CN218653854U

CN218653854U - Special photocatalysis deodorization equipment of rubbish transfer station

Info

Publication number: CN218653854U
Application number: CN202222057003.1U
Authority: CN
Inventors: 朱正举; 王佳炜; 喻学友
Original assignee: Suzhou Yibai Environmental Protection Technology Co ltd
Current assignee: Suzhou Yibai Environmental Protection Technology Co ltd
Priority date: 2022-08-05
Filing date: 2022-08-05
Publication date: 2023-03-21
Anticipated expiration: 2032-08-05

Abstract

The utility model belongs to the technical field of photocatalysis deodorization equipment, concretely relates to special photocatalysis deodorization equipment of rubbish transfer station, which comprises a bracket, be equipped with the illumination storehouse in the middle of the support, illumination storehouse right side is equipped with the admission valve, illumination storehouse left side is equipped with the motor, illumination storehouse inboard is equipped with the pivot, the pivot left side links to each other with the motor right side, be equipped with a plurality of installation rim plates in the pivot, be equipped with a plurality of light lamps on the installation rim plate, illumination storehouse left side below is equipped with down the guide mouth, illumination storehouse below is equipped with the catalysis storehouse, the utility model provides a current photocatalysis deodorization equipment lacks independent catalysis space at light irradiation catalysis in-process, probably the illumination time is not enough, the catalysis incomplete condition to also can exist in the gas and can not be by the catalytic fine particle material, after equipment uses a period, the problem of the fine particle accumulational condition can appear in the internals.

Description

Special photocatalysis deodorization equipment of rubbish transfer station

Technical Field

The utility model belongs to the technical field of photocatalysis deodorization equipment, concretely relates to special photocatalysis deodorization equipment of rubbish transfer station.

Background

Chinese patent application No. CN202122902011.7 discloses a photocatalytic deodorization device, which comprises a catalytic box body with a box door on the front surface, wherein a plurality of groups of photocatalytic deodorization mechanisms for photocatalysis are uniformly and equidistantly arranged in the catalytic box body along the vertical direction; the catalytic deodorization mechanism comprises an ultraviolet lamp tube, the ultraviolet lamp tube is arranged on the inner box wall of the catalytic box body, supporting rods are symmetrically connected to the inner box wall of the catalytic box body relative to the ultraviolet lamp tube, supporting rings are sleeved on the supporting rods, the outer ring wall, close to the ultraviolet lamp tube, of each supporting ring is connected with a jacking assembly, the other end of each jacking assembly is connected with an arc-shaped scraping plate, an arc-shaped rubber block is fixedly connected to the inner arc wall of each scraping plate, and the inner arc wall of each rubber block is arranged on the tube wall of the ultraviolet lamp tube. The utility model discloses an improved photocatalytic's reactivity and ultraviolet fluorescent tube's life, energy-concerving and environment-protective.

Chinese patent with application number CN202122645257.0 discloses an improved generation photocatalysis deodorization equipment, including photocatalysis deodorization equipment body, the left end of photocatalysis deodorization equipment body is equipped with the air inlet, the right-hand member of photocatalysis deodorization equipment body is equipped with the gas outlet, the outside end of air inlet is equipped with dust disposal mechanism. An improved generation photocatalysis deodorization equipment, belong to photocatalysis deodorization equipment field, through setting up dust disposal mechanism, adopt double filtration's mode to filter the big or small dust particulate matter in the waste gas in proper order, prevent the dust to enter into the inside effect that realizes the dust filtration of equipment with this, and conveniently collect the dust and discharge, the coupling mechanism of setting, a cleaning effect is convenient for install and dismantle to the first ring of straining and second ring of straining for realizing, and dust disposal mechanism and coupling mechanism are after the cooperation is used, can reduce the clearance number of times of user to equipment under playing further filtering effect to equipment, and the availability factor of equipment has been improved.

However, the above photocatalytic deodorization device in the prior art is not provided with an independent catalytic space in the light irradiation catalysis process, and may have the situations of insufficient light irradiation time, incomplete catalysis, reduced catalytic effect, low deodorization efficiency, and fine particulate matter that cannot be catalyzed may exist in the gas, and the internal components may have the situation of fine particulate accumulation after the device is used for a period of time.

