CN106389181B

CN106389181B - Mask machine and using method thereof

Info

Publication number: CN106389181B
Application number: CN201611080101.XA
Authority: CN
Inventors: 朱全再; 姜日忠
Original assignee: Fuzhou Pinxing Technology Development Co Ltd
Current assignee: Fuzhou Pinxing Technology Development Co Ltd
Priority date: 2016-11-30
Filing date: 2016-11-30
Publication date: 2021-02-23
Anticipated expiration: 2036-11-30
Also published as: CN106389181A

Abstract

The invention relates to a mask machine and a using method thereof, wherein the mask machine comprises an electrolysis cavity, a juicing cavity and a mask for attaching a mask; the electrolytic chamber is divided into a cathode chamber and an anode chamber by a PEM electrolytic electrode; a control circuit controls the current and/or voltage of the electrolytic electrode of the PEM membrane; the facial mask is sequentially provided with a sponge liquid absorbing layer, a vibration diffusion layer for vibrating the sponge liquid absorbing layer to diffuse juice in the sponge liquid absorbing layer to the face, a cold and hot temperature regulating layer for regulating the temperature of the facial mask and a shell in a stacking manner from the outer layer to the inner layer; one surface of the sponge liquid absorbing layer facing the face is matched with the face curve to be provided with a plurality of liquid outlet holes; the sponge liquid absorbing layer is communicated with the anode cavity through an ozone pipe which can be opened and closed; a first waterproof breathable film is arranged between the cathode cavity and the juicing cavity; the juicing cavity is communicated with the sponge liquid absorbing layer.

Description

Mask machine and using method thereof

Technical Field

The invention relates to the field of household beauty instruments, in particular to a mask machine and a using method thereof.

Background

The principle of the facial mask is that the facial mask temporarily isolates outside air and pollution in a short time when covering on the face, the skin temperature is improved, pores of the skin are expanded, sweat gland secretion and metabolism are promoted, the oxygen content of the skin is increased, the facial mask is beneficial to removing products of epidermal cell metabolism and accumulated grease substances from the skin, water in the facial mask permeates into the horny layer of the epidermis of the skin, the skin becomes soft, and the elasticity is increased. The finished facial mask on the market contains a large amount of chemical preparations, certain stimulation and damage are caused to the skin, and sensitive skin is not suitable for use.

The main raw materials of the fruit and vegetable facial mask are natural fruits and vegetables, milk and the like, and the molecular structure of the fruit and vegetable facial mask is not damaged in the manufacturing process, so that the manufactured fruit mask still keeps the pure natural taste. The fruit and vegetable facial mask does not contain any additive, preservative and other chemicals. The main components are various nutrients and collagen components which are beneficial to skin and are contained in fruits and vegetables. The active ingredients in the fruit and vegetable facial mask are active molecules, so that the skin can not be damaged, and nutrients required by the skin can be supplemented in time. Because the molecular structure is active molecules, the permeability is good; the most important requirement of the fruit and vegetable facial mask is to be fresh, so that the household facial mask with simple structure and strong function has huge market.

Through retrieval, publication No. CN105963146A discloses a fruit mask machine, which discloses a top cover, a shell, a feeding mechanism, a juicing mechanism, a stirring and heating mechanism, a mask tray, a neck film tray and a base; the mask forming mechanism comprises a mask tray and a neck mask tray; in the membrane making process, after raw materials and fruit juice mixture are fully stirred by the stirring and heating mechanism, the mixture is simultaneously and quantitatively injected into the mask tray and the neck membrane tray to make the mask and the neck membrane at one time, so that the problem that the conventional mask machine can only form one membrane at each time is solved, but in the process, fruits and vegetables are easily oxidized and are not fresh, the using effect is influenced, and the disinfection is inconvenient and bacteria are easily bred.

