WO2021215773A1 - Touch-type portable object touching device having automatic disinfection function for preventing infection of various diseases including viruses - Google Patents

Abstract

The present invention relates to a touch-type portable object touching device and, more particularly, to a touch-type portable object touching device having an automatic disinfection function for preventing infection of various diseases including viruses, the touch-type portable object touching device applying, when a cover unit is coupled to or separated from a touch unit, a disinfection fluid onto a surface of the touch unit and the inside of a touch rod housing so as to disinfect the entire touch unit and the inside of the touch rod housing and to minimize infection due to viruses.

Description

Touch-type portable object touch device with automatic disinfection function to prevent the transmission of various diseases including viruses

The present invention relates to a touch-type portable object touch device, and more particularly, by applying a disinfectant solution to the surface of the touch unit and the inside of the touch bar house when coupling or discharging the cover to the touch unit to disinfect the entire touch unit and the entire inside of the touch bar house. The present invention relates to a touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses to minimize infection by viruses.

After SARS and MERS, recently, due to the corona virus, the problem of transmission of various diseases, including viruses, has emerged as a topic that threatens human life and political economy.

Observing infectious disease prevention rules, such as washing hands and wearing a mask, is one of the most important rules to protect one's own life and prevent the spread of diseases, thereby protecting the lives of others.

In the case of corona virus, it can remain on metal surfaces such as plastic or stainless steel for up to 3 days without dying, and if it is floating in the air in the form of droplets, it can stay for 30 minutes, and there are reports that it is safe to be at least 4m away from the infected person.

Therefore, it has become an essential fact in preventing and combating infectious diseases that you should not directly touch various buttons or switches, including elevator buttons, touch-type automatic door levers, ATM buttons, and smart phones.

Touching a button or switch is a matter to be extremely careful not only with the corona virus problem, but also for the prevention of various diseases including hand, foot, foot, cold, and skin diseases.

A specific touch mechanism is required to touch a button or the like for the purpose of preventing viruses by avoiding direct touch of a button or switch with a hand.

Recently, there has been a business that has broken wooden chopsticks and placed them in front of the elevator.

Of course, you can also touch a plastic rod or a key, but you cannot put the touch mechanism in your pocket once you have touched it.

And in everyday life, it is difficult to immediately discard the touch device after touch.

Elevator button, ATM touch screen, train ticket vending machine button, beverage vending machine button, restaurant vending machine button, wall power switch, etc. Various power switches, common PC keyboard, apartment entrance/exit button, touch-type automatic door lever, digital door lock button, etc. This is because we are repeatedly touching many buttons, etc.

If you think about it, the world we live in is full of buttons and switches, and our hands are always touching them, that's our life.

In order to meet these needs, a multi-function electrostatic touch pen, which is a Korean Patent Publication No. 10-2073324, is disclosed.

1 and 2, the multi-function electrostatic touch pen 100 has a first lid 110, a nip bar holder 120, a nip bar 130, a body 140, a cartridge 150 and a second It can be seen that it is composed of two lids (160).

The body 140 and the cartridge 150 are implemented as conductors so that when the user holds the multi-function capacitive touch pen 100 according to the present invention with bare hands, the static electricity of the user's body is transferred to the multi-function electrostatic touch pen 100 according to the present invention. ) should be able to be transmitted to the touch screen panel.

The first lid 110 covers one end of the body 140, that is, the nip bar holder 120 and the nip bar 130, and prevents the multifunctional liquid transferred from the cartridge 150 to the nip bar 130 from evaporating. . The multifunctional liquid is one of water, a cleaning agent and a disinfectant, or a mixture thereof.

The nip bar holder 120 is coupled to one end of the body 140 using a first screw thread 122 formed on the outer surface of one end, and the body 121 of a tapered shape whose cross-sectional area decreases toward the opposite end. ) has

The nip bar 130 is mounted in the empty interior of the nip bar holder 120, one end protrudes to the opposite end of the nip bar holder, the opposite end is inserted into the cartridge 150, and the cross-sectional area is toward both ends. It reduces, and performs the function of flowing out a certain amount of the above-mentioned multifunctional liquid to the contact surface.

The body 140 has an empty interior, and a cartridge 150 to be described later is mounted therein, and the second screw thread 142 formed on the inner surface of one end is fastened with the first screw thread 122 constituting the nip bar holder 120 , , so that the second lid 160 to be described later is fastened with the third screw thread 143 formed on the inner surface of the opposite end. A window 144 for checking the amount of filling made of a transparent material in the longitudinal direction is installed on the outside of the body 140 .

Cartridge 150 performs a function of containing and filling the above-described multifunctional liquid, and a cartridge body 151 having a nip bar insertion hole 152 formed at one end, a charging display panel 153 in the interior of the cartridge body 151, The valve unit 154 and the air flow control unit 155 are sequentially installed.

The second lid 160 is fastened with the third screw thread 143 of the body 140 using the fourth screw thread 161 formed on the outside of one end, so that the cartridge 150 mounted inside the body 140 is Prevents movement in the interior of the body (140).

However, such a conventional multifunctional electrostatic touch pen discharges liquid little by little through the nip bar, so that, in addition to the unique function of the electrostatic touch pen, water, detergent or disinfectant that can remove foreign substances or E. coli from the touch screen when the touch pen is used to the surface of the touch screen, there is a problem that the touch pen itself cannot be sterilized.

In addition, an antibacterial film made of copper is attached to the front surface of a button part such as an elevator, and in the case of coropa virus, the antibacterial film can survive for more than 4 hours, so there is a problem in that the antibacterial ability is reduced.

Prior art literature

Patent Literature

Domestic Registered Patent Publication No. 10-2073324

The present invention is to solve the above problems, and when the cover part is coupled to or discharged from the touch part, a disinfectant solution is applied to the surface of the touch part and the inside of the touch bar house to disinfect the entire touch part and the entire inside of the touch bar house. An object of the present invention is to provide a touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses to minimize infection.

In addition, the present invention can selectively store the disinfectant solution in the cover part and the touch part, so that it can be manufactured in various forms, and when the touch part is coupled to the cover part, the inside is sealed by a screw method or a press-fit method to increase the disinfection effect of the touch part. Another object of the present invention is to provide a touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases, including viruses, to prevent the disinfection solution from being evaporated or leaked.

In addition, in the present invention, the disinfectant solution can be filled or replaced in the form of a cartridge, so that the disinfectant solution can be easily replenished. Another object of the present invention is to provide a touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases, including viruses, to sterilize an object to be disinfected.

In addition, the present invention has an automatic disinfection function for preventing the transmission of various diseases, including viruses, that facilitates portability and storage by rotating the touch unit by operating the elastic hinge according to the operation of the push switch in the receiving unit of the touch unit to which the cover unit is coupled. Another object of the present invention is to provide a touch type portable object touch device.

