CN106238212A - A kind of cathode line jig and cathode line location adjust construction method - Google Patents
A kind of cathode line jig and cathode line location adjust construction method Download PDFInfo
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- CN106238212A CN106238212A CN201610785133.3A CN201610785133A CN106238212A CN 106238212 A CN106238212 A CN 106238212A CN 201610785133 A CN201610785133 A CN 201610785133A CN 106238212 A CN106238212 A CN 106238212A
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- measuring staff
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B03—SEPARATION OF SOLID MATERIALS USING LIQUIDS OR USING PNEUMATIC TABLES OR JIGS; MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
- B03C—MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
- B03C3/00—Separating dispersed particles from gases or vapour, e.g. air, by electrostatic effect
- B03C3/34—Constructional details or accessories or operation thereof
Abstract
The invention discloses a kind of cathode line jig and cathode line location adjusts construction method, this jig includes rear measuring staff, the front measuring staff being laid in front side in the middle part of rear measuring staff and is fixed on the vertical rod of front measuring staff rear upper, and front measuring staff and vertical rod are respectively positioned on the dead ahead of rear measuring staff；Rear measuring staff, front measuring staff and vertical rod are straight-bar, rear measuring staff and the perpendicular laying of front measuring staff, rear measuring staff and front measuring staff composition horizontal location frame, have being adjusted the draw-in groove that cathode line positions on rear side of the middle part of rear measuring staff；This construction method includes step: one, anode module is installed；Two, cathode line installation: when installing described cathode line in arbitrary group of anode module, process is as follows: 201, upper and lower fixed frame is installed；202, cathode line is tentatively installed；203, cathode line location adjusts and fixed installation.The present invention is reasonable in design, it is easy and simple to handle to use and using effect good, can easy, quickly cathode line is accurately positioned, and guarantee the installation accuracy of cathode line.
Description
Technical field
The invention belongs to wet cottrell technical field, especially relate to a kind of cathode line jig and cathode line
Location adjusts construction method.
Background technology
China is coal fired power generation big country, along with the enforcement of the relevant policies such as the atmosphere pollutants emission standards that country is new, closely
Over Nian, wet cottrell (also referred to as wet electrical dust precipitator) is used widely in power plant.
Electric cleaner is the corollary equipment that thermal power plant is indispensable, and its function is that combustion stove or oil burning boiler are discharged flue gas
In granule flue dust removed, thus the fume amount that enter in atmosphere is greatly lowered, this is to improve environmental pollution, improves
The important environmental protection equipment of air quality.When its operation principle is the flue before flue gas passes through electric cleaner agent structure so that it is
Flue dust is positively charged, and then flue gas enters the electric cleaner passage arranging multilayer cathode plate.Due to positively charged flue dust and negative electrode
The mutual adsorption of electroplax, makes the granule flue dust in flue gas adsorb on negative electrode, and minus plate is hit in timing, makes have certain thickness
The flue dust of degree falls in the ash bucket below electric cleaner structure under the dual function of deadweight and vibration, thus reaches to remove cigarette
The purpose of the flue dust in gas.It can be seen that cathode line belongs to wet cottrell construction core content, cathode line by pipe and
Acupuncture is welded, and pipe two ends are connected with bending plate by connecting hole after flattening, cathode line majority employing needle-penetrating, hollow and
Stainless steel, a diameter of Φ 12mm, a length of 7120mm.Further, cathode line is arranged on inside the Hexagonal voids of anode module
Middle part.
Traditional cathode line spacing method of adjustment is to use tape measure, ruler etc. to measure work to measure, and according to measurement
Result is adjusted.Above-mentioned traditional cathode line spacing method of adjustment, has the disadvantages that one, can not once complete cathode line
The measurement of spacing, affects the construction period；Two, the position under cathode line vacant state is difficult to location, and construction precision is low.Thus, on
State cathode line spacing method of adjustment can not cathode line be accurately positioned.
Summary of the invention
The technical problem to be solved is for above-mentioned deficiency of the prior art, it is provided that a kind of cathode line is fixed
Position mould, its simple in construction, reasonable in design and processing and fabricating and use easy and simple to handle, using effect good, can be easy, quickly to the moon
Polar curve is accurately positioned, and guarantees the installation accuracy of cathode line.
