TWM635758U - Gas processing device - Google Patents

Abstract

A gas treatment device includes an atomization unit and a base mechanism. The atomizing unit is used to atomize the disinfection liquid into mist droplets. The seat body mechanism includes a seat body with a gas channel, and a deodorizing unit arranged in the gas channel. The deodorizing unit divides the gas channel into a disinfection zone and a zone to be exhausted. The disinfection zone can be used for gas to enter and mix with the mist droplets to produce a disinfected gas, and the deodorization unit can be used to deodorize the disinfected gas flowing through the area to be exhausted to produce a disinfected deodorization After gas. The base has the gas channel, and cooperates with the atomization unit to atomize the disinfection liquid and the design of the deodorization unit, so that the gas can be sterilized and deodorized in the gas channel to improve the Gas air quality.

Description

Gas treatment unit

The present invention relates to a gas processing device, in particular to a gas processing device capable of sterilizing gas and removing odor.

In recent years, Chinese people's awareness of environmental protection has gradually risen, and it is generally possible to classify the waste produced in daily life into general waste and resource recovery. Furthermore, food waste can also be classified separately or placed in a food waste processor for processing. However, the odor produced by the mixing and fermentation of food waste will be emitted to the surrounding environment, which is unbearable.

In addition, due to the large demand of Chinese people for pork, the scale of raising pig houses has also increased accordingly. With the expansion of the scale of livestock breeding, the amount of feed required by pigs and the excrement produced have increased, resulting in a foul smell that often permeates the vicinity of the pig house. In addition, the ancillary facilities of pig houses such as composting houses and wastewater treatment plants are also responsible for the odor. Therefore, how to purify the smelly air is one of the goals of the industry.

Therefore, it is an object of the present invention to provide a gas treatment device that overcomes at least one of the disadvantages of the prior art.

Therefore, the novel gas treatment device is suitable for treating the gas with a sterilizing liquid, and includes an atomization unit, a seat mechanism, and an exhaust unit.

The atomizing unit is used to atomize the disinfection liquid into mist droplets. The seat body mechanism includes a seat body with a gas channel, and a deodorizing unit arranged in the gas channel. The deodorizing unit divides the gas channel into a disinfection zone and a zone to be exhausted. The sterilizing area can be used for the gas and the mist to enter and mix to generate sterilized gas, and the deodorizing unit can be used to deodorize the sterilized gas flowing through the area to be exhausted so as to Produces gas after disinfection and deodorization. The exhaust unit is arranged on the seat body, and is used to discharge the sterilized and deodorized gas to the outside.

The effect of the new model is that: the base has the gas channel, and cooperates with the atomization unit to atomize the disinfection liquid and the design of the deodorization unit, so that the gas can be sterilized and deodorized in the gas channel. Odor, to improve the air quality of the gas.

Referring to Figures 1, 2 and 3, an embodiment of the new gas treatment device is suitable for using a sterilizing liquid 9 to process the gas. In this embodiment, the gas generated by raising pigs is taken as an example for illustration, but the implementation is not limited thereto. The disinfection liquid 9 is for example but not limited to hypochlorous acid water. The gas treatment device includes a base mechanism 3 , an atomizing unit 6 disposed outside the base mechanism 3 , and an exhaust unit 7 disposed on the top side of the base mechanism 3 .

The seat mechanism 3 includes a seat 4 defining a seat space 43 , and a deodorizing unit 5 disposed in the seat space 43 .

The base body 4 includes a base body portion 41 for containing the disinfection liquid 9 , and a clean air pipe portion 42 disposed on the top side of the base body portion 41 and behind the exhaust unit 7 .

The seat portion 41 has a bottom wall 44 , a surrounding wall 45 extending upward from the periphery of the bottom wall 44 and having a rear wall portion 451 , and a surrounding wall 45 extending forward from the top edge of the rear wall portion 451 and connected to the surrounding wall 45 A partially connected top wall 46, a baffle wall 47 extending downward from the front edge of the top wall 46 towards the bottom wall 44, and a baffle wall 47 extending downward from the top wall 46 and arranged on the rear side of the baffle wall 47 with its bottom The end is higher than the extension wall 48 at the bottom end of the blocking wall 47 .

The clean gas pipe portion 42 has a straight pipe section 421 vertically extending upward from the top wall 46 , and a horizontal pipe section 422 laterally extending from a top portion of the straight pipe section 421 . The horizontal pipe section 422 has an air inlet 423 for the gas to enter.

The seat body space 43 is jointly defined by the seat body portion 41 and the clean gas pipe portion 42, and is separated into a U-shaped gas channel 431 and an opening upwards and its bottom is connected to the gas channel 431 before and after the barrier wall 47. The bottom of the channel 431 is connected to the drawing channel 432 .

The gas passage 431 communicates with the air inlet 423 and the exhaust unit 7 , and is divided into a disinfection area 433 and a waiting area 434 by the deodorization unit 5 . The disinfection zone 433 has a narrow mouth section 435 bounded by the clean air pipe portion 42, and a wide mouth section bounded by the surrounding wall 45, the top wall 46 and the extension wall 48 of the seat portion 41. 436. The diameter of the wide-mouth section 436 is larger than that of the narrow-mouth section 435 .

