CN203620788U - Movable electrode dust remover with movable bearing pedestal - Google Patents
Movable electrode dust remover with movable bearing pedestal Download PDFInfo
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- CN203620788U CN203620788U CN201320785951.5U CN201320785951U CN203620788U CN 203620788 U CN203620788 U CN 203620788U CN 201320785951 U CN201320785951 U CN 201320785951U CN 203620788 U CN203620788 U CN 203620788U
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- shaft holder
- moving shaft
- adjusting yoke
- traveling electrode
- supporting seat
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Abstract
The utility model relates to a movable electrode dust remover with a movable bearing pedestal, belonging to the field of flue gas dust removal of atmospheric pollution treatment. The movable electrode dust remover comprises a shell, fixed electric fields and a movable electric field, and is characterized in that a driven chain wheel bearing of the movable electric field is arranged on the movable bearing pedestal. The movable electrode dust remover with the movable bearing pedestal has the advantages that according to the technical scheme, the tensioning degree of a chain of the movable electrode dust remover can be conveniently adjusted, so that the reduction of the dust removal efficiency caused by looseness of the chain can be prevented, and the problem of running failure of a mechanism and the problem that the chain can easily snap from tension due to excessive tightness of the chain can be solved.
Description
Technical field
The utility model relates to a kind of traveling electrode deduster of novel Tape movement bearing block, belongs to the flue gas ash removal field of air contaminant treatment.
Background technology
As far back as late 1970s, there is enterprise just to start on the basis of electrostatic precipitator abroad, most end one-level stationary electric field is transformed into mobile electric field, become the traveling electrode deduster of stationary electric field and a mobile electric field combination, part has solved the efficiency of dust collection problem of high resistivity dust, has also avoided part reentrainment of dust.But in use, due to thermal expansion and wearing and tearing, drive the rotating chain of mobile electric field often to occur loosening, the positive plate that causes sideslip to be connected with it rocks, and die opening changes, electric field current fluctuation, efficiency of dust collection reduces, mechanism's operation troubles.In order to prevent chain-loose, some movable dust removal devices are initially just adjusted chain very tight, cause chain easily to snap.Because the chain of movable dust removal device is connected with positive plate, the devices such as stretcher cannot be set again, once chain is just difficult to after installing adjust, the tensioning problem of chain becomes a bottleneck problem of restriction traveling electrode deduster development.
Utility model content
Prior art problem to be solved in the utility model is by adopting the present invention/utility model technical scheme, adjust easily the tensioning degree of traveling electrode deduster chain, both prevented that the efficiency of dust collection that chain-loose causes from reducing, the problems such as mechanism's operation troubles, also prevent the problem that chain tension causes chain easily to snap.
To achieve these goals, the utility model has adopted following technical scheme: a kind of traveling electrode deduster of Tape movement bearing block, comprise shell (1), stationary electric field (2), mobile electric field (3), it is characterized in that: the passive sprocket shaft bearing of described mobile electric field (4) is located on moving shaft holder (5).
As preferably, described moving shaft holder (5) arranges chute (6) or slide rail (9) vertically by the one side of deduster wallboard (7), at deduster wallboard (7) or be attached thereto slide rail (9) or chute (6) are set on the substrate (8) connecing vertically, chute (6) and slide rail (9) are swallow-tail forms, and chute (6) and slide rail (9) coordinate for moving.Compare common slide rail, chute, this dovetail structure can be located, and returning moving shaft holder provides along the free degree of slide rail direction, guarantees that moving shaft holder pedestal can slide along slide rail, can not fall down from other directions again, simple in structure, easy for installation.
As optional, described traveling electrode deduster wallboard (7) or be attached thereto on the substrate (8) connecing, be provided with vertically with it vertical slide rail substrate (10), slide rail (11) or chute (12) are set on slide rail substrate (10) vertically, on the upper vertical end face perpendicular to deduster wallboard (7) of moving shaft holder (5), chute (12) or slide rail (11) are set vertically, chute (12) and slide rail (11) coordinate for moving.Moving shaft holder (5) both sides are all provided with chute (12) and slide rail (11) mechanism, moving shaft holder (5) is clipped in the middle, for moving shaft holder (5) only provides along the free degree of slide rail (11) direction, guarantee that moving shaft holder (5) can slide along slide rail (11), can not fall down from other directions again.This mode is processed simply, reliable in structure.
