CN208878130U - A kind of ceramic kiln dry type exhaust gas processing device - Google Patents

Abstract

The utility model discloses a kind of ceramic kiln dry type exhaust gas processing devices, including cabinet, water tank is welded in the bottom interior wall of the cabinet, and drainpipe is welded on the side outer wall of water tank, the drainpipe passes through cabinet, the bottom interior wall of the cabinet is equipped with deashing device, and deashing device includes gas tank, the gas tank is welded in the bottom interior wall of cabinet, and the side outer wall of gas tank is connect with water tank, snorkel is welded on the side outer wall of the gas tank, and snorkel passes through gas tank and connect with water tank, the snorkel is welded with curved pipe far from one end of gas tank.The utility model can prevent impurity from blocking pipeline when passing through curved pipe, spring is able to drive to move up and down, it is moved up and down to which hawk is scraped in drive, the dust being deposited on screen pack is removed, prevent the accumulation of dust, improve device scrapes grey efficiency, can disperse tail gas to greatest extent, and active carbon is facilitated to carry out the peculiar smell in absorption tail gas.

Description

A kind of ceramic kiln dry type exhaust gas processing device

Technical field

The utility model relates to tail gas disposal technique field more particularly to a kind of ceramic kiln dry type exhaust gas processing devices.

Background technique

Kiln is the equipment to burnt product being built into refractory material, is the indispensable facility in pottery art molding.Ceramics Product in process of production, due to burning fuel such as natural gas, liquefied gas, coal gas, light diesel fuel, heavy oil, coal etc., can release A large amount of pernicious gases, these harmful tail gas can cause significant impact to natural environment.Often containing big in ceramic kiln tail gas The flue dust of amount can pollute natural environment if directly these exhaust gas are discharged into air.In addition the smoke exhaust pipe of these flue dust is conveyed Road often there is a phenomenon where knot ash blocking, needs shutdown maintenance, influences production efficiency, increase production cost, general device Not laborsaving enough in deashing, mechanization degree is low, is not able to satisfy the requirement of people.

Utility model content

Purpose of the utility model is to solve disadvantages existing in the prior art, and a kind of ceramic kiln proposed is dry Formula exhaust gas processing device.

To achieve the goals above, the utility model adopts the technical scheme that

A kind of ceramic kiln dry type exhaust gas processing device, including cabinet are welded with water tank in the bottom interior wall of the cabinet, And drainpipe is welded on the side outer wall of water tank, the drainpipe passes through cabinet, and the bottom interior wall of the cabinet is equipped with clear Apparatus for ash, and deashing device includes gas tank, the gas tank is welded in the bottom interior wall of cabinet, and the side outer wall and water of gas tank Case connects, and snorkel is welded on the side outer wall of the gas tank, and snorkel passes through gas tank and connect with water tank, the snorkel One end far from gas tank is welded with curved pipe, and one end of the curved pipe is welded with communicating pipe, welds on the inner wall of the cabinet side It is connected to partition, and has been bolted on the side inner wall of cabinet and has collected head, described one end for collecting head is connected with communicating pipe It connects, and collects and be welded with the connecting tube equidistantly distributed on the outer wall of head, the connecting tube is welded with far from the one end for collecting head Ring pipe, the gentle box-shaped of the cabinet, partition, water tank at space in be filled with active carbon particle, outside the top of the water tank Air pump is welded on wall, and air pump is located at side of the partition far from ring pipe, is welded with exhaust on the side outer wall of the partition Pipe, and exhaust pipe is equipped with valve, is provided with side door on the side outer wall of the cabinet.

Further, exhaust gas inlet pipe is welded on the side outer wall of the gas tank, and one end of exhaust gas inlet pipe passes through cabinet.

Further, the curved pipe is identical with the diameter of communicating pipe, and the diameter of exhaust gas inlet pipe, ring pipe and connecting tube Identical, the diameter of ring pipe is greater than the diameter of communicating pipe, and the top of ring pipe and connecting tube is provided with blow vent.

Further, be welded with air inlet pipe on the air inlet inner wall of the air pump, and the one end of air inlet pipe far from air pump with Exhaust pipe connection.

Further, be welded with escape pipe on the gas outlet inner wall of the air pump, and the one end of escape pipe far from air pump with Partition welding.

Further, the exhaust pipe and escape pipe are connected with partition far from the side of air pump.

Further, it is welded with screen pack in the top inner wall of the gas tank, and is welded with electronic stretch at the top of gas tank Contracting bar, the bottom of electric telescopic rod are welded with link block, and link block is welded with spring close to one end of screen pack, spring it is another One end, which is welded with, scrapes hawk.

The utility model has the following beneficial effects:

1. the setting by screen pack can filter the impurity in tail gas, prevent impurity from blocking up when passing through curved pipe Fill in pipeline.

