CN107820405A - Moisture maintainer is sterilized in portable beauty including Lighting Division and increase sterilizing power - Google Patents

Abstract

The present invention relates to including Lighting Division portable beauty sterilize moisture maintainer, more specifically, it is a feature of the present invention that including：Container, for storing raw water；And sterilized water generation module, for generating sterilized water by being electrolysed based on a pair of electrodes plate in the inside of said vesse, there is Lighting Division in the inside of above-mentioned sterilized water generation module, so as to being illuminated on the inside of said vesse, especially, the present invention to realize the luminous of electrolysis and Lighting Division simultaneously by electrostatic touch manner, so as to the effect that can show the form for generating sterilized water more magically in a manner of sense of vision.

Description

Portable beauty sterilizing moisturizer with lighting part and increased sterilizing power

technical field

The present invention relates to a portable sterilizing water machine, and more specifically, relates to a device capable of irradiating light to the inside of a container in which sterilizing water is generated, and particularly relates to realizing electrolysis and lighting of an illuminating part at the same time through an electrostatic touch method, so that it can be more visually A portable beauty sterilizing moisturizer that magically appears in the form of sterilizing water.

Background technique

Recently, portable moisture dispensers for supplying moisture to dry skin have attracted attention due to excessive use of hot air blowers or excessive ultraviolet rays. Such a portable moisture dispenser can change the types of liquids supplied to the skin into various types as required, and the degrees of deterioration of the supplied liquids vary with temperature. Therefore, in the case of a liquid that reacts sensitively to temperature, microorganisms, viruses, bacteria, etc. proliferate and decay in the liquid frequently. In the case of supplying such a deteriorated liquid to the skin, the skin may be sensitized instead.

Conventionally, in order to solve such a problem, a sterilizing water generator has been developed. The sterilizing water generating device has a diaphragm between the anode and the cathode in the water tank, mixes water and brine to make diluted brine, and then uses the acidic water obtained by electrolysis as sterilizing water. However, such a device has a complex structure and it is difficult to reduce the size and weight of the device. Therefore, not only cannot it be made portable, but also the cost of generating sterilizing water per hour is high, so it is difficult to popularize.

Therefore, recently, for the hygiene and safety of users, there has been an increasing need for portable beauty water sterilizers that can sterilize the liquid supplied to the skin, have a simple structure, and are easy to manufacture and realize small and light weight.

In connection with this, the present applicant made a portable beauty water sterilizer through Korean Registration Patent No. 10-1080227 (name: Portable beauty water sterilizer). In the above-mentioned portable beauty water sterilizer, a portable container The internal water becomes the state of plasma ions in the water through the discharge in the water, so that the generated anions can be used to remove microorganisms, viruses or bacteria in the liquid, and because of the simple structure, small and light weight can be realized, the generated The antiseptic water can be used for skin beauty or moisturizing.

However, this portable beauty water sterilizer is a shuttle method that is started by turning the switch driving part at the lower end, so it is not easy to start, and because it is impossible to observe the form of the generated sterilizing water, there is no visual effect for the user. Shortcomings. Therefore, there is an urgent need for a new structure that can improve the workability of the product and achieve high-grade.

Furthermore, in the above-mentioned portable beauty water sterilizer, since a general dry battery is used for one-time power supply, there is a disadvantage that a new dry battery must be purchased every time for power supply. Moreover, in the portable beauty water sterilizer, the most important parts are the plate unit including the electrode plate and the power supply part for supplying power to the above-mentioned plate unit, and in the above-mentioned registered license, the plate unit and the power supply part are directly It is located at the lower end of the solution storage part, so it is common for structural abnormalities to occur between the above-mentioned electrode plate unit and the power supply part, and in the event of a failure, the user cannot easily combine the above-mentioned electrode plate unit and the power supply part structurally , so there is a problem that it is also difficult to maintain.

Contents of the invention

The technical problem to be solved by the invention

The present invention solves the above-mentioned problems, and an object of the present invention is to provide a portable sterilizing water machine including an illumination unit capable of irradiating light inside a container.

Furthermore, the object of the present invention is to provide a rechargeable portable sterilizing water machine, which can be charged by an external power source and is easy to maintain and repair the plate unit.

In particular, the present invention realizes the electrolysis and the light emission of the lighting part at the same time through the electrostatic touch method, so that the form of generating sterilizing water can be presented more magically in a visual way.

The technical means used to solve the problem

An embodiment of the present invention for achieving the above object is a portable water sterilizer including an illuminating part, which is characterized in that it includes: a transparent solution storage part, including a lower end fastening part and a storage tank, and the lower end fastening part is formed on the above-mentioned The lower part of the solution storage part, the above-mentioned storage tank is used to store raw water; the injection part is used to spray the sterilized water inside the above-mentioned solution storage part to the outside; the lower shell is combined with the lower fastening part of the above-mentioned solution storage part, and includes A power supply unit that can be connected to an external power supply; and a sterilizing water generation module, including a pole plate unit, a module cap (module cap), a module base (module base) and a battery housing part, the above pole plate unit is adjacent to the above storage tank, and is used The sterilizing water is generated from the above-mentioned raw water by discharging in water, the above-mentioned module cap is located on the above-mentioned pole plate unit, and has an opening portion smaller in size than the above-mentioned pole plate unit, and the above-mentioned module base is connected to the above-mentioned module cap below the above-mentioned pole plate unit. Combining, the above-mentioned battery receiving part is combined with the lower end of the above-mentioned module base to accommodate the battery, and the above-mentioned battery receives electricity from the above-mentioned power supply part for storage. Between and the battery housing part, it is used to irradiate the inside of the above-mentioned solution storage part with light.

Here, preferably, the above-mentioned sterilizing water generation module further includes: a circuit part, arranged on the side of the above-mentioned battery housing part, for controlling the power supply of the above-mentioned battery; connect.

Moreover, an illumination penetration part may be provided between the above-mentioned pole plate unit and the module base, so that the above-mentioned illuminating parts respectively pass through the pole plate unit.

In addition, the sterilizing water generation module may include a transparent lighting housing, and the lighting housing is provided between the lighting part and the module base for covering and sealing the lighting part.

Furthermore, preferably, the above-mentioned circuit part includes an electrostatic touch terminal, and if a signal is transmitted through the above-mentioned touch terminal, power is supplied to the above-mentioned pole plate unit and the lighting part at the same time.

In addition, the solution storage part may include one or more patterns selected from the group consisting of figures, characters, numerals, and symbols on the front portion or part of the inner surface.

In addition, the opening of the module cap and the module base may include a strip-shaped pressure support bar (bar) or a pressure support part, the pressure support bar is in contact with one side of the plate unit, and the pressure support part A long band of pressurized support rods is formed intersecting between the ring-shaped edges.

