JP3233781U - Indoor fungus eradication device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an indoor bactericidal apparatus capable of achieving a cyclic purification treatment of an indoor gas.
An indoor fungus eradication device includes a bottom seat 1, a purification frame 2, a transport unit, a purification unit and an atomization unit, the purification frame 2 is attached above the bottom seat 1 by a holder, and the transport unit is a purification frame 2. Attached to both sides, the purification unit is installed inside the purification frame 2, and the transport unit and the purification unit communicate with each other, the atomization unit is attached to the top end inside the purification frame 2, and the atomization unit The export end is attached so as to extend from the purification frame 2. The purification unit transports the gas into the ozone generator via the exhaust pipe 7, sterilizes and purifies the gas with ozone, flows it into the processing chamber, and further sterilizes and disinfects it with the ultraviolet sterilization light in the processing chamber. Make the condition good.
[Selection diagram] Fig. 1

Description

Field of technology

This utility model relates to the field of sterilization devices and devices, and specifically to indoor bacteria eradication devices.

Conventional technology

The interior is based on the building's field of use, existing environment, and appropriate standards, and in terms of hardware, technical means,
And on the soft side, it is the one that uses the rules of architectural design to create an indoor environment that is comfortable and graceful with appropriate functions and that meets the physical and mental needs of the resident. With the pursuit of optimization of the living environment, it was required to sterilize and disinfect the room to ensure the comfort of living. However, the conventional indoor sterilization device is inconvenient to operate, the effect of use is not good as a whole, it is impossible to sterilize the gas in the room stably and cyclically, and the overall processing efficiency is low.
The user cannot operate it conveniently, and the function is not enough as a whole.

The conventional indoor sterilization device is not effective in use, it is impossible to sterilize the gas in the room in a stable and cyclical manner, the overall processing efficiency is low, it cannot be operated conveniently, and it functions as a whole. However, there is a drawback that the gas in the room cannot be sterilized by the dry-wet separation method, and the overall comfort of use is low.

As described in the background technology, the eyes of this utility model are that the conventional indoor sterilization device is not effective in use, and it is impossible to sterilize the gas in the room in a stable and cyclical manner. An indoor bactericidal device that can overcome the drawbacks of low processing efficiency, inability to operate conveniently, a single function as a whole, and the inability to sterilize indoor gas by the dry-wet separation method. To provide.

In order to realize the above eyes, this utility model provides the following indoor fungus eradication device. The indoor fungus eradication device includes a bottom seat, a purification frame, a transport unit, a purification unit and an atomization unit, the purification frame is mounted above the bottom seat by a holder, and the transport units are mounted on both sides of the purification frame. The purification unit is mounted inside the purification frame, and the transport unit and the purification unit communicate with each other, the atomization unit is mounted at the top end inside the purification frame, and the export end of the atomization unit is purified. It is attached so as to extend from the frame.

Preferably, the purification frame has a rectangular shape as a whole, and the purification frame 2
The side wall of the door is rotatably attached by a hinge.

Preferably, the end of the door is engaged and connected to the purification frame by an assembly buckle, and a sealing seal is attached at the contact position between the door and the purification frame.

Preferably, the purification unit comprises an ozone generator, a processing room and a UV germicidal light.
The ozone generator is attached to one side inside the purification frame, the processing chamber is attached to the other side inside the purification frame, and the ozone generator and the processing chamber are connected by a pipeline. The UV germicidal light is attached to the top of the inside of the processing chamber. The gas is transported into the ozone generator through the exhaust pipe, and the gas is sterilized and purified by ozone. The gas is then re-entered into the processing chamber and further sterilized by the UV sterilizing light in the processing chamber. As a result, the state of the indoor gas is improved, and the cyclic purification treatment of the indoor gas is realized.

Preferably, the UV germicidal light is engaged and attached to the top end of the interior of the processing chamber by bolts, and the export end of the UV germicidal light faces the interior of the processing chamber.

Preferably, the transport unit includes an exhaust pipe, an exhaust pipe and a filtration unit, the exhaust pipe penetrates one side wall of the purification frame and communicates with an ozone generator, and the exhaust pipe communicates with the other side wall of the purification frame. It penetrates and communicates with the inside of the processing chamber, an air pump is attached to the end of the exhaust pipe, and the filtration part is cloaked in the exhaust pipe. Since it is possible to stably absorb the indoor gas through the exhaust pipe and then derive the purified gas through the exhaust pipe, the cyclic purification treatment of the indoor gas is guaranteed and the cleanliness of the indoor gas is ensured. Secure.