Hydrogen is a more active field in recent years, is a gas molecule with important biological activity after NO, HS and CO, and has NO toxic or side effect at present and unique development space in the aspect of disease control. Many oxidative stress related injuries can be treated with hydrogen therapy to achieve a good result, and particularly, are good candidates for various skin diseases that are difficult to cure. Research shows that hydrogen can penetrate cell membrane and organelle membrane fast and diffuse to subcellular structure, such as mitochondrion, cell nucleus, etc. to play the protecting role. The hydrogen-rich liquid is a selective antioxidant, and the main functions of the hydrogen-rich liquid are to selectively eliminate free radicals, reduce the generation of active oxygen and reduce the damage of oxidative stress. Active oxygen has strong redox effect, and can interact with various components of cells to cause functional changes of some membranes and enzymes, especially mitochondrial membrane damage, thereby causing cell damage. The action mechanism is as follows: (1) hydrogen has a selective antioxidant effect, selectively reducing the concentration of hydroxyl radicals and peroxynitrite anions, but not reducing the level of superoxide anion radicals, hydrogen peroxide and NO in equilibrium. Reducing lipid peroxidation and DNA oxidation of tissue cells and protecting cell functions; (2) inhibiting inflammatory reaction of tissue, thereby protecting and promoting functions of cell tissue; (3) prevent and delay the apoptosis process of cells and accelerate the repair of damaged tissues.

Ozone destroys the structure of the microbial membrane by the oxidation of oxygen atoms to achieve the bactericidal effect. The inactivation reaction of ozone to bacteria always proceeds very rapidly, unlike other bactericides: ozone can react with double bonds of bacterial cell wall lipids, penetrate into the interior of the thallus, act on proteins and lipopolysaccharides, and change the permeability of cells, thereby causing bacterial death. Ozone also acts on nuclear substances in cells, such as purines and pyrimidines in nucleic acids, to destroy DNA. Ozone acts on cell membranes firstly, membrane components are damaged, metabolism is disturbed, and ozone continuously permeates through the membranes to destroy lipoproteins and lipopolysaccharides in the membranes, so that the permeability of cells is changed, and the cells are dissolved and die.

As mentioned above, the mask machine has a great market prospect, and the prior art does not have a good solution to solve the problems that the fruit and vegetable masks are easily oxidized and need to be fresh, and cannot achieve the best effect and user experience of adjusting the temperature of the masks according to different user preferences and different types of fruits and vegetables.

Disclosure of Invention

In order to solve the technical problems, the invention provides the mask machine and the use method thereof, the mask machine and the use method thereof can be applied at present, the operation is simple and convenient, a complex mask applying process is not needed, the freshness of the fruit and vegetable mask can be effectively ensured, the fruit and vegetable mask is not easy to be oxidized, in addition, the temperature of the mask can be adjusted according to the favor of different users and different types of fruits and vegetables, the best use effect and experience are generated, and the mask machine can realize self disinfection.

The technical scheme of the invention is as follows:

a mask machine comprises an electrolysis cavity, a juicing cavity and a mask for attaching a mask; the electrolytic chamber is divided into a cathode chamber and an anode chamber by a PEM electrolytic electrode; a control circuit controls the current and/or voltage of the electrolytic electrode of the PEM membrane; the facial mask is sequentially provided with a sponge liquid absorbing layer, a vibration diffusion layer for vibrating the sponge liquid absorbing layer to diffuse juice in the sponge liquid absorbing layer to the face, a cold and hot temperature regulating layer for regulating the temperature of the facial mask and a shell in a stacking manner from the outer layer to the inner layer; one surface of the sponge liquid absorbing layer facing the face is matched with the face curve to be provided with a plurality of liquid outlet holes; the sponge liquid absorbing layer is communicated with the anode cavity through an ozone pipe which can be opened and closed; a first waterproof breathable film is arranged between the cathode cavity and the juicing cavity; the juicing cavity is communicated with the sponge liquid absorbing layer.

The bottom of the juicing cavity is provided with a juicing blade, and an annular thickening agent slow-release block is arranged along the inner side wall in the juicing cavity.

Wherein, the PEM membrane electrolytic electrode is vertically arranged at the lower part of the electrolytic chamber, and a clapboard is arranged between the PEM membrane electrolytic electrode and the upper wall of the electrolytic chamber; the cathode chamber and the anode chamber are separated by a PEM membrane electrolysis electrode and a separator; a first weight plate is arranged in the cathode cavity; the first weight plate is sleeved in the cathode cavity in a sliding manner; the first weight plate divides the cathode cavity into an upper hydrogen cavity and a lower hydrogen-rich water cavity; the first weight plate is provided with a plurality of first vent holes; a second waterproof breathable film is arranged on the upper end surface or the lower end surface of the first weight plate; go up the hydrogen chamber and follow the chamber bottom intercommunication chamber of squeezing the juice through first waterproof ventilated membrane.

