Detachable portable disinfection bag

A portable and sterilizing lamp technology, applied in the field of daily necessities, can solve the problems of inconvenient use, dead corners, human body hazards, etc., and achieve the effects of reducing circuit costs and prolonging service life.

Pending Publication Date: 2020-11-03

嘉兴极展科技有限公司

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AI-Extracted Technical Summary

Problems solved by technology

[0005] 1. There are secondary pollution and great potential safety hazards

For example, the commonly used traditional ultraviolet mercury lamps or cold cathode tubes contain harmful heavy metal mercury, which is easy to produce ozone that is harmful to the human body and the environment. Ozone sterilization is harmful to the human body, and its strong oxidative properties can easily cause aging of surrounding components.

Most of the disinfection bags are not equipped with safety devices, and it is easy for children to accidentally open them during use and cause burns

[0006] 2. Incomplete sterilization

Some disinfection bags th...

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Method used

[0050] The electrical connection part 201 is a metal contact point, for example, can be realized by a 3PIN contact pin, and is used to connect the disinfection host and the hand-held disinfection lamp in the package. When the disinfection host is connected to the metal contact point, the disinfection host is powered by the hand-held disinfection lamp. At this time, the external digital display switch controls the work. Among them, the anti-mis-opening device is a magnetic Hall switch. When the disinfection bag is working, the external digital display switch is used to control the ultraviolet light in the bag and the hand-held disinfection lamp to work. When the disinfection bag is working, open the disinfect...

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Abstract

The invention discloses a detachable portable disinfection bag. The detachable portable disinfection bag comprises a disinfection bag body, a disinfection host and a detachable handheld disinfection lamp, wherein the disinfection host is electrically connected with the handheld disinfection lamp; the disinfection host comprises one or more ultraviolet lamps and a first MCU control panel; and the handheld disinfection lamp comprises a shell, one or more ultraviolet lamps mounted on the shell, a power supply part for supplying power for the ultraviolet lamps, a power switch arranged on the shelland a second MCU control panel, and an electric connection part electrically connected with the power supply part is arranged on the shell of the handheld disinfection lamp, so that after the handheld disinfection lamp is mounted in a containing space, the handheld disinfection lamp is electrically connected with the MCU control panels so as to supply power for the MCU control panels. The disinfection host and the handheld disinfection lamp are detachably and separately used, the disinfection host and the handheld disinfection lamp can share one power supply, energy conservation and environmental protection are achieved, and carrying is convenient; and in addition, a protection device and a mistaken opening prevention device serve as safety protection devices, and the use safety is further improved.

Application Domain

Batteries circuit arrangementsLavatory sanitory +2

Technology Topic

PhysicsEngineering +4

Image

Examples

Experimental program(2)

Example Embodiment

[0045] Example 1

[0046] In this embodiment, see Figure 1-4 , The detachable portable disinfection bag includes a disinfection bag body 1, a detachable handheld disinfection lamp 2 and a fixed disinfection host 3. The disinfection host 3 is fixedly arranged on the cover of the disinfection bag body, and there is an accommodation space for accommodating the hand-held disinfection lamp 2 on the cover, and the hand-held disinfection lamp is detachably accommodated in the accommodation space; the disinfection host and the hand-held disinfection lamp Electrical connection. The sterilization bag main body 1 is provided with a foldable main body, a cover connected to the top of the main body, and an accommodating space for accommodating a hand-held sterilization lamp, and the accommodating space is arranged inside the cover.

[0047] The folded body includes 4 side panels and a bottom panel. One of the side panels is fixedly connected to the bottom panel and the cover, and the other three side panels are respectively fixedly connected to the bottom panel, and the three side panels are detachably connected to each other, so that the body can be folded and connected. turn on. image 3 Schematic diagram of the disassembly of the portable disinfection kit; Figure 4 Schematic diagram of the folding of the detachable portable sterilization bag. To facilitate hand-held, a handle 104 is provided on the cover. The portable disinfection bag is folded by disassembly and folding. When the disinfection bag is used, the sides of the disinfection bag are spliced two by two to fix the shape to expand the capacity and perform the disinfection work; when the disinfection bag is not used, the disinfection bag can be decomposed and folded , The volume of the disinfection bag is compressed to realize convenient carrying, and it will not take up too much space when placed idle.