In addition, the present invention can use the cover part or the touch part or the cover part and the touch part by separately coupling the touch rod and the touch rod house to the sealing coupling part, so that the lid part and the touch part can be used in one container, so productivity, economy and Various diseases, including viruses, that can be easily filled and used in each of the cover and touch areas can be transmitted to improve assembling properties, and to increase portability by combining separate lids with the cover and touch parts. Another object of the present invention is to provide a touch-type portable object touch device having an automatic disinfection function for prevention.

Features of the present invention for achieving the above object,

a touch unit having a touch bar formed on the handle body; A disinfectant solution is stored therein, a touch bar house into which the touch bar of the touch unit is inserted is formed, and one or more disinfectant discharge holes are formed in the touch bar house, so that friction when the touch bar of the touch unit is inserted or discharged into the touch bar house a cover part for disinfecting the surface of the touch rod and the touch rod house by applying the disinfectant solution discharged from the disinfectant discharge hole by pressure or on the surface of the touch rod; and a sealing coupling part for sealingly coupling the touch part and the cover part to each other by a screw method or a press-fit method.

Here, the touch rod and the touch rod house are integrally formed with the cover part or the touch part or the cover part and the touch part or are combined separately.

Here, also, the touch rod and the touch rod house are coupled to the sealing coupling portion when separately coupled.

Here again, the touch rod is coupled to the sealing coupling portion by a double sealing coupling portion, each coupled to one side or both sides of the double hermetic coupling portion.

Here, the disinfectant discharge hole has a size through which the disinfectant solution is formed in the form of water droplets.

Here, when a plurality of disinfectant discharge holes are formed, they are arranged in any one of a horizontal line form, a vertical line form, a diagonal line form, a curved form, a cross hair form, and a circular line form.

Here, the disinfecting solution discharge hole is further provided with an impregnating member impregnated with the disinfecting solution discharged by friction or pressure or a valve-type adjusting device to control the amount of the disinfecting solution.

Here, the touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses further includes a receiving unit that is accommodated in a hinged connection with the touch unit and is rotated and protruded.

Here, the cover part is further provided with a disinfectant spraying part for spraying the stored disinfectant solution to the outside.

Here, the touch part contains a conductive material in the contact surface to enable the touch of the capacitive touch screen.

Here, the cover part is provided with a transparent window for checking the amount of disinfectant solution, and a charging port for filling the disinfectant solution is provided.

Here, the cover part is formed so that the disinfectant solution cartridge can be inserted and discharged therein so as to communicate with the disinfectant solution discharge hole, and a transparent window for checking the amount of the disinfectant solution filled in the disinfectant solution cartridge is provided.

Another feature of the present invention is

a touch unit having a disinfectant solution stored therein, a touch rod formed on the handle body, and at least one disinfecting solution discharge hole formed outside the touch rod; A touch bar house into which the touch bar of the touch unit is inserted is formed, and when the touch bar of the touch unit is inserted into or discharged from the touch bar house, the disinfectant solution discharged from the disinfectant solution discharge hole by friction or pressure is applied to the surface of the touch bar. a cover part for disinfecting the surface of the touch bar and the inside of the touch bar house; and a sealing coupling part for sealingly coupling the touch part and the cover part to each other by a screw method or a press-fit method.

Here, the touch rod and the touch rod house are integrally formed with the cover part or the touch part or the cover part and the touch part or are combined separately.

Here, also, the touch rod and the touch rod house are coupled to the sealing coupling portion when separately coupled.

Here again, the touch rod is coupled to the sealing coupling portion by a double sealing coupling portion, each coupled to one side or both sides of the double hermetic coupling portion.

Here, the disinfection solution discharge hole has a size through which the disinfectant solution is formed in the form of water droplets.

Here, when a plurality of disinfectant discharge holes are formed, they are arranged in any one of a horizontal line form, a vertical line form, a diagonal line form, a curved form, a cross hair form, and a circular line form.

Here, the disinfecting solution discharge hole is further provided with an impregnating member impregnated with the disinfecting solution discharged by friction or pressure or a valve-type adjusting device to control the amount of the disinfecting solution.

Here, the touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses further includes a receiving unit that is accommodated in a hinged connection with the touch unit and is rotated and protruded.

Here, the touch unit is further provided with a disinfectant spraying part for spraying the stored disinfectant solution to the outside.

Here, the touch part contains a conductive material in the contact surface to enable the touch of the capacitive touch screen.

Here, the touch unit is provided with a transparent window for confirming the amount of the disinfectant solution, and a charging port for filling the disinfectant solution is provided.

Here, the touch unit is formed so that the disinfectant solution cartridge can be inserted and discharged therein so as to communicate with the disinfectant solution discharge hole, and a transparent window for checking the amount of the disinfectant solution filled in the disinfectant solution cartridge is provided.

Another feature of the present invention is

a touch unit having an antiseptic solution stored therein, a touch bar formed on the handle body, and at least one first disinfecting solution discharge hole formed outside the touch bar; A disinfectant solution is stored therein, a touch bar house into which the touch bar of the touch unit is inserted is formed, and at least one second disinfectant solution discharge hole is formed in the touch bar house so that the touch bar of the touch unit is inserted or discharged into the touch bar house. a cover part for sterilizing the surface of the touch rod and the inside of the touch rod house by applying the disinfectant solution discharged from the first and second disinfecting solution discharge holes by friction or pressure on the surface of the touch rod; And it characterized in that it comprises a sealing coupling portion to each other sealingly coupled by a screw method or a press-fitting method to the touch portion and the cover portion.

Here, the touch rod and the touch rod house are integrally formed with the cover part or the touch part or the cover part and the touch part or are combined separately.

Here, also, the touch rod and the touch rod house are coupled to the sealing coupling portion when separately coupled.

Here again, the touch rod is coupled to the sealing coupling portion by a double sealing coupling portion, each coupled to one side or both sides of the double hermetic coupling portion.

Here, the first and second disinfectant solution discharge holes have a size through which the disinfectant solution is formed in the form of water droplets.

Here, when a plurality of the first and second disinfectant solution discharge holes are formed, they are arranged in any one of a horizontal line form, a vertical line form, a diagonal line form, a curved form, a cross hair form, and a circular line form.

Here, the first and second disinfectant solution discharge holes are further provided with an impregnating member impregnated with the disinfecting solution discharged by friction or pressure or a valve-type adjusting device to control the amount of the disinfecting solution.

Here, the touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases further includes a receiving unit that is accommodated by a hinged connection with the touch unit, and rotates and protrudes.

