JP3219029U - Electrochemical tissue disinfection device - Google Patents

Abstract

An electrochemical tissue disinfection device for producing a wet tissue having a disinfection effect is provided.
An electrochemical tissue disinfection device mainly includes at least one disinfection device 1, at least one first storage space 11 formed in the disinfection device 1 for storing water, and the disinfection device 1. It is formed on the at least one water injection part 12 leading to the first accommodation space 11, at least one electrolysis unit 13 provided in the first accommodation space 11, and provided on the disinfection device 1, At least one power supply component 15 electrically connected to the unit 13 and at least one second accommodation space 14 communicating with the first accommodation space 11 are configured. The electrolysis unit 13 generates high active oxygen by electrolyzing water and disinfects with the high active oxygen, and the second storage space 14 stores at least one wiping article.
[Selection] Figure 1

Description

  The present invention relates to an electrochemical tissue disinfecting apparatus, and more particularly to an electrochemical tissue disinfecting apparatus that produces wet wiping articles having a disinfecting effect by generating highly active oxygen with electrolyzed water.

  The technical content of Taiwan Patent No. M471384 "sterilization tissue" is mainly as follows. “A sterilized tissue, mainly comprising a tissue and a wrapping bag, wherein the tissue can be a carrier capable of absorbing liquids such as dustless paper, spunlace nonwoven fabric, microfiber fabric, etc. When the tissue of the invention is further infiltrated with a sterilizing solution, the tissue is contained in a bag.The sterilizing solution contains a chlorine dioxide component, so that its disinfecting power and oxidizing power are strong, and a reactive compound. It is quickly decomposed in the natural environment, free of residue and does not cause secondary contamination.General application concentration is harmless to humans and animals, and isolates the place during disinfection and sterilization to clean the air It has the advantage of not having to do it. " Therefore, when the tissue is used, it does not harm the human body, and when the tissue absorbs the sterilizing solution, it is covered in the packaging bag, so that the packaging bag has the effect of keeping the tissue moist under normal conditions and is carried by the user. Convenient to carry around.

  However, the sterilizing tissue has a sterilizing effect, but by storing the tissue in a packaging bag, the packaging bag after use becomes garbage, and the tissue is dust-free paper, spunlace nonwoven fabric, microfiber fabric. However, the above-described materials are difficult to decompose in the environment, burden the environment, and the user cannot manufacture a tissue having a sterilizing effect by himself.

Taiwan Patent No. M471843 Specification

  The present invention mainly allows the water in the first accommodation space to be electrolyzed by the design of the electrolysis unit and the first accommodation space, generates highly active oxygen having a bactericidal effect in the water, and the first accommodation space. An object of the present invention is to provide an electrochemical tissue disinfection device that generates a wet wiping article having a disinfecting effect by combining water having high active oxygen with the wiping article by a design that leads to the second accommodation space. .

  In order to achieve the above-mentioned object, the main structure of the present invention includes at least one disinfection device, at least one first accommodating space, at least one water injection unit, at least one electrolysis unit, and at least one. One power supply component and at least one second housing space. At least one first storage space for storing water is formed in the sterilization apparatus, and at least one water injection portion communicating with the first storage space is formed on the sterilization apparatus, and the first The housing space is provided with the at least one electrolysis unit. The electrolysis unit electrolyzes the water to generate highly active oxygen for sterilization, and the electrolysis unit is electrically connected to the sterilizer. And at least one power supply component connected to each other, and at least one second storage space communicating with the first storage space is provided to store at least one wiping article. Thus, the user can place the dry wiping article in the second accommodation space, and can inject water from the water injection section into the first accommodation space and electrolyze the water by the electrolysis unit. Since the highly active oxygen having a disinfecting effect is generated in the water and the first accommodating space is connected to the second accommodating space, the water having the highly active oxygen can be combined with the wiping article so that the disinfecting effect can be obtained. To produce a wet wipe article.

  The above-mentioned technique solves the problem that both the packaging bag and the tissue existing in the conventional sterilization tissue place a burden on the environment, and the user cannot manufacture the tissue having a sterilization effect by himself. Achieving the above-mentioned practical inventive step in the device.

1 is a perspective perspective view of a relatively preferred embodiment of the present invention. FIG. 1 is an embodiment of a relatively preferred embodiment of the present invention. FIG. 2 is an embodiment of a relatively preferred embodiment of the present invention. FIG. 3 is an embodiment of a relatively preferred embodiment of the present invention. FIG. 6 is a perspective perspective view of still another relatively preferred embodiment of the present invention. FIG. 1 is a diagram illustrating an operation in still another relatively preferred embodiment of the present invention. FIG. 1 is a diagram illustrating an operation in still another relatively preferred embodiment of the present invention. FIG. 3 is a diagram illustrating an operation in still another relatively preferred embodiment of the present invention. FIG. 6 is an embodiment of yet another relatively preferred embodiment of the present invention.

  As shown in FIG. 1, the present invention includes at least one disinfection device 1, at least one electrolysis unit 13, at least one power supply component 15, at least one housing 17, and at least one water injection component 18. It consists of

  In the sterilization apparatus 1, at least one first storage space 11 for storing water is formed, and on the sterilization apparatus 1, at least one water injection part 12 communicating with the first storage space 11 is formed, In this embodiment, the lid of the first accommodation space 11 is selectively sealed.

  At least one electrolysis unit 13 provided in the first housing space 11 electrolyzes the water to generate highly active oxygen for disinfection, and the electrolysis unit 13 includes at least one anode component 131, At least one cathode component 132 provided on the side of the anode component 131 and at least one carbon material 133 provided on the cathode component 132 are provided.

  At least one power supply component 15 is provided on the sterilization apparatus 1 and is electrically connected to the electrolysis unit 13. The at least one power supply component 15 is electrically connected to the sterilization apparatus 1. A connected charging unit 151 is provided, and the charging unit 151 is a universal serial bus (USB) charging port.

  At least one housing 17 is movably installed on the disinfecting apparatus 1, and at least one second housing space 14 is formed in the housing 17, and the second housing space 14 is the first housing space 14. The water and the highly active oxygen are combined with the wiping article 2 by accommodating at least one wiping article 2 (for example, tissue, non-woven fabric, cloth) through the one accommodation space 11.

  At least one water injection component 18 is provided on the disinfection device 1, and the water injection component controls the first storage space 11 to selectively communicate with the second storage space 14.

As shown in FIGS. 1 to 4, the casing 17 of the present embodiment is made of silicon rubber, and the casing 17 can be attached and detached on the disinfecting apparatus 1. The dried wiping article 2 can be placed in the second storage space 14. When the user wants to manufacture the wet wiping article 2, the water is injected into the first accommodation space 11 from the water injection section 12 on the sterilization apparatus 1, and the water is electrolyzed by the electrolysis unit 13, thereby disinfecting effect. Highly active oxygen having Among them, the electrolysis unit 13 includes an anode component 131 and a cathode component 132, and is connected to the positive electrode and the negative electrode of the power supply component 15, respectively. Among them, the cathode component 132 includes the carbon material 133, and as soon as both the anode component 131 and the cathode component 132 come into contact with water, electric power is supplied by the power supply component 15 to drive the electrolysis unit 13 to form water. To produce highly active oxygen in water. The high active oxygen, superoxide anion having a disinfection (O @ 2- ·), hydroxyl radical (· OH), hydrogen peroxide _{(H 2 O} 2), or of singlet oxygen (Single ^oxygen, 1 _{O 2)} In addition, the power supply component 15 is a rechargeable battery, and the user can charge the power supply component 15 by the charging unit 151. The charging unit 151 of the present embodiment uses a universal serial bus (USB) charging socket as an example, and the power supply component 15 can be a commercial power source.

  As shown in FIGS. 3 to 4, the user presses the water injection component 18 to turn on the electronic valve 181 of the first storage space 11 and the second storage space 14, and has high active oxygen. By combining water and the dry wiping article 2, the wet wiping article 2 having a disinfecting effect can be generated. The user can remove the housing 17 from the disinfecting apparatus 1 and attach a lid on the housing 17 so that the wet wiping article 2 can be carried around.

  As shown in FIGS. 5 to 9, the present invention and the above-described embodiment are largely the same, and the differences are as follows.

  At least one power supply component 15a is provided on the disinfection device 1a and is electrically connected to the electrolysis unit 13a. At least one switch electrically connected to the power supply component 15a is provided on the disinfection device 1a. A component 16a is provided.

  At least one water level detection unit 111a is provided in the first storage space 11a, and at least one water level display unit 112a electrically connected to the water level detection unit 111a is provided on the sterilization apparatus 1a.

  The control component 19a provided on the disinfection device 1a controls the second accommodation space 14a to selectively communicate with the housing 17a, and the control component 19a is provided between the second accommodation space 14a and the housing 17a. The rotary table 191a includes at least one temporary storage unit 192a that selectively communicates with the second accommodation space 14a or the housing 17a.

The disinfection device 1a of the present embodiment is in the form of a capsule tray. When the user injects water into the first storage space 11a on the disinfection device 1a, the water level detection unit 111a is in the first storage space 11a. The water level in the first accommodating space 11a is displayed by the water level display part 112a. Furthermore, the power supply component 15a supplies power to the electrolysis unit 13a, and the electrolysis unit 13a includes the switch component 16a so that the electrolysis of water by the electrolysis unit 13a can be controlled, and the switch component 16a is on. an anode part 131a in the electrolytic unit 13a, a cathode part 132a, and a carbon material 133a is electrolysis of water, superoxide anion (O @ 2- ·), hydroxyl radical (· OH), hydrogen peroxide _{(H 2 O} 2) Highly active oxygen such as single oxygen ( ¹ O ₂ ) can be generated.

  As shown in FIG. 6, the second storage space 14a in the present embodiment has a funnel-like shape, and a cylindrical dry wiping article 2a is placed inside, and in combination with the infrared sensor 182a, the wiping article When the presence of 2a is detected, the wiping article 2a is moistened by controlling the electronic valve 181a so that a certain amount of highly active oxygen water flows into the narrowed opening of the second accommodation space 14a. When the user wants to use the wet wiping article 2a, as shown in FIG. 7, the interlocked turntable 191a rotates by rotating the control component 19a in the form of a knob. At this time, the temporary storage unit 192a on the turntable 191a leads to the upper second storage space 14a, drops one wiping article 2a into the temporary storage unit 192a, and then further controls the control component 19a. Rotate. As shown in FIG. 8, by allowing the temporary storage unit 192a to communicate with the lower casing 17a, at the same time, the second storage space 14a is closed by the bottom of the turntable 191a, and the wiping article 2a is removed from the temporary storage unit 192a. It falls into the housing 17a. Therefore, the user can take the wet wiping article 2a by the operation principle similar to that of the capsule tray, and the user can remove the casing 17a from the disinfecting apparatus 1a and attach a lid on the casing 17a. Thus, the wet wiping article 2a can be carried and carried.

  When the present invention is used, the following advantages exist compared to the prior art.

  1. By the electrolysis unit 13 and the design of the first housing space 11, highly active oxygen having a bactericidal effect can be generated in the water by electrolyzing the water in the first housing space 11.

  2. The wet wiping article 2 having a disinfection effect can be generated by combining the water having high active oxygen with the wiping article 2 by the design in which the first accommodating space 11 communicates with the second accommodating space 14. .

  3. By designing the case 17 to be removed from the disinfection device 1, the user can carry the wet wiping article 2 with him.

  4. Since the disinfection device 1a is designed in the form of a capsule tray, it can be interesting when used by the user.

DESCRIPTION OF SYMBOLS 1, 1a Disinfection apparatus 11, 11a 1st accommodation space 111a Water level detection part 112a Water level display part 12 Water injection part 13, 13a Electrolysis unit 131, 131a Anode part 132, 132a Cathode part 133, 133a Carbon material 14, 14a 2nd accommodation space 15, 15a Power supply part 151 Charging part 16a Switch part 17, 17a Case 18 Water injection part 181, 181a Electronic valve 182a Infrared sensor 19a Control part 191a Turntable 192a Temporary storage part 2, 2a Wiping article

Claims (7)

An electrochemical tissue disinfection device, the electrochemical tissue disinfection device mainly comprising:
At least one disinfection device;
At least one first accommodation space for accommodating water, formed in the disinfection device, and at least one water injection part formed on the disinfection device and leading to the first accommodation space;
At least one electrolysis unit provided in the first housing space;
At least one power supply component provided on the disinfection device and electrically connected to the electrolysis unit;
And at least one second accommodation space that communicates with the first accommodation space,
The electrolysis unit generates high active oxygen by electrolyzing the water and disinfects with the high active oxygen, and the second storage space stores at least one wiping article so that the water and An electrochemical tissue disinfection device, wherein the highly active oxygen is combined with the wiping article. The electrolysis unit comprises at least one anode component, at least one cathode component provided on a side of the anode component, and at least one carbon material provided on the cathode component. 2. The electrochemical tissue disinfection device according to 1. At least one water level detection unit is provided in the first housing space, and at least one water level display unit electrically connected to the water level detection unit on the disinfection device, and the power supply component An electrochemical tissue disinfection device according to claim 1, characterized in that at least one switch component is provided which is electrically connected to the device. On the disinfection device, at least one charging unit electrically connected to the power supply component is provided, and the charging unit is a universal serial bus (USB) charging socket. Electrochemical tissue disinfection device according to claim 1, characterized in that The electrochemical tissue disinfection device according to claim 1, wherein at least one housing is movably installed on the disinfection device. The second storage space is formed in the housing, and a water injection component is provided on the disinfecting device. The water injection component selectively communicates with the second storage space. The electrochemical tissue disinfection device according to claim 5, wherein the device is controlled. The second storage space communicates with the housing, and a control component is provided on the disinfection device, and the control component controls the second storage space to selectively communicate with the housing; On one side of the control component, a turntable located between the second accommodation space and the housing is installed to be interlocked, and the turntable is selectively connected to the second accommodation space or the The electrochemical tissue disinfection device according to claim 5, further comprising at least one temporary storage unit communicating with the housing.

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