2. being able to drive spring by the setting of electric telescopic rod to move up and down, move down to drive and scrape hawk It is dynamic, the dust being deposited on screen pack is removed, the accumulation of dust is prevented, since screen pack is obliquely installed, is being scraped Hawk will receive the repulsion of spring during moving down, to can fit closely with screen pack, improve scraping for device Grey efficiency.

3. tail gas can be dispersed to greatest extent by the setting of blow vent, ring pipe and connecting tube, facilitate active carbon into Peculiar smell in row absorption tail gas carries out acceleration circulation by the gas that the setting of air pump can extract partition side, and valve Setting can spot-check processed tail gas, and underproof gas is facilitated to be handled again.

Detailed description of the invention

Fig. 1 be the utility model proposes a kind of ceramic kiln dry type exhaust gas processing device schematic cross-sectional view；

Fig. 2 be the utility model proposes a kind of ceramic kiln dry type exhaust gas processing device deashing device structural representation Figure.

Fig. 3 be the utility model proposes a kind of ceramic kiln dry type exhaust gas processing device schematic view of the front view.

In figure: head, 9 are collected in 1 cabinet, 2 water tanks, 3 curved pipes, 4 deashing devices, 5 communicating pipes, 6 ring pipes, 7 connecting tubes, 8 Blow vent, 10 partitions, 11 valves, 12 exhaust pipes, 13 air inlet pipe, 14 air pumps, 15 escape pipes, 16 gas tanks, 17 screen packs, 18 electricity Hawk, 21 side doors are scraped in dynamic telescopic rod, 19 springs, 20.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.

Referring to Fig.1-3, a kind of ceramic kiln dry type exhaust gas processing device, including cabinet 1 weld in the bottom interior wall of cabinet 1 It is connected to water tank 2, and is welded with drainpipe on the side outer wall of water tank 2, drainpipe passes through cabinet 1, sets in the bottom interior wall of cabinet 1 There is deashing device 4, and deashing device 4 includes gas tank 16, gas tank 16 is welded in the bottom interior wall of cabinet 1, and the one of gas tank 16 Side outer wall is connect with water tank 2, snorkel is welded on the side outer wall of gas tank 16, and snorkel passes through gas tank 16 and water tank 2 connects It connects, snorkel is welded with curved pipe 3 far from one end of gas tank 16, and one end of curved pipe 3 is welded with communicating pipe 5, in 1 side of cabinet Be welded with partition 10 on wall, and be bolted on the side inner wall of cabinet 1 and collected first 8, collect first 8 one end be connected to Pipe 5 is connected, and collects and be welded with the connecting tube 7 equidistantly distributed on first 8 outer wall, and connecting tube 7 is far from the one end for collecting first 8 It is welded with ring pipe 6, is filled with active carbon particle in the space that cabinet 1, partition 10, water tank 2 and gas tank 16 are formed, water tank 2 Air pump 14 is welded in top exterior walls, and air pump 14 is located at side of the partition 10 far from ring pipe 6, on the side outer wall of partition 10 It is welded with exhaust pipe 12, and exhaust pipe 12 is equipped with valve 11, is provided with side door 21 on the side outer wall of cabinet 1.

In the utility model, exhaust gas inlet pipe is welded on the side outer wall of gas tank 16, and one end of exhaust gas inlet pipe passes through case Body 1, curved pipe 3 is identical with the diameter of communicating pipe 5, and exhaust gas inlet pipe, ring pipe 6 are identical with the diameter of connecting tube 7, ring pipe 6 Diameter be greater than the diameter of communicating pipe 5, the top of ring pipe 6 and connecting tube 7 is provided with blow vent 9, passes through blow vent 9, annular Pipe 6 and connecting tube 7 disperse tail gas to greatest extent, and active carbon is facilitated to carry out the peculiar smell in absorption tail gas, the air inlet of air pump 14 Air inlet pipe 13 is welded on inner wall, and the one end of air inlet pipe 13 far from air pump 14 is connect with exhaust pipe 12.

Escape pipe 15, and the one end of escape pipe 15 far from air pump 14 and partition 10 are welded on the gas outlet inner wall of air pump 14 Welding carries out acceleration circulation by the gas that air pump 14 extracts 10 side of partition, exhaust pipe 12 and escape pipe 15 with partition 10 Side far from air pump 14 is connected, and screen pack 17 is welded in the top inner wall of gas tank 16, is filtered by screen pack 17 Impurity in tail gas prevents impurity from blocking pipeline when through curved pipe 3, and the top of gas tank 16 is welded with electric expansion Bar 18, the bottom of electric telescopic rod 18 are welded with link block, and link block is welded with spring 19, bullet close to one end of screen pack 17 The other end of spring 19, which is welded with, scrapes hawk 20, drives spring 19 to move up and down by electric telescopic rod 18, scrapes hawk to drive 20 move up and down, and the dust being deposited on screen pack 17 is removed, and prevent the accumulation of dust.

Working principle: it in use, tail gas enters after gas tank 16 through the impurity in the filtering tail gas of screen pack 17, prevents miscellaneous Matter blocks pipeline when through curved pipe 3, drives spring 19 to move up and down by electric telescopic rod 18, scrapes ash to drive Plate 20 moves up and down, and since screen pack 17 is obliquely installed, will receive during scraping hawk 20 and moving down The repulsion of spring 19 removes the dust being deposited on screen pack 17 to can fit closely with screen pack 17, tail gas warp Tail gas is dispersed by blow vent 9, ring pipe 6 and connecting tube 7 to greatest extent after the water heat exchange crossed in curved pipe 3 and water tank 2, so The peculiar smell in absorption tail gas is carried out by active carbon afterwards, acceleration circulation is carried out by the gas that air pump 14 extracts 10 side of partition, Accelerate absorption of the active carbon to peculiar smell, opening valve 11 spot-check processed tail gas after handling a period of time, unqualified When handled again by the side that air pump 14 draws gas into active carbon, open valve 11 after qualified and be discharged.

The preferable specific embodiment of the above, only the utility model, but the protection scope of the utility model is not It is confined to this, anyone skilled in the art is within the technical scope disclosed by the utility model, practical according to this Novel technical solution and its utility model design are subject to equivalent substitution or change, should all cover the protection model in the utility model Within enclosing.

Claims (7)

1. a kind of ceramic kiln dry type exhaust gas processing device, including cabinet (1), which is characterized in that in the bottom of the cabinet (1) It is welded on wall water tank (2), and is welded with drainpipe on the side outer wall of water tank (2), the drainpipe passes through cabinet (1), institute The bottom interior wall for stating cabinet (1) is equipped with deashing device (4), and deashing device (4) includes gas tank (16), gas tank (16) weldering It connects in the bottom interior wall of cabinet (1), and the side outer wall of gas tank (16) is connect with water tank (2), the side of the gas tank (16) Snorkel is welded on outer wall, and snorkel passes through gas tank (16) and connect with water tank (2), the snorkel is far from gas tank (16) One end is welded with curved pipe (3), and one end of the curved pipe (3) is welded with communicating pipe (5), on the inner wall of cabinet (1) side It is welded with partition (10), and has been bolted and has collected head (8) on the side inner wall of cabinet (1), it is described to collect the one of head (8) End is connected with communicating pipe (5), and collects and be welded with the connecting tube (7) equidistantly distributed, the connecting tube on the outer walls of head (8) (7) it is welded with ring pipe (6) far from the one end for collecting head (8), the cabinet (1), partition (10), water tank (2) and gas tank (16) It is filled with active carbon particle in the space of formation, is welded with air pump (14) in the top exterior walls of the water tank (2), and air pump (14) It positioned at the side of partition (10) separate ring pipe (6), is welded with exhaust pipe (12), and arranges on the side outer wall of the partition (10) Tracheae (12) is equipped with valve (11), is provided with side door (21) on the side outer wall of the cabinet (1).

2. a kind of ceramic kiln dry type exhaust gas processing device according to claim 1, which is characterized in that the gas tank (16) Side outer wall on be welded with exhaust gas inlet pipe, and one end of exhaust gas inlet pipe passes through cabinet (1).

3. a kind of ceramic kiln dry type exhaust gas processing device according to claim 1, which is characterized in that the curved pipe (3) identical with the diameter of communicating pipe (5), and exhaust gas inlet pipe, ring pipe (6) are identical with the diameter of connecting tube (7), ring pipe (6) Diameter be greater than the diameter of communicating pipe (5), the top of ring pipe (6) and connecting tube (7) is provided with blow vent (9).

4. a kind of ceramic kiln dry type exhaust gas processing device according to claim 1, which is characterized in that the air pump (14) Air inlet inner wall on be welded with air inlet pipe (13), and air inlet pipe (13) far from air pump (14) one end and exhaust pipe (12) even It connects.

5. a kind of ceramic kiln dry type exhaust gas processing device according to claim 1, which is characterized in that the air pump (14) Gas outlet inner wall on be welded with escape pipe (15), and escape pipe (15) far from air pump (14) one end and partition (10) weld.

6. a kind of ceramic kiln dry type exhaust gas processing device according to claim 1, which is characterized in that the exhaust pipe (12) it is connected with partition (10) far from the side of air pump (14) with escape pipe (15).

7. a kind of ceramic kiln dry type exhaust gas processing device according to claim 1, which is characterized in that the gas tank (16) Top inner wall on be welded with screen pack (17), and electric telescopic rod (18), electric expansion are welded at the top of gas tank (16) The bottom of bar (18) is welded with link block, and link block is welded with spring (19) close to one end of screen pack (17), spring (19) The other end be welded with and scrape hawk (20).