TWM602425U - Structure improvement of portable germicidal lamp device - Google Patents

Abstract

This creation is an improvement of the structure of a portable germicidal lamp device, which refers to a small germicidal lamp device structure that can be carried conveniently for users to perform mobile sterilization effects on clothing, various objects or appliances according to their needs. It includes A germicidal lamp assembly body, a power supply body, an upper shell and a lower shell are combined with each other. The germicidal lamp assembly body and the power supply body are located in a chamber between the upper shell and the lower shell. , Is provided by a movable shell to fix a control board with a germicidal lamp, lighting lamp and micro switch and a cover plate. The germicidal lamp assembly can be pushed out of the upper and lower shells to automatically Switch the micro switch and start the power supply body to supply power to the germicidal lamp and the lighting lamp to emit germicidal light and illuminating light to form a sterilization effect.

Description

Structure improvement of portable germicidal lamp device

This creation is an improvement in the structure of a portable germicidal lamp device, mainly belonging to the technical field of portable germicidal lamp structure.

Due to the recent severe infection of the Wuhan virus worldwide and the high mortality rate, the government encourages the public to use masks, wash hands frequently, avoid touching the mouth and nose, go out and gather less as basic preventive methods.

However, it is impossible for people to avoid contact with the outside world at all. Whether it is the Wuhan virus or the general influenza virus droplets, they will fly on all corners of the environment. People are completely unaware and often forget when they touch it by mistake. Avoid touching your mouth and nose, people who are most likely to be infected by the virus.

In view of the fact that the aforementioned virus-containing fly will fall on the article and form the source of infection. Therefore, the creators are constantly thinking about how to sterilize the article before touching the article when people go out and touch the article. To reduce the probability of virus infection, after repeated research and experiments by the creators, a sophisticated sterilization structure was finally obtained.

As for the structure, purpose, effect and spirit of this creation, please refer to the following examples to fully understand the creator.

This creation is an improvement of the structure of a portable germicidal lamp device. It refers to a small germicidal lamp device structure. The main purpose is to be portable and convenient for users to carry out flexible irradiation and sterilization effects on clothing, various items or appliances according to their needs. .

It mainly includes a germicidal lamp assembly body, a power source body, an upper shell and a lower shell, and the germicidal lamp assembly body and the power source body are arranged in a chamber between the upper shell and the lower shell. The lamp assembly body is provided by a movable shell to fix a control board with a germicidal lamp, a lighting lamp and a micro switch and a cover plate. The germicidal lamp assembly body can be pushed out of the upper and lower shells, It can automatically switch the micro switch to start the power supply and start the sterilization lamp and the lighting lamp, which will shine and emit the sterilization light and the lighting light to form a sterilization effect.

10: Germicidal lamp assembly

11: Power supply body

12: Upper shell

13: Lower shell

101: movable shell

102a: germicidal lamp

102b: Lighting

102c: Micro switch

102: control board

103: cover plate

101a: Panel

101d: push button

101b, 103b: latch

101c: wrap around

102d, 102e: jack

1021c: Start arm button

103c: Top insert block

103a: Piercing

131, 132: opening

133, 134: L-shaped button body

133a, 134a: buttonhole

135: Start the top block

121: rail groove

122: convex hook

The first picture is a three-dimensional exploded view of the structure improvement of a portable germicidal lamp device created

The second figure is another three-dimensional exploded view of the structure improvement of a portable germicidal lamp device created

The third picture is a three-dimensional diagram of the created movable shell

The fourth figure is a partial cross-sectional schematic diagram of the structure improvement of a portable germicidal lamp device created

The fifth figure is a schematic diagram of the implementation of the structure improvement of a portable germicidal lamp device created

The sixth figure is another schematic diagram of the implementation of the structural improvement of a portable germicidal lamp device created

The seventh figure is a three-dimensional schematic diagram of the creation of a portable germicidal lamp device structure improvement implementation of luminous illumination

The first picture is a three-dimensional exploded view of the structure improvement of a portable germicidal lamp device created. As shown in the figure, (please refer to the second and sixth figures) is composed of a germicidal lamp assembly 10, a power supply body 11, and a The upper shell 12 and the lower shell 13 are combined with each other.

The germicidal lamp assembly 10 includes a movable housing 101, a control board 102 with a germicidal lamp 102a, a lighting lamp 102b and a micro switch 102c, and a cover plate 103.

The movable shell 101 has a push button 101d protruding from a panel 101a, (also refer to the third figure), there are pins 101b protruding downward on both sides of the back of the panel 101a, and on both sides and the front end of the panel 101a An L-shaped wrapper 101c is extended. The inner edge of the wrapper 101c forms a U-shaped groove for fixing a control panel 102 with a germicidal lamp 102a, a lighting lamp 102b and a micro switch 102c and a cover plate 103, The control board 102 is additionally provided with sockets 102d and 102e that can be inserted into the two pins 101b of the movable housing 101 and the two pins 103b of the cover plate 103 correspondingly.

The germicidal lamp 102a can emit germicidal light with UVC ultraviolet wavelength.

The micro switch 102c has an activation arm button 1021c that can be rotated inwardly by pushing force.

Furthermore, the cover plate 103 is a plate body with a number of L-shaped top inserts 103c at the front end, (also refer to the fourth figure) which can be inserted and positioned on the inner edge of the rim 101c of the movable shell 101, and There are also perforations 103a that can be inserted into the germicidal lamps 102a and illuminating lamps 102b of the control panel 102, and plug pins 103b are protrudingly provided on both sides of the back of the cover plate 103.

The power supply body 11 supplies power to the users of the germicidal lamp 102a and the illuminating lamp 102b of the control board 102.

The lower shell 13 has an accommodating space in the middle. The front and rear edges of the lower shell 13 are respectively provided with openings 131 and 132, and the front and rear sides of the accommodating space in the middle of the lower shell 13 are respectively provided with L-shaped buckle bodies. 133, 134, the L-shaped buckle bodies 133, 134 are provided with buckle holes 133a, 134a, (also refer to the sixth figure), in addition to the lower shell 13, the rear of the L-shaped buckle body 133 on one side of the accommodation space is convex There is a starting block 135.

Between the two L-shaped buckles 133 at the front of the middle accommodating space of the lower shell 13, the germicidal lamp assembly 10 is placed, and the opening 131 at the front edge of the lower shell 13 allows the germicidal lamp assembly 10 to pass in and out of it. In addition, the rear part of the accommodating space in the middle of the lower shell 13 is provided for the power supply body 11, and an upper shell 12 and a lower shell 13 are correspondingly combined.

The upper shell 12 is provided with a rail groove 121 (also refer to the fourth figure) for reciprocating displacement of the push button 101d of the movable shell 101 of the germicidal lamp assembly 10, and the accommodation of the upper shell 12 In the space, a number of convex hooks 122 are protrudingly provided, which can be fastened corresponding to the buckle holes 133a, 134a of the L-shaped buckle bodies 133, 134 of the lower shell 13.

The fifth figure is a schematic diagram of the implementation action of creating a structure improvement of a portable germicidal lamp device (refer to figures 4, 6 and 7) as shown in the figure, which directly pushes the movable shell 101 of the germicidal lamp assembly 10 The push button 101d moves forward, and the germicidal lamp assembly 10 protrudes from the opening 131 of the lower shell 13. The activation arm button 1021c of the micro switch 102c of the control panel 102 of the germicidal lamp assembly 10 is pushed against the lower shell 13. The top block 135 of the activator is turned inward, and the power supply body 11 is powered to activate the germicidal lamp 102a and the illuminating lamp 102b (refer to the seventh figure) to emit germicidal light and illuminating light to form the effect of sterilization irradiation.

It can be seen from this that this creation can indeed achieve the purpose of the preset efficacy, and has not been seen by public users, and meets the requirements of patent novelty. Yan filed a patent application with the Jun Bureau in accordance with the law. The committee members promptly reviewed the case and granted the patent right for this case.

For those who need to be clarified, the above is the preferred embodiment of this creation. If the changes made according to the conception of this creation, the function and effect of the creation still do not exceed the spirit covered by the specification and the drawings, everything should be Within the scope of this creation, he Yu Chen Ming.

10: Germicidal lamp assembly

11: Power supply body

13: Lower shell

102: control board

101d: push button

1021c: Start arm button

131: opening

133: L-shaped buckle body

135: Start the top block

Claims (1)

A structure of a portable germicidal lamp device is improved, which includes a germicidal lamp assembly body, a power supply body, an upper shell and a lower shell combined with each other; The germicidal lamp assembly includes a movable shell, a control board with a germicidal lamp, a lighting lamp, and a micro switch, and a cover plate; the movable shell is protruded from a panel with a push button, and on the panel There are latch pins protruding downward on both sides of the rear part, and an L-shaped rim is extended on both sides and front of the panel. The inner edge of the rim forms a U-shaped groove for fixing a germicidal lamp, lighting lamp and The control board of the micro switch and a cover plate. The control board is additionally provided with sockets that can be inserted into the two pins of the movable shell and the two pins of the cover plate; the micro switch has the ability to be pushed The activation arm button that rotates inward; Moreover, the cover is a plate with several L-shaped top inserts at the front end of the body, which can be inserted and positioned on the inner edge of the rim of the movable shell, and additional There are perforations that can be inserted into the germicidal lamps and illuminating lamps of the control board, and there are protruding pins on both sides of the back of the cover plate; The germicidal lamp is a kind of germicidal light that can emit UVC ultraviolet wavelength; The power supply body is to supply power to the users of the germicidal lamp and lighting lamp of the control board; The lower shell has an accommodating space in the middle, an opening is respectively opened at the front edge and the rear edge of the lower shell, and the front and rear sides of the accommodating space in the middle of the lower shell are respectively provided with L-shaped buckle bodies. , The system is provided with a button hole, and in the lower shell, there is a starter block protruding behind the L-shaped button body on one side of the accommodating space; Between the two L-shaped buckles in the front part of the accommodating space in the middle of the lower shell, the germicidal lamp assembly is inserted into the body. The opening at the front edge of the lower shell allows the germicidal lamp assembly to move in and out of it. The rear part of the accommodating space in the middle of the shell is for the power supply body, and then an upper shell and a lower shell are correspondingly combined; The upper shell is provided with a rail groove for reciprocating displacement between the push buttons of the movable shell of the germicidal lamp assembly. In addition, the housing space of the upper shell is protruding with a number of convex hooks, which can be connected to the lower The button hole of the L-shaped button body of the shell corresponds to the button hole; By pushing the push button of the movable shell of the germicidal lamp assembly to move forward, the germicidal lamp assembly protrudes At the opening of the lower shell, the start arm button of the micro switch of the control panel of the germicidal lamp assembly rotates inward due to the start top block of the lower shell, and the starter is powered by the power source to start the germicidal lamp and the lighting lamp. It emits germicidal light and lighting light to form the effect of germicidal radiation.

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