Another embodiment of the present invention is a portable sterilizing water machine including a lighting part, which is characterized in that it includes: a transparent solution storage part, including a lower end fastening part and a storage tank, and the lower end fastening part is formed at the bottom of the solution storage part The lower part, the above-mentioned storage tank is used to store raw water; the injection part is used to spray the sterilizing water inside the above-mentioned solution storage part to the outside; the lower shell is combined with the lower fastening part of the above-mentioned solution storage part; and the sterilizing water generation module, It includes a pole plate unit, a module cap, a module base and a dry battery storage part, the above pole plate unit is adjacent to the above storage tank, and is used to generate sterilizing water from the above raw water by discharging in water, and the above module cap is located on the above pole plate unit, and has an opening smaller than the above-mentioned pole plate unit, the above-mentioned module base includes a fluid blocking cap and a circuit part formed of transparent raw materials, the above-mentioned fluid blocking cap is combined with the above-mentioned module cap under the above-mentioned pole plate unit, the above-mentioned The circuit part is arranged under the above-mentioned fluid blocking cap, and is used to supply power to the above-mentioned pole plate unit. The above-mentioned dry battery storage part can accommodate a dry battery for supplying power to the above-mentioned circuit part. The upper surface of the above-mentioned circuit part has a lighting part, and the above-mentioned lighting part It is used to irradiate light to the inside of the solution storage part, and the lighting part is located inside the fluid blocking cap.

At the same time, the present invention can also be a portable sterilizing water machine including an illuminating unit that increases sterilizing power, and is characterized in that the plate unit of the above-mentioned sterilizing water generating module includes a pair of electrodes, and the above-mentioned pair of electrodes utilizes water to be made into water. Sterilizing water is generated by discharging in water in a plasma ion state, and one or more electrodes of the pair of electrodes have a hydrophilic coating layer, and the hydrophilic coating layer is formed of a hydrophilic polymer resin containing a sulfonate .

The details of other embodiments are included in the detailed description and several drawings.

Invention effect

The present invention can provide a portable sterilizing water machine including an illuminating unit that can irradiate light inside a container by providing an illuminating unit inside the sterilizing water generating module.

In addition, the present invention can provide a portable sterilizing water machine including a sterilizing water generating module having a battery housing for storing a battery capable of receiving and storing power from the outside, so that the sterilizing water can be stored by an external power supply. to charge.

In particular, the present invention realizes electrolysis and light emission of the illuminating part at the same time by means of an electrostatic touch method, thereby having the effect of being able to present the form of generated sterilizing water more magically in a visual manner.

Description of drawings

Fig. 1 is an external view showing the appearance of a rechargeable portable water sterilizer according to a preferred embodiment of the present invention.

Fig. 2 is an exploded perspective view showing the structure of a rechargeable portable water sterilizer according to a preferred embodiment of the present invention.

Fig. 3 is an exploded perspective view showing an example of a schematic structure of a sterilizing water generating module included in a rechargeable portable sterilizing water machine according to a preferred embodiment of the present invention.

Fig. 4 is an exploded perspective view showing an example of a detailed structure of a module base in a sterilizing water generating module according to a preferred embodiment of the present invention.

Fig. 5 is an exploded perspective view showing an example of a detailed structure of a battery housing in a sterilizing water generating module according to a preferred embodiment of the present invention.

Fig. 6 is an exploded perspective view showing an example of detailed joints of the lower case in the sterilized water generating module according to a preferred embodiment of the present invention.

Fig. 7 is an exploded perspective view showing an example of a detailed structure of a power supply unit in a sterilizing water production module according to a preferred embodiment of the present invention.

Fig. 8 is an exploded perspective view showing an example of the structure of a dry battery type portable water sterilizer according to another preferred embodiment of the present invention.

9 is an exploded perspective view showing an example of a schematic structure of a sterilizing water generating module included in a dry battery type portable sterilizing water machine according to another preferred embodiment of the present invention.

Fig. 10 is a perspective view showing an example of an upper surface of a lower case included in a dry cell type portable water sterilizer according to another preferred embodiment of the present invention.

11 is a perspective view showing an example of a lower surface of a lower case included in a dry battery type portable water sterilizer according to another preferred embodiment of the present invention.

Fig. 12 is a usage state diagram for illustrating the working state of the dry battery type portable water sterilizer according to another preferred embodiment of the present invention.

Detailed ways

The present invention is capable of various transformations and has various embodiments, and the present invention illustrates several specific embodiments in the drawings and describes in detail in the detailed description. However, it should be understood that this is not intended to limit the present invention to specific embodiments, but includes all transformations, equivalent technical solutions or replacement technical solutions included in the idea and technical scope of the present invention. In the process of describing the present invention, if it is judged that related known technologies and the like may obscure the gist of the present invention, the detailed description thereof will be omitted.

The terms used in this specification are used only to describe specific embodiments, and are not intended to limit the present invention. Expressions in the singular include expressions in the plural, as long as there is no other meaning that is clearly implied in the context. It should be understood that terms such as "comprising" or "having" in this specification are intended to designate the presence of features, numbers, steps, actions, structural elements, components or their combinations described in the specification, rather than to preclude one or one Existence or additional possibility of the above other features or numbers, steps, actions, structural elements, components or combinations thereof.

Terms such as first and second may be used to describe various structural elements, but the various structural elements are not limited to the above terms. The above terms are only used to distinguish one structural element from another structural element.

The present invention is characterized in that it includes: a transparent solution storage part, including a lower end fastening part and a storage tank, the lower end fastening part is formed on the lower part of the above solution storage part, and the above storage tank is used to store raw water; the spray part is used for Spraying the sterilizing water inside the above-mentioned solution storage part to the outside; the lower shell, combined with the lower end fastening part of the above-mentioned solution storage part; and the sterilizing water generation module, including an electrode plate unit, and the above-mentioned electrode plate unit is adjacent to the above-mentioned storage tank , for generating sterilizing water from the raw water by discharging in water. In particular, the present invention includes an illumination unit for irradiating light to the inside of the solution storage unit inside the sterilizing water generating module.

The portable sterilizing water machine including the lighting part of the present invention can be roughly divided into a dry battery type portable sterilizing water machine and a rechargeable portable sterilizing water machine according to the specific form of the above-mentioned sterilizing water generating module. The features of the present invention will be described.

For the convenience of description, firstly, the rechargeable portable water sterilizer will be described, and then the dry battery type portable water sterilizer will be described. In addition, in the process of describing the above-mentioned rechargeable portable sterilizing water machine, firstly, the basic structure for the rechargeable type will be described, and then the technical features of the lighting unit will be described.

1. Rechargeable portable water sterilizer

1 is an outline view showing the appearance of a rechargeable portable water sterilizer according to a preferred embodiment of the present invention, and an exploded perspective view showing the structure of the rechargeable portable water sterilizer according to a preferred embodiment of the present invention.

The present invention shown here basically relates to a sterilizing water generating device that generates sterilizing water from supply water by discharging in water. That is, the present invention causes plasma discharge underwater by making water into a state of plasma ions in water, and utilizes the resulting anions (O-, O ₃ -, OH-, HOCl, H ₂ O ₂ ) to sterilize various microorganisms, viruses and bacteria in the water. Such a sterilizing water machine may be a sterilizing water generating box or unit that generates sterilizing water by discharging water supplied from a water inlet, and discharges the sterilizing water from a water outlet, or a device including the above sterilizing water generating box or unit.

