlet valve B1vi provided so as to communicate with the upper end portion of the first container B1 and a vertical guide B1i to stop the descent of the compression member B1p. A lower stopper B1sb provided at the lower end of the vertical guide B1gd and a upper stopper B1st provided at the upper end of the vertical guide B1gd to prevent the upward movement of the compression member B1p.

The first container B1 may also be provided with a position sensor or a water level sensor capable of measuring the amount of the cleaning liquid.

The second container B2 is partly inserted into the container port 11bp at its lower end and is composed of the container body, the nozzle section, the container cover, the discharge port and the discharge control valve. And therefore detailed description and illustration thereof will be omitted.

Here, the second container B2 is filled with washing water.

In addition, the second container B2 may provide therein a position sensor or a water level sensor capable of measuring the amount of the washing water.

The third container B3 is partly inserted into the container port 11bp at its lower end and is composed of the container main body, the energizing part and the container cover, but this configuration has the same configuration as a part of the configuration of the first container B1 A detailed description or an illustration thereof will be omitted, and a contaminant inlet is further included at the upper end of the container body.

Here, the third container B3 is an empty container in which contaminants are dumped and filled.

Further, the third container B3 may be provided therein with a position sensor or a water level sensor capable of measuring the height of the contaminants to be dumped.

The container tight contact member 30 includes a contact pad 32 provided on the inner peripheral edge of the container port 11bp, a metal pad 31 provided on the back surface of the contact pad 32, A thermoelectric element portion 33, and a cylinder member 35 on the back surface of the metal pad 31.

Here, in this embodiment, since the lower outer edge of the containers B1, B2, and B3 can not be strongly gripped when the adhesive pad 32 is formed on the surface of the user, A metal pad 31 is provided on the back surface of the contact pad 32 and the thermoelectric element portion 33 is provided to heat the metal pad 31 to evaporate moisture formed on the surface of the contact pad 32.

Here, the adhesion pad 32 is made of urethane or silicon and is roughly surface-treated.

The pump P is built in the case body 11.

The air feeder A is built in the case body 11 which is an adjacent portion of the pump P and is in communication with the air inlet valve B1vi of the first container B1. The air feeder A is provided so as to pressurize the upper surface of the compression member B 1 p by supplying air into the first container B 1 through the air inlet valve B 1 vi through the air inlet valve B 1 vi.

Here, the air inlet valve B1vi is a check valve which is opened when air is supplied from the air feeder A and is closed when the supply is stopped.

The handpiece portion HP includes a first port HP1 selectively communicating with the first and second containers B1 and B2 and a second port HP2 communicating with the third container B3 And is housed in the case body 11.

Here, the handpiece unit HP is opened after the door 15 is opened and stored when the use is completed.

Here, the first and second ports HP1, HP2 are in communication with the handpiece connection valve V1.

In addition, the handpiece unit HP may further include a power switch, an operation switch, and the like.

The main control valve SV has a first position for communicating the first container B1 and the first port HP1, a second position for communicating the second container B2 and the first port HP1, A third position for communicating the first container (B1) and the second container (B2) with the first port (HP1) and a fourth position for communicating the third container (B3) and the second port (HP2) And is incorporated in the case body 11.

The controller COM is connected to the handpiece connecting control valve V1, the container tight contact member 30, the first container B1, the second container B2, the third container B3, the pump P, A and the main control valve SV.

Hereinafter, a brief operation of the skin-cleaning vacuum suction apparatus 100 according to the present invention will be described. It is to be noted in advance that the operation relationship described below is only an example.

Provide cleaning solution

The controller COM switches the main control valve SV to the first position.

The controller COM then operates the air feeder A to supply air into the first container B1 via the air inlet valve B1vi.

Subsequently, while the compression member B1p is lowered, the discharge control valve B1vo is opened and the cleaning liquid is supplied through the first port HP1 of the handpiece unit HP.

Washing water  offer

The controller COM switches the main control valve SV to the second position.

Then, the controller COM operates the pump P so that the washing water is supplied through the first port HP1 of the handpiece unit HP.

Also, the cleaning liquid and the washing water may be supplied together (the third position of the main control valve).

Inhalation of pollutants, speculation

The controller COM switches the main control valve SV to the fourth position.

Next, the controller COM operates the pump P to suck contaminants through the second port HP2 of the handpiece unit HP, and then dirt-charges the third container B3.

While the present invention has been described with reference to exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments.

10: Case 30: Vessel tight contact member
B1, B2, B3: vessel P: pump
A: Air feeder
HP: Handpiece part SV: Main control valve
COM: Controller
100: Skin Washing Vacuum Suction Device

Claims (5)

A case body provided with a tube insertion hole and a plurality of container ports each having a plurality of ventilation holes, a receiving portion provided on a lower surface of the case body, a door provided on a front surface of the case body, A case having a handpiece connection control valve provided at the lower end of the tube insertion hole;
A first container filled with a cleaning liquid contained in the case body;
A second container filled with washing water contained in the case body;
A third container which is an empty container built in the case body;
A metal pads provided on the back surface of the contact pads, a thermoelectric element portion provided on one end of the metal pads, and a cylinder contact member having a cylinder member on the back surface of the metal pads, ;
A pump incorporated in the case body;
An air supply unit built in the case body, which is an adjacent portion of the pump, and communicated with the first container;
A handpiece part having a first port selectively communicating with the first and second containers, a second port communicating with the third container, and being drawable in the case body;
A main control valve incorporated in the case body to selectively communicate the containers with the first and second ports;
And a controller incorporated in the case body to control the handpiece connection control valve, the container tightening member, the first container, the second container, the third container, the pump, the air feeder, and the main control valve Skin cleaning vacuum suction device.
The method according to claim 1,
Wherein the first container has a hollow structure having an opened upper surface and a lower end part of the container is inserted into the container port; a casing formed on an outer periphery of the container body; A discharge port connected to the tube insertion hole, a discharge control valve controlled by the controller provided in the discharge port, a vertical guide provided on an inner circumference of the container body, a compression member provided to move up and down along the vertical guide, An air inlet valve communicating with the upper end of the first container and the air feeder, a lower stopper provided at a lower end of the vertical guide, and an upper stopper provided at the upper end of the vertical guide. .
The method according to claim 1,
Wherein the second container has a hollow structure having an opened upper surface and a lower end part of which is inserted into the container port, a casing formed at an outer periphery of the container body, A cover, a discharge port coupled to the tube insertion hole, and a discharge control valve controlled by the controller provided in the discharge port,
Wherein the third container has a hollow structure having an opened upper surface and a lower end part of the container is inserted into the container port, a casing formed at an outer periphery of the container body, A cover, and a pollutant inlet provided at an upper end of the container body.
The method according to claim 1,
Wherein the main control valve includes a first position communicating the first container and the first port, a second position communicating the second container and the first port, and a second position communicating between the first container and the second container, And a fourth position for communicating the third container with the second port. The vacuum cleaner according to claim 1, wherein the first port and the second port communicate with each other.
The method according to claim 1,
And the first and second ports communicate with the handpiece connection control valve, respectively.

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