SUMMERY OF THE UTILITY MODEL

To the above-mentioned weak point that exists among the prior art, the utility model provides a special photocatalysis deodorization equipment of rubbish transfer station for solve current photocatalysis deodorization equipment and lack independent catalysis space in the light irradiation catalysis in-process, the illumination time is not enough, the catalysis incomplete condition probably appears, and still can exist in the gas and can not be by catalyzed fine particle material, after equipment uses a period, the problem of the accumulational condition of fine particle probably appears in the internals.

In order to solve the technical problem, the utility model discloses a following technical scheme:

the utility model provides a special photocatalysis deodorization equipment of rubbish transfer station, includes the support, be equipped with the illumination storehouse in the middle of the support, illumination storehouse right side is equipped with the admission valve, illumination storehouse left side is equipped with the motor, illumination storehouse inboard is equipped with the pivot, the pivot left side links to each other with the motor right side, be equipped with a plurality of installation rim plates in the pivot, be equipped with a plurality of light lamps on the installation rim plate, illumination storehouse left side below is equipped with down the guide port, illumination storehouse below is equipped with the catalysis storehouse.

Further, catalysis storehouse left side is equipped with folding hose, folding hose upper end links to each other with leading mouthful down, catalysis storehouse inboard is equipped with a plurality of catalysis boxes, every catalysis box inboard all is equipped with the water conservancy diversion and cuts off, be equipped with a plurality of catalytic media between water conservancy diversion cut off and the catalysis box inner wall, catalysis box left side top is equipped with into box mouthful, catalysis box right side top is equipped with out the box mouth, catalysis storehouse right side is equipped with the air outlet, folding hose, advance the box mouth, go out the box mouth, air outlet height phase.

The foldable hose has elasticity, a user can conveniently connect the illumination bin with the catalysis bin, the catalysis box is a main catalysis place, the flow guide partition can guide the flowing direction of gas, the gas can flow up and down in the catalysis box according to a U-shaped track, a plurality of catalysis media are arranged between the flow guide partition and the inner wall of the catalysis box, when the gas flows up and down in the catalysis box, the catalysis media can pass through the catalysis media for many times, strong catalysts are arranged on the catalysis media, substances which can be catalyzed in the gas can be catalytically decomposed, the gas flows into the catalysis box from the box inlet, then flows out of the catalysis box from the box outlet, repeatedly passes through the plurality of catalysis boxes, the gas can be completely catalyzed, and finally flows out of the catalysis bin from the air outlet, the foldable hose, the box inlet, the box outlet and the air outlet are identical in height, the gas can conveniently flow among the foldable hose, the box inlet, the box outlet and the air outlet, when the catalysis media in the catalysis box need to be replaced, the catalysis box can be directly taken out from the catalysis bin and then put into a new catalysis box, and the replacing process is convenient and fast.

Further, the illumination storehouse top is equipped with the storehouse of breathing in, the storehouse left side of breathing in is equipped with the air intake, the air intake right side is equipped with the filter screen, the filter screen right side is equipped with the fan of breathing in, the fan right side of breathing in is equipped with the booster pump.

Inhale the storehouse and can gather contaminated gas in the rubbish station, let gaseous from the air intake enter into the storehouse of breathing in inside, the filter screen can block outside with the large granule material in the gas, prevent that large granule material from entering into the inside equipment damage that causes of photocatalysis deodorization equipment, the fan of breathing in can provide power for the storehouse of breathing in, when gaseous constantly entering into the storehouse of breathing in, the booster pump can be for gas pressure boost, make gas more enter into in the subsequent filtration catalysis equipment.

Further, inhale storehouse below right side and be equipped with the filtration storehouse, be equipped with the air-supply line on the filtration storehouse, the air-supply line links to each other with the booster pump, be equipped with the liquid changing mouth on the filtration storehouse, it is equipped with the drainage to filter the storehouse inboard, it is equipped with out the tuber pipe to filter the storehouse left side, it links to each other with the admission valve to go out the tuber pipe, the position that goes out the tuber pipe is higher than drainage liquid upper surface, the lower extreme of air-supply line is less than drainage liquid upper surface.