The deodorizing unit 5 is arranged between the surrounding wall 45 and the extending wall 48, and includes a drawing module 51 that can be drawn outwardly and is arranged between the surrounding wall 45 and the extending wall 48, and a The deodorizing module 52 placed on the drawing module 51 is replaced. The deodorizing module 52 contains porous substances such as but not limited to activated carbon, zeolite, etc., so that it can absorb odors to achieve the purpose of deodorization.

The atomizing unit 6 is arranged on the outside of the seat mechanism 3, and includes an atomizing module 61 for drawing the disinfectant liquid 9 and atomizing it into the droplets, and an atomizing module 61 connected to the atomizing module 61. And in order to prevent described sterilizing liquid 9 from overflowing to the valve part 62 of the outside, one connects this valve part 62 and stretches into this drawing liquid channel 432 and sinks into described sterilizing liquid 9's dip tube group 63, and one connects this The valve element 62 and the infusion tube 64 of the straight pipe section 421 of the clean gas pipe portion 42 .

The valve member 62 has an inflow end 66 for the sterilizing liquid 9 to flow in, an outflow end 67 for the sterilizing liquid 9 to flow to the atomization module 61, and a return end 68 for the sterilizing liquid 9 to flow out. And the mist droplets atomized by the atomization module 61 flow to the infusion end 69 of the infusion tube 64 .

The dip tube set 63 has two dip tubes 65 protruding into the dip channel 432 and submerged in the disinfection liquid 9 and connected to the valve member 62 . Two ends of one of the dipping tubes 65 are respectively connected to the inflow port 66 and the liquid-drawing channel 432 , and two ends of the other dipping tube 65 are respectively connected to the return port 68 and the liquid-drawing channel 432 . In detail, when the amount of liquid drawn by one of the dipping tubes is greater than the amount of liquid required by the atomization module 61, the excess liquid can flow back into the backflow port 68 through the other dipping tube. The drawing channel 432 .

The exhaust unit 7 includes an exhaust seat 71 that communicates with the area 434 to be exhausted of the gas channel 431 and is arranged on the top wall 46 and has an exhaust port 73, and an exhaust seat 71 that is arranged on the exhaust seat 71. Exhaust pump 72 . The exhaust pump 72 is used to send the sterilized and deodorized gas to the exhaust port 73 .

Before the use of the novel gas treatment device, it is necessary to pour the sterilizing liquid 9 from the liquid drawing channel 432 until the liquid level of the sterilizing liquid 9 is higher than the bottom of the retaining wall 47 and lower than the bottom of the extension wall 48 . In this way, the gas in the area to be exhausted 434 will be blocked by the disinfection liquid 9 and will not flow to the liquid drawing channel 432 .

When the gas processing device of the present invention is in use, the gas and the mist generated by the atomization module 61 will enter the disinfection zone 433 from the air inlet 423 of the clean gas pipe 42 and the top of the straight pipe section 421 respectively. , and will be fully mixed in the disinfection zone 433 to carry out disinfection and sterilization to generate sterilized gas. Next, the sterilized gas will pass through the deodorizing unit 5 for deodorization, so as to generate sterilized and deodorized gas.

Since the exhaust pump 72 of the exhaust unit 7 will drive the sterilized and deodorized gas in the area 434 to be exhausted to flow to the exhaust unit, the disinfection and deodorization adjacent to the deodorization unit 5 The smelly gas will be driven forward to flow through a gap 481 formed by the cooperation between the extension wall 48 and the liquid surface, then flow upward into the exhaust seat 71 , and then be discharged from the exhaust port 73 .

It should be noted that, in order to fully sterilize the gas, in this embodiment, the height of the straight pipe section 421 of the clean air pipe portion 42 is more than three meters, but the implementation is not limited thereto.

In addition, in this embodiment, the deodorizing unit 5 is arranged between the extension wall 48 and the surrounding wall 45, but in practice, it can also be arranged at the bottom of the straight pipe section 421 of the clean air pipe part 42, for example but not limited to end parts. In addition, in this embodiment, the disinfection liquid 9 is housed in the seat body 4, but in other embodiments, the disinfection liquid 9 can also be housed outside the seat body 4 in other containers.

In summary, through the base body 4 having the gas passage 431, and the atomization unit 6 atomizing the disinfectant liquid 9 and the design of the deodorizing unit 5, the gas can flow through the gas passage 431 Disinfect and deodorize. In addition, the blocking wall 47 is designed to separate the liquid drawing channel 432 from the area to be exhausted 434, so that when the gas treatment device of the present invention is in use, the blocking wall 47 can be combined with the disinfectant contained in the seat 4. The liquid 9 cooperates to block the gas after the disinfection and deodorization in the area 434 to be exhausted, and will not be lost from the liquid drawing channel 432. It is a very innovative and practical creation, so it can really achieve the purpose of the present model .