[0048] In this embodiment, see figure 2 , image 3 with Figure 5 , A separate external digital display switch 101 is provided on the cover, and a transparent window 102 for observing the handheld disinfection lamp.

[0049] In this application, the hand-held disinfection lamp is located in the accommodating space of the package cover, and is electrically contacted and connected with the disinfection host on the package cover through a special electrical connection part (or becomes an electrical connection point). It can be disassembled according to disinfection requirements and removed. The handheld disinfection lamp can work alone for the disinfection of external objects. See Figure 5 , The handheld disinfection lamp is also provided with an electrical connection part 201 electrically connected to the disinfection host.

[0050] The electrical connection part 201 is a metal contact point, which can be realized by a 3PIN contact pin, for example, and is used to connect the disinfection host and the handheld disinfection lamp in the package. When the disinfection host is connected to the metal contact point, the disinfection host is powered by the handheld disinfection lamp. At this time, the external digital display switch controls the work. Among them, the anti-misopening device is a magnetic Hall switch. When the disinfection bag is working, the external digital display switch is used to control the operation of the ultraviolet light inside the bag and the hand-held disinfection lamp. When the disinfection bag is working, open the cover of the disinfection bag to trigger the protection device, the Hall switch works, and the power is automatically cut off. The ultraviolet light goes out. When the hand-held disinfection lamp is removed, it can be hand-held to disinfect external objects. The anti-misopening protection is realized by controlling the anti-misopening device.

[0051] In addition, when the disinfection host is started, the protection device is activated. When the condition that the cover is in the closed state is satisfied, the ultraviolet light in the package starts to work normally. When the disinfection host is in the working state and the cover is opened, the protection mechanism is triggered to disinfect the host Automatically stop working.

[0052] The disinfection host has UV lamps 103 with multiple irradiation positions, and the number of bulbs is ≥1. Similarly, the handheld disinfection lamp has UV lamps 103 with multiple irradiation positions, and the number of bulbs is ≥1. In this embodiment, the disinfection host is set There are 3 UV lamps, and the handheld disinfection lamp is equipped with 1 UV lamp.

[0053] The body of the disinfection bag is composed of three-layer fabrics, a high-temperature resistant reflective inner layer, a sponge insulation layer and a face cloth. Its shape is one of cube, cuboid, cylinder and ellipsoid. Among them, the high temperature resistant reflective inner layer can be plated with nano silver ions to improve the antibacterial performance of the disinfection bag.

[0054] In particular, the ultraviolet light in the disinfection package (the ultraviolet light of the disinfection host and the hand-held disinfection lamp) emits a short wave with a wavelength of 200-300 nanometers, referred to as UVC. Short-wave ultraviolet rays are extremely destructive to microorganisms. After the bacterium body is irradiated with ultraviolet rays, the nucleoprotein and deoxyribonucleic acid of the cell strongly absorb the energy of this band, and the chain between them is opened and broken, thereby causing the bacteria to die. UVC has strong bactericidal properties.

[0055] Through the above scheme, there are two ways to achieve ultraviolet disinfection: one is disinfection inside the bag, decomposes and folds, arranges the shape of the disinfection bag, fixes the form, places the objects to be disinfected, touches the external digital display switch, and disinfects regularly; the other is external disinfection, disassembly Hold the disinfection lamp and touch the switch to irradiate the items to be disinfected and disinfect regularly.