Here, the cover part and the touch part are further provided with a disinfectant spraying part for spraying the stored disinfectant solution to the outside.

Here, the touch part contains a conductive material or is formed of a metal material on the contact surface to enable a touch of the capacitive touch screen.

Here, the cover part and the touch part are provided with a transparent window for checking the amount of the disinfectant solution, and a charging port for filling the disinfectant solution is provided.

Here, the cover part and the touch part are formed so that the disinfectant solution cartridge can be inserted and discharged, respectively, in communication with the disinfectant solution discharge hole, and a transparent window for checking the amount of the disinfectant solution filled in the disinfectant solution cartridge is provided.

Here, the cover part and the touch part store the same kind of disinfectant solution or different kinds of disinfectant solution, respectively.

According to the present invention, a touch type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses, configured as described above, when the cover part is coupled to or discharged from the touch part, the disinfectant solution is applied to the surface of the touch part and the inside of the touch bar house. This is applied to disinfect the entire touch unit and the entire inside of the touch bar house, thereby minimizing infection by viruses.

In addition, according to the present invention, the disinfectant solution can be selectively stored in the cover part and the touch part, so that it can be manufactured in various forms. It is possible to prevent the evaporation or leakage of the disinfectant solution.

In addition, according to the present invention, the disinfectant solution can be filled or replaced in the form of a cartridge, so that the disinfectant solution can be easily replenished. Cross-infection can be eliminated by disinfecting hands and objects to be disinfected.

In addition, according to the present invention, the touch unit to which the cover unit is coupled is operated by an elastic hinge to rotate the touch unit according to the operation of the push switch in the receiving unit. .

In addition, according to the present invention, the cover part or the touch part, or the cover part and the touch part, respectively, by separately coupling the touch rod and the touch rod house to the sealing coupling part, it is possible to use the cover part and the touch part as one container in common, resulting in productivity and economic efficiency. And the assembly property is improved, a separate lid can be coupled to the cover part or the touch part, respectively, so that portability can be increased, and the disinfectant solution can be easily filled in the cover part and the touch part, respectively.

1 and 2 are diagrams showing the configuration of a conventional multi-function capacitive touch pen.

3 is a perspective view showing the configuration of a touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses according to the first embodiment of the present invention.

4 is a partial cross-sectional view in the coupled state of FIG. 3 .

5 is a perspective view illustrating a state in which the touch unit of the touch type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses according to the first embodiment of the present invention is coupled to the receiving unit.

6 is a perspective view showing the configuration of the disinfectant spraying unit of the touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses according to the first embodiment of the present invention.

7 is a partial cross-sectional enlarged view showing the configuration of the impregnated member of the touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses according to the first embodiment of the present invention.

8 is an enlarged partial cross-sectional view showing the configuration of a valve-type control device of a touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses according to the first embodiment of the present invention.

9 is a perspective view illustrating a state in which a disinfectant cartridge is installed in a touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses according to the first embodiment of the present invention.

10 is a perspective view showing the configuration of a touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses according to a second embodiment of the present invention.

11 is a partial cross-sectional view in the coupled state of FIG. 10 .

12 is a perspective view showing the configuration of a touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses according to a third embodiment of the present invention.

13 is a partial cross-sectional view in the coupled state of FIG. 12 .

14 is a perspective view showing the configuration of a touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses according to a fourth embodiment of the present invention.

15 is a partial cross-sectional view in the coupled state of FIG. 14 .

16 is a perspective view showing the configuration of a touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses according to a fifth embodiment of the present invention.

17 is a partial cross-sectional view in the coupled state of FIG. 15 .

18 is a perspective view showing the configuration of a touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses according to a sixth embodiment of the present invention.

19 is a partial cross-sectional view in the coupled state of FIG. 18 .

Hereinafter, the configuration of a touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

In the following description of the present invention, if it is determined that a detailed description of a related well-known function or configuration may unnecessarily obscure the gist of the present invention, the detailed description thereof will be omitted. In addition, the terms described below are terms defined in consideration of functions in the present invention, which may vary according to intentions or customs of users and operators. Therefore, the definition should be made based on the content throughout this specification.

(Example 1)

3 is a perspective view showing the configuration of a touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses according to the first embodiment of the present invention, and FIG. 4 is a partial view in the coupled state of FIG. 5 is a perspective view showing a state in which the touch unit of the touch type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses according to the first embodiment of the present invention is coupled to the receiving unit; 6 is a perspective view showing the configuration of the disinfectant spraying unit of the touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses according to the first embodiment of the present invention. 8 is a partial cross-sectional enlarged view showing the configuration of an impregnated member of a touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses according to an embodiment of the present invention. It is a partial cross-sectional enlarged view showing the configuration of a valve-type control device of a touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses. It is a perspective view showing a disinfectant cartridge installed in a touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases, including

4 to 9, the touch type portable object touch device 1 having an automatic disinfection function for preventing the transmission of various diseases including viruses according to the first embodiment of the present invention includes a touch unit 10; It consists of a cover part 20 and a sealing coupling part 30 .

First, the touch unit 10 is formed in a straight shape in a circle, a rectangle, and a polygon, so that the touch rod 13 is formed on the handle body 11 . At this time, the touch rod 13 is formed of a synthetic resin material or carbon material containing a conductive material (metal powder) on the contact surface to enable the touch of the capacitive touch screen, or is formed of a metal material, and protects the target object or its own surface For this, a cover (not shown) made of an impact-resistant material such as silicone may be coupled to the surface. In addition, the handle body 11 can be manufactured in various ways, such as a pen shape, a key handle shape, a lipstick shape, a character shape, and the like.

In addition, the cover part 20 has the same size as the touch part 10 , and a disinfectant solution such as hydrogen peroxide, alcohol, water, salt water, soap solution, etc. is stored therein, and the touch bar 13 of the touch part 10 is disposed on one side. A touch bar house 21 partitioned by a separate partition wall is formed so that this is inserted, and one or more disinfectant discharge holes A are formed in the touch bar house 21 so that the touch bar 13 of the touch unit 10 is When inserted or discharged into the touch rod housing 21, the disinfectant solution discharged from the disinfectant discharge hole (A) by friction or pressure is applied to the surface of the touch rod 13 and the inside of the touch rod assembly 21 to apply the touch rod 13 ) and the inside of the touch rod house 21 are disinfected at the same time. At this time, the touch rod house 21 may have a diameter that rubs when the touch rod 13 of the touch unit 10 is inserted and discharged, or may be formed to be larger than the diameter of the touch rod 13 , when rubbed. When the disinfectant solution discharged from the disinfectant discharge hole (A) is evenly spread on the surface of the touch rod 13 by frictional force, and is formed larger than the diameter of the touch rod 13, by external force (insertion/discharge pressure, walking shock) As the disinfectant solution falls on the touch rod house 21 or comes into contact with the disinfectant solution in the form of a droplet, it is evenly buried on the surface of the touch rod 13 .

