CN109595577A

CN109595577A - The environmentally friendly smoke exhaust barrel device of inner wall decontamination is used for waste gas residual heat heat cycles steam

Info

Publication number: CN109595577A
Application number: CN201811387037.9A
Authority: CN
Inventors: 黄佩媛
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-11-20
Filing date: 2018-11-20
Publication date: 2019-04-09

Abstract

The invention discloses the environmentally friendly smoke exhaust barrel devices that inner wall decontamination is used for waste gas residual heat heat cycles steam, its structure includes: conjugation tube, sliding seat, water inlet pipe, device housing, movable fume extractor, movable fume extractor is located at the inside of device housing while being fixedly connected with device housing, reach the water flow on the waste-heat heating frame by exhaust gas, to follow dust to be adsorbed on by electric frame by the steam generated, dust discharge is carried after condensation, to prevent internal dust accretions, and air-flow is separated with adsorptive racks, so that internal air-flow can be preferably tightly held by activated carbon, so as to which more clean gas is discharged, pass through the big adsorption layer combinations such as multiple, and internal air-flow subdivision is divided to output with small bore tube, to carry out adsorption treatment for sub-fraction air-flow with individual adsorption layer, And it is capable of the replacing internal active carbon taking-up of aspect to push away the installation of embedded, and the waste of active carbon can be reduced.

Description

The environmentally friendly smoke exhaust barrel device of inner wall decontamination is used for waste gas residual heat heat cycles steam

Technical field

The present invention relates to exhaust-gas treatment fields, are used for inner wall particularly with regard to one kind with waste gas residual heat heat cycles steam The environmentally friendly smoke exhaust barrel device of decontamination.

Background technique

Current smoke exhaust barrel device, usually by electrostatic with charge adsorption dust and the active carbon in heaps put together Match, the air-flow flowed through is adsorbed, to complete to carry out gas processing to achieve the purpose that environmental protection, but with Such mode is easy to cause:

When work is exhausted, when being adsorbed by activated carbon in heaps, active carbon in heaps when being adsorbed, The also unadsorbed complete air-flow of active carbon inside when the flow velocity of air-flow is too fast just has passed through influence treatment effect, and active carbon Replacement process it is relatively complicated, while in internal active carbon saturation, the dust inside air-flow is easy under the action of electrostatic After contamination is difficult to be cleaned to the inside of equipment in equipment, while electrostatic disappears, dust can be fallen in the inside of equipment, Influence the emission effect of next time.

Summary of the invention

In view of the deficiencies of the prior art, the present invention is to realize by the following technical solutions: being followed with waste gas residual heat heating Ring steam be used for inner wall decontamination environmentally friendly smoke exhaust barrel device, structure include: conjugation tube, sliding seat, water inlet pipe, device housing, Movable fume extractor, it is described activity fume extractor be located at device housing inside simultaneously be fixedly connected with device housing, it is described into Water pipe is set to the upside end face of device housing and penetrates through with device housing and connects, and the conjugation tube is located at the right-hand end of sliding seat Face is connected with sliding seat simultaneously, and the sliding seat is set to the right side of device housing and is integrated knot with device housing Structure, the end face outside of the water inlet pipe are equipped with flange of multiple bolts hole for connection.

It is advanced optimized as of the invention, the activity fume extractor is equipped with strainer adjustable shelf, cooperation adsorptive racks, gear Plate, both upper surfaces of inside that the position retaining plate is set to cooperation adsorptive racks are fixedly connected, and the strainer adjustable shelf is located at cooperation The downside surface of adsorptive racks and with cooperation adsorptive racks be fixedly connected, the position retaining plate be arc-shaped cylindrical metal structures.

It is advanced optimized as of the invention, the strainer adjustable shelf is equipped with mandril, through-hole, adsorptive racks, shield, cunning Slot, jacking block, gas cabin, the gas cabin are set to the inside of shield and are fixedly connected with shield, and the sliding slot is set to gas cabin Upside end face is fixedly connected with gas cabin simultaneously, and the jacking block is located at the front-end surface of mandril and is mechanically connected with mandril, described Both the inside of mandril insertion sliding slot is gap-matched, and the through-hole is set to the perforation connection of both tops in gas cabin, the suction Both uper side surfaces that attached frame is set to through-hole are fixedly connected, and the mandril is fixed together with electric pushrod, the through-hole To be curved by the lower special-shaped pipeline become larger on the net.

