TWI547307B - A gas filter cartridge structure - Google Patents

Description

Gas filter cylinder structure

The invention is a gas filter cylinder structure and belongs to the technical field of air filter devices.

Generally speaking, the operation of snack bars and restaurant kitchens or factories often forms aroma or bad smell, but it is usually discharged directly by a fan, but the above-mentioned fan discharges aroma or bad smell, and only keeps the workplace air fresh. Exhausting the outside aroma or bad smell, or causing air pollution in public places.

In view of the above, the above-mentioned lack of improvement is extremely urgent, so the inventor has been thinking through the years of experience in the industry, how to achieve the effect of completely eliminating the aroma or bad smell produced in the workplace, and after many research and experiments, finally strive for a refined Structure.

The invention relates to a gas filtering cylinder structure, in particular to a gas which can aerate the odor and micro impurities in the air to block the odor and return to the external space, and the aerated water is filtered by the filtering device to filter the gas in the water. And the impurity, the effect of deodorizing and filtering the micro-impurities in the air, mainly a filter cartridge, the inner edge is provided with a plurality of spaced ring pieces, and a spiral shape and an aeration tube with numerous pores are provided in the middle a damper frame body, a water fan is arranged inside the filter cartridge to form a gas filter cylinder, and the filter cartridge has a water outlet pipe combined with a filtering device and a water pressure device, and a water inlet pipe is connected to the filter cartridge. The inside of the filter cartridge is filled with water circulation, wherein one end of the aeration tube of the filter cartridge is a string A gas pressurizing device, an air suction hood, and the other end is combined with a gas filter cartridge.

The object of the invention is that the odor and the micro-impurities in the air can be sucked through the gas plenum through the suction hood, the ventilating pipe is taken into the aeration pipe, and the aeration is combined into the water of the filter cartridge to block The odor is returned to the external space, and the aerated water is filtered through a filtering device to form a deodorizing and filtering effect of the micro-impurities in the air.

10‧‧‧ filter cartridge

101‧‧‧ ring film

201‧‧‧ stomata

20‧‧‧Aeration tube

30‧‧‧Resistance plate body

40‧‧‧Water fans

1000‧‧‧Gas filter cartridge

50‧‧‧Outlet

60‧‧‧Filter device

70‧‧‧Hydraulic device

80‧‧‧Water inlet

202‧‧‧Air pipe

90‧‧‧ gas booster

91‧‧‧Intake hood

92‧‧‧ gas filter cartridge

301‧‧‧Cylinder

302‧‧‧Resistance board

51‧‧‧Splicing water pipes

203‧‧‧Splicing trachea

The first figure is a simple schematic diagram of a gas filter cylinder structure of the present invention.

The second figure is a partial cross-sectional perspective view of a filter cartridge of a gas filter cylinder structure according to the present invention.

The third figure is a three-dimensional schematic diagram of a damper frame body of a gas filter cylinder structure according to the present invention.

The fourth figure is a schematic view of another embodiment of a gas filter cylinder structure according to the present invention.

The first figure is a simplified schematic diagram of a gas filter cylinder structure according to the present invention. As shown in the figure, it is mainly a filter cartridge 10 (see also the second figure), and the inner edge is provided with a plurality of spaced ring segments 101, and in the middle An aeration tube 20 having a spiral shape and a plurality of air holes 201 and a damper frame body 30 are provided. The water filter fan 40 is disposed inside the upper end of the filter cartridge 10, that is, a gas filter cylinder 1000 is formed.

The filter cartridge 10 has an outlet pipe 50 coupled with a filtering device 60 and a water pressure device 70, and a water inlet pipe 80 is connected back to the filter cartridge 10. The filter cartridge 10 is filled with water for circulation, and the filter cartridge 10 is One end of the aeration tube 20 is an air priming tube 202 connected in series with a gas pressurizing device 90 and a suction hood 91, and the other end of the aeration tube 20 is coupled with a gas filter cartridge 92.

Among them, the damper frame body 30 (refer to the third figure) is a column body 301 in which a plurality of spacer plates 302 are arranged at intervals.

The gas sucked into the space by the suction hood 91 is pressurized and introduced into the aeration pipe 20 through the air vent 202 and the gas pressure device 90, and the air holes 201 of the aeration pipe 20 are aerated in the water phase in the filter cartridge 10. The fusion forms a myriad of microbubbles, wherein the ring frame body 30 and the ring pieces 101 of the filter cartridge 10 can increase the circulation path of the water in the filter cartridge 10 to prolong the aeration time, and the inside of the upper end of the filter cartridge 10 The water fan 40 continuously draws water to enhance the integration of the aeration and the water. The aerated water is filtered into the filtering device 60 through the outlet pipe 50 to filter the odor and the micro-matter, and then filtered by the water pressure device 70 and the water inlet pipe 80. The continuous circulation in the cylinder 10 reaches the effect of filtration.

The fourth figure is a schematic view of another embodiment of a gas filter cylinder structure according to the present invention. As shown in the figure, a plurality of gas filter cylinders 1000 are connected in series by a water pipe 51 to connect the filter cartridges 10 in series and to connect the gas pipes in series. 203. The aeration tubes 20 are connected in series with each other. One end of the aeration tube 20 in the filter cartridge 10 of the first gas filtering cylinder 1000 is an air introducing tube 202 connected in series with a gas boosting device 90 and an air suction cover. 91, and the aeration tube 20 in the filter cartridge 10 of the last gas filter cartridge 1000 is combined with a gas filter cartridge 92, and the filter cartridge 10 has an outlet pipe 50 coupled with a filter device 60 and a water pressure device 70, The water inlet pipe 80 is connected back to the filter cartridge 10 of the first gas filtering cylinder 1000, wherein each of the gas filtering cylinders 1000 is filled with water as a circulator.