Preferably, the filtration section includes a comprehensive filtration frame, a filtration plate and a top plate, the filtration frame is cloaked outside the exhaust pipe, the filtration plate is fitted inside the filtration frame, and the top plate is at the top end of the filtration plate. It is attached and the top plate and the top edge of the filtration frame are engaged and sealed. In the gas absorption process, since the gas comes into contact with the filter plate, the granular impurities in the gas are absorbed by the filter plate, so that the indoor gas can be subjected to a rudimentary purification treatment.

Preferably, the atomization unit includes a reservoir, a supply pipe, a liquid guide tube, an atomization ejection head and a pressure boosting atomizer, the reservoir is attached to the top end inside the purification frame, and the supply pipe is a reservoir. It is attached to one side of the storehouse, and the storage pipe is installed so as to extend from the purification frame, the liquid guide pipe is fitted inside the storage store, and the top end of the liquid guide pipe is the storage store. It is attached so as to extend more, the atomization ejection head is attached to the top end of the liquid guide tube, and the pressure booster atomizer is attached to the end end of the liquid guide tube. Transporting the disinfectant solution into the storage warehouse via the supply pipe, and then transporting the atomized gas into the atomizing ejection head via the liquid guide pipe and atomizing and ejecting it again by the atomizing ejection head. Allows the disinfectant to be uniformly atomized and sprayed into the room. In this way, as a technical effect of "one machine multifunctional", the indoor gas can be eradicated by the dry-wet separation method at the same time, and the comfort level in the room is further improved.

Preferably, the inner wall of the supply pipe is smoothed, and one end of the supply pipe near the storage storage 13 is inclined and continuous. The inclined continuous configuration ensures the flow stability of the liquid.

Preferably, the atomization ejection head has an annular shape as a whole, and a plurality of ejection holes are uniformly provided in the atomization ejection head. As a result, the disinfectant solution can be uniformly atomized and ejected.

Compared with the conventional technology, the beneficial effects of this utility model are as follows.

(1) In this utility model, a purification unit is provided. Specifically, the indoor gas is transported by transporting the gas into the ozone generator via an exhaust pipe and sterilizing and purifying the gas with ozone, and then pouring it into the processing chamber and further sterilizing and disinfecting it with an ultraviolet sterilizing light in the processing chamber. It is possible to improve the condition of the room and achieve the cyclic purification treatment of the indoor gas.

(2) In this utility model, an atomization unit is provided. Specifically, the disinfectant is transported into the storage reservoir via the supply pipe, and then the atomized gas is transported into the atomization ejection head via the liquid guide pipe and atomized again by the atomization ejection head. By spouting, the disinfectant can be uniformly atomized and sprayed into the room. In this way, as a technical effect of "one machine multifunctional", the indoor gas can be sterilized by the dry-wet separation method at the same time, and the comfort level in the room is further improved.

Schematic diagram of the structure of this utility model. Schematic diagram of the internal configuration of the purification frame of this utility model. Schematic diagram of the atomization unit configuration of this utility model. The enlarged schematic view of the part A in FIG. 2 of this utility model.

As shown in FIGS. 1 to 4, the utility model provides an indoor fungus eradication device. The indoor bactericidal device is
It includes a bottom seat 1, a purification frame 2, a transport unit, a purification unit and an atomization unit, the purification frame 2 is mounted above the bottom seat 1 by a holder, the transport units are mounted on both sides of the purification frame 2, and the purification unit. Is mounted inside the purification frame 2
Further, the transport unit and the purification unit are in communication with each other, the atomization unit is attached to the inner top end of the purification frame 2, and the export end of the atomization unit is attached so as to extend from the purification frame 2. ing.

Further, the purification frame 2 has a rectangular shape as a whole, and a door 3 is rotatably attached to the side wall of the purification frame 2 by a hinge.

Further, the end portion of the door 3 is engaged and connected to the purification frame 2 by an assembly buckle, and a sealing seal is attached at a contact position between the door 3 and the purification frame 2.

Further, the purification unit includes an ozone generator 4, a processing chamber 5, and an ultraviolet sterilizing light 6, the ozone generator 4 is attached to one side inside the purification frame 2, and the processing chamber 5 is inside the purification frame 2. It is attached to the other side, and the ozone generator 4 and the processing chamber 5 are connected by a pipeline, and the ultraviolet sterilizing light 6 is attached to the top end inside the processing chamber 5. The gas is transported into the ozone generator 4 through the exhaust pipe 7, and the gas is sterilized and purified by ozone. Then, the gas is allowed to enter the processing chamber 5 again, and the gas is further sterilized by the ultraviolet sterilizing light 6 in the processing chamber 5. As a result, the state of the indoor gas is improved, and the cyclic purification treatment of the indoor gas is realized.