In addition, as shown in FIG. 6 , the cover part 20 is further provided with a disinfectant spraying part B for spraying the stored disinfectant solution to the outside. It can be formed in a nozzle type, and optionally, the cover part 20 is formed of a flexible synthetic resin material and when the user presses it by hand, the disinfectant solution is dropped through the disinfectant solution outlet hole (A) through the touch rod housing 21, and the user Disinfection of a desired part, such as the body or the surface of an object, can also be performed.

In addition, the cover portion 20 is provided with a transparent window (W) for checking the amount of the disinfectant solution, and the filling port (I) for filling the disinfectant solution is provided. In this case, the transparent window W may be entirely formed of a transparent material or partially formed of a transparent material.

In another embodiment, the cover part 20 is formed so that the disinfectant solution cartridge (C) can be inserted and discharged therein so as to communicate with the disinfectant solution discharge hole (A) as shown in FIG. A transparent window (W) for checking the amount of charge may be provided. At this time, it is preferable that the lid part 20 is also provided with a transparent window (W) at a position corresponding to the transparent window (W) of the disinfectant cartridge (C).

In addition, it is preferable that the disinfectant discharge hole (A) has a size in which the disinfectant solution is formed in the form of water droplets, and when a plurality of them are formed, they are formed in any one of a horizontal line form, a vertical line form, a diagonal line form, a curved form, a cross hair form, and a circular line form. are placed At this time, it is preferable that one to three disinfectant discharge holes (A) are formed in order to minimize the evaporation or leakage of the disinfectant solution. You may.

In addition, as shown in FIG. 7 , the disinfectant discharge hole (A) is provided with an impregnating member (D) impregnated with the discharged disinfectant solution, and the touch rod (13) is impregnated with the disinfectant solution discharged by friction, pressure, and user's external force. It can be disinfected if it comes in contact with At this time, the impregnating member (D) is made of gauze, cotton, or synthetic resin material on the discharge side of the disinfectant solution discharge hole (A), and the touch rod 13 is inserted into the touch rod house 21 without immersing a small amount of the disinfectant solution and discharging it. The disinfectant solution is discharged from the disinfectant solution discharge hole (A) only when there is pressure, friction, or external force from the user, so that the impregnating member (D) is impregnated with the disinfectant solution to bury the touch rod (13). At this time, the disinfectant solution discharge hole (A) has a diameter through which the disinfectant solution does not normally flow out, and the disinfectant solution is discharged to the impregnating member (D) only when an external force is generated.

In another embodiment, the disinfectant solution discharge hole (A) may be further provided with a valve-type control device (E) to control the discharge amount of the disinfectant solution as shown in FIG. 8, the valve-type control device (E) is It is screwed to (A), and when the user rotates it from the outside to the left and right, the size of the discharge flow path E1 is adjusted to control the discharge amount of the disinfectant solution. That is, it can be used when the user wants to disinfect the touch rod 13 by discharging a relatively large amount of disinfectant into the touch rod house 21 .

Continuing, the sealing coupling part 30 is mutually sealingly coupled to the touch part 10 and the cover part 20 by a screw method or a press-fit method, in the figure, the projection 31 and the groove 33 are mutually coupled by each other. The press-fitting method is shown, and it is preferable that the O-ring 35 is installed for sealing. At this time, since the leaking of the disinfectant solution to the outside is blocked by the sealing coupling part 30, when an external force is generated by an action of putting or taking it out of a pocket, bag, etc., or walking or moving, the disinfectant solution falls from the disinfectant discharge hole (A). A thin film is applied on the surface of the touch rod 13, or a small amount of the disinfectant solution falls into the touch rod housing 21 and accumulates. (13) The cycle disinfection process of evenly wetting the surface is repeated.

In addition, when not in use, the touch rod 13 is coupled to the cover portion 20 to maintain a sealed state, thereby preventing consumption due to external leakage or evaporation of the disinfectant solution, and to be used immediately after removing the cover portion 20 . Automatic disinfection, complete disinfection (sterilization), and continuous disinfection are possible only by recombination of the cover part 20 after use, and it is possible to prevent wastage and leakage of disinfectant solution, and to use the touch rod ( 13) When the disinfectant solution discharge hole (A) is taken out, the disinfectant solution forms again in the form of fine dewdrops and does not flow down unless shaken, so that the disinfectant solution consumption is minimized. It also enables long-term use, and since the volume of the cover part 20 is small, it can be manufactured in a small size by reducing the overall volume, so it is easy to carry, and furthermore, the touch part 10 and the cover part 20 into the receiving part 40 ) is combined and the folding structure that can be folded and stored at once is also possible in a compact size.

On the other hand, as shown in FIG. 5 , in the touch type portable object touch device 1 having an automatic disinfection function for preventing the transmission of various diseases according to the first embodiment of the present invention, the touch unit 10 is hinged and accommodated. and a receiving portion 40 that is rotated and protruded by 180° is provided. At this time, the hinge coupling structure is provided with an elastic hinge 41 and a button 43 in the same general structure as the key storage structure of the automobile smart key. In this case, the storage unit 40 may be formed in a memory structure that can pull or push the doorknob or the faucet lever by rotating the touch unit 10 only by 90°.

In addition, the touch-type portable object touch device 1 having an automatic disinfection function for preventing the transmission of various diseases according to the first embodiment of the present invention includes a built-in battery as necessary to generate light with an LED or a USB device. It may be built-in, it may be equipped with an ultraviolet LED to perform disinfection with ultraviolet light, it may be equipped with an LCD and various control buttons, and it may be possible to touch the screen with its own power without attaching a conductive material to the hand contact surface.

(Second embodiment)

10 is a perspective view showing the configuration of a touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses according to a second embodiment of the present invention, and FIG. 11 is a partial view in the coupled state of FIG. It is a cross section.

10 and 11, a touch type portable object touch device 1 having an automatic disinfection function for preventing the transmission of various diseases including viruses according to a second embodiment of the present invention includes a touch unit 10; It consists of a cover part (20).

First, the second embodiment is a method in which the disinfectant solution is stored in the touch unit 10 as opposed to the first embodiment, and the cover unit 20 is formed in a volume that can wrap the touch rod 13 to minimize the volume. have.