The gas sucked into the space by the suction hood 91 is pressurized and introduced into the aeration tube 20 of the first gas filtering cylinder 1000 via the air introducing tube 202 and the gas pressure increasing device 90, and is ventilated into the rear through the series connecting air tube 203. The aeration tube 20 of each of the gas filtering cylinders 1000 is condensed by the air holes 201 of the respective aeration tubes 20 to form a plurality of tiny bubbles in the water in each of the filter cartridges 10, wherein the damper frame body 30 and the filter cartridge Each ring piece 101 of 10 can increase the circulation path of the water in the filter cartridge 10 to prolong the aeration time, and the water fan 40 inside the upper end of each filter cartridge 10 continuously draws water to enhance the phase of aeration and water. In combination, the aerated water is introduced into each filter cartridge 10 through the water flow serial water pipe 51 to the last gas filter cylinder 1000. The filter cartridge 10 is filtered through the outlet pipe 50 into the filter device 60 to filter odor and micro-matter, and then continuously filtered through the water pressure device 70 and the water inlet pipe 80 to the filter cartridge 10 of the first gas filter cartridge 1000 to achieve filtration. The effect of the person.

It can be seen that the present invention can achieve the preset effect, and does not see the public users, meets the requirements of patent practicability and novelty, and submits a patent application to the bureau in accordance with the law, and invites the members of the bureau to promptly review and Approved the patent right of this case, it is really sensible.

10‧‧‧ filter cartridge

101‧‧‧ ring film

201‧‧‧ stomata

20‧‧‧Aeration tube

30‧‧‧Resistance plate body

40‧‧‧Water fans

1000‧‧‧Gas filter cartridge

50‧‧‧Outlet

60‧‧‧Filter device

70‧‧‧Hydraulic device

80‧‧‧Water inlet

202‧‧‧Air pipe

90‧‧‧ gas booster

91‧‧‧Intake hood

92‧‧‧ gas filter cartridge

301‧‧‧Cylinder

302‧‧‧Resistance board

Claims (2)

The utility model relates to a gas filtering system, which is mainly a filter cartridge, wherein the inner edge is provided with a plurality of spaced ring pieces, and a spiral shape and a plurality of air holes and an obstruction plate body are arranged in the middle, and the upper end of the filter tube There is a water fan inside, that is, a gas filter cylinder is formed; wherein the filter cartridge has an outlet pipe combined with a filtering device and a water pressure device, and a water inlet pipe is connected to the filter cartridge, and the filter cartridge is filled. The water is supplied for circulation, and one end of the aeration tube of the filter cartridge is connected with a gas pressurizing device and a suction hood, and the other end of the aeration tube is combined with a gas filter cartridge; The frame body is a column body combined with a plurality of spaced-apart block plates; wherein the gas sucked into the space by the air suction cover body is pressurized and introduced into the aeration pipe through the air inlet pipe and the gas pressure boosting device, The aeration of each aeration of the aeration tube is fused in the water in the filter cartridge to form a plurality of tiny bubbles, wherein the ring frame of the barrier frame and the filter cartridge can increase the circulation path of the water in the filter cartridge to prolong the aeration. Time, again, the water fan inside the upper end of the filter cartridge is constantly pumping water to enhance aeration. Integration water, aerated water through the outlet pipe through the micro filter apparatus odor and debris, and then by means of the pressure inlet pipe constantly cycles to reach the effect of the filter cartridge by the back. The utility model relates to a gas filtering system, which is mainly a filter cartridge, wherein the inner edge is provided with a plurality of spaced ring pieces, and a spiral shape and a plurality of air holes and an obstruction plate body are arranged in the middle, and the upper end of the filter tube There is a water fan inside, that is, a gas filter cylinder is formed; wherein the filter cartridge has an outlet pipe combined with a filtering device and a water pressure device, and a water inlet pipe is connected to the filter cartridge, and the filter cartridge is filled. The water is supplied for circulation, and one end of the aeration tube of the filter cartridge is connected with a gas pressurizing device and a suction hood, and the other end of the aeration tube is combined with a gas filter cartridge; The frame body is a column body combined with a plurality of spacer plates arranged at intervals; a plurality of gas filter cylinders are connected by a series of water pipes, and the filter tubes are connected in series and exposed by a series of gas pipes. The gas pipes are connected in series with each other, and one end of the aeration pipe in the filter cylinder of the first gas filtering cylinder is a gas inflating device connected in series with a gas pressurizing device and an air suction hood, and the last gas filtering cylinder is filtered. The aeration pipe in the cylinder is combined with a gas filter cartridge, and the filter cartridge has a water outlet pipe combined with a filtering device and a water pressure device, and a water inlet pipe is connected to the filter cartridge of the first gas filtering cylinder body, wherein The gas filter cartridge is filled with water as a circulator; the gas sucked into the space by the suction hood is pressurized and introduced into the first gas filter cylinder by the gas plenum and the gas pressurizing device. The air pipe is ventilated into the aeration pipes of the gas filtering cylinders through the series of gas pipes, and the aeration holes of the respective aeration pipes are fused to each other in the water in the filter cartridges to form a plurality of tiny bubbles, wherein The ring plate of the block frame and the filter tube can increase the circulation path of the water in the filter tube to prolong the aeration time, and the water fan inside the upper end of each filter tube continuously draws water to enhance the exposure. The gas and the water are combined, and the aerated water is introduced into each filter cartridge through the water flow connecting water pipe The filter cartridge of the last gas filter cylinder is filtered into the filter device through the outlet pipe to filter the odor and the micro-matter, and then the water circulation device and the water inlet pipe are returned to the filter cartridge of the first gas filter cylinder to continuously circulate. The effect of filtering.