The filtering bin can remove small particulate matters which cannot be photocatalytic in gas, the gas enters the filtering bin through the air inlet pipe, filtering water is stored in the filtering bin, the filtering water can adsorb the small particulate matters which cannot be photocatalytic in the gas, the small particulate matters which cannot be photocatalytic are separated from the gas, the lower end of the air inlet pipe is lower than the upper surface of the filtering water liquid, therefore, the gas can be completely immersed in the filtering water, the filtering effect is enhanced, after filtering, the gas can flow out of the air outlet pipe and then enters the inner side of the illumination bin through the air inlet valve, the position of the air outlet pipe is higher than the upper surface of the filtering water liquid, the filtering water can be prevented from entering the air outlet pipe, and a user can replace the filtering water through the liquid replacing port.

Furthermore, the illumination bin is provided with a peephole, and the illumination bin is provided with a plurality of installation clamping pieces.

Be equipped with anti ultraviolet lens on the peephole, the user can see through the peephole and observe the inboard catalytic decomposition condition in illumination storehouse, and a plurality of installation fasteners make illumination storehouse can install on the support.

Further, the air outlet inboard is equipped with isolated net, catalysis storehouse bottom is equipped with a plurality of fixed fasteners.

Isolated net can prevent that external material from entering into catalysis storehouse through the air outlet when the device does not work inboard, causes the pollution to the inboard catalytic medium in catalysis storehouse, and a plurality of fixed fasteners make catalysis storehouse can install on the support.

Furthermore, be equipped with the rotation connecting piece on the catalysis storehouse, be equipped with the catalysis door on the rotation connecting piece, the catalysis door is connected with the catalysis storehouse rotation through rotating the connecting piece, catalysis door inboard is equipped with sealed arch, the catalysis door outside is equipped with the handle.

The rotating connecting piece provides the installation position for the catalysis bin door, so that the catalysis bin door can rotate relative to the catalysis bin, the sealing bulge can fill the gap between the catalysis bin, each catalysis box and the catalysis bin door, a plurality of components can be sealed, the handle can provide a force application point for a user, and a user can hold the handle to open the catalysis bin door.

Compared with the prior art, the utility model, following beneficial effect has:

1. the illumination bin is used for ultraviolet illumination catalysis, gas to be catalyzed enters the illumination bin from the air inlet valve, the left side of the rotating shaft is connected with the right side of the motor, a plurality of installation wheel discs on the rotating shaft provide installation positions for the plurality of illumination lamps, when the motor rotates, the plurality of illumination lamps can be driven to rotate together, the plurality of illumination lamps can emit C-band ultraviolet rays, the C-band ultraviolet rays can catalyze and decompose the gas, the plurality of illumination lamps rotate continuously, illumination distribution can be more uniform, illumination dead angles are avoided, and catalytic decomposition efficiency is improved;

2. the catalytic box is a main catalytic place, the flow guide partition can guide the flowing direction of gas to enable the gas to flow up and down on the inner side of the catalytic box according to a U-shaped track, the catalytic media are arranged between the flow guide partition and the inner wall of the catalytic box, when the gas flows up and down on the inner side of the catalytic box, the gas can pass through the catalytic media for multiple times, the catalytic media are provided with strong catalysts, substances capable of catalyzing in the gas can be catalytically decomposed, the gas flows into the catalytic box from the box inlet and then flows out of the catalytic box from the box outlet, the gas can be completely catalyzed after repeatedly passing through the catalytic boxes, and finally the gas flows out of the catalytic bin from the air outlet;

3. the air filtering bin can remove small particle substances which cannot be catalyzed by light in air, the air enters the filtering bin through the air inlet pipe, filtering water is stored in the filtering bin, the filtering water can adsorb the small particle substances which cannot be catalyzed by the light in the air, the small particle substances which cannot be catalyzed by the light are separated from the air, the lower end of the air inlet pipe is lower than the upper surface of the filtering water liquid, therefore, the air can be completely immersed into the filtering water, the filtering effect is enhanced, after filtering, the air can flow out of the air outlet pipe and then enters the inner side of the illumination bin through the air inlet valve, and the position of the air outlet pipe is higher than the upper surface of the filtering water liquid, so that the filtering water can be prevented from entering the air outlet pipe.

