CN204912204U - Separation and reunion type pipe wall deashing ware - Google Patents
Separation and reunion type pipe wall deashing ware Download PDFInfo
- Publication number
- CN204912204U CN204912204U CN201520706175.4U CN201520706175U CN204912204U CN 204912204 U CN204912204 U CN 204912204U CN 201520706175 U CN201520706175 U CN 201520706175U CN 204912204 U CN204912204 U CN 204912204U
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- clutch
- gear
- tube wall
- mortar
- elastic force
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Abstract
The utility model provides a separation and reunion type pipe wall deashing ware, includes that the pipe wall scrapes grey pole and separation and reunion pull rod machine, the pipe wall scrape that grey pole is formed by connecting elasticity hob and poling gear train and the suit in the intraductal chamber of mortar, the elasticity hob is spiral structure and has flexible elasticity, separation and reunion pull rod press packed bale is drawn together bidentate head driving machine and all is equipped with clutch gear with roof pressure separation and reunion machine, bidentate head driving machine both ends, clutch gear and drive gear cooperate, separation and reunion roof pressure machine is equipped with bridge type support and flexible fore -set. Grey rod cover dress is scraped in the intraductal chamber of mortar to the pipe wall of this embodiment, in the effect extension down of separation and reunion pull rod machine, shortens under the effect of self elastic force, and in -process that the elasticity hob shortens in the extension will adsorb the coal ash clean up at the mortar inside pipe wall, prevents that generator tube from saying the jam. Consequently, rational in infrastructure, the convenient assembling of this separation and reunion type pipe wall deashing ware makes the unblocked transport mortar of mortar pipe ability.
Description
Technical field
The utility model belongs to a kind of dust remover, particularly relates to a kind of clutch type tube wall dust remover.
Background technology
The coal ash that large coal-fired boiler burning produces, major part enters flue along with flue gas and is collected by dust arrester in dry ash storehouse, and a part of coal ash enters mortar pool from boiler bottom in addition, is transported to ash settling basin by slurry pump through mortar tube, carries out precipitate and separate.Due in mortar containing more coal ash and coal ash easily adsorbs mortar tube inwall, so after mortar tube uses a period of time, its inwall will produce one deck black dirt, and, time longer black dirt layer is tied thicker, make mortar tube internal diameter reduce and form line clogging, and then affect whole slurry delivery system and cannot normally run.
Summary of the invention
Easily tie attached black dirt to solve prior art mortar tube inwall and form the problem of line clogging, the utility model aims to provide a kind of clutch type tube wall dust remover, this tube wall dust remover comprises tube wall and scrapes grey bar and clutch rod machine, the coal ash being adsorbed on mortar tube inwall can be removed in time, the situation of coal ash fouling blocking pipe can not occur.
In order to achieve the above object, the utility model adopts following technical scheme: a kind of clutch type tube wall dust remover, it is characterized in that: described clutch type tube wall dust remover comprises tube wall and scrapes grey bar and clutch rod machine, described tube wall is scraped grey bar and is formed by connecting by elastic force screw rod and poling gear train and is sleeved on mortar tube inner chamber, described elastic force screw rod helically type structure there is telescopic resilience, upper rack draw ring and lower tooth bar draw ring is respectively equipped with at elastic force screw rod two ends, described poling gear train comprises poling axle bed, pull bar gear and travelling gear, described poling axle bed is arranged on mortar tube tube wall, described pull bar gear set is at upper rack draw ring and lower tooth bar draw ring inner ring, described travelling gear is arranged on mortar tube outside, described clutch rod machine comprises bidentate head driving machine and top pressure clutch, described bidentate head driving machine two ends are all provided with clutch gear, described clutch gear matches with travelling gear, described clutch high pressure apparatus is provided with bridge type bracket and expanding support pillar, described bridge type bracket is fixedly connected with mortar tube, and described expanding support pillar is connected with bidentate head driving machine.
This preferred embodiment also has following technical characteristic:
Described tube wall is scraped grey bar and is formed by connecting by many elastic force screw rods, and described pull bar gear is arranged between two elastic force screw rods and tube wall scrapes the two ends of grey bar.
Upper rack draw ring is all provided with in both sides, elastic force screw rod top, tooth ability to speak wheel chute is provided with at upper rack draw ring inner ring, lower tooth bar draw ring is all provided with in elastic force screw rod tail end both sides, be provided with lower tooth ability to speak wheel chute at lower tooth bar draw ring inner ring, described pull bar gear set is in upper tooth ability to speak wheel chute and lower tooth ability to speak wheel chute.
Described poling axle bed is arranged on mortar tube tube wall outside and its top penetrates mortar tube inner chamber, and described pull bar gear is arranged on poling axle bed top, and described travelling gear is arranged on poling axle bed tail end, is provided with draw ring clamp in pull bar geared end.