The touch unit 10 is formed in a straight line shape in a circle, a rectangle, and a polygon, so that the touch bar 13 is formed on the handle body 11 . At this time, the touch rod 13 is formed of a synthetic resin material or carbon material containing a conductive material (metal powder) on the contact surface to enable the touch of the capacitive touch screen, or is formed of a metal material, and protects the target object or its own surface For this purpose, a cover (not shown) made of an impact-resistant material such as silicone may be coupled to the surface. In addition, the handle body 11 can be manufactured in various ways, such as a pen shape, a key handle shape, a lipstick shape, a character shape, and the like.

In addition, the touch unit 10 stores a disinfectant solution such as hydrogen peroxide, alcohol, water, salt water, soap solution, and the like therein, and at least one disinfectant discharge hole A is formed in the touch rod 13 to the touch unit 10 . When the touch rod 13 of the touch rod 13 is inserted into or discharged from the touch rod house 21 of the cover part 20, the disinfectant solution discharged from the disinfectant solution discharge hole A due to friction or pressure touches the surface of the touch rod 13 By coating the inside of the bar house 21, the surface of the touch bar 13 and the touch bar house 21 are simultaneously disinfected.

In addition, the touch unit 10 is further provided with a disinfectant spraying unit (B) for spraying the stored disinfectant solution to the outside. , according to the selection, the cover 20 is formed of a flexible synthetic resin material and when the user presses it with his/her hand, the disinfectant solution is dropped through the touch rod housing 21 through the disinfectant solution discharge hole (A), and the user's body, the surface of the object, etc. Partial disinfection may also be performed.

In addition, the touch unit 10 is provided with a transparent window (W) for checking the amount of disinfectant filled, and is provided with a charging port (I) for filling the disinfectant solution. In this case, the transparent window W may be entirely formed of a transparent material or partially formed of a transparent material.

In another embodiment, the touch unit 10 is formed so that the disinfectant solution cartridge (C) can be inserted and discharged therein so as to communicate with the disinfectant solution discharge hole (A) as in the first embodiment, and check the amount of disinfectant solution filled in the disinfectant solution cartridge A transparent window W may be provided. At this time, it is preferable that the touch unit 10 is also provided with a transparent window W at a position corresponding to the transparent window W of the disinfectant cartridge C.

In addition, it is preferable that the disinfectant discharge hole (A) has a size in which the disinfectant solution is formed in the form of water droplets, and when a plurality of them are formed, they are formed in any one of a horizontal line form, a vertical line form, a diagonal line form, a curved form, a cross hair form, and a circular line form. are placed At this time, it is preferable that one to three disinfectant discharge holes (A) are formed in order to minimize the evaporation or leakage of the disinfectant solution. Depending on the number of four or more may be formed.

In addition, the disinfectant discharge hole (A) is provided with an impregnating member (D) impregnated with the disinfectant solution in the same manner as in the first embodiment, and is impregnated with the disinfectant solution discharged by friction, pressure, and external force of the user to contact the touch rod 13 It can be disinfected. At this time, the impregnating member (D) is made of gauze, cotton, or synthetic resin material on the discharge side of the disinfectant solution discharge hole (A), and the touch rod 13 is inserted into the touch rod house 21 without immersing a small amount of the disinfectant solution and discharging it. The disinfectant solution is discharged from the disinfectant solution discharge hole (A) only when there is pressure, friction, or external force from the user, so that the impregnating member (D) is impregnated with the disinfectant solution to bury the touch rod (13). At this time, the disinfectant solution discharge hole (A) has a diameter through which the disinfectant solution does not normally flow out, and the disinfectant solution is discharged to the impregnating member (D) only when an external force is generated.

In another embodiment, the disinfectant solution discharge hole (A) may be further provided with a valve-type control device (E) to control the discharge amount of the disinfectant solution as in the first embodiment. It is screwed to A), and when the user rotates it from the outside to the left and right, the size of the discharge flow path E1 is adjusted to control the discharge amount of the disinfectant solution. That is, it can be used when the user wants to disinfect the touch rod 13 by discharging a relatively large amount of disinfectant into the touch rod house 21 .

Subsequently, the cover unit 20 has the touch unit 10 and a touch rod house 21 into which the touch rod 13 of the touch unit 10 is inserted on one side is formed, and the touch rod 13 of the touch unit 10 is formed. ) is inserted into or discharged from the touch rod housing 21, the disinfectant solution discharged from the disinfectant discharge hole (A) of the touch rod 13 by friction or pressure is applied to the surface of the touch rod 13 and the touch rod assembly 21. It is applied to the inside to simultaneously disinfect the surface of the touch rod 13 and the touch rod house 21 . At this time, the touch rod house 21 may have a diameter that rubs when the touch rod 13 of the touch unit 10 is inserted and discharged, or may be formed to be larger than the diameter of the touch rod 13 , when rubbed. When the disinfectant solution discharged from the disinfectant discharge hole (A) is evenly spread on the surface of the touch rod 13 by frictional force, and is formed larger than the diameter of the touch rod 13, by external force (insertion/discharge pressure, walking shock) As the disinfectant solution falls on the touch rod house 21 or comes into contact with the disinfectant solution in the form of a droplet, it is evenly buried on the surface of the touch rod 13 .

Continuing, the sealing coupling part 30 is mutually sealingly coupled to the touch part 10 and the cover part 20 by a screw method or a press-fit method, in the figure, the projection 31 and the groove 33 are mutually coupled by each other. The press-fitting method is shown, and it is preferable that the O-ring 35 is installed for sealing. At this time, since the leaking of the disinfectant solution to the outside is blocked by the sealing coupling part 30, when an external force is generated by an action of putting or taking it out of a pocket, bag, etc., or walking or moving, the disinfectant solution falls from the disinfectant discharge hole (A). A thin film is applied on the surface of the touch rod 13, or a small amount of the disinfectant solution falls into the touch rod housing 21 and accumulates. (13) The cycle disinfection process of evenly wetting the surface is repeated.

In addition, when not in use, the touch rod 13 is coupled to the cover portion 20 to maintain a sealed state to prevent consumption due to external leakage or evaporation of the disinfectant solution, and to be used immediately after removing the cover portion 20 . Automatic disinfection, complete disinfection (sterilization), and continuous disinfection are possible only by recombination of the cover part 20 after use, and it is possible to prevent wastage and leakage of disinfectant solution, and to use the touch rod ( 13) When the disinfectant solution discharge hole (A) is taken out, the disinfectant solution forms again in the form of fine dewdrops and does not flow down unless shaken, so that the disinfectant solution consumption is minimized. It also enables long-term use, and since the volume of the cover part 20 is small, it can be manufactured in a small size by reducing the overall volume, so it is easy to carry, and furthermore, the touch part 10 and the cover part 20 into the receiving part 40 ) is combined and the folding structure that can be folded and stored at once is also possible in a compact size.