As optional, described traveling electrode deduster wallboard (7) or be attached thereto the substrate (8) connecing be provided with regulate double-screw bolt supporting seat (13), regulate double-screw bolt (14) to pass from regulate double-screw bolt supporting seat (13), withstand on moving shaft holder (5) upper, regulate double-screw bolt (14) to be fixed on and to regulate on double-screw bolt supporting seat (13) by nut (15).By double-screw bolt (14), nut (15), double-screw bolt supporting seat (13) and slide rail (9), chute (6) and acting in conjunction, can facilitate, reliably moving shaft holder be located to the also position of manual adjustment moving shaft holder.
As optional, the top of described moving shaft holder (5), go up or be attached thereto on the substrate (8) connecing at traveling electrode deduster wallboard (7) and be provided with adjusting yoke supporting seat (16), adjusting yoke (17) passes from adjusting yoke supporting seat (16), and one end is connected with moving shaft holder (5), has screw thread on the other end, be combined with nut (18),, between nut (18) and adjusting yoke supporting seat (16), be provided with spring (19).When installing or safeguarding, after the tensioning degree of chain (26) is determined, moving shaft holder (5) is adjusted to relevant position.When normal operating conditions, spring (19) keeps compressive state, has a pretightning force, makes adjusting yoke (17) produce a tractive force upwards to moving shaft holder (5); Moving shaft holder (5) is spontaneous a downward gravity; Chain (26) is to being produced the power of lifting upwards by movable sprocket (25).These three force retaining balances.In the time that chain (26) is loosening, moving shaft holder (5) will be because having lost chain (26) to its power of lifting disequilibrium upwards.Downward gravity is greater than adjusting yoke (17) tractive force upwards, and moving shaft holder (5) is down sliding automatically.In the time that moving shaft holder (5) drives by the position of movable sprocket (25) arrival and the tensioning of chain (26) energy, chain (26) power of lifting upwards increases rapidly, simultaneously, spring (19) has also increased adjusting yoke (17) and moving shaft holder (5) tractive force upwards because strengthening compression degree, in the time that three power reach a new poised state, moving shaft holder (5) stops upwards moving down, and keeps the suitable tensioning degree of chain (26).Among three power, because gravity is constant, the power of lifting upwards of chain (26) and tensioning degree are along with the size of downward force becomes, therefore, can adjust by adjusting nut (18) pretightning force of spring (19), adjust the size of downward power, thereby adjust the power of lifting and the tensioning degree of chain (26).
As preferably, the top of described moving shaft holder (5), go up or be attached thereto on the substrate (8) connecing at traveling electrode deduster wallboard (7) and be provided with adjusting yoke supporting seat (16), adjusting yoke (17) passes from adjusting yoke supporting seat (16), one end is connected with moving shaft holder (5), on the other end, there is screw thread, be combined with nut (18), , between nut (18) and adjusting yoke supporting seat (16), be provided with spring (19), it is characterized in that described adjusting yoke (17) is combined with a nut (20) near moving shaft holder (5) one end.Because traveling electrode deduster chain (26) is long, easily swing, cause tensioning degree and the power of lifting upwards among changing.Cause that in order to prevent that chain (26) from swinging to strengthen the power of upwards lifting strengthens suddenly and moving shaft holder (5) is altered suddenly, then bring chain (26) to occur loosening, cause chain (26) and related system work to play pendulum, be combined with a nut (20) at adjusting yoke (17) near moving shaft holder (5) one end.When installing or while safeguarding, when chain (26) tensioning degree is suitable, nut (20) being adjusted to adjusting yoke supporting seat (16) position, with it near, prevent in chain swinging, moving shaft holder is altered on (5).