Further, the ultraviolet sterilizing light 6 is engaged and attached to the top end of the inside of the processing chamber 5 by a bolt, and the export end of the ultraviolet sterilizing light 6 faces the inside of the processing chamber 5.

Further, the transport unit includes an exhaust pipe 7, an exhaust pipe 8, and a filtration unit, the exhaust pipe 7 penetrates one side wall of the purification frame 2 and communicates with the ozone generator 4, and the exhaust pipe 8 purifies. It penetrates the other side wall of the frame 2 and communicates with the inside of the processing chamber 5. An air pump 9 is attached to an end portion of the exhaust pipe 8, and the filtration portion is cloaked in the exhaust pipe 7. Since the indoor gas can be stably absorbed through the exhaust pipe 7 and then the purified gas can be derived through the exhaust pipe 8, the cyclic purification treatment of the indoor gas is guaranteed and the indoor gas is clean. Secure the degree.

Further, the filtration section comprehensive filtration frame 10, the filtration plate 11, and the top plate 12 are included, the filtration frame 10 is cloaked outside the exhaust pipe 7, and the filtration plate 11 is fitted inside the filtration frame 10, and the top plate is provided. 12 is attached to the top end of the filtration plate 11, and the top plate 12 and the top end of the filtration frame 10 are engaged and sealed. In the gas absorption process, since the gas comes into contact with the filter plate 11, the granular impurities in the gas are absorbed by the filter plate 11, so that the indoor gas can be subjected to a rudimentary purification treatment.

Further, the atomization unit includes a storage storage 13, a supply pipe 14, a liquid guide pipe 15, and an atomization ejection head 16.
And the pressure-increasing atomizer 17, the storage 13 is attached to the inner apex of the purification frame 2, the supply pipe 14 is attached to one side of the storage 13, and the storage pipe is the purification frame 2.
It is attached so as to extend more, and the liquid guide tube 15 is fitted inside the storage chamber 13.
Further, the top end of the liquid guide pipe 15 is attached so as to extend from the storage storage 13, the atomization ejection head 16 is attached to the top end of the liquid guide pipe 15, and the pressure booster atomizer 17 is a liquid guide. It is attached to the end of the tube 15. The disinfectant solution is transported into the storage chamber 13 via the supply pipe 14, and then the atomized gas is transported into the atomization ejection head 16 via the liquid guide pipe 15 and is transported by the atomization ejection head 16. By atomizing and ejecting again, the disinfectant can be uniformly atomized and sprayed into the room. In this way, as a technical effect of "one machine multifunctional", the indoor gas can be eradicated by the dry-wet separation method at the same time, and the comfort level in the room is further improved.

Further, the inner wall of the supply pipe 14 is smoothed, and one end of the supply pipe 14 near the storage storage 13 is inclined and continuous. The inclined continuous configuration ensures the flow stability of the liquid.

Further, the atomization ejection head 16 has an annular shape as a whole, and a plurality of ejection holes are uniformly provided in the atomization ejection head 16. As a result, the disinfectant solution can be uniformly atomized and ejected.

The operating principle of this device will be described. In actual use, the bottom seat 1 moves the apparatus to a predetermined position to provide a transport unit. Therefore, the exhaust pipe 7 stably absorbs the indoor gas, and then the exhaust pipe 8 introduces the purified gas. In this way, the cyclic purification treatment of the indoor gas is guaranteed, and the cleanliness of the indoor gas is guaranteed. Further, in the process of absorbing the gas with the assistance of the filtration unit, the gas and the filtration plate 11 come into contact with each other, so that the granular impurities in the gas are absorbed by the filtration plate 11. As a result, it is possible to perform a rudimentary purification process on the indoor gas. Since the purification unit is provided, the gas is transported into the ozone generator 4 via the exhaust pipe 7, the gas is sterilized and purified by ozone, and then the gas is poured into the processing chamber 5 to be sterilized by ultraviolet rays in the processing chamber 5. Further sterilization with Light 6 improves the condition of the indoor gas. Then, the gas is discharged from the exhaust pipe 8. In this way, the cyclic purification treatment of the indoor gas is realized. Therefore, the operation is convenient and convenient for the user. Further, since the atomization unit is provided, the disinfectant liquid is transported into the storage storage 13 via the supply pipe 14, and then the atomized gas is transferred to the liquid guide pipe 15.
The disinfectant solution can be uniformly atomized and sprayed into the room by transporting it into the atomizing ejection head 16 via the atomizing ejection head 16 and atomizing and ejecting it again by the atomizing ejection head 16. In this way, as a technical effect of "one machine multifunctional", the indoor gas can be eradicated by the dry-wet separation method at the same time, and the comfort level in the room is further improved.