Preferably, this rechargeable portable sterilizing water machine 1 has a relatively small size that can be carried, and includes all sterilizing water generating equipment that can be charged, and includes cosmetic sterilization for using the generated sterilizing water for beauty treatment or moisturizing machine, sterilizing moisturizer and beauty sterilizing moisturizer.

First, as shown in FIG. 1 , the rechargeable portable sterilizing water machine 1 of the present invention is roughly divided into an upper module 10 , a middle module 20 and a lower module 30 . The upper module 10 includes a spraying unit 13 for spraying sterilizing water to the outside, the middle module 20 includes a solution storage unit 21 storing raw water, and the lower module 30 includes a power supply unit 190 for receiving power from the outside.

In particular, the present invention is characterized in that the sterilizing water generation module 100 constituted as one module including the plate unit 120 and the battery housing portion 160 is located in the middle module 20 and the lower end module 30, and the plate unit 120 generates sterilized water from stored raw water. As for water, the battery storage part 160 is used to store the battery received and stored from the power supply part 190 . This invention includes a sterilizing water generation module with a battery housing 160, the battery housing 160 is used to accommodate a battery that can receive power from the outside for storage, and can be charged by an external power source, and the pole plate unit 120 and the battery The accommodating part 160 is constituted as a sterilizing water generating module 100, thereby having the effect of easy maintenance and repair of the electrode plate unit. Such a sterilizing water generating module 100 will be described in detail later.

In the present invention, the raw water (or pretreated water) stored in the solution storage part 21 of the rechargeable portable sterilizing water machine 1 is sterilized by the sterilizing water generation module 100 to become sterilizing water, and the water produced in this way The sterilizing water moves toward the sprayer along the spray pipe so that it can be supplied to the outside through the spray part 13 . The sterilizing water to be sterilized by this rechargeable portable sterilizing water machine 1 includes not only the sterilized liquid that can supply moisture to the skin, but also all the sterilized liquids that can be applied to the human body such as oral hygiene and hand disinfection. liquid.

As shown in FIG. 2 , the rechargeable portable sterilizing water machine 1 of the present invention includes a solution storage part 21 , a spray part 13 , a lower casing 31 and a sterilizing water generating module 100 .

Specifically, the above-mentioned upper end module 10 includes: an upper cap 12 having a cap decoration joint part 14; a cap decoration 11 combined with the above-mentioned cap decoration joint part 14; and a spray part 13 for spraying sterilizing water to the outside. The above-mentioned upper cap 12 has cap decorations 11 of different colors or shapes through the cap decoration joint part 14, so that various designs and product displays can be performed. In addition, the spray unit 13 has a function of spraying the sterilizing water in the solution storage unit 12 to the outside. Therefore, the spray unit 13 may include a sprayer for supplying sterilizing water to the outside. A spray pipe for supplying sterilizing water to the nebulizer is located inside the solution storage part 21 . The solution storage part 21 is used as a place for storing pretreated raw water that has not been sterilized, and can be in fluid communication with the sterilized water generation module 100, and can sterilize the pretreated beauty water in the solution storage part 21, and in this way The sterilizing water prepared in this way exists in the solution storage part 21, and thus, the above-mentioned injection port 13 can supply the sterilizing water present in the solution storage part 21 to the outside.

Furthermore, the intermediate module 20 includes a solution storage part 21 having a storage tank for storing raw water therein, and the solution storage part 21 includes a lower fastening part 214 formed at the lower part thereof. The lower fastening portion 214 is used to be combined with the lower housing 31 of the lower module 30 , and may particularly include a lower fastening groove 216 formed elongated relative to the vertical direction and/or a lower fastening protrusion 215 in a convex shape. The lower end fastening groove 216 corresponds to the lower fastening frame 311 protrudingly formed on the inner surface of the lower case 31 , thereby pushing the solution storage part 21 into the lower case 31 from above the lower case 31 . , so that the solution storage part 21 can be simply and easily combined with the lower casing 31 through the combination between the lower fastening groove 216 and the lower fastening frame 311 . On the contrary, the separation is achieved by lifting the solution storage part 21 above the lower casing 31 and releasing the connection between the lower fastening groove 216 and the lower fastening frame 311 to easily realize the separation. Furthermore, the above-mentioned lower end fastening protrusion 215 can also be easily connected and/or separated by a fastening protrusion receiving portion (not shown) provided on the inner surface of the lower housing 31 . With this structure, the present invention can easily combine and/or separate the solution storage part 21 and the lower housing 31, that is, the middle module 20 and the lower module 30 of the rechargeable portable water sterilizer of the present invention.

At the same time, the above-mentioned solution storage part 21 can be combined with the spray part 13 through the spiral upper end fastening part 211 formed on the upper part, and can be connected with the upper end placement part 212 corresponding to the lower end of the upper cap 12 and the upper end fastening protrusion. 213 and the like are easily combined and/or separated from the upper cap 12 of the upper end module 10 .

Furthermore, the intermediate module 20 of the present invention may include the middle and lower shell 22 located below the solution storage part 21 together with the solution storage part 21 . Preferably, the height or width of the middle and lower shell 22 is smaller than the height or width of the lower fastening portion 214 of the above-mentioned solution storage part 21, so as to be located on the above-mentioned solution storage part 21 and the lower shell 31 in a manner that does not hinder the combination of the above-mentioned solution storage part 21 and the lower shell 31. Between the solution storage part 21 and the lower shell 31, and in this case, the product value of the design of the rechargeable portable sterilizing water machine 1 of the present invention can be improved by various shapes or colors of the above-mentioned middle and lower shell 22. For this reason, an additional mechanism for combining with the lower fastening part 214 of the solution storage part 21 may be provided on the inner surface 221 of the middle and lower shell 22 .

Furthermore, the above-mentioned lower end module 30 can be the lower shell 31 for placing the sterilizing water generating module 100 of the present invention, and preferably, the above-mentioned lower end module 30 can be combined with the lower end fastening portion 214 of the above-mentioned solution storage portion 12, and includes A power supply unit 190 that can be connected to an external power source. The lower fastening frame 311 protruding upward and downward is provided on the inner surface of the lower housing 31, and can be easily and easily combined with the solution storage part 12 as described above. In addition, the lower housing 31 includes a power supply unit 190 that can be connected to an external power source, so that the sterilizing water generating module 100 of the present invention can receive power from the outside if necessary.

3 is an exploded perspective view of an example of a brief structure of the sterilizing water generating module 100 included in the rechargeable portable sterilizing water machine according to a preferred embodiment of the present invention. As shown here, the present invention is characterized in that the above-mentioned sterilizing water The production module 100 basically includes a plate unit 120 , a module cap 110 , a module base 140 and a battery receiving portion 160 to be formed by one module.