The U-shaped structure of described bidentate head driving machine is also fastened in mortar tube outer ring, and described bridge type bracket crossbearer is in the middle part of bidentate head driving machine, and described expanding support pillar is arranged in the middle part of bridge type bracket.
Described clutch high pressure apparatus comprises screw type high pressure apparatus and hydraulic high pressure apparatus, is provided with linkage between described bidentate head driving machine and clutch high pressure apparatus.
The tube wall of the present embodiment is scraped grey bar and is sleeved on mortar tube inner chamber, extend under the effect of clutch rod machine, shorten under the effect of natural resiliency power, elastic force screw rod is extending in the process shortened, the coal ash being adsorbed on mortar tube inwall is cleaned out, prevents line clogging.Therefore, this clutch type tube wall dust remover is rational in infrastructure, easy to assembly, makes the conveying mortar that mortar tube energy is unimpeded.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is further illustrated.
Fig. 1 is the assembly structure schematic diagram of the utility model embodiment.
Fig. 2 is the structural representation that Fig. 1 elastic force screw rod 11 connects at mortar tube 01 inner chamber.
Fig. 3 is the structural representation that in Fig. 1,2, pull bar gear 121 and upper rack draw ring 110, lower tooth bar draw ring 111 assemble.
In figure, sequence number represents respectively: 01. mortar tube, and 10. tube wall scrapes grey bar, 11. elastic force screw rods, 110. upper rack draw rings, 111. times tooth bar draw rings, tooth ability to speak wheel chute on 112., 113. lower tooth ability to speak wheel chutes, 12. poling gear trains, 120. poling axle beds, 121. pull bar gears, 122. travelling gears, 123. draw ring clamps, 20. clutch rod machines, 21. bidentate head driving machines, 210. clutch gears, 22. top pressure clutches, 220. bridge type bracket, 221. expanding support pillars.
Detailed description of the invention
See Fig. 1 and composition graphs 2, 3, the clutch type tube wall dust remover of the present embodiment comprises tube wall and scrapes grey bar 10 and clutch rod machine 20, described tube wall is scraped grey bar 10 and is formed by connecting by elastic force screw rod 11 and poling gear train 12 and is sleeved on mortar tube 01 inner chamber, described elastic force screw rod 11 helically type structure there is telescopic resilience, upper rack draw ring 110 and lower tooth bar draw ring 111 is respectively equipped with at elastic force screw rod 11 two ends, described poling gear train 12 comprises poling axle bed 120, pull bar gear 121 and travelling gear 122, described poling axle bed 120 is arranged on mortar tube 01 tube wall, described pull bar gear 121 is sleeved on upper rack draw ring 110 and lower tooth bar draw ring 111 inner ring, it is outside that described travelling gear 122 is arranged on mortar tube 01, described clutch rod machine 20 comprises bidentate head driving machine 21 and top pressure clutch 22, described bidentate head driving machine 21 two ends are all provided with clutch gear 210, described clutch gear 210 matches with travelling gear 122, described top pressure clutch 22 is provided with bridge type bracket 220 and expanding support pillar 221, described bridge type bracket 220 is fixedly connected with mortar tube 01, and described expanding support pillar 221 is connected with bidentate head driving machine 21.
The clutch type tube wall dust remover of this example and mortar tube 01 with the use of, tube wall is scraped grey bar 10 and is sleeved on mortar tube 01 inner chamber, extend under the effect of clutch rod machine 20, shorten under the effect of natural resiliency power, tube wall is scraped grey bar 10 and is being extended in the process shortened, by elastic force screw rod 11, the coal ash being adsorbed on mortar tube 01 inwall is cleaned out, prevent line clogging.
Described tube wall is scraped grey bar 10 and is formed by connecting by many elastic force screw rods 11, and described pull bar gear 121 is arranged between two elastic force screw rods 11 and tube wall scrapes the two ends of grey bar 10.
Be arranged on the pull bar gear 121 between two elastic force screw rods 11, being sleeved on upper rack draw ring 110 combines in overlapped chute with lower tooth bar draw ring 111, both two elastic force screw rods 11 were connected, two elastic force screw rods 11 can be driven again simultaneously to extend.Be arranged on the two ends pull bar gear 121 that tube wall scrapes grey bar 10, be sleeved on separately upper rack draw ring 110 or lower tooth bar draw ring 111 inner ring, both tube wall had been scraped grey bar 10 end winding support on mortar tube 01 inwall, elastic force screw rod 11 can be driven again to extend.