As preferably, the top of described moving shaft holder (5), go up or be attached thereto on the substrate (8) connecing at traveling electrode deduster wallboard (7) and be provided with adjusting yoke supporting seat (16), adjusting yoke (17) passes from adjusting yoke supporting seat (16), one end is connected with moving shaft holder (5), on the other end, there is screw thread, be combined with nut (18), between nut (18) and adjusting yoke supporting seat (16), be provided with spring (19), it is characterized in that the below of described moving shaft holder (5), go up or be attached thereto on the substrate (8) connecing at traveling electrode deduster wallboard (7) and be provided with adjusting yoke supporting seat (21), adjusting yoke (22) passes from adjusting yoke supporting seat (21), one end is connected with moving shaft holder (5), on the other end, there is screw thread, be combined with nut (23), between nut (23) and adjusting yoke supporting seat (21), be provided with spring (24).Spring (19), (24) of moving shaft holder (5) upper and lower produce the tractive force of side up and down to moving shaft holder (5) respectively by adjusting yoke (17), (22), in the time that they and moving shaft holder (5) gravity, chain (26) power of lifting upwards reach balance, moving shaft holder (5) is in relevant position.By regulating nut (18), (23), can adjust easily lower spring (19), (24) thus pretightning force size adjust upwards, downward tractive force size, and then the tensioning degree of adjustment chain (26) and the size of lifting power, prevent too pine, too tight of chain (26).And because spring (19) (24) is all in compressive state, there is certain pretightning force, in the time that chain (26) is too loose, too tight, act on moving shaft holder (5) upwards, downward equilibrium of forces is broken, moving shaft holder (5) automatic adjusting position up and down, until reach new mechanical balance, makes chain (26) degree of tightness more suitable, automatically adjustment puts in place more, and mechanism's operation is more reliable.
As preferably, the top of described moving shaft holder (5), go up or be attached thereto on the substrate (8) connecing at traveling electrode deduster wallboard (7) and be provided with adjusting yoke supporting seat (16), adjusting yoke (17) passes from adjusting yoke supporting seat (16), one end is connected with moving shaft holder (5), on the other end, there is screw thread, be combined with nut (18), between nut (18) and adjusting yoke supporting seat (16), be provided with spring (19), the below of described moving shaft holder (5), go up or be attached thereto on the substrate (8) connecing at traveling electrode deduster wallboard (7) and be provided with adjusting yoke supporting seat (21), adjusting yoke (22) passes from adjusting yoke supporting seat (21), one end is connected with moving shaft holder (5), on the other end, there is screw thread, be combined with nut (23), between nut (23) and adjusting yoke supporting seat (21), be provided with spring (24).The adjusting yoke (17) that it is characterized in that described moving shaft holder (5) top is combined with a nut (20) near moving shaft holder (5) one end.This scheme can be passed through adjusting nut (18), (23) adjusting chain (26) degree of tightness, can in the time that chain (26) is loosening, can make moving shaft holder (5) automatically move down again, and keep suitable tensioning degree, also can prevent from altering on moving shaft holder by the nut (20) on the adjusting yoke (17) of moving shaft holder (5) top.
As preferably, on described traveling electrode deduster wallboard (7), offer the slotted hole (28) that can pass and move up and down for passive sprocket shaft (27), be above connected with hydrodynamic reciprocating sealing circle (29) near traveling electrode deduster wallboard (7) inwall place at passive sprocket shaft (27).It is upper that this sealing ring (29) is fastened on moving shaft holder (5), along with moving shaft holder (5) moves up and down, can prevent because moving shaft holder moves up and down the gas leakage causing.
The beneficial effects of the utility model are: by adjust moving shaft holder (5), can adjust be easily attached thereto by the vertical height of movable sprocket (25), thereby adjust chain (26) tensioning degree.In the time that chain (26) is too loose, moving shaft holder (5) can be slided into position more below.In the time that chain is too tight, moving shaft holder (5) can be slided into position more above.By on passive sprocket shaft, moving shaft holder being set, can adjust easily the tensioning degree of chain, make link chain mechanism running reliable, tensile force is suitable, prevents chain rupture.
Accompanying drawing explanation
Fig. 1 is the primary structure schematic diagram of a kind of traveling electrode deduster of the utility model.
Fig. 2 is one of one of moving shaft holder version schematic diagram and guiding mechanism structure schematic diagram in the utility model.
Fig. 3 is that schematic diagram is looked on a left side of Fig. 2.
Fig. 4 is A-A cross-sectional schematic of Fig. 2.
Fig. 5 is two schematic diagrames of moving shaft holder version in the utility model.
Fig. 6 is the left cross-sectional schematic of Fig. 5.