The plate unit 120 is adjacent to the storage tank of the solution storage part 21 so as to generate sterilizing water from raw water by discharging in water. The above-mentioned electrode plate unit 120 includes a pair of electrode plate structures 121 and 122, so that the pre-treatment cosmetic water can be discharged in water through the action of different electrodes. Here, since the pair of electrode plate structures 121 and 122 are connected by mutually different electrodes, it is necessary to maintain a spaced state. For this purpose, an electrode separation plate 123 is provided between the pair of electrode plate structures 121 and 122 . The plate unit 120 is not particularly limited, and includes all forms known in the art.

The module cap 110 has an opening smaller than the size of the plate unit 120 and is disposed on the plate unit 120 . The above-mentioned module cap 110 constitutes the cover, plug or cover of the sterilized water generating module 100 of the present invention. Preferably, it has a structure that surrounds the upper surface of the above-mentioned plate unit 120 in a covered manner, and has the function of making raw water or sterilized water Opening for circulation. For example, the above-mentioned module cap 110 may have an upper peripheral portion 112 on its upper surface and an open opening portion in the middle thereof. Moreover, the area of the opening is smaller than the upper surface of the pole plate unit 120 , so as to prevent the pole plate unit 120 from falling out and being structurally detached.

Furthermore, preferably, a fixing member 113 combined with the module base 140 may be provided on the lower surface of the module cap 110 , and the fixing member 113 is located on the lower surface of the upper peripheral portion 112 .

The module base 140 is combined with the module cap 110 under the plate unit 120 . That is, the above-mentioned module base 140 serves as the basic structure of the sterilizing water generating module 100 of the present invention, and the pole plate unit 120 is arranged between the upper part of the above-mentioned module base 140 and the module cap 110, and the lower part of the above-mentioned module base 140 accommodates the battery described later. The unit 160 is combined to form a sterilized water generating module 100 as a whole. For this, the above-mentioned module base 140 may include an additional fixing part combination mechanism combined with the above-mentioned module cap 110 or the fixing part 113 .

The battery storage portion 160 accommodates the battery 150 , and the battery 150 receives and stores power from the power supply portion 190 of the lower case 31 , and the battery storage portion 160 is coupled to the lower end of the module base 140 .

The present invention is characterized in that it includes the sterilizing water generating module 100 having a battery housing part 160 for housing a battery that receives power from the outside and stores it, thereby having the effect that it can be charged by an external power source. . In the conventional sterilizing water generating device, since the one-time power supply is implemented by means of an ordinary dry battery, there is a disadvantage that a new dry battery must be purchased every time for power supply. However, the rechargeable portable sterilizing water machine 1 of the present invention has There is a rechargeable battery inside that can be used for continuous use.

And, in the past portable sterilizers, the pole plate unit and the power supply part are respectively directly arranged at the lower end of the solution storage part, thereby generally having the situation that structural abnormality takes place between the above-mentioned pole plate unit and the power supply part, when a failure occurs, Since the user cannot easily combine the above-mentioned pole plate unit and the power supply part structurally, there is a problem that it is difficult to implement maintenance, but the feature of the present invention is that the pole plate unit is made 120 and the battery housing part 160 constitute a sterilizing water generating module 100, and in the event of failure, only the above-mentioned sterilizing water generating module 100 is simply separated from the rechargeable portable sterilizing water machine 1, thereby having the effect of easy maintenance and warranty .

In this invention, the sterilized water generating module 100 or its lower end is included in the interior of the above-mentioned lower casing 31, preferably, the upper end of the above-mentioned sterilizing water generating module 100 is located in the middle module 20 including the above-mentioned lower casing 31, more preferably, The part of the middle and lower end housing 22 that can be arranged below the above-mentioned lower housing 31 . The present invention is characterized in that it has an easy connection and/or separation structure between the solution storage part 21 and the lower case 31 as described above, and at the same time, the electrode plate unit 120 and the battery housing part 160 are constituted as one As for the sterilizing water generating module 100, only the sterilizing water generating module 100 of the present invention can be easily replaced after the solution storage part 21 and the lower casing 31 are separated. For such easy connection and separation, an insertion groove may be formed at the lower end inside the solution storage part 21, and the upper end of the sterilizing water generation module 100 may be inserted into the insertion groove.

FIG. 4 is an exploded perspective view showing an example of the detailed structure of the module base 140 in the sterilizing water generating module 100 according to a preferred embodiment of the present invention.

As shown here, the sterilized water generating module 100 of the present invention may further include a fluid blocking cap 130 surrounding the plate unit 120 between the module cap 110 and the module base 140 . This fluid blocking cap 130 can have a shape that surrounds the outer surface of the above-mentioned pole plate unit 120, so as to prevent the fluid passing through the above-mentioned pole plate unit 120 from leaking to the outside. The fluid blocking cap 130 is combined with the module cap 110 and the module base 140 in an airtight manner through the inner peripheral portion 131 of the side surface or the upper surface and the lower surface of the fluid blocking cap 130 .

Moreover, as mentioned above, the above-mentioned module cap 110 may have the fixing part 113 combined with the above-mentioned module base 140 on the lower surface, and in this case, preferably, the above-mentioned fluid blocking cap 130 is provided with The fixing member penetration portion 132 is penetrated and supported by the fixing member 113 .

Moreover, the above-mentioned module base 140 may include: a main body 141 corresponding to the size and/or shape of the module cap 110; Correspondingly, in order to place the fluid blocking cap 130 on the main body portion 141 ; the fixing member coupling portion 146 is formed on the placement portion 142 in a manner capable of being combined with the fixing member 113 of the module cap 110 .

Therefore, the above-mentioned module cap 110 and the module base 140 can be combined with the pole plate unit 120 between them, and the above-mentioned pole plate unit 120 can be pressed from both sides to be tightly attached by this combination, thereby The interval between the above-mentioned electrode plates 121 and 122 can be kept constant, thereby further increasing the sterilizing water generation efficiency. For this reason, preferably, the upper peripheral part 112 of the above-mentioned module cap 110 is in a position corresponding to the peripheral part of the upper electrode plate 121 to implement pressure and close contact with the electrode plate unit 120, and more preferably, corresponding to this, The size of the placement portion 142 of the module base 140 corresponds to the lower surface and the inner side surface of the above-mentioned upper peripheral portion 112 .

Meanwhile, preferably, the module cap 110 and the module base 140 of the present invention have a structure that pressurizes the plate unit 120 from both sides to support them. To this end, the module cap 110 of the present invention may have a strip-shaped pressurized support rod 111 (see FIG. 3 ) in its opening, and preferably, the pressurized support rod 111 is in contact with the upper surface of the plate unit 120 . Moreover, the module base 120 of the present invention may include: a long strip-shaped pressurization support rod 114 contacting the lower surface of the substrate unit 120; Compression support rod 144

In the past, the distance between the pole plates 121 and 122 in the pole plate unit 120 became large or not constant or reduced the efficiency of sterilizing water generation. And/or pressing the supporting part 143 to press and adhere the above-mentioned pole plates 121, 122 from above and/or below, so that the distance between the above-mentioned pole plates 121, 122 can be kept constant. To this end, the module cap 110 of the present invention may have a pressurization support part 143 , and the module base 140 of the present invention may further have a pressurization support rod 144 .