Wherein, go up hydrogen chamber still through a first trachea intercommunication sponge imbibition layer and make the hydrogen in the hydrogen chamber of going up diffuse to the face through sponge imbibition layer.

Wherein, a second weight plate is arranged in the anode cavity in a sliding manner; the second pressure-weight plate divides the anode cavity into an upper oxygen cavity and a lower ozone water cavity; a plurality of third through holes are formed in the second weight plate; a third water-proof and breathable film and an ozone absorption layer are arranged on the upper end surface or the lower end surface of the second weight plate; the upper oxygen cavity is communicated with the sponge liquid absorbing layer through a second air pipe and enables oxygen in the upper oxygen cavity to diffuse towards the face through the sponge liquid absorbing layer; the ozone pipe extends into the lower ozone water cavity; the first air pipe, the second air pipe and the ozone pipe are respectively provided with a hand pressing air bag; the juicing cavity is communicated with the sponge liquid absorbing layer through a pipeline provided with a water pump.

The cold and hot temperature adjusting layer comprises a plurality of semiconductor refrigerating pieces; a plurality of semiconductor refrigerating sheets are combined into a galvanic pile along a face curve; the semiconductor-to-cold piece comprises an N-type semiconductor and a P-type semiconductor which are mutually connected in series, and one end of the N-type semiconductor is electrically connected with one end of the P-type semiconductor through a copper sheet; the copper sheet faces to one side of the face; the other end of the N-type semiconductor and the other end of the P-type semiconductor are respectively connected with the anode and the cathode of a power supply, and the current enables one side, close to the face, of the semiconductor refrigeration piece to be a low-temperature area and the other side to be a high-temperature area.

Wherein the PEM membrane electrolytic electrode comprises a first electrode, a PEM membrane and a second electrode which are sequentially stacked; and the outer surfaces of the first electrode and the second electrode are respectively coated with a first activated carbon fiber layer and a second activated carbon fiber layer.

Wherein, the mask for sticking the mask is folded or erected through a folding mechanism or a telescopic mechanism.

A use method of a mask machine is adopted, and the mask machine comprises the following steps:

juicing: the mask raw materials are placed into a juicing cavity for juicing, and the juice is thickened by a thickening agent slowly released by a thickening agent slow-release block;

hydrogen and oxygen production: controlling the current of the PEM electrolysis electrode to generate hydrogen and oxygen; hydrogen enters the upper hydrogen cavity through the first weight plate and is introduced into the juicing cavity to be dissolved; oxygen enters the upper oxygen cavity through the second pressure-weight plate;

thirdly, pasting: erecting a mask for pasting the mask, pasting the face on a sponge liquid absorbing layer, pumping the juice in the juice squeezing cavity into the sponge liquid absorbing layer through pump pressure, and adjusting the temperature of the juice and the sponge liquid absorbing layer through adjusting the current of the cold and hot temperature adjusting layer; the vibration diffusion layer extrudes the juice in the sponge liquid absorption layer out of the face through the liquid outlet hole, and the juice is dispersed and uniformly smeared on the face through the sponge liquid absorption layer by continuous vibration; meanwhile, hydrogen in the upper hydrogen cavity and oxygen in the upper oxygen cavity are diffused out of the acting face from the sponge liquid absorbing layer through the first air pipe and the second air pipe respectively; after a period of time the face leaves the mask.

Wherein, before step (r) or after step (c), the following steps are included:

A. ozone disinfection: controlling the current of an electrolytic electrode of the PEM to generate hydrogen and ozone, dissolving the ozone in water to form ozone water in a lower ozone water cavity, absorbing the ozone water by a sponge liquid absorbing layer through an ozone pipe and diffusing and disinfecting the ozone water on the sponge liquid absorbing layer;

B. drying: and reversing the cold and hot temperature regulating layer electrode, wherein the current enables one side of the copper sheet to be a high-temperature area, and drying the sponge liquid absorbing layer and enabling ozone to be decomposed and scattered.

The invention has the following beneficial effects:

1. the mask machine and the use method thereof can be used for applying at present, are simple and convenient to operate, do not need a complex mask applying process, can effectively ensure the freshness of the fruit and vegetable mask, ensure that the fruit and vegetable mask is not easily oxidized, can adjust the temperature of the mask according to the preferences of different users and different types of fruits and vegetables, produce the best use effect and experience, and can realize self-disinfection.

2. The juice squeezing cavity disclosed by the invention can be used for rapidly squeezing fruits and vegetables, and also can be used for enabling fruit and vegetable juice to have certain consistency, so that the fruit and vegetable juice is convenient to apply to the face.

3. The first activated carbon fiber layer and the second activated carbon fiber layer arranged in the invention can absorb and store water, thereby ensuring the continuity of the electrolytic process.

4. The first weight plate provided by the invention can promote the overflow of hydrogen dissolved in water, enhance the utilization rate of the hydrogen, and also can improve the pressure of the water and promote electrolysis.

5. The second weight plate can separate oxygen and ozone, oxygen is supplied to a user in the mask application process, beneficial substances are promoted to be absorbed by the skin, oxygen can be supplied to the user, the use feeling is enhanced, a small amount of generated ozone can be separated, and the harm of the ozone to a human body in the use process is prevented.

6. The sponge liquid absorbing layer provided by the invention can be matched with the vibration diffusion layer to enable juice to be uniformly coated on a human face, can also massage the face, promotes absorption, promotes diffusion of oxygen and hydrogen, and can absorb ozone water for disinfection.

7. The cold and hot temperature adjusting layer can simply and effectively adjust the temperature of the mask, can also be used for drying the mask for sticking the mask and decomposing and diffusing ozone for sterilization, and has the advantages of low required voltage and safe use.

Drawings

FIG. 1 is a schematic structural view of a mask machine according to the present invention;

FIG. 2 is a schematic structural diagram of a semiconductor chilling plate according to the present invention;

FIG. 3 is a schematic diagram of the structure of the PEM membrane electrolysis electrode of the invention.

Description of reference numerals:

1-electrolysis cavity, 11-PEM electrolysis electrode, 111-first electrode, 112-PEM membrane, 113-second electrode, 114-first activated carbon fiber layer, 115-second activated carbon fiber layer, 12-cathode cavity, 121-hydrogen gas cavity, 122-hydrogen-enriched water cavity, 13-anode cavity, 131-upper oxygen cavity, 132-ozone water cavity, 14-first waterproof breathable membrane, 2-juicing cavity, 20-second gas pipe, 21-juicing blade, 22-thickening agent slow-release block, 23-clapboard, 24-first weighting plate, 241-first vent hole, 242-second vent hole, 25-second waterproof breathable membrane, 26-first gas pipe, 27-second weighting plate, 271-third vent hole, 28-third waterproof breathable membrane, 29-ozone absorption layer, 3-sticking film mask, 31-sponge liquid absorption layer, 33-vibration diffusion layer, 34-cold and hot temperature regulation layer, 341-semiconductor refrigeration piece, 342-N type semiconductor, 343-P type semiconductor, 344-copper piece, 35-shell and 36-ozone tube.

Detailed Description

The invention is described in detail below with reference to the figures and the specific embodiments.

Referring to fig. 1, a mask machine comprises an electrolysis chamber 1, a juicing chamber 2 and a mask attaching face 3; the electrolysis chamber 1 is divided into a cathode chamber 12 and an anode chamber 13 by a PEM electrolysis electrode 11; a control circuit controls the current and/or voltage of the electrolytic electrode 11 of the PEM membrane, and oxygen or ozone can be produced on the anode under control by adjusting the current; the mask 3 is sequentially provided with a sponge liquid absorbing layer 31 directly contacting with the face, a vibration diffusion layer 33 for extruding vibration juice and uniformly diffusing and smearing the juice, a cold and hot temperature adjusting layer 34 for adjusting the temperature of the mask and a shell 35 in a stacking manner from the inner layer to the outer layer, preferably, the sponge liquid absorbing layer 31 is made of a material with strong water absorption and no harm to the skin of a human body, such as a sponge; the vibration diffusion layer 33 is preferably a vibration film, and an over-frequency vibration film or an ultrasonic vibration film can be selected; one surface of the sponge liquid absorbing layer 31 facing the face is matched with the face curve to be provided with a plurality of liquid outlet holes, the liquid outlet holes are used for extruding liquid in the sponge liquid absorbing layer 31, the extruded juice can be effectively and uniformly smeared and diffused on the face under the action of the vibration diffusion layer 33, the liquid outlet holes are arranged corresponding to the face curve, the liquid outlet holes are densely distributed at turning parts of the face, such as the junction between the nose and the face, and the smearing effect is guaranteed; the sponge liquid absorbing layer 31 is communicated with the anode cavity 13 through an ozone pipe 36 in an openable and closable manner, and the ozone pipe 36 extends to a position below the liquid level of the anode cavity 13; the hydrogen generated in the cathode cavity 12 is diffused into the juicing cavity 2 through the first waterproof breathable film 14; the juice extracted in the juice extracting cavity 2 is introduced into the sponge liquid absorbing layer 31 through the action of a pump.

Furthermore, the bottom of the juicing cavity 2 is provided with a juicing blade 21, an annular thickening agent slow-release block 22 is arranged along the side wall, the thickening agent slow-release block 22 is externally supported inside the juicing cavity 2 and can be fixed on the inner wall of the juicing cavity 2 through friction force, the placement height can be selected according to the juicing amount, and the juicing cavity can be conveniently detached and is convenient to replace and clean.

Further, the PEM membrane electrolytic electrode 11 is vertically arranged at the lower part of the electrolytic chamber 1, and a partition plate 23 is vertically arranged between the PEM membrane electrolytic electrode 11 and the upper wall of the electrolytic chamber 1; the cathode chamber 12 and the anode chamber 13 are separated by a PEM membrane electrolysis electrode 11 and a separator 23; a first weight plate 24 is slidably sleeved at the upper part in the cathode cavity 12; the first weight plate 24 divides the cathode chamber 12 into an upper hydrogen chamber 121 and a lower hydrogen-rich water chamber 122; the first weight plate 24 is provided with a plurality of first vent holes 241; a second waterproof breathable film 25 is arranged on the upper end surface or the lower end surface of the first weight plate 24; the upper hydrogen cavity 121 is communicated with the juicing cavity 2 from the bottom of the juicing cavity 2 through the first waterproof breathable film 14 and the second breathable hole 242; can promote the hydrogen of dissolving in aqueous to spill over, strengthen the utilization ratio of hydrogen, still can improve the pressure of water, promote the electrolysis, hydrogen dissolves in the juice in the chamber of squeezing the juice 2, produces the juice that is rich in hydrogen, makes fruit vegetables juice be in the reductive environment, prevents that fruit vegetables juice from by the oxidation, guarantee new freshness.

Further, go up hydrogen chamber 121 and still communicate sponge imbibition layer 31 and make the hydrogen in going up hydrogen chamber 121 pass through sponge imbibition layer 31 and spread to the face through a first trachea 26, the reductive environment of reinforcing facial mask facing membrane mask 3 ensures that facial mask facing in-process is difficult to the oxidation, promotes facial skin to the absorption of beneficial substance, improves facial mask result of use.

Further, a second weight plate 27 is slidably sleeved on the upper portion in the anode cavity 13; the second weight plate 27 divides the anode chamber 13 into an upper oxygen chamber 131 and a lower ozone water chamber 132; the second weight plate 27 is provided with a plurality of third through holes 271; a third water-proof and breathable film 28 and an ozone absorption layer 29 are arranged on the upper end surface or the lower end surface of the second weight plate 27; the upper oxygen chamber 131 is communicated with the sponge liquid absorbing layer 31 through a second air pipe 20 and oxygen in the upper oxygen chamber 131 is diffused to the face through the sponge liquid absorbing layer 31; the ozone tube 36 extends into the lower ozone water chamber 132; can separate oxygen and ozone, apply ointment or plaster the in-process at the facial mask and both utilized oxygen to be the user's oxygen suppliment, promote skin absorption beneficial substance, still can the user oxygen suppliment, the impression is used in the reinforcing, a small amount of ozone that can also separate the production prevents ozone to human harm in the use, can also strengthen the solubility of ozone in ozone water cavity 132 simultaneously, improves subsequent bactericidal effect.

Further, referring to fig. 2, the thermal temperature regulation layer 34 includes a plurality of semiconductor cooling fins 341; the plurality of semiconductor chilling plates 341 are combined into a galvanic pile along the face curve; the semiconductor-to-cold plate 341 comprises an N-type semiconductor 342 and a P-type semiconductor 343 which are connected in series, wherein one end of the N-type semiconductor 342 is electrically connected with one end of the P-type semiconductor 343 through a copper sheet 344; the copper sheet 344 faces to one side of the human face; the other end of the N-type semiconductor 342 and the other end of the P-type semiconductor 343 are respectively connected with the anode and the cathode of a power supply, and current enables one side of the copper sheet 344 to be a low-temperature region; the temperature of the mask can be simply and effectively adjusted, the best use effect and experience can be achieved, and the mask can be used for drying the mask to be attached with the mask and decomposing and scattering ozone for sterilization after the sterilization is finished; the semiconductor chilling plate 341 formed by the N-type semiconductor 342 and the P-type semiconductor 343 has smaller voltage and is safe to use, the semiconductor chilling plate 341 formed by the N-type semiconductor 342 and the P-type semiconductor 343 is only one of the specific embodiments, and particularly, the chilling plate can be formed by two substances made of different materials; the cold/hot temperature control layer 34 may not use the semiconductor cooling plate 341, and may be implemented by using a phase change material or a cooling substance in combination with an electric heating device.

Further, referring to fig. 3, the PEM membrane electrolytic electrode 11 includes a first electrode 111, a PEM membrane 112 and a second electrode 113 which are sequentially stacked; the outer surfaces of the first electrode 111 and the second electrode 113 are respectively coated with a first activated carbon fiber layer 114 and a second activated carbon fiber layer 115, and the first activated carbon fiber layer 114 and the second activated carbon fiber layer 115 can absorb and store water, so that the stability of electrolysis is guaranteed.

Further, the facial mask 3 is folded or erected through a folding mechanism or a telescopic mechanism, the folding mechanism or the telescopic mechanism adopts a hollow structure, and a juice inlet pipe penetrates through the hollow structure; the first air tube 26, the second air tube 20 and the ozone tube 36 are flexible tubes; the first air pipe (26), the second air pipe (20) and the ozone pipe (36) are respectively provided with a hand pressing air bag.

Further, the mask machine is further provided with a control panel (not shown in the figure), and the control panel can control the current magnitude of the PEM membrane electrolytic electrode 11, the opening and closing of the pump, the starting and closing of the juicing blade 21, the opening and closing and the power of the vibration diffusion layer 33 and the current direction and the magnitude of the cold and hot temperature adjusting layer 34; the mask machine also has an automatic control mode which is divided into an application mode and a disinfection mode, wherein the application mode is as follows: the control panel automatically controls the current of the PEM membrane electrolytic electrode 11, the opening and closing of a pump, the starting and closing of the juicing blade 21, the opening and closing and the power of the vibration diffusion layer 33 and the current direction and the current magnitude of the cold and heat temperature adjusting layer 34; in the disinfection mode: the control panel automatically controls the electrolysis of the PEM membrane electrolysis electrode 11 to generate hydrogen and ozone and the direction and the magnitude of the current of the cold and hot temperature adjusting layer 34.

juicing: the mask raw materials are put into the juicing cavity 2 for juicing, and the juice is thickened by the thickening agent released slowly by the thickening agent slow-release block 22;

hydrogen and oxygen production: controlling the current of the PEM electrolysis electrode 11 to generate hydrogen and oxygen; hydrogen enters the upper hydrogen cavity 121 through the first weight plate 24 and is introduced into the juicing cavity 2 to be dissolved; oxygen enters the upper oxygen chamber 131 through the second ballast plate 27;

thirdly, pasting: the face pasting mask 3 is erected, the face is pasted on the sponge liquid absorbing layer 31, the juice in the juice squeezing cavity 2 is pumped into the sponge liquid absorbing layer 31 through the pump pressure, and the cold and hot temperature adjusting layer 34 adjusts the temperature of the juice and the sponge liquid absorbing layer 31; the vibration diffusion layer 33 extrudes the juice in the sponge liquid absorption layer 31 to act on the face through the liquid outlet hole, and the juice is dispersed and uniformly coated on the face through the sponge liquid absorption layer 31 by continuous vibration; meanwhile, the hydrogen gas in the upper hydrogen chamber 121 and the oxygen gas in the upper oxygen chamber 131 diffuse out of the active face portion from the sponge liquid absorbent layer 31 through the first air tube 26 and the second air tube 20, respectively; after a certain time the face leaves the mask 3.

Wherein, before step (r) or after step (c), the following steps are included:

A. ozone disinfection: controlling the current of the PEM electrolysis electrode 11 to generate hydrogen and ozone, dissolving the ozone in water to form ozone water in the lower ozone water cavity 132, sucking the ozone water by the sponge liquid absorption layer 31 through an ozone pipe and diffusing and disinfecting the ozone water on the sponge liquid absorption layer 31;

B. drying: the electrodes of the thermal control layer 34 are reversed, and the current flows to make one side of the copper sheet 344 a high temperature region, thereby drying the sponge liquid absorbing layer 31 and dispersing the ozone.

The above description is only an embodiment of the present invention, and not intended to limit the scope of the present invention, and all modifications of equivalent structures and equivalent processes performed by the present specification and drawings, or directly or indirectly applied to other related technical fields, are included in the scope of the present invention.

Claims

1. A mask machine is characterized in that: comprises an electrolysis cavity (1), a juicing cavity (2) and a facial mask (3); the electrolysis chamber (1) is divided into a cathode chamber (12) and an anode chamber (13) by a PEM electrolysis electrode (11); a control circuit controls the current and/or voltage of the electrolytic electrode (11) of the PEM membrane; the facial mask (3) is sequentially provided with a sponge liquid absorbing layer (31), a vibration diffusion layer (33) for vibrating the sponge liquid absorbing layer (31) to diffuse juice in the sponge liquid absorbing layer to the face, a cold and hot temperature adjusting layer (34) for adjusting the temperature of the facial mask (3) and a shell (35) in a stacking manner from the outer layer to the inner layer; one surface of the sponge liquid absorbing layer (31) facing the face is matched with the face curve to be provided with a plurality of liquid outlet holes; the sponge liquid absorbing layer (31) is communicated with the anode cavity (13) through an ozone pipe (36) which can be opened and closed; a first waterproof breathable film (14) is arranged between the cathode cavity (12) and the juice squeezing cavity (2); the juicing cavity (2) is communicated with the sponge liquid absorbing layer (31); the PEM membrane electrolysis electrode (11) is vertically arranged at the lower part of the electrolysis cavity (1), and a partition plate (23) is arranged between the PEM membrane electrolysis electrode (11) and the upper wall of the electrolysis cavity (1); the cathode chamber (12) and the anode chamber (13) are separated by a PEM membrane electrolysis electrode (11) and a separator (23); a first weight plate (24) is arranged in the cathode cavity (12); the first weight plate (24) is sleeved in the cathode cavity (12) in a sliding manner; the first weight plate (24) divides the cathode cavity (12) into an upper hydrogen cavity (121) and a lower hydrogen-rich water cavity (122); a plurality of first vent holes (241) are formed in the first weight plate (24); a second waterproof breathable film (25) is arranged on the upper end surface or the lower end surface of the first weight plate (24); the upper hydrogen cavity (121) is communicated with the juicing cavity (2) from the bottom of the juicing cavity (2) through a first waterproof breathable film (14); the upper hydrogen cavity (121) is also communicated with the sponge liquid absorbing layer (31) through a first air pipe (26) and enables the hydrogen in the upper hydrogen cavity (121) to diffuse towards the face through the sponge liquid absorbing layer (31); a second weight plate (27) is arranged in the anode cavity (13) in a sliding manner; the second pressure-weight plate (27) divides the anode cavity (13) into an upper oxygen cavity (131) and a lower ozone water cavity (132); a plurality of third through holes (271) are formed in the second weight plate (27); a third water-proof and breathable film (28) and an ozone absorption layer (29) are arranged on the upper end face or the lower end face of the second weight plate (27); the upper oxygen cavity (131) is communicated with the sponge liquid absorbing layer (31) through a second air pipe (20) and oxygen in the upper oxygen cavity (131) is diffused to the face through the sponge liquid absorbing layer (31); the ozone pipe extends into the lower ozone water cavity (132); the first air pipe (26), the second air pipe (20) and the ozone pipe (36) are respectively provided with a hand pressing air bag; the juicing cavity (2) is communicated with the sponge liquid absorbing layer (31) through a pipeline provided with a water pump.

2. The mask machine of claim 1, wherein: the bottom of the juicing cavity (2) is provided with a juicing blade (21), and an annular thickening agent slow-release block (22) is arranged along the inner side wall in the juicing cavity (2).

3. The mask machine of claim 2, wherein: the cold and hot temperature adjusting layer (34) comprises a plurality of semiconductor refrigerating pieces (341); a plurality of semiconductor refrigerating pieces (341) are combined into a galvanic pile along a face curve; the semiconductor-to-cold chip (341) comprises an N-type semiconductor (342) and a P-type semiconductor (343) which are mutually connected in series, and one end of the N-type semiconductor (342) is electrically connected with one end of the P-type semiconductor (343) through a copper sheet (344); the copper sheet (344) faces to one side of a human face; the other end of the N-type semiconductor (342) and the other end of the P-type semiconductor (343) are respectively connected with the anode and the cathode of a power supply, and the current enables one side, close to the face, of the semiconductor refrigeration piece (341) to be a low-temperature area and the other side to be a high-temperature area.

4. The mask machine of claim 3, wherein: the PEM membrane electrolysis electrode (11) comprises a first electrode (111), a PEM membrane (112) and a second electrode (113) which are sequentially stacked; the outer surfaces of the first electrode (111) and the second electrode (113) are respectively attached with a first activated carbon fiber layer (114) and a second activated carbon fiber layer (115).

5. The mask machine of claim 4, wherein: the face pasting mask (3) is folded or erected through a folding mechanism or a telescopic mechanism.

6. A mask machine using method, which adopts the mask machine as claimed in claim 5, comprising the following steps:

juicing: putting the mask raw materials into a juicing cavity (2) for juicing, and thickening the juice by a thickening agent slowly released by a thickening agent slow-release block (22);

hydrogen and oxygen production: controlling the current magnitude of the PEM electrolysis electrode (11) to generate hydrogen and oxygen; hydrogen enters the upper hydrogen cavity (121) through the first weight plate (24) and is introduced into the juicing cavity (2) to be dissolved; oxygen enters the upper oxygen chamber (131) through the second pressure-weight plate (27);

thirdly, pasting: a mask (3) for sticking a mask is erected, the face is stuck to a sponge liquid absorbing layer (31), juice in a juice squeezing cavity (2) is pumped into the sponge liquid absorbing layer (31) through pump pressure, and the temperature of the juice and the sponge liquid absorbing layer (31) is adjusted by adjusting the current of a cold and hot temperature adjusting layer (34); the vibration diffusion layer (33) extrudes the juice in the sponge liquid absorption layer (31) to act on the face through the liquid outlet hole, and the juice is dispersed and uniformly smeared on the face through the sponge liquid absorption layer (31) by continuous vibration; meanwhile, hydrogen in the upper hydrogen cavity (121) and oxygen in the upper oxygen cavity (131) diffuse out of the acting face part from the sponge liquid absorbing layer (31) through the first air pipe (26) and the second air pipe (20) respectively; after a period of time the face leaves the mask (3).

7. The use method of the mask machine according to claim 6, characterized in that: before or after the step (c), the method also comprises the following steps:

A. ozone disinfection: controlling the current of a PEM electrolytic electrode (11) to generate hydrogen and ozone, dissolving the ozone in water to form ozone water in a lower ozone water cavity (132), absorbing the ozone water by a sponge liquid absorbing layer (31) through an ozone pipe and diffusing the ozone water on the sponge liquid absorbing layer (31) for disinfection;

B. drying: the electrodes of the cold and hot temperature adjusting layer (34) are reversed, the current makes one side of the copper sheet (344) a high temperature area, and the sponge liquid absorbing layer (31) is dried to decompose and disperse ozone.