For solving above-mentioned technical problem, the technical solution used in the present invention is: a kind of cathode line jig, its feature exists
In: include rear measuring staff, be laid in the middle part of rear measuring staff the front measuring staff of front side and be fixed on the vertical rod of front measuring staff rear upper, described before
Measuring staff and vertical rod are respectively positioned on the dead ahead of rear measuring staff；Described rear measuring staff and front measuring staff are all laid in same level；After described
Measuring staff, front measuring staff and vertical rod are straight-bar, described rear measuring staff and the perpendicular laying of front measuring staff, described vertical rod and rear measuring staff and front survey
The most perpendicular laying of bar；It is fixed that described rear measuring staff and front measuring staff composition can lie against the level being adjusted in the installed hole of cathode line
Position frame, described hole is regular hexagon hole, a length of 2a of described rear measuring staff, a length of a cos30 ° of described front measuring staff,
Wherein a is the length of side of described regular hexagon hole；Have on rear side of the middle part of described rear measuring staff and position being adjusted cathode line
Draw-in groove.
Above-mentioned a kind of cathode line jig, is characterized in that: described rear measuring staff is angle steel, described front measuring staff is rectangular steel tube
Or channel-section steel, described rear measuring staff is that angle steel is welded and fixed with front measuring staff and is integrated.
Above-mentioned a kind of cathode line jig, is characterized in that: described vertical rod be square steel, round steel or angle steel and its be welded and fixed
On front measuring staff.
Above-mentioned a kind of cathode line jig, is characterized in that: described draw-in groove is positioned at the dead astern of front measuring staff.
Above-mentioned a kind of cathode line jig, is characterized in that: described draw-in groove is that rectangular channel and its width are more than being adjusted the moon
The diameter of polar curve.
Above-mentioned a kind of cathode line jig, is characterized in that: also include that twice symmetry is laid in the front measuring staff left and right sides
Reinforcement, the front end of reinforcement described in twice is each attached on the sidewall of front measuring staff；Described rear measuring staff is divided into a left side with draw-in groove for boundary
Right two measuring staff sections, the rear end of reinforcement described in twice is separately fixed at the middle part of two described measuring staff sections；Described in twice
Reinforcement is all laid in same level with rear measuring staff and front measuring staff.
Above-mentioned a kind of cathode line jig, is characterized in that: described reinforcement is band steel, described reinforcement and rear measuring staff and
All it is fixedly connected with welding manner between front measuring staff.
Meanwhile, meanwhile, the invention also discloses that a kind of method step is simple, reasonable in design and easy construction, using effect
Good cathode line location adjusts construction method, it is characterised in that the method comprises the following steps:
Step one, anode module are installed: install the anode module of installed wet cottrell respectively；
Described wet cottrell includes the many groups of anode modules laid in level, often organizes and all opens in described anode module
There is multiple hole installed for cathode line respectively, in each described hole, be respectively arranged with a described cathode line；Multiple described holes
M row's N row are divided to lay；Wherein, M and N is positive integer, M >=3, and N >=3；
That often organizes that the both sides up and down of described anode module are respectively arranged with that the upper and lower side to described cathode line is fixed respectively consolidates
Determine framework；Described fixed frame includes that M root is laid in the transverse support bar in same level and Duo Gen by a left side extremely from front to back
The right side is laid in the vertical supporting bar in same level, and described transverse support bar and vertical supporting bar are all laid in level, M root institute
State transverse support bar to be all supported on many described vertical supporting bars, and many described transverse support bar are by many described longitudinal directions
Support bar is fastenedly connected and is integrated；The top often arranging described hole is respectively arranged with a described transverse support bar；Every described laterally
The most from left to right equipped with N number of fixture fixing for described cathode line on support bar, N number of described fixture is all laid in same water
In plane；
Step 2, cathode line installation: in step one, organize is respectively mounted described cathode line in described anode module more,
Often organize the installation method of described cathode line in described anode module the most identical；
When installing described cathode line in anode module described in arbitrary group, process is as follows:
Step 201, upper and lower fixed frame are installed: be separately installed with described in a confession in the both sides up and down of this group anode module
The fixed frame that cathode line is fixing, and make the both sides up and down of each described hole in this group anode module all have one described fixing
Part；
Two described fixed frames are respectively positioned at the lower fixed frame below this group anode module and are positioned at this group anode
Upper fixed frame above module, two described fixed frames are all laid in level；
Step 202, cathode line are tentatively installed: be respectively mounted a described negative electrode in each hole in this group anode module
Line；
When arbitrary described cathode line is installed, from top to bottom this cathode line is penetrated in installed hole, and
The two ends up and down of this cathode line are separately mounted on the fixture of the upper and lower both sides of penetrated hole；
Step 203, cathode line location adjusts and fixed installation: divide each cathode line installed in this group anode module
Do not carry out location to adjust and fixed installation；
When arbitrary described cathode line is carried out location adjustment and fixed installation, comprise the following steps:
Step 2031, jig are installed: be horizontally mounted one respectively at the upper and lower side being adjusted the installed hole of cathode line
Individual described jig, makes the described horizontal location frame of two described jigs all be placed horizontally in hole, and makes two
The rear measuring staff of described jig is respectively positioned on the front side being adjusted cathode line；
Step 2032, location adjust: utilize the draw-in groove of two described jigs to divide the upper and lower side being adjusted cathode line
Do not carry out location to adjust, until the upper and lower side being adjusted cathode line is installed in the draw-in groove of two described jigs respectively；
Step 2033, fixed installation: the upper and lower side being adjusted cathode line is fixedly mounted on the upper and lower both sides of residing hole
On fixture；
Step 2034, jig remove: all removed in hole by step 2,031 two described jigs.
Above-mentioned construction method, is characterized in that: when carrying out location adjustment in step 2032, also needs to use ceiling hammer to being adjusted
The perpendicularity of cathode line is adjusted, and makes to be adjusted cathode line and is in vertical state.
Above-mentioned construction method, is characterized in that: fixture described in step one is L-shaped fixture, and described L-shaped fixture includes
Laterally fixed plate and the longitudinally fixed plate of laying perpendicular with horizontal fixed plate, described horizontal fixed plate and longitudinally fixed plate all in
Vertically to laying；Described horizontal fixed plate and transverse support bar be parallel laying and its be arranged on laterally by laterally adjusting bolt
On support bar, described transverse support bar has from left to right N number of respectively for laterally adjust bolt install laterally adjust hole, institute
State and laterally adjust the elongate holes that Kong Weiyu transverse support bar is parallel laying；Described cathode line is arranged on vertical by fixing bolt
In fixed plate, described longitudinally fixed plate has the longitudinally adjusted hole installed for described fixing bolt, described longitudinally adjusted hole
Be parallel laying with longitudinally fixed plate, described in laterally adjust hole and described longitudinally adjusted Kong Juncheng level and lay；
It is fixed that the upper and lower side being adjusted cathode line is carried out by draw-in groove respectively that utilize two described jigs in step 2032
Position adjust time, by described laterally adjust hole in move left and right described in laterally adjust bolt to described L-shaped fixture laterally
Installation site on support bar is adjusted, and by described fixing bolt movable in described longitudinally adjusted hole to quilt
Adjust cathode line front and back to adjust.
The present invention compared with prior art has the advantage that
1, the cathode line jig simple in construction used and processing and fabricating are easy, and input cost is relatively low.
2, the cathode line jig reasonable in design that used and use easy and simple to handle, including rear measuring staff, is laid in
Front measuring staff on front side of in the middle part of rear measuring staff and the vertical rod being fixed on front measuring staff rear upper, rear measuring staff and front measuring staff composition can lie against
Be adjusted the horizontal location frame in the installed hole of cathode line, have on rear side of the middle part of rear measuring staff to be adjusted cathode line carry out fixed
The draw-in groove of position.Time actually used, cathode line jig put into and is adjusted the hole that cathode line is installed.
3, the cathode line jig using effect used is good and practical value high, can easy, quickly cathode line is entered
Row is accurately positioned, and after each cathode line accurate positioning, it is achieved cathode line spacing is carried out adjustment accurate, quick, easy
Purpose.
4, the stationary frame structure used is simple, reasonable in design and processing and fabricating and simple installation, using effect are good, and
And fixture is installed on fixed frame, the position being adjusted cathode line can be carried out simplicity, fast and accurately by fixture
Ground adjusts.
5, cathode line alignment adjusting method step is simple, reasonable in design and realization is convenient, using effect is good, can be easy, fast
Speed carries out location and adjusts cathode line, it is ensured that the installation accuracy of cathode line, meets cathode line technique in wet cottrell and wants
Ask high, quantity is many and demand that is that construct at restricted clearance, and installation quality is qualified, and achieves good economic and social benefit,
Compared with traditional construction method, have the following characteristics that first, cathode line upper/lower terminal utilizes mould to position simultaneously, the completeest
Become the measurement of cathode line spacing, once can complete, shorten construction period, better economic benefit；The second, jig is effective
Solve the location positioning under cathode line vacant state, and ensure that construction precision, regulate the speed and substantially accelerate；3rd, reduce
Restricted clearance operation side, improves safety coefficient.Use the present invention have saving artificial with machinery expenses, ensure safely and
The effects such as quality, accelerating construction progress, raising work efficiency, reduction of erection time, had both saved artificial, machinery expenses, had reduced again
Operation side, the reduction of erection time, improves work efficiency, and economic benefit is notable with social benefit.Further, widely applicable, it is suitable for
In newly-built, change (expansion) and build power plant wet cottrell cathode line location and adjust construction (also referred to as spacing adjusts construction).
In sum, the present invention is reasonable in design, it is easy and simple to handle to use and using effect good, can be easy, quickly to cathode line
It is accurately positioned, and guarantees the installation accuracy of cathode line.
Below by drawings and Examples, technical scheme is described in further detail.
Accompanying drawing explanation
Fig. 1 is the structural representation of cathode line jig of the present invention.
Fig. 2 is the use state reference map of cathode line jig of the present invention.
Fig. 3 is the method flow block diagram that the present invention carries out when location adjustment is constructed to cathode line.
Fig. 4 is the installation position schematic diagram of fixed frame of the present invention.
Fig. 5 is transverse support bar of the present invention, fixture and the annexation schematic diagram being adjusted cathode line.Reference is said
Bright:
Measuring staff after 1；Measuring staff before 2；3 vertical rods；
4 are adjusted cathode line；5 holes；6 draw-in grooves；
7 reinforcements；8 anode modules；9 transverse support bar；
10 vertical supporting bars；11 fixtures；The horizontal fixed plate of 11-1；
The longitudinally fixed plate of 11-2；12 laterally adjust bolt.
Detailed description of the invention
A kind of cathode line jig as shown in Figure 1, including rear measuring staff 1, is laid in the front measuring staff of front side in the middle part of rear measuring staff 1
2 and be fixed on the vertical rod 3 of front measuring staff 2 rear upper, described front measuring staff 2 and vertical rod 3 are respectively positioned on the dead ahead of rear measuring staff 1；Described
Rear measuring staff 1 and front measuring staff 2 are all laid in same level；Described rear measuring staff 1, front measuring staff 2 and vertical rod 3 are straight-bar, described
Rear measuring staff 1 and the front perpendicular laying of measuring staff 2, described vertical rod 3 and rear measuring staff 1 and the most perpendicular laying of front measuring staff 2；Described rear measuring staff
1 and front measuring staff 2 composition can lie against the horizontal location frame being adjusted in the installed hole of cathode line 45, described hole 5 is positive six
Limit shape hole, a length of 2a of described rear measuring staff 1, a length of a cos30 ° of described front measuring staff 2, wherein a is described positive six limits
The length of side of shape hole；Have on rear side of the middle part of described rear measuring staff 1 being adjusted the draw-in groove 6 that cathode line 4 positions.
In the present embodiment, described rear measuring staff 1 is angle steel.
Described front measuring staff 2 is rectangular steel tube or channel-section steel, and described rear measuring staff 1 is welded and fixed with front measuring staff 2 for angle steel and is integrated.
In the present embodiment, described front measuring staff 2 is channel-section steel.
Actual adding man-hour, described rear measuring staff 1 and front measuring staff 2 can also use other type of metal rod.
In the present embodiment, described vertical rod 3 is square steel, round steel or angle steel and its be weldingly fixed on front measuring staff 2.
Described draw-in groove 6 is positioned at the dead astern of front measuring staff 2.In the present embodiment, described draw-in groove 6 is more than for rectangular channel and its width
It is adjusted the diameter of cathode line 4.
In the present embodiment, cathode line jig of the present invention, also include that twice symmetry is laid in front measuring staff about 2
The reinforcement 7 of both sides, the front end of reinforcement 7 described in twice is each attached on the sidewall of front measuring staff 2；Described rear measuring staff 1 is with draw-in groove 6
Being divided into two the measuring staff sections in left and right for boundary, described in twice, the rear end of reinforcement 7 is separately fixed in two described measuring staff sections
Portion；Described in twice, reinforcement 7 is all laid in same level with rear measuring staff 1 and front measuring staff 2.
In the present embodiment, described reinforcement 7 is band steel, all with weldering between described reinforcement 7 and rear measuring staff 1 and front measuring staff 2
The mode of connecing is fixedly connected.
Cathode line jig of the present invention is only added man-hour, by the regular hexagon residing for described regular hexagon hole
Being divided into two isosceles trapezoids, the length of going to the bottom of isosceles trapezoid is the length of rear measuring staff 1.In the present embodiment, described rear measuring staff 1 is
The angle steel ∠ 30 × 3mm of length 360mm.
Afterwards, longer with the bottom side length midpoint of the isosceles trapezoid inwall to direction normal thereto to described regular hexagon hole
Degree is the length of front measuring staff 2, and in the present embodiment, described front measuring staff 2 is the angle steel ∠ 30 × 3mm of length 190mm.
Wherein, described vertical rod 3 also referred to as suspension rod and its a length of 500mm～700mm.In the present embodiment, described vertical rod 3
A length of 600mm.The a length of 180mm of described reinforcement 7, width are 30m and its thickness is 3mm.
In the present embodiment, the width of described draw-in groove 6 is 13mm.
Time actually used, as in figure 2 it is shown, this utility model to be put into described regular hexagon hole (also referred to as anode canister),
It is adjusted being adjusted cathode line 4 position.
As shown in Figure 3 a kind of utilizes described cathode line jig to position the cathode line of wet cottrell
The construction method adjusted, comprises the following steps:
Step one, anode module are installed: install the anode module 8 of installed wet cottrell respectively；
Described wet cottrell includes the many groups of anode modules 8 laid in level, often organizes in described anode module 8 equal
Have multiple hole 5 installed for cathode line respectively, in each described hole 5, be respectively arranged with a described cathode line；Multiple described
5 points of M row's N row of hole are laid, and refer to Fig. 4；Wherein, M and N is positive integer, M >=3, and N >=3；
That often organizes that the both sides up and down of described anode module 8 are respectively arranged with that the upper and lower side to described cathode line is fixed respectively consolidates
Determine framework；As shown in Figure 4, described fixed frame includes transverse support bar 9 He that M root is laid in same level from front to back
The many vertical supporting bars being laid in from left to right in same level 10, described transverse support bar 9 and vertical supporting bar 10 are equal
Laying in level, transverse support bar 9 described in M root is all supported on many described vertical supporting bars 10, and many described horizontal
Strut 9 is fastenedly connected by many described vertical supporting bars 10 and is integrated；Often the top of row's described hole 5 is respectively arranged with described in one
Transverse support bar 9；The most from left to right equipped with N number of fixture 11 fixing for described cathode line in every described transverse support bar 9,
N number of described fixture 11 is all laid in same level；
Step 2, cathode line installation: in step one, organize is respectively mounted described negative electrode in described anode module 8 more
Line, often organizes the installation method of described cathode line in described anode module 8 the most identical；
When installing described cathode line in anode module 8 described in arbitrary group, process is as follows:
Step 201, upper and lower fixed frame are installed: be separately installed with one in the both sides up and down of this group anode module 8 for institute
State the fixed frame that cathode line is fixing, and make the both sides up and down of each described hole 5 in this group anode module 8 all have described in one
Fixture 11；
Two described fixed frames are respectively positioned at the lower fixed frame below this group anode module 8 and are positioned at this group anode
Upper fixed frame above module 8, two described fixed frames are all laid in level；
Step 202, cathode line are tentatively installed: be respectively mounted a described the moon in each hole 5 in this group anode module 8
Polar curve；
When arbitrary described cathode line is installed, from top to bottom this cathode line is penetrated in installed hole 5, and
The two ends up and down of this cathode line are separately mounted on the fixture 11 of penetrated hole about 5 both sides；
Step 203, cathode line location adjusts and fixed installation: to each cathode line installed in this group anode module 8
Carry out location respectively to adjust and fixed installation；
When arbitrary described cathode line is carried out location adjustment and fixed installation, comprise the following steps:
Step 2031, jig are installed: be horizontally mounted respectively at the upper and lower side being adjusted the installed hole of cathode line 45
One described jig, makes the described horizontal location frame of two described jigs all be placed horizontally in hole 5, and makes two
The rear measuring staff 1 of individual described jig is respectively positioned on the front side being adjusted cathode line 4；
Step 2032, location adjust: the upper and lower side utilizing the draw-in groove 6 of two described jigs to being adjusted cathode line 4
Carry out location respectively to adjust, until the upper and lower side being adjusted cathode line 4 is installed on the draw-in groove 6 of two described jigs respectively
In；
Step 2033, fixed installation: the upper and lower side being adjusted cathode line 4 is fixedly mounted on residing hole about 5 both sides
Fixture 11 on；
Step 2034, jig remove: all removed in hole 5 by step 2,031 two described jigs.
In the present embodiment, in described fixed frame, the quantity of included vertical supporting bar 10 is two, two described longitudinal directions
Support bar 10 is laid in above the left and right sides of anode module 8 respectively.
In the present embodiment, when step 2032 carries out location adjustment, also need to use ceiling hammer to being adjusted hanging down of cathode line 4
Straight degree is adjusted, and makes to be adjusted cathode line 4 and is in vertical state.
In the present embodiment, as it is shown in figure 5, fixture 11 described in step one is L-shaped fixture, described L-shaped fixture bag
Include the longitudinally fixed plate 11-2 of horizontal fixed plate 11-1 and laying perpendicular with horizontal fixed plate 11-1, described horizontal fixed plate
11-1 and longitudinally fixed plate 11-2 is all in vertically to laying；Described horizontal fixed plate 11-1 with transverse support bar 9 in parallel laying
And it is arranged in transverse support bar 9 by laterally adjusting bolt 12, described transverse support bar 9 has N number of point from left to right
Gong not laterally adjust bolt 12 install laterally adjust hole, described in laterally adjust Kong Weiyu transverse support bar 9 in parallel laying
Elongate holes；Described cathode line is arranged on longitudinally fixed plate 11-2 by fixing bolt, and described longitudinally fixed plate 11-2 opens
Having the longitudinally adjusted hole installed for described fixing bolt, described longitudinally adjusted hole is parallel laying with longitudinally fixed plate 11-2, institute
State and laterally adjust hole and the laying of described longitudinally adjusted Kong Juncheng level；
The upper and lower side being adjusted cathode line 4 is carried out by draw-in groove 6 respectively that utilize two described jigs in step 2032
When location adjusts, by described laterally adjust hole in move left and right described in laterally adjust bolt 12 described L-shaped fixture existed
Installation site in transverse support bar 9 is adjusted, and by described fixing spiral shell movable in described longitudinally adjusted hole
Bolt front and back adjusts being adjusted cathode line 4.
After in step 2032, location adjustment completes, described L-shaped fixture is weldingly fixed in transverse support bar 9, it is ensured that
Described L-shaped fixture installation site in transverse support bar 9 is constant.
In the present embodiment, when in step one, anode module 8 to installed wet cottrell is installed, anode mold
The installation accuracy of block 8 is particularly important.Described anode module 8 right angle setting and its be level lay, the axis of described anode module 8
Deviation cannot be greater than the 1/1000 of length, and often the centerline parallel degree of the hole 5 of group anode module 8 is not more than 3mm, and must meet
Associated specifications requirement.
In the present embodiment, described transverse support bar 9 is right angle angle steel, and described vertical supporting bar 10 is rectangular steel tube.
Time actually used, fixed support frame frame is positioned at above anode module 8.Step 2031 carries out jig peace
During dress, the described suspension rod of the described jig that described hole 5 upper end is installed is lifted on fixed support frame frame.Use behaviour
Make the easiest.
In the present embodiment, step 2032 utilize the draw-in groove 6 of two described jigs be adjusted cathode line 4 to one
When upper and lower side carries out location adjustment respectively, on two described fixed frames, each arrangement two adjusts personnel, first uses ceiling hammer
The perpendicularity being adjusted cathode line 4 is adjusted, makes the perpendicularity deviation being adjusted cathode line 4 less than 10mm；Recycling
Described jig carries out location adjustment to being adjusted cathode line 4, makes to be adjusted cathode line 4 and is positioned at hole 5 middle inside, and
Use fixture 11 that the position being adjusted cathode line 4 is accurately adjusted, adjust easy and Adjustment precision is high, negative electrode after adjustment
The position deviation (also referred to as spacing deviation) of line is less than ± 1mm.
The above, be only presently preferred embodiments of the present invention, not impose any restrictions the present invention, every according to the present invention
Any simple modification, change and the equivalent structure change that above example is made by technical spirit, all still falls within skill of the present invention
In the protection domain of art scheme.
Claims (10)
1. a cathode line jig, it is characterised in that: include rear measuring staff (1), be laid in rear measuring staff (1) middle part on front side of before
Measuring staff (2) and be fixed on the vertical rod (3) of front measuring staff (2) rear upper, described front measuring staff (2) and vertical rod (3) are respectively positioned on rear measuring staff
(1) dead ahead；Described rear measuring staff (1) and front measuring staff (2) are all laid in same level；Described rear measuring staff (1), front measuring staff
And vertical rod (3) is straight-bar, described rear measuring staff (1) and front measuring staff (2) perpendicular laying, described vertical rod (3) and rear measuring staff (2)
And front measuring staff (2) the most perpendicular laying (1)；Described rear measuring staff (1) and front measuring staff (2) composition can lie against and be adjusted cathode line
(4) the horizontal location frame in installed hole (5), described hole (5) is regular hexagon hole, the length of described rear measuring staff (1)
For 2a, a length of a cos30 ° of described front measuring staff (2), wherein a is the length of side of described regular hexagon hole；Described rear measuring staff
(1) have on rear side of middle part being adjusted the draw-in groove (6) that cathode line (4) positions.
2. according to a kind of cathode line jig described in claim 1, it is characterised in that: described rear measuring staff (1) is angle steel, institute
Stating front measuring staff (2) is rectangular steel tube or channel-section steel, and described rear measuring staff (1) is that angle steel is welded and fixed with front measuring staff (2) and is integrated.
3. according to a kind of cathode line jig described in claim 1 or 2, it is characterised in that: described vertical rod (3) be square steel,
Round steel or angle steel and its be weldingly fixed on front measuring staff (2).
4. according to a kind of cathode line jig described in claim 1 or 2, it is characterised in that: described draw-in groove (6) is positioned at front survey
The dead astern of bar (2).
5. according to a kind of cathode line jig described in claim 4, it is characterised in that: described draw-in groove (6) be rectangular channel and
Its width is more than the diameter being adjusted cathode line (4).
6. according to a kind of cathode line jig described in claim 1 or 2, it is characterised in that: also include that twice symmetry is laid
At the reinforcement (7) of front measuring staff (2) left and right sides, described in twice, the front end of reinforcement (7) is each attached to the sidewall of front measuring staff (2)
On；Described rear measuring staff (1) is that boundary is divided into two the measuring staff sections in left and right with draw-in groove (6), and the rear end of reinforcement (7) described in twice is respectively
It is fixed on the middle part of two described measuring staff sections；Reinforcement described in twice (7) is all laid in rear measuring staff (1) and front measuring staff (2)
In same level.
7. according to a kind of cathode line jig described in claim 6, it is characterised in that: described reinforcement (7) is band steel, institute
State and be all fixedly connected with welding manner between reinforcement (7) and rear measuring staff (1) and front measuring staff (2).
8. one kind utilizes claim 1 cathode line jig such as that the cathode line of wet cottrell is carried out what location adjusted
Construction method, it is characterised in that the method comprises the following steps:
Step one, anode module are installed: install the anode module (8) of installed wet cottrell respectively；
Described wet cottrell includes the many groups of anode modules (8) laid in level, often organizes described anode module (8) upper all
Have multiple hole (5) installed for cathode line respectively, in each described hole (5), be respectively arranged with a described cathode line；Multiple
Described hole (5) point M row's N row are laid；Wherein, M and N is positive integer, M >=3, and N >=3；
That often organizes that the both sides up and down of described anode module (8) are respectively arranged with that the upper and lower side to described cathode line is fixed respectively is fixing
Framework；Described fixed frame includes that transverse support bar (9) that M root is laid in same level from front to back and many are by a left side extremely
The vertical supporting bar (10) that the right side is laid in same level, described transverse support bar (9) and vertical supporting bar (10) are all in water
Plain cloth sets, and transverse support bar (9) described in M root is all supported on many described vertical supporting bars (10), and many described horizontal
Strut (9) is fastenedly connected by many described vertical supporting bars (10) and is integrated；The top often arranging described hole (5) is respectively arranged with one
Transverse support bar described in root (9)；Fix for described cathode line equipped with N number of the most from left to right on every described transverse support bar (9)
Fixture (11), N number of described fixture (11) is all laid in same level；
Step 2, cathode line installation: in step one, organize is respectively mounted described cathode line on described anode module (8) more,
The installation method often organizing the upper described cathode line of described anode module (8) is the most identical；
When the described cathode line of upper installation of anode module (8) described in arbitrary group, process is as follows:
Step 201, upper and lower fixed frame are installed: be separately installed with described in a confession in the both sides up and down of this group anode module (8)
The fixed frame that cathode line is fixing, and make the both sides up and down of each described hole (5) in this group anode module (8) all have an institute
State fixture (11)；
Two described fixed frames are respectively positioned at the lower fixed frame of this group anode module (8) lower section and are positioned at this group anode mold
The upper fixed frame of block (8) top, two described fixed frames are all laid in level；
Step 202, cathode line are tentatively installed: be respectively mounted a described the moon in each hole (5) in this group anode module (8)
Polar curve；
When arbitrary described cathode line is installed, from top to bottom this cathode line is penetrated in installed hole (5), and will
The two ends up and down of this cathode line are separately mounted on the fixture (11) of penetrated hole (5) both sides up and down；
Step 203, cathode line location adjusts and fixed installation: divide each cathode line installed in this group anode module (8)
Do not carry out location to adjust and fixed installation；
When arbitrary described cathode line is carried out location adjustment and fixed installation, comprise the following steps:
Step 2031, jig are installed: be horizontally mounted respectively at the upper and lower side being adjusted cathode line (4) installed hole (5)
One described jig, makes the described horizontal location frame of two described jigs all be placed horizontally in hole (5), and makes
The rear measuring staff (1) of two described jigs is respectively positioned on the front side being adjusted cathode line (4)；
Step 2032, location adjust: the upper and lower side utilizing the draw-in groove (6) of two described jigs to being adjusted cathode line (4)
Carry out location respectively to adjust, until the upper and lower side being adjusted cathode line (4) is installed on the draw-in groove of two described jigs respectively
(6) in；
Step 2033, fixed installation: the upper and lower side being adjusted cathode line (4) is fixedly mounted on residing hole (5) both sides up and down
Fixture (11) on；
Step 2034, jig remove: all removed in hole (5) by step 2,031 two described jigs.
9. according to the construction method described in claim 8, it is characterised in that: when step 2032 carries out location adjustment, also need to adopt
With ceiling hammer, the perpendicularity being adjusted cathode line (4) is adjusted, makes to be adjusted cathode line (4) and be in vertical state.
10. according to the construction method described in claim 8 or 9, it is characterised in that: fixture described in step one (11) is L-shaped
Fixture, described L-shaped fixture includes horizontal fixed plate (11-1) and the longitudinal direction with horizontal fixed plate (11-1) perpendicular laying
Fixed plate (11-2), described horizontal fixed plate (11-1) and longitudinally fixed plate (11-2) are all in vertically to laying；Described the most solid
In parallel laying and it is arranged on transverse support bar by laterally adjusting bolt (12) with transverse support bar (9) to determine plate (11-1)
(9), on, described transverse support bar (9) have from left to right N number of respectively for laterally adjusting of laterally adjusting that bolt (12) installs
Hole, described in laterally adjust the Kong Weiyu transverse support bar (9) elongate holes in parallel laying；Described cathode line is by fixing bolt
It is arranged on longitudinally fixed plate (11-2), described longitudinally fixed plate (11-2) has the longitudinal direction installed for described fixing bolt and adjusts
Whole hole, described longitudinally adjusted hole with longitudinally fixed plate (11-2) in parallel laying, described in laterally adjust hole and described longitudinally adjusted
Kong Juncheng level is laid；
The upper and lower side being adjusted cathode line (4) is carried out by draw-in groove (6) respectively that utilize two described jigs in step 2032
Location adjust time, by described laterally adjust hole in move left and right described in laterally adjust bolt (12) to described L-shaped fixture
Installation site in transverse support bar (9) is adjusted, and by movable described solid in described longitudinally adjusted hole
Determine bolt and front and back adjust being adjusted cathode line (4).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201610785133.3A CN106238212B (en) | 2016-08-30 | 2016-08-30 | A kind of cathode line jig and cathode line positioning adjustment construction method |
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| CN201610785133.3A CN106238212B (en) | 2016-08-30 | 2016-08-30 | A kind of cathode line jig and cathode line positioning adjustment construction method |
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| CN109433424A (en) * | 2018-11-29 | 2019-03-08 | 北京国电龙源环保工程有限公司 | A kind of electric precipitator cathode line adjusts location structure and its construction method |
| CN109570996A (en) * | 2018-06-14 | 2019-04-05 | 中国电建集团河南工程有限公司 | Beehive type electrode dedusting demister delamination modularization construction method of installation |
| CN112024127A (en) * | 2020-07-30 | 2020-12-04 | 上海二十冶建设有限公司 | Method for mounting cathode hanger of sintering electric dust remover |
| CN114460812A (en) * | 2022-04-11 | 2022-05-10 | 宁波润华全芯微电子设备有限公司 | Structure and method for mounting suck-back valve |
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| CN112024127A (en) * | 2020-07-30 | 2020-12-04 | 上海二十冶建设有限公司 | Method for mounting cathode hanger of sintering electric dust remover |
| CN112024127B (en) * | 2020-07-30 | 2022-07-08 | 上海二十冶建设有限公司 | Method for mounting cathode hanger of sintering electric dust remover |
| CN114460812A (en) * | 2022-04-11 | 2022-05-10 | 宁波润华全芯微电子设备有限公司 | Structure and method for mounting suck-back valve |
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|---|---|
| CN106238212B (en) | 2018-01-02 |
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