At this time, the pressure support rod 144 can be divided into a first pressure support rod 144a and a second pressure support rod 144b, which are consistent with the groove direction of the second electrode plate structure 122 located at the lower part of the electrode separation plate 123. The first pressurization support bar 144a is formed in a straight line, the second pressurization support bar 144b perpendicular to the above-mentioned first pressurization support bar 144a is in a linear shape, and the second pressurization support bar 144a is formed on both sides with the first pressurization support bar 144a as the center. Two pressing support rods 144b are formed at opposite positions. In this way, if the pair of second press support rods 144b are arranged in a shifted manner, the pair of electrode plates 121 and 122 can be pressurized and supported more effectively. When the second pressurization support rod 144b is arranged in a shifted manner, the force that bends the groove of the upper electrode plate 121 toward the lower electrode 122 side due to gravity is supported from multiple directions. Therefore, a pair of second pressure support rods 144b are formed at positions staggered from each other, so that the pair of electrode plates 121, 122 can be more effectively pressure-supported.

5 is an exploded perspective view showing an example of the detailed structure of the battery housing part 160 in the sterilizing water generating module 100 according to a preferred embodiment of the present invention. As shown here, the above-mentioned battery housing part 160 includes: a lower surface on which The battery 150 ; side brackets 162 a , 162 b for supporting the battery 150 ; and a side opening into which the battery 150 is inserted. Furthermore, a rear support 163 for supporting a battery inserted corresponding to the side opening may be further included. Moreover, in order to combine with the lower end of the above-mentioned module base 140, it may also include a coupling portion 163 located at the upper end of the side bracket 162 and/or a coupling groove 164 formed in the above-mentioned coupling portion 163, and in order to connect with the above-mentioned lower housing 31. The fixing member 166 is formed on the bottom of the above-mentioned lower surface by combining. In the present invention, a battery that can be charged and discharged can be inserted into the battery receiving portion 160 with such a structure, and can form a module with the plate unit 120 .

At the same time, the sterilizing water generating module 100 of the present invention may also include a control unit or a printed circuit board (PCB) circuit unit 170 for controlling the power supply of the battery 150. The portion 170 is combined to include a protrusion-shaped joint portion 165 formed outwardly at one upper end of the side brackets 162a, 162b. The protruding joint portion 165 may be bent downward in a “┐” shape on the outside of the battery housing portion 160 , wherein the circuit portion 170 may be coupled from bottom to top.

Furthermore, the battery 150 of the present invention may be charged by wireless power transmission technology or wireless charging technology known in the technical field. For example, the battery 150 can be charged by inducing an induced current to two coils adjacent to each other for a few millimeters according to the magnetic induction method, and the battery 150 can also be charged by near-field transmission having the same frequency as the battery 150 according to the magnetic resonance method. An additional charger for electromagnetic waves of a similar resonant frequency, and can radiate microwave signals into the air through an additional antenna according to a microwave (M/W) method, and transmit power to the battery 150 .

FIG. 6 is an exploded perspective view showing an example of a detailed joint of the lower housing 31 in the sterilizing water generating module 100 according to a preferred embodiment of the present invention. FIG. An exploded perspective view of an example of a detailed structure of the power supply unit 190 .

As shown here, the sterilizing water generating module 100 of the present invention or its lower housing 31 may include a spring-type touch terminal 180 connected to the circuit part 170, and the above-mentioned touch terminal 180 is connected to the above-mentioned circuit through the touch terminal connection part 181. part 170 is connected. At the same time, the position corresponding to the touch terminal 180 on the lower surface of the lower housing 31 may include a touch switch 314, and the touch detection part 193 located on the inner surface of the power supply part 190 may be connected to the touch terminal 180 to detect the user's touch. Whether to touch. Therefore, when the user presses the touch switch 314 , a signal based thereon can be transmitted to the circuit unit 170 through the touch terminal 180 .

In addition, the lower surface of the lower housing 31 may include a power supply terminal connecting groove 312 coupled with the power supply terminal 191 of the power supply part 190, and the power supply terminal 191 may be connected to the power supply receiving part 171 through the power supply connection part 192. The part 171 is connected to the circuit part 170 and/or the battery 150 . Therefore, if power is supplied from the outside through the power supply terminal 191 , the present invention can charge the battery 150 through the power supply receiving portion 171 . In particular, in the present invention, the power supply part 190 includes the power supply terminal 191 and the power supply connection part 192 , and various products can be produced through the common power supply connection part 192 regardless of the type of the power supply terminal 191 .

At the same time, in the sterilizing water generating module 100 of the present invention, the lower surface of the module base 140 can be provided with a battery receiving part coupling frame 147 for supporting the position combined with the above-mentioned battery receiving part 160, and this is as shown in FIG. 7 As shown, two or more plate-shaped structures are erected in the vertical direction, so that the battery housing portion 160 is easily disposed in the lower casing 31 . Moreover, the above-mentioned battery receiving part coupling frame 147 may also include a circuit part supporting groove at its lower end, and the circuit part supporting groove is used for fixing and supporting the circuit part 170 .

Furthermore, the lower surface of the lower case 31 also includes a fixing part coupling groove 313, and the fixing part 166 of the battery housing part 160 penetrates the above-mentioned fixing part coupling groove 313 to be combined, and the sterilization of the present invention can be easily completed outside the lower case 31. Fabrication of the water generation module 100 .

On the other hand, another object of the present invention is to provide portable sterilizing water including a lighting unit capable of irradiating light inside a container.

For this reason, the above-mentioned solution storage part 21 can be formed of opaque or transparent material, and in the case of being formed of a transparent material, since the user can observe the inside, it can be observed in real time in the above-mentioned solution storage part 21 or contained in the above-mentioned solution. The sterilizing water generation process formed inside the storage tank of the storage unit 21 is more preferable in that it can provide a visual effect.

At the same time, the feature of the present invention is that the above-mentioned sterilizing water generating module 100 can also include an illuminating part 172 (refer to FIG. 3 ), and the illuminating part 172 is arranged between the above-mentioned module base 140 and the battery receiving part 160 for supplying the above-mentioned solution. The inside of the storage unit 21 is irradiated with light. The type of the lighting unit 172 is not particularly limited, for example, a light emitting diode (LED) can be used.

The above-mentioned lighting part 172 is included between the module base 140 and the battery receiving part 160, and thus can provide the most light to the inside of the solution storage part 21 most effectively. Conventional portable sterilizing water machines have the disadvantage of not being able to provide visual effects to users because they cannot observe the form of sterilizing water produced. The inventors have conducted long-term research and As a result of efforts, it has been confirmed that it is most effective to provide the lighting unit 172 between the above-mentioned module base 140 and the battery housing unit 160 .

In this invention, the illumination unit 172 can be provided inside the sterilizing water generating module 100 to irradiate the inside of the container with light, so it has the effect of providing the form of generated sterilizing water to the user in real time.

And, preferably, the above-mentioned sterilizing water generating module 100 also includes: a circuit part 170, which is arranged on the side of the above-mentioned battery housing part 160, and is used to control the power supply of the above-mentioned battery; The upper end of the portion 170 is connected (see FIG. 3 ). One end of the lighting support part 174 is connected to the lighting part 172 , and the other end is connected to the circuit part 170 , so that the position of the lighting part 172 can be adjusted. For this reason, the form of the lighting support part 174 can be changed and fixed, and can be hinged. As an example, the above-mentioned lighting support part 174 can be formed in one or two layers. In this case, there is an effect that the lighting unit 172 can be adjusted to a desired position. Preferably, the lighting part 172 is located in the middle area of the module base 140 or the plate unit 120 .

Furthermore, preferably, the above-mentioned pole plate unit 120 and the module base 140 are respectively provided with an illumination penetration portion 175 therebetween, so that the above-mentioned illumination portion 172 can pass through the pole plate unit 120 (refer to FIG. 4 ). Preferably, the above-mentioned lighting penetration portion 175 can be formed on the upper pole plate 121, the lower pole plate 122, the pole plate separation plate 123 and the module base 140 respectively with the same or similar size and position, and can additionally include a sealing material. According to such an illumination penetration portion 175 , the illumination portion 172 can be closer to the solution storage portion 21 through the electrode plate unit 120 , so that light can be more effectively irradiated into the solution storage portion 21 .

Moreover, the sterilizing water generation module 100 may also have a transparent lighting case 135 (see FIG. 5 ), which is provided between the lighting part 172 and the module base 140 for covering and sealing the lighting part 172 . The lighting case 135 functions as a cover covering the lighting unit 172 to protect the lighting unit 172 , and can directly emit light from the lighting unit 172 to the outside because it is made of a transparent material. The above-mentioned lighting housing 135 can be disposed on an additional fluid barrier film 134 to be located between the lighting part 172 and the module base 140 . In addition, the lighting case 135 may be inserted into the lighting penetration portion 175 in a state including the lighting portion 172 inside.

Moreover, preferably, the circuit part 170 of the present invention includes an electrostatic touch terminal 180 , and if a signal is transmitted through the touch terminal 180 , power is supplied to the plate unit 120 and the lighting part 172 at the same time. Like this, if the circuit part 170 receives the operating signal of the user to activate the above-mentioned plate unit 120 and the lighting part 172 simultaneously, the fine sterilizing water droplets generated by the above-mentioned plate unit 120 will diffuse to the inside of the solution storage part 21, And light is irradiated to the inside of the said solution storage part 21. FIG. According to such the present invention, a magical visual effect of water and light formed inside the solution storage part 21 can be presented only by a user's simple hand touch. Furthermore, the circuit unit 170 may stop the operation of the plate unit 120 and the lighting unit 172 simultaneously, sequentially or continuously after a predetermined time elapses.

In addition, the solution storage part 21 may include one or more patterns (not shown) selected from the group consisting of figures, letters, numerals, and symbols on the front part of the inner surface. When no sterilizing water is produced, raw water is placed inside the solution storage unit 21 to appear transparent, and the sterilizing water machine of the present invention produces sterilizing water only during the period when the power is supplied to the plate unit 120 to store in the solution. The inside of the solution storage part 21 is diffused with sterilizing water particles, and when a predetermined time elapses, the electrolyzed ionized water is reduced again to make the inside of the solution storage part 21 transparent as usual. In this case, if a pattern or the like is vapor-deposited inside the solution storage part 21, the inside of the solution storage part 21 can be made to look cooler, and a special advertising effect can be imparted.

Meanwhile, the above-mentioned solution storage part 21 may include a three-dimensionally shaped structure on the front part or part of the inner and/or outer surface. The shape of the above-mentioned three-dimensional structure is not particularly limited as a molded object having a three-dimensional structure, but for example, may have the shape of a water drop or a waterfall or a brand name. Such a three-dimensional structure may be integrally formed with the solution storage part 21, or may be installed in the above-mentioned solution storage part 21 after being made into a separate structure. Moreover, the whole or part of the above-mentioned three-dimensional structure may be opaque, but if it is formed of a transparent material, the user can observe the shape of the three-dimensional structure more effectively by using the light irradiated inside the solution storage part 21, In this point, the present invention is more preferable. Furthermore, when the above-mentioned three-dimensional structure has a plurality of specific colors, even with one illuminating unit 172 , it is possible to irradiate the interior of the solution storage unit 21 with a plurality of colors. Furthermore, the present invention may also include an additional lighting unit for illuminating the above-mentioned three-dimensional structure.

Moreover, when the portable humidifier of the present invention is activated, sterilizing water is generated by electrolysis, and a part of gas is generated. Especially, in the case of continuous electrolysis for a long time, part of the gas may exist inside the above-mentioned solution storage part 21 . For this reason, in the present invention, a gas discharge mechanism capable of discharging such a gas may be provided at the upper end of the above-mentioned solution storage part 21 and/or the injection part 13 . As an example of the above-mentioned gas discharge mechanism, a solenoid valve that can be electrically controlled and opened and closed can be used. In this case, there is a mechanism that can automatically discharge the gas after a predetermined time interval or after a predetermined time has passed after the operation. advantage.

2. Dry battery type portable water sterilizer

Fig. 8 is an exploded perspective view showing an example of the structure of a dry cell type portable sterilizing water machine according to another preferred embodiment of the present invention. An exploded perspective view of an example of a schematic configuration of the water generation module 100 . Moreover, FIG. 10 is a perspective view showing an example of an upper surface of a lower casing included in a dry battery type portable sterilizing water machine according to another preferred embodiment of the present invention, and FIG. 11 shows a dry battery type portable sterilizing water machine according to another preferred embodiment of the present invention. It is a perspective view of an example of the lower surface of the lower case included in the sterilizing water machine.

As shown in FIG. 8 , the dry battery type portable sterilizing water machine of the present invention includes a solution storage part 21 , a spray part 13 , a lower case 31 and a sterilizing water generating module 100 .

Basically, the solution storage unit 21, the injection unit 13, the lower housing 31, and the sterilizing water generating module 100 may include the contents described in Korean Patent Registration No. 10-1080227 as described above. The following will focus on the differences between the rechargeable portable sterilizing water machine and the content described in the above-mentioned Korean registered patent. priority.

Specifically, preferably, the above-mentioned solution storage part 21 can be included by inserting the sterilizing water generation module 100 into it, and is formed of a transparent material. The above-mentioned solution storage part 21 is combined with the lower casing 31, and an O-ring 23 for blocking can be provided between the above-mentioned solution storage part 21 and the lower casing 31. The above-mentioned blocking O-ring 23 can be used to block raw water and/or Outflow of sterilizing water.