[0056] See Image 6 , The disinfection host 3 includes one or more ultraviolet lamps, an external digital display switch, a power control and protection device, and a first control board MCU1. In this embodiment, the first control board MCU1 is provided with an external mobile power supply The USB interface, ultraviolet light, external digital display switch, power control and protection device are all electrically connected to the first control board MCU1. The hand-held disinfection lamp includes a housing, one or more ultraviolet lamps installed at one end of the housing, a display board, a child lock switch, a power switch provided on the housing, a second protection device, and a second control The board MCU2, the ultraviolet light, the display board, the child lock switch, the second protection device and the power switch are all electrically connected to the second control board MCU2. The handheld disinfection lamp 2 and the MCU1 and MCU2 of the disinfection host 3 establish an electrical connection through the electrical connection part. Figure 7 Trigger mechanism for the disinfection host in the disinfection package; Picture 8 Trigger mechanism for hand-held disinfection lamp alone. The portable disinfection bag has safety protection function.

Example Embodiment

[0057] Example 2

[0058] In this embodiment, the difference between the sterilization bag and the sterilization bag of the above-mentioned embodiment 1 is the folding method of the sterilization bag body and the setting position of the ultraviolet lamp 103, see Figure 9-11 , The side wall shells on both sides of the sterilization bag body are folded inward, and the bottom plate can also be folded upwards, thereby folding the sterilization bag body. The ultraviolet lamp 103 is arranged on the side wall, the cover and the bottom plate.

[0059] In addition, a pair of magnetic Hall switches 105 are provided on the cover and the body of the sterilization package. The magnetic Hall switches are used to detect whether the cover is opened. When the magnetic Hall switches detect that the cover is opened, the first The control board receives the signal to trigger the protection device, the Hall switch works, automatically cuts off the power, and the ultraviolet light goes out.

[0060] The body of the sterilization bag in this embodiment has a rectangular parallelepiped structure. In actual production, it can also be prepared in the shape of a cube, a cylinder, an ellipsoid or an irregular body according to requirements. There are multiple ultraviolet light bulbs on the hand-held disinfection lamp, and the number of bulbs is ≥1. The light of the ultraviolet lamp irradiates the reflective inner layer of the inside of the disinfection bag body, so that the ultraviolet light can be irradiated without dead angles and disinfection in all directions. There is an accommodating space for the hand-held disinfection lamp on the inside of the open cover on the top of the disinfection bag body, which is used to place the hand-held disinfection lamp. After placing the hand-held disinfection lamp, pull up the opening zipper and control the operation of the hand-held disinfection lamp through the external transparent window. The hand-held disinfection lamp can be disassembled according to the disinfection requirements, and the disassembled hand-held disinfection lamp can work alone for the disinfection of external objects.

[0061] The disinfection package of the present invention realizes ultraviolet disinfection in two ways: one is disinfection inside the package, opening the folded disinfection package, sorting the shape of the disinfection package, placing the objects to be disinfected, touching the external digital display switch, and disinfecting regularly; the other is external disinfection, Remove the host, hold the hand-held disinfection lamp, touch the switch, irradiate the items to be disinfected, and disinfect regularly, which has good practicability. The portable disinfection bag has a safety protection function.

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Description & Claims & Application Information

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Classification and recommendation of technical efficacy words

Extended service life
Reduce circuit cost

Wind power and photovoltaic power complementary power supply system based on mixed energy accumulation of super capacitor accumulator

InactiveCN101309017AReduced installed capacityExtended service lifeElectrical storage systemBatteries circuit arrangementsHybrid systemElectric generator

Owner:INST OF ELECTRICAL ENG CHINESE ACAD OF SCI

Method and system for improving usable life of memory devices using vector processing

ActiveUS7139863B1Extended service lifeUseful life of flashMemory architecture accessing/allocationRead-only memoriesActivity levelActive data

Owner:ORACLE INT CORP

Detachable portable disinfection bag

A portable and sterilizing lamp technology, applied in the field of daily necessities, can solve the problems of inconvenient use, dead corners, human body hazards, etc., and achieve the effects of reducing circuit costs and prolonging service life.

AI-Extracted Technical Summary

Problems solved by technology

Method used

Abstract

Image

Examples

Example Embodiment

Example Embodiment

PUM

Description & Claims & Application Information

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