Advanced optimized as of the invention, the adsorptive racks be equipped with cylinder, through-hole pipe, plate body, adsorption layer, small bore tube, Arc-shaped base, handle holder, both downside end faces that the arc-shaped base is located at cylinder are fixedly connected, and the plate body is set to cylinder Both uper side surfaces weld together, both inside of through-hole pipe insertion plate body perforation connection, between the adsorption layer uses The mode of gap cooperation is embedded in the inside of cylinder, and the small bore tube is located at the perforation of both downside end faces of through-hole pipe and connects, and described The end face outside that hand cradle is set to adsorption layer is mechanically connected with adsorption layer simultaneously, and the small bore tube is equipped with multiple round tube hole shape tube bodies Structure, the inside of the adsorption layer is equipped with active carbon layer.

Advanced optimized as of the invention, the cooperation adsorptive racks be equipped with heating frame, arc block, copper billet, by electric frame, peace Hole, coordinating block are filled, the inside that the copper billet is set to heating frame is fixedly connected with heating frame simultaneously, and the arc block is set to copper billet It front end face and is flexibly connected with copper billet, the coordinating block and copper billet is parallel to each other and the two activity is fitted and connected together, The electrical connection of both front end faces that coordinating block is set up in by electricity, the mounting hole are set to both inside of heating frame as integration Structure, the coordinating block are the rectangle copper billet equipped with wiring, and the arc block is the plastic cement block of big radian.

It is advanced optimized as of the invention, the heating frame is equipped with through-hole, protective frame, pipeline, water tank, arc block, more Siphunculus, mobile layer, the inside that the through-hole is located at protective frame is penetrated through with protective frame simultaneously to be connected, and the mobile layer insertion is set to anti- Both inside of retaining frame is flexibly connected, and the water tank is set to both upside end faces of through-hole and is flexibly connected, and the pipeline is located at water Both right lateral surfaces of case mechanical connection, the multi-pass pipe is fixedly mounted on both left end faces of water tank and is fixedly connected, described Both left-hand faces that arc block is mounted on multi-pass pipe by welding are fixedly connected, and the multi-pass pipe is " Z " font Through-hole pipeline, the inside of the mobile layer are adsorbed with alcohol and are the through-hole structure of cylinder.

Beneficial effect

The present invention is applied to be used for the environmentally friendly smoke exhaust barrel device of inner wall decontamination with waste gas residual heat heat cycles steam, is carrying out When exhaust work, exhaust gas is sent by conjugation tube, then the mandril of lower section is by under the traction of electric pushrod, so that The jacking block in front is shunk, so that air-flow enters the inside in gas cabin, while inside the waste-heat pipeline internal activity layer in exhaust gas Alcohol so that alcohol rapidly vaporizes, and hot gas is exported by through-hole, begins to warm up the water inside water tank above Stream, and flowing down after the condensation of upper end in liquefaction, while the mandril constriction point of top opens jacking block, and the air-flow inside gas cabin to On flow into the inside of through-hole, and then small bore tube is impacted, and the aperture on small bore tube refines output, then inside adsorption layer Active carbon absorption under, to be exported by through-hole pipe on plate body, and by making to bring about the desired sensation under the limit of the position retaining plate of top Flow point stream, the heated vaporization of water flow internal at this time, then the copper billet heating temperature of top rises, and internal charge is free, to matching Block displacement is closed, causes to be generated electrostatic field by electric frame, and the dust inside the steam and exhaust gas vaporized is attracted by electric field, to adsorb On by electric frame, while after equipment stopping, the water flow of vaporization is condensed, and is flowed down to adsorb dust along by electric frame, then by Gravity influences tenesmus to arc panel, then flows into water tank by multi-pass pipe, is finally discharged together with dust, and circulate operation, Carry out discharge work.

Mainly being matched by strainer adjustable shelf and cooperation adsorptive racks in the present invention, the waste-heat for passing through exhaust gas heats Water flow on frame carries dust discharge to follow dust to be adsorbed on by electric frame by the steam generated after condensation, thus Internal dust accretions are prevented, and are separated air-flow with adsorptive racks, so that internal air-flow can be preferably active Charcoal absorption, so as to which more clean gas is discharged.

The present invention is combined by adsorptive racks by the big adsorption layers such as multiple, and with small bore tube that internal air-flow is thin Divide to output, to carry out adsorption treatment for sub-fraction air-flow with individual adsorption layer, and to push away the installation of embedded Be capable of aspect takes out replacement for internal active carbon, and can reduce the waste of active carbon.

The present invention is by heating frame, with waste heat entrained by exhaust gas inside, by the alcohol inside heated active layer, so that Temperature rapid increase inside pipeline, while rising along through-hole constant temperature, and makes the water flow vapour inside the water tank of top Change, is adsorbed on and is flowed out together by dust on electric frame, is covered after condensation by multi-pass pipe, to prevent the heap of equipment inner wall dust Product.

Detailed description of the invention

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention, Objects and advantages will become more apparent upon:

Fig. 1 is that section of the present invention with waste gas residual heat heat cycles steam for the environmentally friendly smoke exhaust barrel device of inner wall decontamination shows It is intended to.

Fig. 2 is cleaning mill of the present invention with waste gas residual heat heat cycles steam for the environmentally friendly smoke exhaust barrel device of inner wall decontamination The structural scheme of mechanism of cutting apparatus.

Fig. 3 is that strainer of the present invention with waste gas residual heat heat cycles steam for the environmentally friendly smoke exhaust barrel device of inner wall decontamination is living The slide displacement structural schematic diagram of moving frame.

Fig. 4 is adsorptive racks of the present invention with waste gas residual heat heat cycles steam for the environmentally friendly smoke exhaust barrel device of inner wall decontamination Three dimensional structure diagram.

Fig. 5 is that cooperation of the present invention with waste gas residual heat heat cycles steam for the environmentally friendly smoke exhaust barrel device of inner wall decontamination is inhaled The structural schematic diagram of attached frame.

Fig. 6 is heating frame of the present invention with waste gas residual heat heat cycles steam for the environmentally friendly smoke exhaust barrel device of inner wall decontamination Structural schematic diagram.

In figure: conjugation tube -1, sliding seat -2, water inlet pipe -3, device housing -4, movable fume extractor -5, strainer adjustable shelf - 51, cooperate adsorptive racks -52, position retaining plate -53, mandril -511, through-hole -512, adsorptive racks -513, shield -514, sliding slot -515, Jacking block -516, gas cabin -517, cylinder -5131, through-hole pipe -5132, plate body -5133, adsorption layer -5134, small bore tube -5135, arc Shape pedestal -5136, handle holder -5138, heating frame -521, arc block -522, copper billet -523, by electric frame -524, mounting hole -525, Coordinating block -526, through-hole -5211, protective frame -5212, pipeline -5213, water tank -5214, arc block -5215, multi-pass pipe -5216, Mobile layer -5217.

Specific embodiment

To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to Specific embodiment and Detailed description of the invention, the preferred embodiment that the present invention is further explained.

Embodiment

Referring to Fig. 1, the present invention provides the environmental protection smoke evacuation wound packages with waste gas residual heat heat cycles steam for inner wall decontamination It sets, structure includes: conjugation tube 1, sliding seat 2, water inlet pipe 3, device housing 4, movable fume extractor 5, the activity smoke evacuation dress It sets the inside that 5 are located at device housing 4 while being fixedly connected with device housing 4, the water inlet pipe 3 is set to the upside of device housing 4 End face and with device housing 4 penetrate through connect, the conjugation tube 1 be located at sliding seat 2 right end face simultaneously agree with sliding seat 2 Connection, the sliding seat 2 are set to the right side of device housing 4 and are integrated with device housing 4, the water inlet pipe 3 End face outside is equipped with the flange for connection of multiple bolts hole.

Referring to Fig. 2, the present invention provides the environmental protection smoke evacuation wound packages with waste gas residual heat heat cycles steam for inner wall decontamination It sets, structure includes: that the movable fume extractor 5 is equipped with strainer adjustable shelf 51, cooperation adsorptive racks 52, position retaining plate 53, the gear Both upper surfaces of inside that position plate 53 is set to cooperation adsorptive racks 52 are fixedly connected, and the strainer adjustable shelf 51 is located at cooperation absorption The downside surface of frame 52 and with cooperation adsorptive racks 52 be fixedly connected, the position retaining plate 53 be arc-shaped cylinder metal knot Structure can separate air-flow straight up preferably to carry out Electrostatic Absorption work by the arc-shaped structure of cylindrical body.

Referring to Fig. 3, the present invention provides the environmental protection smoke evacuation wound packages with waste gas residual heat heat cycles steam for inner wall decontamination It sets, structure includes: that the strainer adjustable shelf 51 is equipped with mandril 511, through-hole 512, adsorptive racks 513, shield 514, sliding slot 515, jacking block 516, gas cabin 517, the gas cabin 517 are set to the inside of shield 514 and are fixedly connected with shield 514, institute Sliding slot 515 is stated set on the upside end face in gas cabin 517 while being fixedly connected with gas cabin 517, the jacking block 516 is located at mandril 511 It front-end surface and is mechanically connected with mandril 511, both the inside that the mandril 511 is embedded in sliding slot 515 is gap-matched, institute Through-hole 512 is stated set on the perforation connection of both tops in gas cabin 517, the adsorptive racks 513 are set to both uper side surfaces of through-hole 512 It is fixedly connected, the mandril 511 is fixed together with electric pushrod, by electric pushrod come for the flexible of mandril 511 Controlled, the through-hole 512 be it is curved by the lower special-shaped pipeline become larger on the net, by there is the small pipeline to become larger can So that air-flow flow velocity when flowing through reduces, so as to preferably stop.

Referring to Fig. 4, the present invention provides the environmental protection smoke evacuation wound packages with waste gas residual heat heat cycles steam for inner wall decontamination It sets, structure includes: that the adsorptive racks 513 are equipped with cylinder 5131, through-hole pipe 5132, plate body 5133, adsorption layer 5134, small bore tube 5135, arc-shaped base 5136, handle holder 5138, the arc-shaped base 5136 are located at the fixed company in both downside end faces of cylinder 5131 It connects, both uper side surfaces that the plate body 5133 is set to cylinder 5131 weld together, and the through-hole pipe 5132 is embedded in plate body The perforation connection of both 5133 inside, the mode that the adsorption layer 5134 is gap-matched are embedded in the inside of cylinder 5131, institute It states small bore tube 5135 and is located at the perforation connection of both downside end faces of through-hole pipe 5132, the handle holder 5138 is set to adsorption layer 5134 End face outside simultaneously with adsorption layer 5134 be mechanically connected, the small bore tube 5135 be equipped with multiple round tube hole shape tube bodies knot The air-flow of entrance can be separated so that the air flue that air-flow becomes small flow makes by structure by the porous structure of a bar The absorption of active carbon is more complete, and the inside of the adsorption layer 5134 is equipped with active carbon layer.

Referring to Fig. 5, the present invention provides the environmental protection smoke evacuation wound packages with waste gas residual heat heat cycles steam for inner wall decontamination Set, structure include: the cooperation adsorptive racks 52 be equipped with heating frame 521, arc block 522, copper billet 523, by electric frame 524, installation Hole 525, coordinating block 526, the inside that the copper billet 523 is set to heating frame 521 are fixedly connected with heating frame 521 simultaneously, the arc Shape block 522 is set to the front end face of copper billet 523 and is flexibly connected with copper billet 523, and the coordinating block 526 and copper billet 523 are mutually flat It goes and the two activity is fitted and connected together, the electrical connection of both described front end faces that coordinating block 526 is set to by electric frame 524, institute It states mounting hole 525 to be integrated set on both the inside of heating frame 521, the coordinating block 526 is the rectangle equipped with wiring Copper billet, the trend dissociated from high to low by charge, so that the formation voltage between copper billet, for adsorbing the water of small dust Vapour, the arc block 522 are the plastic cement block of big radian.

Referring to Fig. 6, the present invention provides the environmental protection smoke evacuation wound packages with waste gas residual heat heat cycles steam for inner wall decontamination It sets, structure includes: that the heating frame 521 is equipped with through-hole 5211, protective frame 5212, pipeline 5213, water tank 5214, arc block 5215, multi-pass pipe 5216, mobile layer 5217, the through-hole 5211 are located at the inside of protective frame 5212 while passing through with protective frame 5212 Lead to and connect, the insertion of mobile layer 5217 is set to both inside of protective frame 5212 and is flexibly connected, and the water tank 5214 is set to logical Both upside end faces in hole 5211 are flexibly connected, and the pipeline 5213 is located at both right lateral surfaces of water tank 5214 mechanical connection, Both left end faces that the multi-pass pipe 5216 is fixedly mounted on water tank 5214 are fixedly connected, and the arc block 5215 passes through welding Mode be mounted on both left-hand faces of multi-pass pipe 5216 and be fixedly connected, the multi-pass pipe 5216 is the through-hole pipe of " Z " font Road can flow directly into lowermost layer by outside in the water flow of reflux with the structure of " Z " font, prevent fluid from mutually rushing with steam Prominent, the inside of the mobile layer 5217 is adsorbed with alcohol and is the through-hole structure of cylinder, because alcohol is easy vaporization, energy It is enough to carry out heat transfer faster.

When work is exhausted, exhaust gas is sent by conjugation tube 1, then the mandril 511 of lower section is pushed away by electronic Under the traction of bar, so that the jacking block in front is shunk, so that air-flow enters the inside in gas cabin 517, while the waste heat in exhaust gas Alcohol inside 5213 internal activity layer 5217 of heating pipe so that alcohol rapidly vaporizes, and passes through through-hole 5211 Hot gas is exported, begins to warm up the water flow inside water tank 5214 above, and flow down after the condensation of upper end in liquefaction, while top 511 constriction point of mandril open jacking block 516, and the air-flow inside gas cabin 517 flows up into the inside of through-hole 512, and then impacts Small bore tube 5135, and the aperture on small bore tube 5135 refines output, the then suction of the active carbon inside adsorption layer 5134 Under attached, to be exported by the through-hole pipe 5132 on plate body 5133, and by under the limit of the position retaining plate of top 53 so that air-flow It shunts, the heated vaporization of water flow internal at this time, then 523 heating temperature of copper billet of top rises, and internal charge is free, to matching It closes block 526 to be displaced, causes to be generated electrostatic field by electric frame 524, and the dust inside the steam and exhaust gas vaporized is attracted by electric field, from And be adsorbed on by electric frame 524, while after equipment stopping, the water flow of vaporization condenses, to adsorb dust along by electric frame 524 Flow down, be then affected by gravity tenesmus on arc panel 5215, water tank 5214 is then flowed by multi-pass pipe 5216, finally together with Dust discharge, and circulate operation, carry out discharge work.

Problems solved by the invention be when work is exhausted, it is in heaps when being adsorbed by activated carbon in heaps Active carbon when being adsorbed, when the flow velocity of air-flow is too fast inside the also unadsorbed complete air-flow of active carbon just have passed through shadow Treatment effect is rung, and the replacement process of active carbon is relatively complicated, while the ash in internal active carbon saturation, inside air-flow After dirt becomes easily infected by equipment under the action of electrostatic, and is difficult to be cleaned to the inside of equipment, while electrostatic disappears, dust The emission effect that next time is influenced in the inside of equipment can be fallen, mainly inhaling by strainer adjustable shelf 31 and cooperation in the present invention Attached frame 32 matches, and reaches the water flow on the waste-heat heating frame by exhaust gas, to follow dust by the steam generated It is adsorbed on by electric frame, carries dust discharge after condensation, to prevent internal dust accretions, and with adsorptive racks by air-flow Separate, so that internal air-flow can be preferably tightly held by activated carbon, so as to which more clean gas is discharged, leads to The big adsorption layer combinations such as multiple are crossed, and are divided internal air-flow subdivision to output, thus individually to adsorb with small bore tube Layer carries out adsorption treatment for sub-fraction air-flow, and is capable of the taking out internal active carbon of aspect to push away the installation of embedded Replacement, and the waste of active carbon can be reduced, and with waste heat entrained by exhaust gas inside, inside heated active layer Alcohol so that temperature rapid increase inside pipeline, while rising along through-hole constant temperature, and makes inside the water tank of top Water flow vaporization, be adsorbed on by electric frame, cover dust after condensation and flowed out together by multi-pass pipe, to prevent equipment inner wall The accumulation of dust.

The basic principles, main features and advantages of the present invention have been shown and described above, the technology of the industry Personnel are it should be appreciated that the present invention is not limited to the above embodiments, and the above embodiments and description only describe this The principle of invention can not only be realized in other specific forms under the premise of not departing from spirit of that invention or essential characteristic The present invention will also have various changes and improvements, these changes and improvements both fall within scope of the claimed invention, therefore this hair Bright claimed range is defined by appended claims and its equivalent, rather than above description limits.

In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art The other embodiments being understood that.

Claims

1. being used for the environmentally friendly smoke exhaust barrel device of inner wall decontamination with waste gas residual heat heat cycles steam, structure includes: conjugation tube (1), sliding seat (2), water inlet pipe (3), device housing (4), movable fume extractor (5), the activity fume extractor (5) are located at dress It sets the inside of shell (4) while being fixedly connected with device housing (4), the water inlet pipe (3) is set to the upside of device housing (4) Face and with device housing (4) penetrate through connect, it is characterised in that:

The conjugation tube (1) is located at the right end face of sliding seat (2) while being connected with sliding seat (2), the sliding seat (2) Set on device housing (4) right side and be integrated with device housing (4).

2. the environmentally friendly smoke exhaust barrel device according to claim 1 that inner wall decontamination is used for waste gas residual heat heat cycles steam, It is characterized by: the activity fume extractor (5) is equipped with strainer adjustable shelf (51), cooperation adsorptive racks (52), position retaining plate (53), institute Stating position retaining plate (53) and being set to cooperates both upper surfaces of inside of adsorptive racks (52) to be fixedly connected, strainer adjustable shelf (51) position It is fixedly connected in the downside surface for cooperating adsorptive racks (52) and with cooperation adsorptive racks (52).

3. the environmentally friendly smoke exhaust barrel device according to claim 2 that inner wall decontamination is used for waste gas residual heat heat cycles steam, It is characterized by: the strainer adjustable shelf (51) be equipped with mandril (511), through-hole (512), adsorptive racks (513), shield (514), Sliding slot (515), jacking block (516), gas cabin (517), the gas cabin (517) are set to the inside of shield (514) and and shield (514) it is fixedly connected, the upside end face that the sliding slot (515) is set to gas cabin (517) is fixedly connected with gas cabin (517) simultaneously, institute It states jacking block (516) to be located at the front-end surface of mandril (511) and be mechanically connected with mandril (511), mandril (511) insertion is slided Both the inside of slot (515) is gap-matched, and the through-hole (512) is set to the perforation connection of both tops of gas cabin (517), institute Both the uper side surfaces of adsorptive racks (513) set on through-hole (512) are stated to be fixedly connected.

4. the environmentally friendly smoke exhaust barrel device according to claim 3 that inner wall decontamination is used for waste gas residual heat heat cycles steam, It is characterized by: the adsorptive racks (513) are equipped with cylinder (5131), through-hole pipe (5132), plate body (5133), adsorption layer (5134), small bore tube (5135), arc-shaped base (5136), handle holder (5138), the arc-shaped base (5136) are located at cylinder (5131) both downside end faces are fixedly connected, and both uper side surfaces that the plate body (5133) is set to cylinder (5131) are welded on Together, both inside of through-hole pipe (5132) insertion plate body (5133) perforation connection, between the adsorption layer (5134) uses The mode of gap cooperation is embedded in the inside of cylinder (5131), and the small bore tube (5135) is located at the downside end face two of through-hole pipe (5132) Person penetrates through connection, and the end face outside that the handle holder (5138) is set to adsorption layer (5134) is mechanical even with adsorption layer (5134) simultaneously It connects.

5. the environmentally friendly smoke exhaust barrel device according to claim 2 that inner wall decontamination is used for waste gas residual heat heat cycles steam, It is characterized by: the cooperation adsorptive racks (52) be equipped with heating frame (521), arc block (522), copper billet (523), by electric frame (524), mounting hole (525), coordinating block (526), the copper billet (523) are set to the inside of heating frame (521) while and heating frame (521) it is fixedly connected, the arc block (522) is set to the front end face of copper billet (523) and is flexibly connected with copper billet (523), institute It states coordinating block (526) and copper billet (523) are parallel to each other and the two activity is fitted and connected together, it is described to be set by electric frame (524) It is electrically connected in both front end faces of coordinating block (526), it is one that the mounting hole (525), which is set to both the inside of heating frame (521), Body structure.

6. the environmentally friendly smoke exhaust barrel device according to claim 5 that inner wall decontamination is used for waste gas residual heat heat cycles steam, It is characterized by: the heating frame (521) be equipped with through-hole (5211), protective frame (5212), pipeline (5213), water tank (5214), Arc block (5215), multi-pass pipe (5216), mobile layer (5217), the inside that the through-hole (5211) is located at protective frame (5212) are same When connected with protective frame (5212) perforation, the mobile layer (5217) insertion is set to the activity of both the inside of protective frame (5212) even It connects, the water tank (5214) is set to both upside end faces of through-hole (5211) and is flexibly connected, and the pipeline (5213) is located at water tank (5214) both right lateral surfaces mechanical connection, the multi-pass pipe (5216) are fixedly mounted on the left end face two of water tank (5214) Person is fixedly connected, and it is fixed that the arc block (5215) is mounted on both left-hand faces of multi-pass pipe (5216) by welding Connection.