On the other hand, in the touch-type portable object touch device 1 having an automatic disinfection function for preventing the transmission of various diseases according to the second embodiment of the present invention, the touch unit 10 is hinged and accommodated as in the first embodiment. A receiving portion 40 that is rotated 180° and protrudes is provided. At this time, the hinge coupling structure is provided with an elastic hinge 41 and a button 43 in the same general structure as the key storage structure of the automobile smart key. At this time, the receiving unit 40 may rotate the touch unit 10 only by 90° to form a memory structure that can pull or push a doorknob or a faucet lever.

In addition, the touch-type portable object touch device 1 having an automatic disinfection function for preventing the transmission of various diseases according to the second embodiment of the present invention is provided with a built-in battery as necessary as in the first embodiment and is illuminated with an LED. or USB may be built-in, UV LED may be provided to perform disinfection with UV light, LCD and various control buttons may be provided, LCD and various control buttons may be provided, It may be possible to touch the screen with its own power supply without providing a conductive material.

(Example 3)

12 is a perspective view showing the configuration of a touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses according to a third embodiment of the present invention, and FIG. 13 is a partial view in the coupled state of FIG. It is a cross section.

12 and 13, a touch type portable object touch device 1 having an automatic disinfection function for preventing the transmission of various diseases including viruses according to a third embodiment of the present invention includes a touch unit 10; It consists of a cover part (20).

First, in the third embodiment, the cover part 20 of the first embodiment and the touch part 10 of the second embodiment are combined to store the disinfectant solution, respectively.

The touch unit 10 is formed in a straight line shape in a circle, a rectangle, and a polygon, so that the touch bar 13 is formed on the handle body 11 . At this time, the touch rod 13 is formed of a synthetic resin material or carbon material containing a conductive material (metal powder) on the contact surface to enable the touch of the capacitive touch screen, or is formed of a metal material, and protects the target object or its own surface For this purpose, a cover (not shown) made of an impact-resistant material such as silicone may be coupled to the surface. In addition, the handle body 11 can be manufactured in various ways, such as a pen shape, a key handle shape, a lipstick shape, a character shape, and the like.

In addition, the touch unit 10 stores a disinfectant solution such as hydrogen peroxide, alcohol, water, salt water, soap solution, and the like therein.

In addition, the cover unit 20 has the same structure as the first embodiment, has the same size as the touch unit 10, and has a disinfectant solution such as hydrogen peroxide, alcohol, water, salt water, soap solution, etc. stored therein, and the touch unit ( 10), the touch rod house 21 partitioned by a separate partition wall is formed so that the touch rod 13 is inserted. At this time, the touch rod house 21 may have a diameter that rubs when the touch rod 13 of the touch unit 10 is inserted and discharged, or may be formed to be larger than the diameter of the touch rod 13 , when rubbed. When the antiseptic solution is evenly spread on the surface of the touch bar 13 by frictional force and is formed larger than the diameter of the touch bar 13, the antiseptic solution is applied to the touch bar house 21 by an external force (insertion/discharge pressure, walking impact). While falling or in contact with the disinfectant solution in the form of a droplet, it is evenly buried on the surface of the touch rod 13 .

In addition, one or more first disinfectant discharge holes (A) are provided in the touch rod 13 of the touch unit 10 , and one or more disinfectant discharge holes (A) are provided in the touch rod house 21 of the cover unit 20 . When each formed and the touch rod 13 of the touch unit 10 is inserted into or discharged from the touch rod house 21, the disinfectant solution discharged from the first and second disinfectant solution discharge holes A by friction or pressure is applied to the touch rod ( 13) to disinfect the surface of the touch rod 13 and the inside of the touch rod house 21 at the same time.

In addition, the touch unit 10 and the cover unit 20 are further provided with a disinfectant spraying part B for spraying the stored disinfectant solution to the outside, respectively. It can be formed in a nozzle type, and the first and second disinfectant discharge holes ( Through A), the disinfectant solution may be dropped through the touch rod housing 21 to perform disinfection of a desired part, such as the user's body or the surface of an object.

In addition, each of the touch unit 10 and the cover unit 20 is provided with a transparent window W for checking the amount of disinfectant solution, and a charging port I for filling the disinfectant solution. In this case, the transparent window W may be entirely formed of a transparent material or partially formed of a transparent material.

In another embodiment, the touch part 10 and the cover part 20 are formed so that the disinfectant solution cartridge C can be inserted and discharged therein so as to communicate with the disinfectant solution discharge hole A, respectively, as in the first embodiment, and the disinfectant solution The cartridge (C) may be provided with a transparent window (W) for checking the amount of the antiseptic solution. At this time, it is preferable that the touch unit 10 is also provided with a transparent window W at a position corresponding to the transparent window W of the disinfectant cartridge C.

In addition, the first and second disinfectant solution discharge holes (A) preferably have a size in which the disinfectant solution is formed in the form of water droplets, and when a plurality of them are formed, any one of a horizontal line shape, a vertical line shape, a diagonal line shape, a curved shape, a cross hair shape, and a circular line shape placed in one form. At this time, it is preferable that 1 to 3 of the first and second disinfectant discharge holes (A) are formed in order to minimize the evaporation or leakage of the disinfectant solution. According to the size or shape of the rod house 21, it may be formed in four or more.

In addition, the second disinfectant solution discharge hole (A) is provided with an impregnating member (D) impregnated with the disinfectant solution, as in the first embodiment, and is impregnated with the disinfectant solution discharged by friction, pressure, or external force of the user to make the touch rod (13) It can be disinfected if it comes in contact with At this time, the impregnating member (D) is made of gauze, cotton, or synthetic resin material on the discharge side of the second disinfectant solution discharge hole (A), and the touch rod 13 is inside the touch rod house 21 without immersing a small amount of the disinfectant solution and discharging it. Disinfectant is discharged from the first and second disinfectant discharge holes (A) only when there is pressure, friction, or external force from the user when inserted into the can be adjusted At this time, the first and second disinfectant solution discharge holes (A) have a diameter through which the disinfectant solution does not normally flow out, and the disinfectant solution is discharged to the impregnating member (D) only when an external force is generated.

In another embodiment, the disinfectant solution discharge hole (A) may be further provided with a valve-type control device (E) to control the discharge amount of the disinfectant solution as in the first embodiment, the valve-type control device (E) is the first and second It is screwed to the disinfectant discharge hole (A), and when the user rotates it from the outside to the left and right, the size of the discharge passage (E1) is adjusted to control the discharge amount of the disinfectant solution. That is, it can be used when the user wants to disinfect the touch rod 13 by discharging a relatively large amount of disinfectant into the touch rod house 21 .