The diameter of the sterilizing water generation module 100 of the dry battery type portable sterilizing water machine of the present invention is smaller than the diameter of the above-mentioned solution storage part 21, so that it can be inserted into the inside of the above-mentioned solution storage part 21, and can be used in the inside of the above-mentioned solution storage part 21 and the sterilizing water. Raw water is provided between the exteriors of the generation module 100, so that the interior can be observed from the exterior through the entire solution storage part 21, which is more effective in terms of vision. For this, the above-mentioned sterilizing water generating module 100 and the lower case 31 may be transparent, but preferably, be opaque or have a specific color to highlight raw water.

The present invention shown here is a dry cell type, so it is sufficient that the lower case 31 is coupled to the lower end fastening portion of the solution storage portion 21 . Furthermore, the above-mentioned lower case 31 may be included by inserting a part of the sterilizing water generating module 100 inside, and may have a dry battery terminal 33 for connecting to a dry battery on the inner bottom surface. The above-mentioned dry battery terminal 33 may be formed as one or a pair, and a touch bar sealing material 32 may be provided therebetween (see FIG. 10 ). The above-mentioned touch bar sealing material 32 can make the touch bar 182 described later pass through to expose a part of the above-mentioned touch bar 182 to the outside of the bottom surface of the lower casing 31, so that the user can use the sterilizing water of the present invention only by simple electrostatic touch. machine start (refer to Figure 11).

Moreover, the sterilizing water generating module 100 of the dry battery type portable sterilizing water machine of the present invention includes a plate unit 120 , a module cap 110 , a fluid blocking cap 130 , a module base 140 and a dry battery accommodating portion 34 .

The present invention is characterized in that the fluid blocking cap 130 is combined with the module cap 110 under the plate unit 120, is formed of a transparent material, and may have a predetermined height. Therefore, the light generated from the inside of the above-mentioned fluid blocking cap 130 can be widely diffused to the outside.

Moreover, the module base 140 may be disposed under the fluid blocking cap 130 and may be combined with the lower portion of the fluid blocking cap 130 . Also, the module base 140 may have a predetermined height such that the circuit part 170 is located inside the module base 140 . Preferably, the above-mentioned circuit part 170 is arranged horizontally relative to the plate unit 120 , and may or may not be combined with the inner surface of the module base 140 .

The above-mentioned circuit part 170 is used to control the power supply to the plate unit 120, and more than one lighting part 172 can be provided on the upper surface of the above-mentioned circuit part 170, and the above-mentioned lighting part 172 can be located inside the module base 140 and the fluid blocking cap 130 . In particular, in the present invention, the illuminating unit 172 is located inside the fluid blocking cap 130 formed of a transparent material so as to be as close as possible to the solution storage unit 21 and to efficiently emit light to the outside.

Moreover, the above-mentioned fluid blocking cap 130 may have a pressurized support part and/or a pressurized support rod for supporting the plate unit 120, in this case, the above-mentioned pressurized support part and/or pressurized support rod also have It is possible to prevent the function of the illuminating part 172 from being in direct contact with the plate unit 120 .

In addition, a supporting O-ring 133 is provided around the outer periphery of the fluid blocking cap 130 to support the sterilizing water generating module 100 when the sterilizing water generating module 100 of the present invention is inserted into the solution storage part 21 . In particular, if there is a protruding support part around the outer periphery of the fluid blocking cap 130, and if the support O-ring 133 is provided below the protruding support part, the effect can be further improved, so it is more convenient. preferred.

The above-mentioned dry battery receiving part 34 can be used to accommodate the dry battery for supplying power to the above-mentioned circuit part 170.

Furthermore, the dry battery connection portion 173 connected to the circuit portion 170 may pass through the dry battery housing portion 34 to be connected to the dry battery terminal 33 .

And, the present invention can also comprise touch bar 182, and above-mentioned touch bar 182 is driven by electrostatic touch method, and for this reason, one end of above-mentioned touch bar 182 is connected with above-mentioned circuit part 170, and the other end penetrates dry battery accommodating part 34 to the bottom. The exterior of the housing 31 protrudes.

In addition, the operation of the lighting support part 174, the lighting penetration part 175, the lighting housing 135, the circuit part 170, and the various patterns included in the inner surface of the solution storage part 21 in the rechargeable portable sterilizing water machine , three-dimensional structure, gas discharge mechanism and other technical features can also be directly applied to the dry battery type portable water sterilizer of the present invention.

Fig. 12 is a diagram for explaining the working state of the dry battery type portable sterilizing water machine according to another preferred embodiment of the present invention. The interior forms a magical visual effect of water and light.

In particular, in the case of a dry cell type portable sterilizing water machine, the light diffused from the fluid blocking cap 130 can not only diffuse into the solution storage part 21 above the fluid blocking cap 130, but also can diffuse into the fluid blocking cap 130. The interior of the solution storage part 21 below 130 diffuses.

At the same time, the present invention can also be a portable sterilizing water machine including an illuminating unit that increases sterilizing power, and is characterized in that the plate unit of the above-mentioned sterilizing water generating module includes a pair of electrodes, and the above-mentioned pair of electrodes utilizes water to be made into water. Sterilizing water is generated by discharging in water in a plasma ion state, and one or more electrodes of the pair of electrodes have a hydrophilic coating layer, and the hydrophilic coating layer is formed of a hydrophilic polymer resin containing a sulfonate .

The present invention is characterized by including a coating layer containing a sulfonate in a hydrophilic polymer. In the process of coating the electrode for sterilizing water generation, the present inventors reacted with a sulfonate (preferably, a diol or diamine containing a sulfo group before reacting with a hydrophilic polymer) When the coating layer is formed by hydrophilic polymers such as sulfonates neutralized by alkali or trialkylamine after the reaction, it has excellent adhesion, hydrophilicity, water resistance, and abrasion resistance. and ion conductivity.

Moreover, the present invention also includes a protective layer or a catalyst layer formed on the above-mentioned hydrophilic coating layer. The above-mentioned protective layer or catalyst layer can be made of iridium oxide and tantalum oxide (Ta2O5) in a molar weight ratio of 20 to 80:80 to 20 mixed.

As an example, the electrode for sterilizing water generation of the present invention is coated with iridium oxide (IrO2) and tantalum oxide (Ta2O5) as precious metal oxides on the electrode substrate at an optimal ratio obtained through multiple experiments to form a protective layer and/or Or the catalyst layer maximizes the ion generation efficiency with sterilizing power, the protective layer of the electrode and/or the adhesion of the catalyst layer are excellent, and the oxidation resistance and durability of the electrode are excellent.

On the other hand, although the present invention has been shown and described above in relation to specific preferred embodiments, the present invention can be modified as long as it does not deviate from the technical characteristics or fields of the present invention included in the scope of protection of the present invention. Numerous modifications and changes will be apparent to those skilled in the art to which this invention pertains.