But the above-mentioned person is only the embodiment of the present invention, and should not limit the scope of implementation of the present invention with this, and all simple equivalent changes and modifications made according to the patent scope of the present application and the content of the patent specification are still within the scope of the present invention. Within the scope covered by this patent.

3: Seat mechanism 4: seat body 41: seat body 42: Clean air pipe department 421: Straight pipe section 422: horizontal pipe section 423: air inlet 43: seat body space 431: gas channel 432: Drawing channel 433: Disinfection area 434: area to be exhausted 435: narrow mouth section 436: wide mouth section 44: bottom wall 45: around the wall 451: Rear wall 46: top wall 47: retaining wall 48: Extended Wall 481: Gap 5: Deodorization unit 51: Pulling module 52: Deodorization module 6: Atomization unit 61: Atomization module 62: Valve 63: Dip tube set 64: Infusion tube 65: dip tube 66: Inflow end 67: outflow end 68: Return end 69: Infusion end 7:Exhaust unit 71: exhaust seat 72: exhaust pump 73: Exhaust port 9: Disinfection liquid

Other features and effects of the present invention will be clearly presented in the implementation manner with reference to the drawings, wherein: Fig. 1 is an incomplete perspective view illustrating an embodiment of the novel gas treatment device; Figure 2 is a fragmentary partial cross-sectional view illustrating the embodiment; and Fig. 3 is a fragmentary side view illustrating an atomizing unit of this embodiment.

3: Seat mechanism

4: seat body

41: seat body

42: Clean air pipe department

421: Straight pipe section

422: horizontal pipe section

423: air inlet

43: seat body space

431: gas channel

432: Drawing channel

433: Disinfection area

434: area to be exhausted

435: narrow mouth section

436: wide mouth section

44: bottom wall

45: around the wall

451: Rear wall

46: top wall

47: retaining wall

48: Extended Wall

481: Gap

5: Deodorization unit

51: Pulling module

52: Deodorization module

6: Atomization unit

61: Atomization module

62: Valve

63: Dip tube set

64: Infusion tube

7:Exhaust unit

71: exhaust seat

72: exhaust pump

73: Exhaust port

9: Disinfection liquid

Claims (7)

A gas treatment device adapted to treat gas with a sterile liquid, comprising: an atomizing unit, used to atomize the disinfection liquid into mist droplets; The base mechanism includes a base body with a gas channel, and a deodorizing unit arranged in the gas channel, the deodorizing unit divides the gas channel into a disinfection area and an exhaust area, the disinfection area It can be used to allow the gas to enter and mix with the mist droplets to generate sterilized gas, and the deodorizing unit can be used to deodorize the sterilized gas flowing through the area to be exhausted to generate sterilized deodorized gas. odorous gases; and An exhaust unit is arranged on the seat body and is used to discharge the sterilized and deodorized gas to the outside. The gas processing device as claimed in claim 1, wherein the base body defines a base body space with the gas channel, and has a top wall and a bottom wall arranged at intervals up and down, and a connecting wall between the top wall and the bottom The surrounding wall of the wall, and a baffle wall extending downward from the top wall toward the bottom wall, the baffle wall divides the space of the seat body into the gas channel and a liquid extraction channel connected to the outside world, the bottom of the liquid extraction channel and The bottoms of the gas channels communicate with each other. The gas treatment device according to claim 2, wherein the base body includes a base portion having the top wall, and a clean gas pipe portion arranged on the top wall, and the disinfection zone has a clean air pipe portion defined by the clean air pipe portion A narrow-mouthed section, and a wide-mouthed section defined by the cooperation of the seat body and the deodorizing unit and having a diameter greater than that of the narrow-mouthed section. The gas treatment device as claimed in claim 3, wherein the seat part is used to accommodate the disinfection liquid, and the atomization unit includes an atomization mold for drawing the disinfection liquid and atomizing it into the mist droplets group, a dipping tube set extending into the pumping channel and submerged into the disinfectant liquid, a valve member connecting the atomization module and the dipping tube set to adjust the flow direction of the disinfecting liquid, and a connecting The valve part and the mist droplet are sent into the infusion tube of the clean air pipe part. The gas treatment device according to claim 4, wherein the dip tube set has two dip tubes extending into the dip channel and submerged in the sterilizing liquid and connected to the valve, and the valve has a supply An inflow end for the disinfection liquid to flow in through one of the dip tubes, an outflow end for the disinfection liquid to flow to the atomization module, and a return flow for the liquid to flow to the liquid extraction channel through another dip tube end, and an infusion end for the mist to flow to the infusion tube. The gas treatment device according to any one of claims 1 to 5, wherein the exhaust unit includes an exhaust seat with an exhaust port, and an exhaust seat arranged on the exhaust seat and used to remove the disinfectant The smelly gas is sent to the exhaust pump of the exhaust port. The gas treatment device as claimed in claim 1, wherein the deodorization unit includes a drawer module that can be drawn outwardly in the gas channel, and a replaceable drawer module that is used to A deodorant module that absorbs odors.

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