Continuing, the sealing coupling part 30 is mutually sealingly coupled to the touch part 10 and the cover part 20 by a screw method or a press-fit method, in the figure, the projection 31 and the groove 33 are mutually coupled by each other. The press-fitting method is shown, and it is preferable that the O-ring 35 is installed for sealing. At this time, since the leaking of the disinfectant solution to the outside is blocked by the sealing coupling part 30, when an external force is generated by an action of putting or taking it out of a pocket, bag, etc., or walking or moving, the disinfectant solution falls from the disinfectant discharge hole (A). A thin film is applied on the surface of the touch rod 13, or a small amount of the disinfectant solution falls into the touch rod housing 21 and accumulates. (13) The cycle disinfection process of evenly wetting the surface is repeated.

In addition, when not in use, the touch rod 13 is coupled to the cover portion 20 to maintain a sealed state, thereby preventing consumption due to external leakage or evaporation of the disinfectant solution, and to be used immediately after removing the cover portion 20 . Automatic disinfection, complete disinfection (sterilization), and continuous disinfection are possible only by recombination of the cover part 20 after use, and it is possible to prevent wastage and leakage of disinfectant solution, and to use the touch rod ( 13) When the disinfectant solution discharge hole (A) is taken out, the disinfectant solution is formed again in the form of fine dewdrops and does not flow down unless shaken, so that consumption of the disinfectant solution is minimized. It also enables long-term use, and since the volume of the cover part 20 is small, it can be manufactured in a small size by reducing the overall volume, so it is easy to carry, and furthermore, the touch part 10 and the cover part ( 20) is combined and the folding structure that can be folded and stored at once is also possible in a compact size.

On the other hand, in the touch type portable object touch device 1 having an automatic disinfection function for preventing the transmission of various diseases according to the third embodiment of the present invention, the touch unit 10 is hinged and accommodated as in the first embodiment. A receiving portion 40 that is rotated 180° and protrudes is provided. At this time, the hinge coupling structure is provided with an elastic hinge 41 and a button 43 in the same general structure as the key storage structure of the automobile smart key. In this case, the storage unit 40 may be formed in a memory structure that can pull or push the doorknob or the faucet lever by rotating the touch unit 10 only by 90°.

In addition, the touch-type portable object touch device 1 having an automatic disinfection function for preventing the transmission of various diseases according to the third embodiment of the present invention is provided with a built-in battery as necessary as in the first embodiment and is illuminated with an LED. or USB may be built-in, UV LED may be provided to perform disinfection with UV light, LCD and various control buttons may be provided, LCD and various control buttons may be provided, It may be possible to touch the screen with its own power supply without providing a conductive material.

(Example 4)

14 is a perspective view showing the configuration of a touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses according to a fourth embodiment of the present invention, and FIG. 15 is a partial view in the coupled state of FIG. It is a cross section.

In the fourth embodiment of the present invention, the touch rod house 21 provided with the disinfectant discharge hole (A) is separately coupled, and includes two cover portions 20 and one touch portion 10 in which the disinfectant solution is stored. It has a configuration consisting of a sealing coupling part 30 for coupling the cover part 20 and the touch part 10 in a screw-coupled manner.

A bolt of the sealing coupling part 30 on which the touch rod house 21 is seated is formed at the entrance of each cover part 20 , and nuts of the sealing coupling part 30 are provided at both ends of the touch part 10 , The screw of the cover part 20 and the nut of the touch part 10 are mutually coupled to each other so that the upper cover part 20 is the cover part of the first embodiment, and the lower cover part 20 is the touch part of the second embodiment. do. At this time, both ends of the nut of the touch rod 13 are coupled to the sealing coupling part 30 of each cover part 20 in the structure of a double sealing coupling part in a screw type, and are vertically installed in the center of the upper surface of the nut coupling part, and the inner It has a structure in which the disinfectant solution does not flow.

In this case, the spare cover portion 20 is provided and can be easily replaced when all of the disinfectant solution is used. .

In addition, since the size of the sealing coupling part 30 of the cover part 20 is the same, the touch part 10 can be coupled to the desired cover part 20 and used. Since it is discharged through the disinfectant discharge hole (A) of the house 21, a separate disinfectant spraying unit (B) and a valve-type control device (E) are unnecessary, thereby simplifying the structure and improving productivity, economy and assembly of the product. can

(Example 5)

16 is a perspective view showing the configuration of a touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses according to a fifth embodiment of the present invention, and FIG. 17 is a partial view in the coupled state of FIG. It is a cross section.

In the fifth embodiment of the present invention, the touch rod house 21 provided with the disinfectant discharge hole A is separately coupled, and the disinfectant solution is stored therein with two cover portions 20 and two touch portions 10 . It has a configuration consisting of a sealing coupling part 30 for coupling the cover part 20 and the touch part 10 in a screw-coupled manner.

A bolt of the sealing coupling part 30 on which the touch rod house 21 is seated is formed at the entrance of each cover part 20 , and nuts of the sealing coupling part 30 are provided at both ends of the touch part 10 , The screw of the cover part 20 and the nut of the touch part 10 are mutually coupled to each other so that the upper cover part 20 is the cover part of the first embodiment, and the lower cover part 20 is the touch part of the second embodiment. do. At this time, both ends of the nut of the touch rod 13 are coupled to the sealing coupling part 30 of each cover part 20 in the structure of a double sealing coupling part in a screw type, and are vertically installed in the center of the upper surface of the nut coupling part, and the inner It has a structure in which disinfectant is not circulated, and one touch rod 13 is for use on common buttons (elevators, toilet levers, etc.) used by multiple people, and the other touch rod 13 is the user's smart It is intended to be used for the touch screen of the phone.

In this case, the spare cover portion 20 is provided and can be easily replaced when all of the disinfectant solution is used. .

In addition, since the size of the sealing coupling part 30 of the cover part 20 is the same, the touch part 10 can be coupled to the desired cover part 20 and used. Since it is discharged through the disinfectant discharge hole (A) of the house 21, a separate disinfectant spraying unit (B) and a valve-type control device (E) are unnecessary, thereby simplifying the structure and improving productivity, economy and assembly of the product. can

(Example 6)

18 is a perspective view showing the configuration of a touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses according to a sixth embodiment of the present invention, and FIG. 19 is a partial view in the coupled state of FIG. It is a cross section.

In the sixth embodiment of the present invention, the touch rod house 21 provided with the disinfectant solution discharge hole A is separately coupled, and includes a cover part 20 and a touch part 10 in which the disinfectant solution is stored therein, and the cover It consists of a sealing coupling part 30 for coupling the part 20 and the touch part 10 by a screw coupling method.

A bolt of the sealing coupling part 30 is protruded from the cover part 20 , and the nut of the sealing coupling part 30 is recessed inwardly to the touch part 10 and coupled to each other, and the touch rod house 21 is It is seated on the sealing coupling part 30 of the cover part 20 , and the touch rod 13 is integrally formed or screwed to the sealing coupling part 30 of the touch part 10 .