1 Bottom seat 2 Purification frame 3 Door 4 Ozone generator 5 Processing room 6 Ultraviolet sterilization light 7 Exhaust pipe 8 Exhaust pipe 9 Air pump 10 Filtration frame 11 Filtration plate 12 Top plate 13 Storage store 14 Supply pipe 15 Liquid guide pipe 16 Atomization ejection head 17 Booster atomizer

Claims (10)

It includes a bottom seat (1), a purification frame (2), a transport unit, a purification unit and an atomization unit, the purification frame (2) is attached above the bottom seat (1) by a holder, and the transport unit is a purification frame (2). ) Is attached to both sides, and the purification unit is a purification frame (
2) is attached inside, and the transport unit and the purification unit communicate with each other, the atomization unit is attached to the top end inside the purification frame (2), and the export end of the atomization unit is purified. An indoor fungus eradication device characterized in that it is attached so as to extend from the frame (2). Claim 1 is characterized in that the purification frame (2) has an overall rectangular shape, and a door (3) is rotatably attached to a side wall of the purification frame (2) by a hinge. The indoor fungus eradication device described in. The end of the door (3) is engaged and connected to the purification frame (2) by an assembly buckle, and a sealing seal is attached at a contact position between the door (3) and the purification frame (2). The indoor fungus eradication device according to claim 2. The purification unit includes an ozone generator (4), a processing chamber (5) and an ultraviolet sterilizing light (6), and the ozone generator (4) is mounted on one side inside the purification frame (2) to perform the processing. The chamber (5) is attached to the other side inside the purification frame (2) and is the ozone generator (4).
) And the processing chamber (5) are connected by a pipe line, and the ultraviolet sterilizing light (6) is attached to the top end inside the processing chamber (5). Indoor sterilization device. The ultraviolet sterilization light (6) is engaged and attached to the top end inside the processing chamber (5) by bolts.
The indoor sterilization apparatus according to claim 4, wherein the export end of the ultraviolet sterilizing light (6) faces the inside of the processing chamber (5). The transport unit includes an exhaust pipe (7), an exhaust pipe (8) and a filtration unit, and the exhaust pipe (7).
Penetrates one side wall of the purification frame (2) and communicates with the ozone generator (4), and the exhaust pipe (
8) penetrates the other side wall of the purification frame (2) and communicates with the inside of the processing chamber (5), and an air pump (9) is attached to the end of the exhaust pipe (8). The indoor fungus eradication device according to claim 1, wherein the device is cloaked in an exhaust pipe (7). The filtration unit includes a filtration frame (10), a filtration plate (11) and a top plate (12), the filtration frame (10) is cloaked outside the exhaust pipe (7), and the filtration plate (11) is a filtration frame. It is fitted inside (10), and the top plate (12) is attached to the top end of the filtration plate (11).
The indoor abacus eradication device according to claim 6, wherein the top plate (12) and the top end of the filtration frame (10) are engaged and hermetically sealed. The atomization unit includes a storage reservoir (13), a supply pipe (14), a liquid guide pipe (15), an atomization ejection head (16) and a pressure boosting atomizer (17). Attached to the inner apex of the purification frame (2), the supply pipe (14) is attached to one side of the storage (13), and the storage pipe is attached so as to extend from the purification frame (2). The liquid guide tube (
15) is fitted inside the storage (13), and the top end of the liquid guide tube (15) is the storage (1).
It is attached so as to extend from 3), and the atomization ejection head (16) is a liquid guide tube (15).
The indoor fungus eradication device according to claim 1, wherein the pressure-increasing atomizer (17) is attached to the apex end of the liquid guide tube (15). The eighth aspect of the present invention, wherein the inner wall of the supply pipe (14) is smoothed, and one end of the supply pipe (14) near the storage (13) is inclined and continuous. Indoor fungus eradication device. The atomization ejection head (16) has an annular shape as a whole, and the atomization ejection head (16) has an annular shape as a whole.
The indoor fungus eradication device according to claim 8, wherein a plurality of fumaroles are uniformly formed in 16).

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