Fig. 7 is the schematic top plan view of Fig. 5.
Fig. 8 is two schematic diagrames of moving shaft holder guiding mechanism structure in the utility model.
Fig. 9 is three schematic diagrames of moving shaft holder guiding mechanism structure in the utility model.
Figure 10 is four schematic diagrames of moving shaft holder guiding mechanism structure in the utility model.
Figure 11 is five schematic diagrames of moving shaft holder guiding mechanism structure in the utility model.
Mark in figure: 1 shell, 2 stationary electric fields, 3 move electric field, 4 move the passive sprocket shaft bearing of electric field, 5 moving shaft holders, 6 chutes, 7 deduster wallboards, 8 substrates, 9 slide rails, 10 slide rail substrates, 11 slide rails, 12 chutes, 13 regulate double-screw bolt supporting seat, 14 regulate double-screw bolt, 15 nuts, 16 adjusting yoke supporting seats, 17 adjusting yokes, 18 nuts, 19 springs, 20 nuts, 21 adjusting yoke supporting seats, 22 adjusting yokes, 23 nuts, 24 springs, 25 by movable sprocket, 26 chains, 27 passive sprocket shafts, 28 slotted holes, 29 hydrodynamic reciprocating sealing circles.
The specific embodiment
Below in conjunction with drawings and Examples, utility model is further illustrated.
As shown in Figure 1, the present embodiment comprises shell (1), stationary electric field (2), mobile electric field (3), it is characterized in that: the passive sprocket shaft bearing of described mobile electric field (4) is located on moving shaft holder (5).By adjust moving shaft holder (5), can adjust be easily attached thereto by the vertical height of movable sprocket (25), thereby adjust chain (26) tensioning degree.In the time that chain (26) is too loose, moving shaft holder (5) can be slided into position more below.In the time that chain is too tight, moving shaft holder (5) can be slided into position more above.By on passive sprocket shaft, moving shaft holder being set, can adjust easily the tensioning degree of chain, make link chain mechanism running reliable, tensile force is suitable, prevents chain rupture.
As shown in Figure 2, Figure 3, Figure 4, moving shaft holder in the present embodiment is by the following technical solutions: moving shaft holder (5) arranges chute (6) vertically by the one side of deduster wallboard (7), at deduster wallboard (7) or be attached thereto on the substrate (8) connecing slide rail (9) is set vertically, chute (6) is swallow-tail form, slide rail (9) is dovetail shape, and chute (6) and slide rail (9) coordinate for moving.Compare common slide rail, chute, this dovetail structure can be located, and returning moving shaft holder provides along the free degree of slide rail direction, guarantees that moving shaft holder pedestal can slide along slide rail, can not fall down from other directions again, simple in structure, easy for installation.
As shown in Fig. 5, Fig. 6, Fig. 7, moving shaft holder in the present embodiment also can be selected another kind of technical scheme: at deduster wallboard (7) or be attached thereto on the substrate (8) connecing, be provided with vertically with it vertical slide rail substrate (10), slide rail (11) is set on slide rail substrate (10) vertically, on the upper vertical end face perpendicular to deduster wallboard (7) of moving shaft holder (5), chute (12) is set vertically, chute (12) and slide rail (11) coordinate for moving.Moving shaft holder (5) both sides are all provided with chute (12) and slide rail (11) mechanism, moving shaft holder (5) is clipped in the middle, for moving shaft holder (5) only provides along the free degree of slide rail (11) direction, guarantee that moving shaft holder (5) can slide along slide rail (11), can not fall down from other directions again.The slide rail of this mode and chute all adopt rectangle, and processing is simple, reliable in structure.
As shown in Figure 2, Figure 3, Figure 4, the guiding mechanism of the moving shaft holder in the present embodiment adopts following scheme: traveling electrode deduster wallboard (7) or be attached thereto the substrate (8) connecing be provided with regulate double-screw bolt supporting seat (13), regulate double-screw bolt (14) to pass from regulate double-screw bolt supporting seat (13), withstand on moving shaft holder (5) upper, regulate double-screw bolt (14) to be fixed on and to regulate on double-screw bolt supporting seat (13) by nut (15).By double-screw bolt (14), nut (15), double-screw bolt supporting seat (13) and slide rail (9), chute (6) and acting in conjunction, can facilitate, reliably moving shaft holder be located to the also position of manual adjustment moving shaft holder.
