CN213553972U

CN213553972U - Collapsible ultraviolet device that disappears based on thing networking

Info

Publication number: CN213553972U
Application number: CN202022400844.9U
Authority: CN
Inventors: 莫文凯
Original assignee: Zhongwulian Tianjin Technology Development Co ltd
Current assignee: Zhongwulian Tianjin Technology Development Co ltd
Priority date: 2020-10-26
Filing date: 2020-10-26
Publication date: 2021-06-29
Anticipated expiration: 2030-10-26

Abstract

The utility model discloses a collapsible ultraviolet device that disappears based on thing networking, include: the novel LED lamp comprises a box body, a control box, an L-shaped front panel, a handle and a disinfection plate, wherein the disinfection plate is formed by connecting a plurality of disinfection plate sub-plates in a chain manner, and deep ultraviolet LED lamp beads are uniformly arranged on the sub-plates of the disinfection plate. When the LED lamp is used, the disinfection plate is pulled out by pulling the handle on the L-shaped front panel, the unfolded disinfection plate forms a plane and is away from an object below to form a gap, the deep ultraviolet LED lamp beads on the disinfection plate are lightened, and ultraviolet rays disinfect the object below through the gap; after the disinfection box is used, the handle is pulled up to push the L-shaped front panel, so that the disinfection plate is folded and stored in the box body, and the disinfection box is convenient to store. The utility model discloses can make the ultraviolet ray concentrate the purpose that reaches the short time and disinfect, and install the state and can monitor, disappear and remind the staff after the end to improve device availability factor.

Description

Collapsible ultraviolet device that disappears based on thing networking

Technical Field

The utility model relates to a collapsible ultraviolet disappears and kills device based on thing networking belongs to the disinfection and isolation field.

Background

The areas such as hospitals, nursing homes, hotels, dormitories and the like are dense and have high mobility, regular disinfection is needed before, during and after the use of beds, and the conventional disinfection means at present comprise bed sheet replacement, disinfectant fluid spraying, ultraviolet sterilizing lamps and the like. Wherein, the ultraviolet germicidal lamp has the characteristics of no peculiar smell and convenient use. For multiple people, the existing ultraviolet germicidal lamp has the following technical defects:

1. ultraviolet light is dispersed, people are not allowed to be present in the room, otherwise, irreversible damage is caused to people, and the disinfection and killing conditions are harsh;

2. after the disinfection equipment works, medical workers cannot be reminded of arriving, and the use efficiency of the equipment is low;

3. the distance between indoor articles and ultraviolet light cannot be consistent, and the sterilizing effect of articles with long distance is low.

Disclosure of Invention

The to-be-solved technical problem of the utility model is to provide a collapsible ultraviolet device that disappears based on thing networking can make the ultraviolet ray concentrate the purpose that reaches the short time and disinfect, and the device state can monitor, disappears and reminds the staff after finishing to improve device availability factor.

In order to solve the above problems, the utility model adopts the following technical proposal:

a collapsible ultraviolet device that kills based on thing networking includes: the control box and the disinfection plate are positioned in the box body, the disinfection plate is formed by connecting a plurality of disinfection plate sub-plates in a chain manner, and the deep ultraviolet LED lamp beads are uniformly arranged on each sub-plate of the disinfection plate and are electrically connected through a disinfection plate circuit board on the sub-plate;

the sterilizing board boards are connected with each other, the first sterilizing board is physically and electrically connected with the control box through the flexible circuit board, and the non-luminous surface of the last sterilizing board is overlapped with and fixed with the L-shaped front panel;

when the LED lamp is used, the disinfection plate is pulled out by pulling the handle on the L-shaped front panel, the unfolded disinfection plate forms a plane and is away from an object below to form a gap, the deep ultraviolet LED lamp beads on the disinfection plate are lightened, and ultraviolet rays disinfect the object below through the gap;

after the disinfection box is used, the handle is pulled up to push the L-shaped front panel, so that the disinfection plate is folded and stored in the box body, and the disinfection box is convenient to store.