The elastic force screw rod 11 of spiral-shaped structure matches with mortar tube 01 inner chamber, is sleeved on mortar tube 01 inner chamber and its outer ring is pushed up but do not held out against mortar tube 01 inwall, can clear up the coal ash of mortar tube 01 inwall, not reduce again the conveyance power of water of mortar tube 01.Elastic force screw rod 11 extends under the effect of clutch rod machine 20, shortens under the effect of natural resiliency power, and in the process of extending and shorten, scraped finish mortar tube 01 inwall, scrapes off the coal ash being adsorbed on mortar tube 01 inwall along with current pour ash settling basin.
Upper rack draw ring 110 is all provided with in both sides, elastic force screw rod 11 top, tooth ability to speak wheel chute 112 is provided with at upper rack draw ring 110 inner ring, lower tooth bar draw ring 111 is all provided with in elastic force screw rod 11 tail end both sides, be provided with lower tooth ability to speak wheel chute 113 at lower tooth bar draw ring 111 inner ring, described pull bar gear 121 is sleeved in tooth ability to speak wheel chute 112 and lower tooth ability to speak wheel chute 113.
Upper tooth ability to speak wheel chute 112 is provided with driving cog mouth at top, lower tooth ability to speak wheel chute 113 is provided with driving cog mouth in bottom, pull bar gear 121 is sleeved in tooth ability to speak wheel chute 112 or lower tooth ability to speak wheel chute 113, drive upper rack draw ring 110 or lower tooth bar draw ring 111 transverse shifting by driving cog mouth, upper rack draw ring 110 or lower tooth bar draw ring 111 will drive elastic force screw rod 11 to elongate or shorten.
Upper rack draw ring 110 and lower tooth bar draw ring 111 are overlaped, upper tooth ability to speak wheel chute 112 is just taken turns chute 113 and is combined into the chute that overlaps with lower tooth ability to speak, pull bar gear 121 is sleeved in coincidence chute, just two elastic force screw rods 11 can be linked together, and drive two elastic force screw rods 11 to elongate or shorten simultaneously.
Upper rack draw ring 110 or lower tooth bar draw ring 111 are all set in both sides, elastic force screw rod 11 end, the active force of reception clutch rod machine 20 that just can be balanced, can not the situation of run-off the straight card pipe.
Described poling axle bed 120 is arranged on mortar tube 01 tube wall outside and its top penetrates mortar tube 01 inner chamber, described pull bar gear 121 is arranged on poling axle bed 120 top, described travelling gear 122 is arranged on poling axle bed 120 tail end, is provided with draw ring clamp 123 in pull bar gear 121 end.
Poling gear train 12 is firmly connected with mortar tube 01 by poling axle bed 120, elastic force screw rod 11 can be arranged on mortar tube 01 inner chamber with the state stretched, make again clutch rod machine 20 that elastic force screw rod 11 can easily be driven to stretch, draw ring clamp 123 prevents upper rack draw ring 110 or lower tooth bar draw ring 111, outwards deviates from from pull bar gear 121 end.
The U-shaped structure of described bidentate head driving machine 21 is also fastened in mortar tube 01 outer ring, and described bridge type bracket 220 crossbearer is in the middle part of bidentate head driving machine 21, and described expanding support pillar 221 is arranged in the middle part of bridge type bracket 220.
The bidentate head driving machine 21 of U-shaped structure matches with mortar tube 01 outer wall, can easily be fastened in mortar tube 01 outer ring.Bidentate head driving machine 21 is firmly connected with mortar tube 01 by bridge type bracket 220, under the effect of expanding support pillar 221 near or leave mortar tube 01.Bidentate head driving machine 21 drives two clutch gear 210 synchronous axial system when starting, when pushing up pressure clutch 22 and driving bidentate head driving machine 21 near mortar tube 01, two clutch gears 210 will be with nutating gear 122 to rotate simultaneously, and pull bar gear 121 will drive elastic force screw rod 11 to extend.
Described top pressure clutch 22 comprises screw type high pressure apparatus and hydraulic high pressure apparatus, and described bidentate head driving machine 21 and top are pressed between clutch 22 and be provided with linkage.
When clutch rod machine 20 starts, top pressure clutch 22 pushes up pressure bidentate head driving machine 21 by expanding support pillar 221, make bidentate head driving machine 21 near mortar tube 01, when clutch gear 210 is meshed with travelling gear 122, top pressure clutch 22 stops top pressure work, and start bidentate head driving machine 21 by linkage, clutch gear 210 will drive pull bar gear 121 to rotate, elastic force screw rod 11 is elongated, when elastic force screw rod 11 is stretched to preseting length, bidentate head driving machine 21 quits work, and shrink expanding support pillar 221 by linkage startup top pressure clutch 22, when clutch gear 210 departs from travelling gear 122, elastic force screw rod 11 shortens fast under the effect of natural resiliency power, the coal ash being adsorbed on mortar tube 01 inwall can be cleaned out, the coal ash being adsorbed on screw rod self can be shaken again and fall.When expanding support pillar 221 is contracted to original position, top pressure clutch 22 starts again pushes bidentate head driving machine 21 to mortar tube 01, iterative cycles like this runs, and elastic force screw rod 11 just can make mortar tube 01 inwall keep not tying black dirt, and the problem that mortar tube 01 blocks also would not occur.