Drawings

FIG. 1 is a schematic view (perspective one) of a three-dimensional structure of an embodiment of a photocatalytic deodorization apparatus dedicated for a garbage transfer station of the present invention;

FIG. 2 is a schematic view (viewing angle two) of a three-dimensional structure of an embodiment of the photocatalytic deodorization apparatus dedicated for garbage transfer station of the present invention;

FIG. 3 is a schematic view of the top view of the embodiment of the photocatalytic deodorization apparatus dedicated for garbage transfer station of the present invention;

FIG. 4 isbase:Sub>A schematic cross-sectional view of A-A in FIG. 3;

reference numerals in the drawings of the specification include:

the device comprises a support 1, an air suction bin 2, an air inlet 201, a filter screen 202, an air suction fan 203, a booster pump 204, a filter bin 3, an air inlet pipe 301, a liquid exchange port 302, filtered water 303, an air outlet pipe 304, a lighting bin 4, an air inlet valve 401, a motor 402, a rotating shaft 403, a mounting wheel disc 404, a lighting lamp 405, a peep hole 406, a mounting fastener 407, a lower guide port 408, a catalytic bin 5, a folding hose 501, a catalytic box 502, a flow guide partition 503, a catalytic medium 504, a box inlet 505, a box outlet 506, an air outlet 507, an isolation net 508, a rotating connector 509, a catalytic bin door 510, a sealing protrusion 511, a handle 512 and a fixing fastener 513.

Detailed Description

In order to make the present invention better understood by those skilled in the art, the technical solutions of the present invention are further described below with reference to the accompanying drawings and examples.

As shown in fig. 1-4, the utility model discloses a special photocatalysis deodorization equipment in rubbish transfer station, including support 1, be equipped with illumination storehouse 4 in the middle of the support 1, illumination storehouse 4 right side is equipped with admission valve 401, and illumination storehouse 4 left side is equipped with motor 402, and illumination storehouse 4 inboard is equipped with pivot 403, and pivot 403 left side links to each other with motor 402 right side, is equipped with a plurality of installation rim plates 404 in the pivot 403, is equipped with a plurality of lights 405 on the installation rim plate 404, and illumination storehouse 4 left side below is equipped with down guide 408, and illumination storehouse 4 below is equipped with catalysis storehouse 5. Particularly, support 1 provides the support for a plurality of components, make a plurality of components can install on support 1, illumination storehouse 4 is the place that carries out ultraviolet ray illumination catalysis, it is inboard that the illumination storehouse 4 is entered into to the gas that needs to be catalyzed from admission valve 401, pivot 403 left side links to each other with motor 402 right side, a plurality of installation rim plates 404 in the pivot 403 have provided the mounted position for a plurality of illuminator 405, when motor 402 rotates, can drive a plurality of illuminator 405 co-rotation, a plurality of illuminator 405 can launch C wave band ultraviolet ray, C wave band ultraviolet ray can carry out catalytic decomposition to gas, a plurality of illuminator 405 constantly rotate, can make illumination distribution more even, the appearance at illumination dead angle has been avoided, catalytic decomposition efficiency has been improved, the gas that is not totally photocatalytic can enter into catalysis storehouse 5 through lower guide 408 and thoroughly catalytic decomposition.

The left side of catalysis storehouse 5 is equipped with folding hose 501, folding hose 501 upper end links to each other with lower guide port 408, 5 inboard sides in catalysis storehouse are equipped with a plurality of catalysis boxes 502, every catalysis box 502 inboard all is equipped with the water conservancy diversion and cuts off 503, be equipped with a plurality of catalytic media 504 between water conservancy diversion cuts off 503 and the catalysis box 502 inner wall, catalysis box 502 left side top is equipped with into box mouth 505, catalysis box 502 right side top is equipped with out box mouth 506, 5 right sides in catalysis storehouse are equipped with air outlet 507, folding hose 501, advance box mouth 505, go out box mouth 506, air outlet 507 highly the same. Specifically, the folding hose 501 is telescopic, so that a user can conveniently connect the illumination bin 4 with the catalysis bin 5, the catalysis box 502 is a main catalysis place, the flow guide partition 503 can guide the flow direction of gas, the gas can flow up and down on the inner side of the catalysis box 502 according to a U-shaped track, the plurality of catalysis media 504 are arranged between the flow guide partition 503 and the inner wall of the catalysis box 502, when the gas flows up and down on the inner side of the catalysis box 502, the gas can penetrate through the catalysis media 504 for multiple times, strong catalysts are arranged on the catalysis media 504, substances capable of catalyzing in the gas can be catalytically decomposed, the gas flows into the catalysis box 502 from the box inlet 505 and then flows out of the catalysis box 502 from the box outlet 506, after repeatedly passing through the plurality of catalysis boxes 502, the gas can be completely catalyzed, and finally flows out of the catalysis bin 5 from the air outlet 507, the heights of the folding hose 501, the box inlet 505, the box outlet 506 and the air outlet 507 are the same, so that the gas can be conveniently and quickly taken out of the catalysis box 502 from the catalysis bin 502, and when the catalysis media 504 in the catalysis box 502 need to be replaced, the catalysis box 502, and the catalysis box 502 can be conveniently taken out from the catalysis box 502.

The illumination storehouse 4 top is equipped with the storehouse of breathing in 2, and 2 left sides in the storehouse of breathing in are equipped with air intake 201, and air intake 201 right side is equipped with filter screen 202, and filter screen 202 right side is equipped with the fan 203 of breathing in, and the fan 203 right side of breathing in is equipped with booster pump 204. Particularly, inhale storehouse 2 and can gather contaminated gas in the rubbish station, let gaseous from air intake 201 enter into 2 insides of storehouse of breathing in, filter screen 202 can block outside the large particulate matter in the gas, prevent that large particulate matter from entering into the inside equipment damage that causes of photocatalysis deodorization equipment, it can provide power for 2 storehouses of breathing in to inhale fan 203, when gaseous constantly entering into 2 storehouses of breathing in, booster pump 204 can for gas pressure boost, make gas enter into in subsequent filtration catalysis equipment more easily.

The right side below the air suction bin 2 is provided with a filter bin 3, the filter bin 3 is provided with an air inlet pipe 301, the air inlet pipe 301 is connected with a booster pump 204, the filter bin 3 is provided with a liquid changing port 302, the inner side of the filter bin 3 is provided with filtered water 303, the left side of the filter bin 3 is provided with an air outlet pipe 304, the air outlet pipe 304 is connected with an air inlet valve 401, the position of the air outlet pipe 304 is higher than the upper surface of the liquid of the filtered water 303, and the lower end of the air inlet pipe 301 is lower than the upper surface of the liquid of the filtered water 303. Specifically, the filter cabin 3 can remove small particulate matters which cannot be photocatalytic in the air, the air enters the filter cabin 3 through the air inlet pipe 301, the filter cabin 3 stores the filtered water 303, the filtered water 303 can adsorb the small particulate matters which cannot be photocatalytic in the air, so that the small particulate matters which cannot be photocatalytic are separated from the air, the lower end of the air inlet pipe 301 is lower than the upper surface of the liquid of the filtered water 303, therefore, the air can be completely immersed in the filtered water 303, the filtering effect is enhanced, after filtering, the air flows out of the air outlet pipe 304 and then enters the inner side of the illumination cabin 4 through the air inlet valve 401, the position of the air outlet pipe 304 is higher than the upper surface of the liquid of the filtered water 303, the filtered water 303 can be prevented from entering the air outlet pipe 304, and a user can replace the filtered water 303 through the liquid changing port 302.

The illumination chamber 4 is provided with a peephole 406, and the illumination chamber 4 is provided with a plurality of mounting clamping pieces 407. Particularly, be equipped with anti ultraviolet lens on peephole 406, the user can see through peephole 406 and observe the inside catalytic decomposition condition in illumination storehouse 4, and a plurality of installation fastener 407 make illumination storehouse 4 can install on support 1.

An isolation net 508 is arranged on the inner side of the air outlet 507, and a plurality of fixing clamping pieces 513 are arranged at the bottom of the catalysis bin 5. Specifically, isolation net 508 can prevent that external material from entering into catalysis storehouse 5 inboard through air outlet 507 when the device does not work, causes the pollution to the catalytic media 504 of catalysis storehouse 5 inboard, and a plurality of fixed fastener 513 make catalysis storehouse 5 can install on support 1.