The distance between the first disinfection board and the bottom end of the box body is the same as the length of the bending part of the L-shaped front panel, and a gap is formed between the first disinfection board and the bottom of the box body after the first disinfection board is completely unfolded.

And each daughter board of the disinfection board is provided with a waterproof shell.

The control box comprises a control circuit board, a control module, a power module, an LED driving module, an Internet of things communication module and a key detection module, wherein the control module, the power module, the LED driving module, the Internet of things communication module and the key detection module are located on the control circuit board, and are electrically connected through copper wires laid on the control circuit board.

The control box shell is made of waterproof materials.

The control module judges whether to start ultraviolet disinfection or not through the key detection module, and controls the LED driving module to output electric energy and start ultraviolet disinfection or not when detecting that the key is pressed for a short time; and when the long press of the key is detected, the LED driving module is controlled to stop outputting electric energy, and the ultraviolet disinfection is stopped.

The control module controls the output of the LED driving module to be turned off according to the set killing time, and after the device is powered on, the control module controls the LED driving module to output enough electric energy to drive the deep ultraviolet LED lamp beads to work, and the killing and timing are started; and when the killing time is up, the LED driving module is controlled to be powered off, an instruction is sent to the Internet of things communication module, and the state information of the completion of killing is uploaded.

The control module sends instructions to the Internet of things communication module at regular time and uploads information of time and working state.

The killing time of the control module can be set by software through the internet of things communication module connected with a management terminal computer.

The power module supplies power for the control module, the LED driving module, the Internet of things communication module and the key detection module.

The power supply mode of the power supply module is any one of direct current power supply and alternating current power supply.

When the power module is supplied with direct current, the power module is any one of a lithium battery, a dry battery and a solar battery.

The LED driving module provides enough electric energy for the deep ultraviolet LED lamp beads through power conversion of the power module.

The communication module of the Internet of things is one of LoRa, ZigBee, Wi-Fi, Li-Fi, NB-IOT, Winson, Sigfox, Z-ware, SUb-1GHz, 433MHz, 2.4GHz, ZETA, Thread, NFC, UWB, Bluetooth, 4G and 5G, so that different communication requirements are met.

Compared with the prior art, the beneficial effects of the utility model reside in that:

1. the device is self-provided with a power supply, is portable, and can be used in a plurality of killing positions;

2. the working state of the Internet of things monitoring device is monitored, medical workers are reminded when disinfection and killing are finished, and the utilization rate is improved;

3. the distance between the light source and the article to be killed is short, the light distribution is uniform, the intensity is high, the killing is quick, and the effect is good;

4. the folding design is convenient for storage.

Drawings

FIG. 1 is a schematic view of the overall apparatus.

Fig. 2 is a schematic view of the device folded.

Figure 3 is a schematic view of a sterilizing board panel.

Fig. 4 is a schematic view of the device in an expanded state.

Fig. 5 is a schematic semi-expanded view of the device.

Fig. 6 is a schematic diagram of the electrical function of the control box.

In the drawings, each reference numeral represents a component: 100-a box body; 200-a control box; a 300-L shaped front panel; 400-a handle; 500-sterilizing the plate; 501-sterilizing the board 1; 502-sterilizing the board 2; 503-sterilizing the board 3; 504-sterilizing the board 4; 505-sterilizing the board 5; 506-sterilizing the board 6; 510-sterilizing a board circuit board; 520-deep ultraviolet LED lamp beads; 530-a waterproof housing; 540-flexible circuit board; 210-a control circuit board; 220-a control module; 230-a power supply module; 240-LED driving module; 250-an internet of things communication module; 260-Key detect Module.

Detailed Description

The embodiments of the present invention will be described in detail with reference to the accompanying drawings, and the embodiments are implemented on the premise of the technical solution of the present invention, and detailed embodiments and specific operation procedures are given, but the scope of the present invention is not limited to the following embodiments.