In sum: the present embodiment solves prior art mortar tube inwall and easily ties attached black dirt and form the problem of line clogging, a kind of clutch type tube wall dust remover clearing up mortar tube inwall coal ash is in time provided.
Claims (6)
1. a clutch type tube wall dust remover, it is characterized in that: described clutch type tube wall dust remover comprises tube wall and scrapes grey bar (10) and clutch rod machine (20), described tube wall is scraped grey bar (10) and is formed by connecting by elastic force screw rod (11) and poling gear train (12) and is sleeved on mortar tube inner chamber, described elastic force screw rod (11) helically type structure there is telescopic resilience, upper rack draw ring (110) and lower tooth bar draw ring (111) is respectively equipped with at elastic force screw rod (11) two ends, described poling gear train (12) comprises poling axle bed (120), pull bar gear (121) and travelling gear (122), described poling axle bed (120) is arranged on mortar tube tube wall, described pull bar gear (121) is sleeved on upper rack draw ring (110) and lower tooth bar draw ring (111) inner ring, described travelling gear (122) is arranged on mortar tube outside, described clutch rod machine (20) comprises bidentate head driving machine (21) and top pressure clutch (22), described bidentate head driving machine (21) two ends are all provided with clutch gear (210), described clutch gear (210) matches with travelling gear (122), described top pressure clutch (22) is provided with bridge type bracket (220) and expanding support pillar (221), described bridge type bracket (220) is fixedly connected with mortar tube, and described expanding support pillar (221) is connected with bidentate head driving machine (21).
2. a kind of clutch type tube wall dust remover according to claim 1, it is characterized in that: described tube wall is scraped grey bar (10) and is formed by connecting by many elastic force screw rods (11), described pull bar gear (121) is arranged between two elastic force screw rods (11) and tube wall scrapes the two ends of grey bar (10).
3. a kind of clutch type tube wall dust remover according to claim 1, it is characterized in that: be all provided with upper rack draw ring (110) in elastic force screw rod (11) both sides, top, upper tooth ability to speak wheel chute (112) is provided with at upper rack draw ring (110) inner ring, lower tooth bar draw ring (111) is all provided with in elastic force screw rod (11) tail end both sides, lower tooth ability to speak wheel chute (113) is provided with at lower tooth bar draw ring (111) inner ring, described pull bar gear (121) is sleeved in tooth ability to speak wheel chute (112) and lower tooth ability to speak wheel chute (113).
4. a kind of clutch type tube wall dust remover according to claim 1, it is characterized in that: described poling axle bed (120) is arranged on mortar tube tube wall outside and its top penetrates mortar tube inner chamber, described pull bar gear (121) is arranged on poling axle bed (120) top, described travelling gear (122) is arranged on poling axle bed (120) tail end, is provided with draw ring clamp (123) in pull bar gear (121) end.
5. a kind of clutch type tube wall dust remover according to claim 1, it is characterized in that: the U-shaped structure of described bidentate head driving machine (21) is also fastened in mortar tube outer ring, described bridge type bracket (220) crossbearer is at bidentate head driving machine (21) middle part, and described expanding support pillar (221) is arranged on bridge type bracket (220) middle part.
6. a kind of clutch type tube wall dust remover according to claim 1, it is characterized in that: described top pressure clutch (22) comprises screw type high pressure apparatus and hydraulic high pressure apparatus, described bidentate head driving machine (21) and top are pressed between clutch (22) and are provided with linkage.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520706175.4U CN204912204U (en) | 2015-09-13 | 2015-09-13 | Separation and reunion type pipe wall deashing ware |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520706175.4U CN204912204U (en) | 2015-09-13 | 2015-09-13 | Separation and reunion type pipe wall deashing ware |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204912204U true CN204912204U (en) | 2015-12-30 |
Family
ID=54961388
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520706175.4U Withdrawn - After Issue CN204912204U (en) | 2015-09-13 | 2015-09-13 | Separation and reunion type pipe wall deashing ware |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204912204U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105032860A (en) * | 2015-09-13 | 2015-11-11 | 衢州乐创节能科技有限公司 | Clutch type pipe wall ash removing device |
-
2015
- 2015-09-13 CN CN201520706175.4U patent/CN204912204U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105032860A (en) * | 2015-09-13 | 2015-11-11 | 衢州乐创节能科技有限公司 | Clutch type pipe wall ash removing device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20151230 Effective date of abandoning: 20161102 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |