TWM597652U - Chassis structure with ultraviolet rays - Google Patents

Abstract

This creation is a casing structure with ultraviolet rays, including the main body of the casing and an ultraviolet unit to emit ultraviolet rays to achieve the purpose of sterilization. In particular, this creation is easy to integrate with external devices, and uses the ultraviolet unit to directly emit ultraviolet rays and project them to the target, thereby achieving the surface sterilization function, preventing the spread of infectious diseases, and improving and strengthening public health.

Description

Shell structure with ultraviolet rays

This creation is about a casing structure with ultraviolet rays, especially the use of the casing body combined with external devices to generate ultraviolet rays from the ultraviolet unit to achieve the effects of sterilization and cleaning.

With the continuous advancement of electronics industry technology, smart hands have almost become a necessary portable device for modern people. It can not only be used for calls, but also can send text messages, documents, pictures, and images, especially by connecting to groups through social software, which is convenient Discuss, share, and even conduct commodity trading, stock trading, or instant identity verification.

As we all know, ultraviolet (Ultraviolet, UV) is an electromagnetic wave with a wavelength between 10 nm and 400 nm. Its wavelength is shorter than the violet light of visible light, but longer than X-rays. In addition, sunlight contains some ultraviolet rays, and arcs and mercury lamps also emit ultraviolet rays. Although ultraviolet light is not classified as ionizing radiation, it can still trigger a chemical reaction and cause certain substances to fluoresce. In particular, ultraviolet rays smaller than 200 nm are strongly absorbed by the air. Therefore, ultraviolet rays smaller than 200 nm are also called vacuum ultraviolet rays.

The ultraviolet rays radiated by the sun can include ultraviolet A (called UVA), ultraviolet B (called UVB), and ultraviolet C (called UVC). UVA refers to a longer wavelength and between 320 to 400 nanometers, and UVB is The wavelength is between 280~320nm. In addition, UVC is between 100~280nm. In addition, UVA can penetrate clouds and glass into indoors and cars, and can penetrate into the dermis layer of the skin to cause sunburn. UVB can cause sunburn and skin redness, swelling, heat and pain. In severe cases, blisters may occur. Or peeling, similar to the symptoms of burns and scalds, but UVB will be absorbed by the ozone layer, and the wavelength of UVC that can penetrate the atmosphere is between 200 and 280 nanometers, because below 200 nanometers will be absorbed by the air.

Because UVC itself has the ability to sterilize, its wavelength is longer, and its safety is high, many companies have developed UV-emitting ultraviolet light sterilization lamps to achieve the purpose of sterilization, improve environmental health and safety, and avoid the spread of infectious diseases. . In addition, some manufacturers have designed the UV sterilization lamp to be controlled by a mobile phone, such as connecting the mobile phone and the UV sterilization lamp with the headset audio cable, and turn on the UV sterilization lamp under the control of the mobile phone to emit the required ultraviolet rays to project the desired On the target of sterilization.

However, the disadvantage of the above-mentioned conventional technology is that the user must additionally carry the ultraviolet light sterilization lamp, which is quite cumbersome, and must be used after being connected by a physical connection line, so the operation and use are very inconvenient.

Therefore, there is a great need for an innovative casing structure with ultraviolet rays, which can be easily combined with mobile phones or mobile power sources to provide ultraviolet light irradiation function, facilitate the sterilization of the target, and does not need to use any physical connection lines to solve the above-mentioned conventional use All technical issues.

The main purpose of this creation is to provide a casing structure with ultraviolet rays, including a casing body and an ultraviolet unit for emitting ultraviolet rays to achieve the purpose of sterilization.

Specifically, the casing body has a accommodating portion and an ultraviolet window, wherein the accommodating portion is used to hold or cover an external device, which may include a mobile power supply or a mobile phone, and the ultraviolet unit is disposed in the accommodating portion of the casing body , Used to emit ultraviolet light by triggering method, and project through the ultraviolet window to the external target.

In particular, a wavelength of ultraviolet light is between 200-280nm, which has the ability to destroy the molecular structure of microbial DNA or ribonucleic acid, thereby promoting the death or inability of bacteria to reproduce, achieving the purpose of sterilization.

Therefore, the cabinet structure of the present invention can be easily integrated with external devices, using the ultraviolet unit to directly emit ultraviolet light and project it to the target, achieving the surface sterilization function, preventing the spread of infectious diseases, improving and strengthening public health.

The following is a more detailed description of the implementation of this creation with illustrations and component symbols, so that those who are familiar with the art can implement it after studying this manual.

Please refer to the first and second figures. The first figure shows a three-dimensional schematic diagram of the case structure with ultraviolet rays in this creative embodiment, and the second figure shows a side view of the creative mobile phone structure. As shown in the first figure, the case structure 1 with ultraviolet rays of the present creation includes a case body 10 and an ultraviolet unit 20, wherein the case body 10 has a receiving portion 11 and an ultraviolet window 12, and the receiving portion 11 is used for An external device 2 such as a mobile power supply or a mobile phone is inserted or sleeved, and the ultraviolet unit 20 is disposed in the accommodating portion 11 of the casing body 10 to emit ultraviolet rays through a triggering method and pass through the ultraviolet window 12 Projected to external targets (not shown in the figure), including medical equipment, maternal and child products, smart toilets, refrigerators, cutlery cabinets, fresh-keeping boxes, smart trash cans, thermos cups, escalator handrails, and automatic ticket vending machines, especially those that are affected by height Frequently touched surfaces, such as buttons, keys, switches, etc., use ultraviolet rays to achieve the purpose of sterilization.

Specifically, the ultraviolet unit 20 includes an ultraviolet emitter 21, and the ultraviolet emitter 21 may include at least one ultraviolet light emitting diode (Light Emitting Diode, LED) or at least one ultraviolet lamp tube, and the wavelength of the aforementioned ultraviolet UV is Between 200-280nm (nanometer). For example, the external device 2 may include a power bank or a mobile phone.

In particular, the above-mentioned mobile phone uses a built-in display unit (not shown in the figure) to provide touch functions, such as a touch screen, and the mobile phone has pre-stored specific applications (Application, APP), and the mobile phone is in the card When installed or sleeved on the casing body 10, it is electrically connected to the ultraviolet unit 20. In particular, the trigger mode includes an external trigger mode, where the external trigger mode is executed by the application program under the control of the touch function to generate and transmit an external trigger signal, and the ultraviolet unit 20 receives the external trigger signal to be turned on. And emit the required ultraviolet rays UV.

In addition, the casing body 10 may further have at least one optical window 13 and at least one power interface 14, wherein the at least one optical window 13 is used to pass through at least one lens (not shown in the figure) built in the mobile phone, and the At least one power interface 14 is used to connect to at least one power interface of the mobile phone (not shown in the figure). For example, the power interface 14 of the casing body 10 and the power interface of the mobile phone include Universal Serial Bus (USB) interfaces.

Furthermore, the above-mentioned trigger method may further include an internal trigger method, and the ultraviolet unit 20 may further include a drive switch 22, an internal power supply unit 23, and a mobile sensor 24 as shown in FIG. 3, wherein the mobile sensor 24 and the internal The power supply unit 23 is electrically connected to the driving switch 22, and the internal power supply unit 23 generates and transmits internal driving power to the mobile sensor 24 and the driving switch 22, and the internal trigger mode is that the mobile sensor 24 senses the preset During operation, an internal trigger signal is generated and transmitted to the driving switch 22, and the driving switch 22 uses the internal driving power according to the internal trigger signal to turn on the ultraviolet emitter 21 and emit ultraviolet UV.

Further, the preset action may include a vibration action, where the vibration action is a preset time lasting for a period of time, and the preset time is 0.5 to 3 seconds, for example, shaking up and down or left and right for a preset time. In addition, the internal power supply unit 23 includes at least one rechargeable battery, such as a lithium battery.

More specifically, if the external device 2 is a mobile power supply, the casing body 10 does not need to be equipped with the above-mentioned optical window 13, but only has at least one power interface 14, wherein the at least one power interface 14 is used to connect to the mobile power supply At least one power interface of the chassis body 10 and the power interface of the mobile power supply include a universal serial bus interface.

In addition, the trigger mode can also include a key trigger mode, and the casing body 10 is equipped with a key (not shown in the figure), wherein the key trigger mode is to generate and transmit a key trigger signal when the key is pressed, so as to turn on the ultraviolet emitter 21 to emit Ultraviolet UV.

Furthermore, the casing body 20 further has at least one sound source window 15 and at least one speaker window 16 for respectively aligning at least one sound source window (not shown in the figure) and at least one speaker window (not shown in the figure) of the external device 2 ), such as mobile phones.

When this creation is used, the external device can be clipped or sleeved in the accommodating part of the casing body to integrate into one body. At this time, if the ultraviolet unit needs to use an external trigger mode to emit ultraviolet light, the external The device can be electrically connected to the ultraviolet unit, but if the ultraviolet unit uses an internal trigger mode to emit ultraviolet light, the external device does not need to be electrically connected to the ultraviolet unit. Then, the external trigger mode can be activated by an external device or the internal trigger mode can be performed by the ultraviolet unit, and then the required ultraviolet rays are emitted to the target to achieve the purpose of surface sterilization, which can prevent the spread of infectious diseases and strengthen public health.

Therefore, the overall structure of this creation is simple, and it is quite easy to integrate with various electronic devices to provide additional ultraviolet radiation function. In particular, the wavelength of the ultraviolet light emitted by this creation is specially designed to be between 200-280nm, without wavelength Vacuum ultraviolet rays below 200nm are therefore quite safe, and still have the ability to destroy the molecular structure of microbial DNA or ribonucleic acid (RNA), which can promote the death or inability of bacteria to reproduce, thereby achieving the purpose of sterilization .

In summary, the feature of this creation is that it is suitable for any portable or hand-held electronic device. With a simple combination, the ultraviolet unit can be used to emit ultraviolet light and project it to the target, achieving the purpose of surface sterilization and preventing the spread of infectious diseases. And strengthen public health.

The above descriptions are only used to explain the preferred embodiments of this creation, and are not intended to impose any formal restrictions on this creation. Therefore, if there are any modifications or changes related to this creation under the same creative spirit, All should still be included in the scope of this creative intention protection.

1: Chassis structure with ultraviolet rays 2: External device 10: Chassis body 11: Housing Department 12: UV window 13: Optical window 14: Power interface 15: Audio source window 16: speaker window 20: UV unit 21: UV emitter 22: Drive switch 23: Internal power supply unit 24: mobile sensor UV: Ultraviolet

The first figure shows a three-dimensional schematic diagram of the chassis structure with ultraviolet rays based on this creation. The second figure shows a side view of the chassis structure with ultraviolet rays based on this creation. The third figure shows a schematic diagram of the UV unit based on this creation.

1: Chassis structure with ultraviolet rays

10: Chassis body

11: Housing Department

12: UV window

13: Optical window

14: Power interface

15: Audio source window

16: speaker window

20: UV unit

21: UV emitter

UV: Ultraviolet

Claims (10)

A casing structure with ultraviolet rays, including: A casing body with an accommodating part and an ultraviolet window, the accommodating part is used to clamp or cover an external device; and An ultraviolet unit is disposed in the accommodating part to emit an ultraviolet light by a triggering method, and pass through the ultraviolet window to project an external target, A wavelength of the ultraviolet light is between 200-280 nm (nanometer), and the external device includes a mobile power supply or a mobile phone. For example, the casing structure with ultraviolet rays of claim 1, wherein the ultraviolet unit includes an ultraviolet emitter, and the ultraviolet emitter includes at least one ultraviolet light emitting diode or at least one ultraviolet lamp tube. For example, the case structure with ultraviolet rays in claim 1, in which the mobile phone provides a touch function through a built-in display unit, the mobile phone pre-stores an application program (APP), and the mobile phone is installed in the card or When set to the casing body, it is electrically connected to the ultraviolet unit. The trigger mode includes an external trigger mode. The external trigger mode is executed by the application under the control of the touch function, thereby generating and transmitting a External trigger signal, the ultraviolet unit receives the external trigger signal and is turned on and emits the ultraviolet. For example, the case structure with ultraviolet rays of claim 1, wherein the case body further has at least one optical window and at least one power interface, the at least one optical window is used to penetrate at least one lens built in the mobile phone, and The at least one power interface is used to connect to at least one power interface of the mobile phone, and the power interface of the casing body and the power interface of the mobile phone include a universal serial bus (USB) interface. For example, the case structure with ultraviolet rays of claim 1, wherein the trigger method further includes an internal trigger method, and the ultraviolet unit further includes a movement sensor, a drive switch and an internal power supply unit, the movement sensor and The internal power supply unit is electrically connected to the drive switch, the internal power supply unit generates and transmits an internal drive power to the mobile sensor and the drive switch, and the internal trigger mode is that the mobile sensor senses a During a preset action, an internal trigger signal is generated and transmitted to the drive switch, and the drive switch uses the internal drive power to turn on the ultraviolet emitter to emit the ultraviolet according to the internal trigger signal. For example, the casing structure with ultraviolet rays of claim 5, wherein the preset action includes a vibration action, and the vibration action lasts for a preset time, and the preset time is 0.5 seconds to 3 seconds. For example, the case structure with ultraviolet rays of claim 5, wherein the internal power supply unit includes at least one rechargeable battery. For example, the case structure with ultraviolet rays of claim 1, wherein the case body further has at least one power interface, the at least one power interface is used to connect to at least one power interface of the mobile power supply, and the power supply of the case body The interface and the power interface of the mobile power supply include a universal serial bus interface. For example, the case structure with ultraviolet rays in claim 1, wherein the trigger method further includes a button trigger method, and the shell system is equipped with a button, and the button trigger method generates and transmits a button trigger when the button is pressed Signal to turn on the ultraviolet emitter to emit the ultraviolet. For example, the casing structure with ultraviolet rays of claim 4, wherein the casing body further has at least one sound source window and at least one speaker window for aligning with at least one sound source window and at least one speaker window of the external device, respectively.

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