In this case, the spare cover part 20 is provided and can be easily replaced when all the disinfectant solution is used, and the same or different disinfectant solution (hydrogen peroxide, alcohol, water) is applied to the cover part 20 and the touch part 10 . , salt water, soap solution, etc.) can be stored respectively, so that a desired disinfectant solution can be used as needed, and after removing the touch bar housing 21 from the cover part 20 , the disinfectant solution can be easily filled inside.

In addition, when the cover part 20 is pressed, the disinfectant solution is discharged through the disinfectant solution discharge hole (A) of the touch rod house 21, so a separate disinfectant solution spraying unit (B) and a valve-type control device (E) are unnecessary. By simplifying the product, productivity, economy, and assembly can be improved.

In addition, if the disinfectant cartridge is stored in the touch unit 10 , it is possible to disinfect hands and objects to be disinfected, thereby eliminating cross-infection.

The present invention may be variously modified and may take various forms, and in the detailed description of the invention, only specific embodiments thereof have been described. However, it is to be understood that the present invention is not limited to the particular form recited in the detailed description, but rather, it is to be understood to cover all modifications and equivalents and substitutions falling within the spirit and scope of the invention as defined by the appended claims. should be

Explanation of symbols

10: touch unit 11: handle body

13: touch bar 20: cover part

21: touch bar collection 30: sealing coupling part

40: accommodating part A: disinfectant solution discharge hole

B: Disinfectant spraying part C: Disinfectant cartridge

Claims (14)

1. a touch unit having a touch bar formed on the handle body;

   A disinfectant solution is stored therein, a touch rod house into which the touch rod of the touch unit is inserted is formed therein, and one or more disinfectant discharge holes are formed in the touch rod assembly so that the touch rod of the touch unit is inserted into or discharged from the touch rod house. a cover part for disinfecting the surface of the touch rod and the inside of the touch rod house by applying the disinfectant solution discharged from the disinfecting solution discharge hole by friction or pressure to the surface of the touch rod; and

   A touch type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses, characterized in that the touch unit and the cover unit are sealed and coupled to each other by a screw method or a press-fit method.
2. a touch unit having a disinfectant solution stored therein, a touch rod formed on the handle body, and at least one disinfecting solution discharge hole formed outside the touch rod;

   A touch bar house into which the touch bar of the touch unit is inserted is formed, and when the touch bar of the touch unit is inserted into or discharged from the touch bar house, the disinfectant solution discharged from the disinfectant solution discharge hole by friction or pressure is applied to the surface of the touch bar. a cover part for disinfecting the surface of the touch bar and the inside of the touch bar house; and

   A touch type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses, characterized in that the touch unit and the cover unit are sealed and coupled to each other by a screw method or a press-fit method.
3. a touch unit having an antiseptic solution stored therein, a touch bar formed on the handle body, and at least one first disinfecting solution discharge hole formed outside the touch bar;

   A disinfectant solution is stored therein, a touch bar house into which the touch bar of the touch unit is inserted is formed, and at least one second disinfectant solution discharge hole is formed in the touch bar house so that the touch bar of the touch unit is inserted or discharged into the touch bar house. a cover part for sterilizing the surface of the touch rod and the inside of the touch rod house by applying the disinfectant solution discharged from the first and second disinfecting solution discharge holes by friction or pressure on the surface of the touch rod; and

   A touch type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses, characterized in that the touch unit and the cover unit are sealed and coupled to each other by a screw method or a press-fit method.
4. 4. The method according to any one of claims 1 to 3,

   The touch rod and the touch rod house,

   A touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses, characterized in that the cover part or the touch part or the cover part and the touch part are integrally formed or combined separately.
5. 4. The method according to any one of claims 1 to 3,

   The touch rod and the touch rod house,

   A touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses, characterized in that it is coupled to the airtight coupling portion when separately coupled.
6. 6. The method of claim 5,

   The touch bar is

   A touch-type portable object having an automatic disinfection function for preventing the transmission of various diseases including viruses, characterized in that it is coupled to the hermetic coupling part by a double hermetic coupling part, and coupled to one or both sides of the double hermetic coupling part, respectively. touch device.
7. 4. The method according to any one of claims 1 to 3,

   The disinfectant solution discharge hole or the first and second disinfectant solution discharge holes,

   Infection of various diseases, including viruses, characterized in that the disinfectant solution has a size that is formed in the form of droplets, and is arranged in any one of a horizontal line form, a vertical line form, a diagonal line form, a vertical line form, a diagonal line form, a curved form, a cross hair form, and a circular line form when a plurality of them are formed A touch-type portable object touch device with an automatic disinfection function for prevention.
8. 4. The method according to any one of claims 1 to 3,

   In the disinfectant solution discharge hole or the first and second disinfectant solution discharge holes,

   A touch type having an automatic disinfection function for preventing the transmission of various diseases including viruses, characterized in that the impregnated member impregnated with the disinfectant solution discharged by friction or pressure or a valve-type control device is further provided to control the discharge amount of the disinfectant solution Portable object touch device.
9. 4. The method according to any one of claims 1 to 3,

   A touch type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including the virus,

   A touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses, characterized in that the touch unit is accommodated by hinged connection and further includes a receiving unit which is rotated and protruded.
10. 4. The method according to any one of claims 1 to 3,

    The cover part or the touch part or the cover part and the touch part,

    A touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses, characterized in that the disinfectant spraying unit for spraying the stored disinfectant solution to the outside is further provided.
11. 4. The method according to any one of claims 1 to 3,

    The touch unit,

    A touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses, characterized in that the contact surface contains a conductive material or is formed of a metal material so that the capacitive touch screen can be touched.
12. 4. The method according to any one of claims 1 to 3,

    The cover part or the touch part or the cover part and the touch part,

    A touch type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses, characterized in that a transparent window for checking the amount of disinfection solution is provided and a charging port for filling the disinfectant solution is provided.
13. 4. The method according to any one of claims 1 to 3,

    The cover part or the touch part or the cover part and the touch part,

    Various diseases including viruses, characterized in that a disinfectant solution cartridge is inserted and discharged therein so as to communicate with the disinfectant solution discharge hole or the first and second disinfectant solution discharge holes, and a transparent window for checking the amount of disinfectant solution filled in the disinfectant solution cartridge is provided A touch-type portable object touch device equipped with an automatic disinfection function to prevent infection.
14. 4. The method of claim 3,

    The cover part and the touch part,

    A touch-type portable object touch device having an automatic disinfection function for preventing the transmission of various diseases including viruses, characterized in that the same type of disinfectant solution or different types of disinfectant solution are respectively stored.

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