As shown in Figure 8, the guiding mechanism of the moving shaft holder in the present embodiment also can adopt following scheme: the top of moving shaft holder (5), go up or be attached thereto on the substrate (8) connecing at traveling electrode deduster wallboard (7) and be provided with adjusting yoke supporting seat (16), adjusting yoke (17) passes from adjusting yoke supporting seat (16), one end is connected with moving shaft holder (5), on the other end, there is screw thread, be combined with nut (18), between nut (18) and adjusting yoke supporting seat (16), be provided with spring (19).When installing or safeguarding, after the tensioning degree of chain (26) is determined, moving shaft holder (5) is adjusted to relevant position.When normal operating conditions, shown in Fig. 1, spring (19) keeps compressive state, has a pretightning force, makes adjusting yoke (17) produce a tractive force upwards to moving shaft holder (5); Moving shaft holder (5) is spontaneous a downward gravity; Chain (26) is to being produced the power of lifting upwards by movable sprocket (25).These three force retaining balances.In the time that chain (26) is loosening, moving shaft holder (5) will be because having lost chain (26) to its power of lifting disequilibrium upwards.Downward gravity is greater than adjusting yoke (17) tractive force upwards, and moving shaft holder (5) is down sliding automatically.In the time that moving shaft holder (5) drives by the position of movable sprocket (25) arrival and the tensioning of chain (26) energy, chain (26) power of lifting upwards increases rapidly, simultaneously, spring (19) has also increased adjusting yoke (17) and moving shaft holder (5) tractive force upwards because strengthening compression degree, in the time that three power reach a new poised state, moving shaft holder (5) stops upwards moving down, and keeps the suitable tensioning degree of chain (26).Among three power, because gravity is constant, the power of lifting upwards of chain (26) and tensioning degree are along with the size of downward force becomes, therefore, can adjust by adjusting nut (18) pretightning force of spring (19), adjust the size of downward power, thereby adjust the power of lifting and the tensioning degree of chain (26).
As shown in Figure 9, the guiding mechanism of the moving shaft holder in the present embodiment also can adopt following scheme: the top of moving shaft holder (5), go up or be attached thereto on the substrate (8) connecing at traveling electrode deduster wallboard (7) and be provided with adjusting yoke supporting seat (16), adjusting yoke (17) passes from adjusting yoke supporting seat (16), one end is connected with moving shaft holder (5), on the other end, there is screw thread, be combined with nut (18), , between nut (18) and adjusting yoke supporting seat (16), be provided with spring (19), it is characterized in that described adjusting yoke (17) is combined with a nut (20) near moving shaft holder (5) one end.Shown in Fig. 1, because traveling electrode deduster chain (26) is long, easily swing, cause tensioning degree and the power of lifting upwards among changing.Cause that in order to prevent that chain (26) from swinging to strengthen the power of upwards lifting strengthens suddenly and moving shaft holder (5) is altered suddenly, then bring chain (26) to occur loosening, cause chain (26) and related system work to play pendulum, be combined with a nut (20) at adjusting yoke (17) near moving shaft holder (5) one end.When installing or while safeguarding, when chain (26) tensioning degree is suitable, nut (20) being adjusted to adjusting yoke supporting seat (16) position, with it near, prevent in chain swinging, moving shaft holder is altered on (5).
As shown in figure 10, the guiding mechanism of the moving shaft holder in the present embodiment also can adopt following scheme: the top of moving shaft holder (5), go up or be attached thereto on the substrate (8) connecing at traveling electrode deduster wallboard (7) and be provided with adjusting yoke supporting seat (16), adjusting yoke (17) passes from adjusting yoke supporting seat (16), one end is connected with moving shaft holder (5), on the other end, there is screw thread, be combined with nut (18), between nut (18) and adjusting yoke supporting seat (16), be provided with spring (19), it is characterized in that the below of described moving shaft holder (5), go up or be attached thereto on the substrate (8) connecing at traveling electrode deduster wallboard (7) and be provided with adjusting yoke supporting seat (21), adjusting yoke (22) passes from adjusting yoke supporting seat (21), one end is connected with moving shaft holder (5), on the other end, there is screw thread, be combined with nut (23), between nut (23) and adjusting yoke supporting seat (21), be provided with spring (24).Shown in Fig. 1, spring (19), (24) of moving shaft holder (5) upper and lower produce the tractive force of side up and down to moving shaft holder (5) respectively by adjusting yoke (17), (22), in the time that they and moving shaft holder (5) gravity, chain (26) power of lifting upwards reach balance, moving shaft holder (5) is in relevant position.By regulating nut (18), (23), can adjust easily lower spring (19), (24) thus pretightning force size adjust upwards, downward tractive force size, and then the tensioning degree of adjustment chain (26) and the size of lifting power, prevent too pine, too tight of chain (26).And because spring (19) (24) is all in compressive state, there is certain pretightning force, in the time that chain (26) is too loose, too tight, act on moving shaft holder (5) upwards, downward equilibrium of forces is broken, moving shaft holder (5) automatic adjusting position up and down, until reach new mechanical balance, makes chain (26) degree of tightness more suitable, automatically adjustment puts in place more, and mechanism's operation is more reliable.
As shown in figure 11, the guiding mechanism of the moving shaft holder in the present embodiment also can adopt following scheme: the top of moving shaft holder (5), go up or be attached thereto on the substrate (8) connecing at traveling electrode deduster wallboard (7) and be provided with adjusting yoke supporting seat (16), adjusting yoke (17) passes from adjusting yoke supporting seat (16), one end is connected with moving shaft holder (5), on the other end, there is screw thread, be combined with nut (18), between nut (18) and adjusting yoke supporting seat (16), be provided with spring (19), the below of described moving shaft holder (5), go up or be attached thereto on the substrate (8) connecing at traveling electrode deduster wallboard (7) and be provided with adjusting yoke supporting seat (21), adjusting yoke (22) passes from adjusting yoke supporting seat (21), one end is connected with moving shaft holder (5), on the other end, there is screw thread, be combined with nut (23), between nut (23) and adjusting yoke supporting seat (21), be provided with spring (24).The adjusting yoke (17) that it is characterized in that described moving shaft holder (5) top is combined with a nut (20) near moving shaft holder (5) one end.Shown in Fig. 1, this scheme can be passed through adjusting nut (18), (23) adjusting chain (26) degree of tightness, can in the time that chain (26) is loosening, can make moving shaft holder (5) automatically move down again, and keep suitable tensioning degree, also can prevent from altering on moving shaft holder by the nut (20) on the adjusting yoke (17) of moving shaft holder (5) top.
As shown in Figure 2, Figure 3, Figure 4, on traveling electrode deduster wallboard (7) in the present embodiment, offer the slotted hole (28) that can pass and move up and down for passive sprocket shaft (27), be above connected with hydrodynamic reciprocating sealing circle (29) near traveling electrode deduster wallboard (7) inwall place at passive sprocket shaft (27).It is upper that this sealing ring (29) is fastened on moving shaft holder (5), along with moving shaft holder (5) moves up and down, can prevent because moving shaft holder moves up and down the gas leakage causing.
The above; it is only preferred embodiment of the present utility model; not the utility model is done to any pro forma restriction, any simple modification, equivalent variations that every foundation technical spirit of the present utility model is done above embodiment, all fall among protection domain of the present utility model.
Claims (9)
1. a traveling electrode deduster for Tape movement bearing block, comprises shell (1), stationary electric field (2), mobile electric field (3), it is characterized in that: the passive sprocket shaft bearing of described mobile electric field (4) is located on moving shaft holder (5).
2. the traveling electrode deduster of a kind of Tape movement bearing block according to claim 1, it is characterized in that: described moving shaft holder (5) arranges chute (6) or slide rail (9) vertically by the one side of dedusting wall, at deduster wallboard (7) or be attached thereto slide rail (9) or chute (6) are set on the substrate (8) connecing vertically, chute (6) and slide rail (9) are swallow-tail forms, and chute (6) and slide rail (9) coordinate for moving.
3. the traveling electrode deduster of a kind of Tape movement bearing block according to claim 1, it is characterized in that: described traveling electrode deduster wallboard (7) or be attached thereto on the substrate (8) connecing, be provided with vertically with it vertical slide rail substrate (10), slide rail (11) or chute (12) are set on slide rail substrate (10) vertically, on the upper vertical end face perpendicular to deduster wallboard (7) of moving shaft holder (5), chute (12) or slide rail (11) are set vertically, chute (12) and slide rail (11) coordinate for moving.
4. the traveling electrode deduster of a kind of Tape movement bearing block according to claim 1, it is characterized in that: described traveling electrode deduster wallboard (7) or be attached thereto the substrate (8) connecing be provided with regulate double-screw bolt supporting seat (13), regulate double-screw bolt (14) to pass from regulate double-screw bolt supporting seat (13), withstand on moving shaft holder (5) upper, regulate double-screw bolt (14) to be fixed on and to regulate on double-screw bolt supporting seat (13) by nut (15).
5. the traveling electrode deduster of a kind of Tape movement bearing block according to claim 1, it is characterized in that: the top of described moving shaft holder (5), go up or be attached thereto on the substrate (8) connecing at traveling electrode deduster wallboard (7) and be provided with adjusting yoke supporting seat (16), adjusting yoke (17) passes from adjusting yoke supporting seat (16), one end is connected with moving shaft holder (5), on the other end, there is screw thread, be combined with nut (18), between nut (18) and adjusting yoke supporting seat (16), be provided with spring (19).
6. the traveling electrode deduster of a kind of Tape movement bearing block according to claim 5, is characterized in that: described adjusting yoke (17) is combined with a nut (20) near moving shaft holder (5) one end.
7. the traveling electrode deduster of a kind of Tape movement bearing block according to claim 5, it is characterized in that: the below of described moving shaft holder (5), go up or be attached thereto on the substrate (8) connecing at traveling electrode deduster wallboard (7) and be provided with adjusting yoke supporting seat (21), adjusting yoke (22) passes from adjusting yoke supporting seat (21), one end is connected with moving shaft holder (5), on the other end, there is screw thread, be combined with nut (23), between nut (23) and adjusting yoke supporting seat (21), be provided with spring (24).
8. the traveling electrode deduster of a kind of Tape movement bearing block according to claim 7, is characterized in that: the adjusting yoke (17) of described moving shaft holder (5) top is combined with a nut (20) near moving shaft holder (5) one end.
9. the traveling electrode deduster of a kind of Tape movement bearing block according to claim 1, it is characterized in that: on described traveling electrode deduster wallboard (7), offer the slotted hole (28) that can pass and move up and down for passive sprocket shaft (27), be above connected with hydrodynamic reciprocating sealing circle (29) near traveling electrode deduster wallboard (7) inwall place at passive sprocket shaft (27).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320785951.5U CN203620788U (en) | 2013-12-04 | 2013-12-04 | Movable electrode dust remover with movable bearing pedestal |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320785951.5U CN203620788U (en) | 2013-12-04 | 2013-12-04 | Movable electrode dust remover with movable bearing pedestal |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203620788U true CN203620788U (en) | 2014-06-04 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320785951.5U Expired - Fee Related CN203620788U (en) | 2013-12-04 | 2013-12-04 | Movable electrode dust remover with movable bearing pedestal |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203620788U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103586134A (en) * | 2013-12-04 | 2014-02-19 | 成都埃迪欧环保技术有限公司 | Novel mobile electrode deduster with mobile bearing pedestal |
-
2013
- 2013-12-04 CN CN201320785951.5U patent/CN203620788U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103586134A (en) * | 2013-12-04 | 2014-02-19 | 成都埃迪欧环保技术有限公司 | Novel mobile electrode deduster with mobile bearing pedestal |
| CN103586134B (en) * | 2013-12-04 | 2016-06-01 | 绵阳工物联合科技有限公司 | The traveling electrode fly-ash separator of a kind of Tape movement bearing support |
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Effective date of registration: 20160421 Address after: 621700 Sichuan Province, Jiangyou City Industrial Park Chong Yuan Lu Nan Duan Bao Lu machinery building Patentee after: Mianyang Engineering Physics Union Technology Co.,Ltd. Address before: 610000 Sichuan city of Chengdu province high tech Zone Zhuo Jin Road No. 134 1 floor Patentee before: CHENGDU AIDIOU ENVIRONMENTAL PROTECTION TECHNOLOGY CO., LTD. |
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