Explanation of reference signs

1: Rechargeable portable water sterilizer 10: Upper module

11: Cap ornament 12: Upper cap

13: Injection part 14: Cap decoration joint part

20: Intermediate module 21: Solution storage

22: Middle and lower shell 23: O-ring for blocking

30: Lower end module 31: Lower housing

32: Touch bar sealing material 33: Dry battery terminal

34: Dry battery storage unit 100: Sterilizing water generation module

110: Module Cap 111: Pressurized Support Rod

112: Upper peripheral part 113: Fixed part

120: plate unit 121: upper plate

122: Lower pole plate 123: Pole plate separation plate

130: Fluid blocking cap 131: Internal peripheral part

132: Fixed part penetration part 133: Support O-ring

134: Fluid Barrier Film 135: Lighting Housing

140: Module base 141: Main body

142: Placement part 143: Pressure support part

144: Compression support rod 145: Ring edge

146: Fixing part coupling part 147: Battery housing part coupling frame

150: Battery 160: Battery Storage

161: Rear bracket 162: Side bracket

163: joint 164: joint groove

165: Protruding joint 166: Fixing part

170: Circuit Department 171: Power Supply Containment Department

172: Lighting part 173: Dry battery connection part

174: Lighting support part 175: Lighting penetration part

180: Touch terminal 181: Touch terminal connection

182: Touch bar 190: Power supply unit

191: Power supply terminal 192: Power supply connection part

193: Touch detection part 211: Upper end fastening part

212: Upper end placement part 213: Upper end fastening protrusion

214: Lower end fastening part 215: Lower end fastening protrusion

216: Fastening groove at the lower end 221: Inner surface

311: Lower Fastening Frame 312: Power Supply Terminal Combination Groove

313: Fixing component coupling groove 314: Touch switch

Claims (8)

1. A kind of 1. portable germicidal water dispenser including Lighting Division, it is characterised in that

   Including：

   Transparent solution storage portion, including lower end fastening part and accumulator tank, above-mentioned lower end fastening part are formed at above-mentioned solution storage The bottom in portion, above-mentioned accumulator tank are used to store raw water；

   Ejection section, for the sterilized water into the above-mentioned solution storage portion of outer jet；

   Lower case, it is combined with the lower end fastening part in above-mentioned solution storage portion, and including that can be connected with external power source Power supply；And

   Sterilized water generation module, including pole plate unit, module cap, module base and battery container portion, above-mentioned pole plate unit with it is upper It is adjacent and be used to generate sterilized water from above-mentioned raw water by discharge in water to state accumulator tank, above-mentioned module cap is located at above-mentioned pole plate Be less than the opening portion of above-mentioned pole plate unit above unit and with size, above-mentioned module base the lower section of above-mentioned pole plate unit with Above-mentioned module cap is combined, and above-mentioned battery container portion is combined with the lower end of above-mentioned module base and is used to house battery, above-mentioned Battery receives electricity to be stored from above-mentioned power supply,

   Above-mentioned sterilized water generation module also includes Lighting Division, above-mentioned Lighting Division be located at above-mentioned module base and battery container portion it Between, for the internal irradiation light in above-mentioned solution storage portion.
2. 2. the portable germicidal water dispenser according to claim 1 including Lighting Division, it is characterised in that

   Above-mentioned sterilized water generation module also includes：

   Loop portion, the side in above-mentioned battery container portion is configured at, for controlling the power supply of above-mentioned battery；And

   Supporting part is illuminated, above-mentioned Lighting Division and the upper end in above-mentioned loop portion is connected.
3. 3. the portable germicidal water dispenser according to claim 2 including Lighting Division, it is characterised in that

   Above-mentioned pole plate unit and module base are respectively equipped with illumination breakthrough part therebetween, so that above-mentioned Lighting Division can pass through pole Slab element,

   Above-mentioned sterilized water generation module also includes transparent illumination shell, and above-mentioned illumination shell is located at above-mentioned Lighting Division and module bottom Between seat, for covering above-mentioned Lighting Division and being sealed.
4. 4. the portable germicidal water dispenser according to claim 3 including Lighting Division, it is characterised in that

   Above-mentioned loop portion includes electrostatic touch terminal, in the case of by above-mentioned touch terminal transmission signal, while upwards State pole plate unit and Lighting Division power supply.
5. 5. the portable germicidal water dispenser according to claim 4 including Lighting Division, it is characterised in that

   Above-mentioned solution storage portion includes being selected from by figure, word, numeral and mark shape in the anterior or part of interior surface thereof Into one or more of group pattern.
6. 6. the portable germicidal water dispenser according to any one of claim 1 to 5 including Lighting Division, it is characterised in that

   The opening portion of above-mentioned module cap and above-mentioned module base include the pressurization support bar or pressurization supporting part of long ribbon shape, above-mentioned to add Pressure support bar is in contact with the one side of pole plate unit, and above-mentioned pressurization supporting part has intersected to form long ribbon shape between the edge of annular Pressurization support bar.
7. A kind of 7. portable germicidal water dispenser including Lighting Division, it is characterised in that including：

   Transparent solution storage portion, including lower end fastening part and accumulator tank, above-mentioned lower end fastening part are formed at above-mentioned solution storage The bottom in portion, above-mentioned accumulator tank are used to store raw water；

   Ejection section, for the sterilized water into the above-mentioned solution storage portion of outer jet；

   Lower case, it is combined with the lower end fastening part in above-mentioned solution storage portion；And

   Sterilized water generation module, including pole plate unit, module cap, module base and dry cell resettlement section, above-mentioned pole plate unit with Above-mentioned accumulator tank is adjacent and is used to generate sterilized water from above-mentioned raw water by discharge in water, and above-mentioned module cap is located at above-mentioned pole Slab element top and the opening portion for being less than above-mentioned pole plate unit with size, above-mentioned module base are included by transparent raw material shape Into fluid block cap and loop portion, above-mentioned fluid blocks cap to be combined in the lower section of above-mentioned pole plate unit with above-mentioned module cap, Above-mentioned loop portion blocks the lower section of cap located at above-mentioned fluid and is used to power to above-mentioned pole plate unit, above-mentioned dry cell resettlement section energy Enough dry cells housed for being powered to above-mentioned loop portion,

   The upper surface in above-mentioned loop portion has Lighting Division, and above-mentioned Lighting Division is used for the internal irradiation light to above-mentioned solution storage portion, Above-mentioned Lighting Division is located at the inside that fluid blocks cap.
8. 8. the increased portable germicidal water dispenser including Lighting Division of sterilizing power according to claim 6, it is characterised in that

   The pole plate unit of above-mentioned sterilized water generation module includes a pair of electrodes, above-mentioned a pair of electrodes utilize by water be made water it is medium from The discharge in water of daughter ion state generates sterilized water, and the more than one electrode in above-mentioned a pair of electrodes has hydrophily painting Coating, above-mentioned hydrophilic coating layer are formed by the hydrophilic polymer resin containing sulfonate.