A collapsible ultraviolet device that kills based on thing networking includes: the LED lamp comprises a box body 100, a control box 200, an L-shaped front panel 300, a handle 400 and a disinfection panel 500, wherein the handle 400 is positioned on the L-shaped front panel 300, the control box 200 and the disinfection panel 500 are positioned in the box body 100, the disinfection panel 500 is formed by connecting a disinfection panel 501, a disinfection panel 502, a disinfection panel 503, a disinfection panel 504, a disinfection panel 505 and a disinfection panel 506 in a chain manner, deep ultraviolet LED lamp beads 520 are uniformly arranged on the sub-panels of the disinfection panel 500 and are electrically connected through disinfection panel circuit boards 510 on the sub-panels;

the two disinfection board boards and the disinfection board 501 and the control box 200 are physically and electrically connected through the flexible circuit board 540, and the non-luminous surface of the disinfection board 506 is superposed and fixed with the L-shaped front panel 300;

when the disinfection plate is used, the handle 400 on the L-shaped front panel 300 is pulled to pull out the disinfection plate 500, the unfolded disinfection plate 500 forms a plane and is spaced from an object below to form a gap, the deep ultraviolet LED lamp beads 520 on the disinfection plate 500 are lightened, and ultraviolet rays disinfect the object below through the gap;

after use, the handle 400 is pulled up to push the L-shaped front panel 300, so that the sterilizing panel 500 is folded and stored in the case 100 for easy storage.

The distance M between the disinfection board 501 and the bottom end of the box body 100 is the same as the length M of the bent part of the L-shaped front panel 300, and a gap is formed between the disinfection board 500 and the bottom after the disinfection board is completely unfolded.

A water-proof housing 530 is provided on each sub-board of the sterilizing panel 500.

The control box 200 includes a control circuit board 210, a control module 220, a power module 230, an LED driving module 240, an internet of things communication module 250, and a key detection module 260. The control module 220, the power module 230, the LED driving module 240, the internet of things communication module 250, and the key detection module 260 are located on the control circuit board 210, and are electrically connected through copper wires laid on the control circuit board 210.

The control box 200 shell is waterproof material.

The control module 220 judges whether to start ultraviolet disinfection or not through the key detection module 260, and when the key is detected to be pressed for a short time, the control module 220 controls the LED driving module 240 to output electric energy to start ultraviolet disinfection or not; and when the long-time press of the key is detected, the LED driving module 240 is controlled to stop outputting the electric energy, and the ultraviolet disinfection is stopped.

The control module 220 controls the output of the LED driving module 240 to be turned off according to the set killing time, and after the device is powered on, the LED driving module is controlled to output enough electric energy to drive the deep ultraviolet LED lamp beads 520 to work, and the killing and timing are started; and when the killing time is up, controlling the LED driving module 240 to be powered off, sending an instruction to the Internet of things communication module 250, and uploading the killing completion state information.

The control module 220 sends a command to the internet of things communication module 250 at regular time, and uploads information of time and working state.

The killing time of the control module 220 can be set by software through the internet of things communication module 250 being connected with a management terminal computer.

The power module 230 supplies power to the control module 220, the LED driving module 240, the internet of things communication module 250, and the key detection module 260.

The power supply module 230 supplies power in a dc or ac manner.

When the power module 230 is powered by dc, it is any one of a lithium battery, a dry battery and a solar battery.

The LED driving module 240 provides sufficient electric energy to the deep ultraviolet LED lamp bead 520 through the power supply of the power supply module 230.

The internet of things communication module 250 is one of LoRa, ZigBee, Wi-Fi, Li-Fi, NB-IOT, WinSon, Sigfox, Z-ware, SUb-1GHz, 433MHz, 2.4GHz, ZETA, Thread, NFC, UWB, Bluetooth, 4G and 5G, so that different communication requirements are met.

The number of sterilizing panels is not limited to the scope of the present embodiment.

Although specific embodiments of the present invention have been described above to facilitate understanding of the present invention for those skilled in the art, it should be clear that the present invention is not limited to the scope of the specific embodiments. All changes which come within the meaning and range of equivalency of the claims are to be embraced within their scope.

Claims

1. The utility model provides a collapsible ultraviolet device that kills based on thing networking which characterized in that includes: the LED lamp box comprises a box body (100), a control box (200), an L-shaped front panel (300), a handle (400) and a disinfection plate (500), wherein the handle (400) is positioned on the L-shaped front panel (300), the control box (200) and the disinfection plate (500) are positioned in the box body (100), the disinfection plate (500) is formed by connecting a plurality of disinfection plate sub-plates in a chain manner, deep ultraviolet LED lamp beads (520) are uniformly arranged on the sub-plates of the disinfection plate (500) and are electrically connected through disinfection plate circuit boards (510) on the sub-plates;

the disinfection boards are physically and electrically connected with each other, the first disinfection board is physically and electrically connected with the control box (200) through the flexible circuit board (540), and the non-luminous surface of the last disinfection board is superposed and fixed with the L-shaped front panel (300);

when the novel disinfection cabinet is used, the disinfection plate (500) is pulled out by pulling the handle (400) on the L-shaped front panel (300), the unfolded disinfection plate (500) forms a plane and is away from an object below to form a gap, the deep ultraviolet LED lamp beads (520) on the disinfection plate (500) are lightened, and ultraviolet rays disinfect the object below through the gap;

after the disinfection box is used, the handle (400) is pulled up to push the L-shaped front panel (300), so that the disinfection plate (500) is folded and stored in the box body (100) to be convenient to store.

2. The ultraviolet disinfection device of claim 1, wherein: the distance between the first disinfection board and the bottom end of the box body (100) is the same as the length of the bent part of the L-shaped front panel (300), and a gap is formed between the first disinfection board and the bottom after the disinfection board (500) is completely unfolded;

a waterproof housing (530) is provided on each daughter board of the sterilizing board (500).

3. The ultraviolet disinfection device of claim 1, wherein: the control box (200) comprises a control circuit board (210), a control module (220), a power supply module (230), an LED driving module (240), an Internet of things communication module (250) and a key detection module (260), wherein the control module (220), the power supply module (230), the LED driving module (240), the Internet of things communication module (250) and the key detection module (260) are positioned on the control circuit board (210) and are electrically connected through copper wires laid on the control circuit board (210);

the control box shell is made of waterproof materials.

4. The ultraviolet disinfection device of claim 3, wherein: the control module (220) judges whether to start ultraviolet disinfection or not through the key detection module (260), and when the control module (220) detects that the key is pressed for a short time, the control module (240) controls the LED driving module (240) to output electric energy to start ultraviolet disinfection or not; when the long-time press of the key is detected, the LED driving module (240) is controlled to stop outputting electric energy, and the ultraviolet disinfection is stopped;

the control module (220) controls the output of the LED driving module (240) to be closed according to the set killing time, and after the device is powered on, the LED driving module (240) is controlled to output enough electric energy to drive the deep ultraviolet LED lamp beads (520) to work, and the killing and timing are started; when the killing time is up, the LED driving module (240) is controlled to be powered off, an instruction is sent to the Internet of things communication module (250), and the killing completion state information is uploaded;

the control module (220) sends an instruction to the Internet of things communication module (250) at regular time, and uploads information of time and working state;

the killing time of the control module (220) can be connected with a management end computer through the internet of things communication module (250) and set by software.

5. The ultraviolet disinfection device of claim 3, wherein: the power supply module (230) supplies power to the control module (220), the LED driving module (240), the Internet of things communication module (250) and the key detection module (260);

the power supply mode of the power supply module (230) is any one of direct current power supply and alternating current power supply;

when the power module (230) is supplied with direct current, the power module is any one of a lithium battery, a dry battery and a solar battery.

6. The ultraviolet disinfection device of claim 3, wherein: the LED driving module (240) provides enough electric energy to the deep ultraviolet LED lamp beads (520) through power supply switching of the power supply module (230).

7. The ultraviolet disinfection device of claim 3, wherein: the Internet of things communication module (250) is one of LoRa, ZigBee, Wi-Fi, Li-Fi, NB-IOT, Winson, Sigfox, Z-ware, SUb-1GHz, 433MHz, 2.4GHz, ZETA, Thread, NFC, UWB, Bluetooth, 4G and 5G, so that different communication requirements are met.