The catalysis storehouse 5 is provided with a rotary connecting piece 509, the rotary connecting piece 509 is provided with a catalysis storehouse door 510, the catalysis storehouse door 510 is rotatably connected with the catalysis storehouse 5 through the rotary connecting piece 509, the inner side of the catalysis storehouse door 510 is provided with a sealing bulge 511, and the outer side of the catalysis storehouse door 510 is provided with a handle 512. Specifically, the rotating connector 509 provides a mounting location for the catalyst bin door 510, so that the catalyst bin door 510 can rotate relative to the catalyst bin 5, the sealing protrusion 511 can fill the gap between the catalyst bin 5, each catalyst cartridge 502, and the catalyst bin door 510, so that a plurality of components can be sealed, the handle 512 can provide a force application point for a user, and the user can hold the handle 512 to open the catalyst bin door 510 conveniently.

Finally, although the present invention has been described in detail with reference to the preferred embodiments, it should be understood by those skilled in the art that the present invention can be modified or replaced by other means without departing from the spirit and scope of the present invention, which should be construed as limited only by the appended claims.

Claims

1. The utility model provides a special photocatalysis deodorization equipment of rubbish transfer station which characterized in that: including support (1), be equipped with illumination storehouse (4) in the middle of support (1), illumination storehouse (4) right side is equipped with admission valve (401), illumination storehouse (4) left side is equipped with motor (402), illumination storehouse (4) inboard is equipped with pivot (403), pivot (403) left side links to each other with motor (402) right side, be equipped with a plurality of installation rim plates (404) on pivot (403), be equipped with a plurality of illuminator (405) on installation rim plate (404), illumination storehouse (4) left side below is equipped with down guide opening (408), illumination storehouse (4) below is equipped with catalysis storehouse (5).

2. The special photocatalytic deodorization equipment for the garbage transfer station as set forth in claim 1, wherein: catalysis storehouse (5) left side is equipped with folding hose (501), folding hose (501) upper end links to each other with leading mouthful (408) down, catalysis storehouse (5) inboard is equipped with a plurality of catalysis boxes (502), every catalysis box (502) inboard all is equipped with water conservancy diversion and cuts off (503), water conservancy diversion cuts off (503) and is equipped with a plurality of catalytic media (504) between catalysis box (502) the inner wall, catalysis box (502) left side top is equipped with into box mouth (505), catalysis box (502) right side top is equipped with out box mouth (506), catalysis storehouse (5) right side is equipped with air outlet (507), folding hose (501), advance box mouth (505), go out box mouth (506), air outlet (507) highly the same.

3. The special photocatalytic deodorization equipment for the garbage transfer station as set forth in claim 2, wherein: illumination storehouse (4) top is equipped with the storehouse of breathing in (2), it is equipped with air intake (201) to breathe in storehouse (2) left side, air intake (201) right side is equipped with filter screen (202), filter screen (202) right side is equipped with the fan of breathing in (203), fan of breathing in (203) right side is equipped with booster pump (204).

4. The special photocatalytic deodorization device for the garbage transfer station as recited in claim 3, wherein the device comprises: inhale air bin (2) below right side and be equipped with filter house (3), be equipped with air-supply line (301) on filter house (3), air-supply line (301) link to each other with booster pump (204), be equipped with on filter house (3) and trade liquid mouth (302), filter house (3) inboard is equipped with drainage (303), it is equipped with out tuber pipe (304) to filter house (3) left side, it links to each other with admission valve (401) to go out tuber pipe (304), the position that goes out tuber pipe (304) is higher than drainage (303) liquid upper surface, the lower extreme of air-supply line (301) is less than drainage (303) liquid upper surface.

5. The special photocatalytic deodorization equipment for the garbage transfer station as set forth in claim 4, wherein: peep holes (406) are formed in the illumination bin (4), and a plurality of mounting clamping pieces (407) are arranged on the illumination bin (4).

6. The special photocatalytic deodorization equipment for the garbage transfer station as set forth in claim 5, wherein: an isolation net (508) is arranged on the inner side of the air outlet (507), and a plurality of fixing clamping pieces (513) are arranged at the bottom of the catalysis bin (5).

7. The special photocatalytic deodorization device for the garbage transfer station as recited in claim 6, wherein the device comprises: be equipped with on catalysis storehouse (5) and rotate connecting piece (509), be equipped with catalysis door (510) on rotation connecting piece (509), catalysis door (510) are connected with catalysis storehouse (5) rotation through rotating connecting piece (509), catalysis door (510) inboard is equipped with sealed arch (511), catalysis door (510) outside is equipped with handle (512).