CN108817537A - A kind of three-dimensional winding iron core power transformer silicon steel sheet process equipment - Google Patents
A kind of three-dimensional winding iron core power transformer silicon steel sheet process equipment Download PDFInfo
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- CN108817537A CN108817537A CN201810293486.0A CN201810293486A CN108817537A CN 108817537 A CN108817537 A CN 108817537A CN 201810293486 A CN201810293486 A CN 201810293486A CN 108817537 A CN108817537 A CN 108817537A
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- tensioning
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23D—PLANING; SLOTTING; SHEARING; BROACHING; SAWING; FILING; SCRAPING; LIKE OPERATIONS FOR WORKING METAL BY REMOVING MATERIAL, NOT OTHERWISE PROVIDED FOR
- B23D47/00—Sawing machines or sawing devices working with circular saw blades, characterised only by constructional features of particular parts
- B23D47/04—Sawing machines or sawing devices working with circular saw blades, characterised only by constructional features of particular parts of devices for feeding, positioning, clamping, or rotating work
- B23D47/06—Sawing machines or sawing devices working with circular saw blades, characterised only by constructional features of particular parts of devices for feeding, positioning, clamping, or rotating work for stock of indefinite length
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23D—PLANING; SLOTTING; SHEARING; BROACHING; SAWING; FILING; SCRAPING; LIKE OPERATIONS FOR WORKING METAL BY REMOVING MATERIAL, NOT OTHERWISE PROVIDED FOR
- B23D47/00—Sawing machines or sawing devices working with circular saw blades, characterised only by constructional features of particular parts
- B23D47/08—Sawing machines or sawing devices working with circular saw blades, characterised only by constructional features of particular parts of devices for bringing the circular saw blade to the workpiece or removing same therefrom
- B23D47/10—Sawing machines or sawing devices working with circular saw blades, characterised only by constructional features of particular parts of devices for bringing the circular saw blade to the workpiece or removing same therefrom actuated by fluid or gas pressure
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- Mechanical Engineering (AREA)
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Abstract
The present invention relates to a kind of three-dimensional winding iron core power transformer silicon steel sheet process equipments, including bottom plate, wind is installed on bottom plate, the upper center of bottom plate is equipped with adjusting cutter device, cutting auxiliary device is installed on bottom plate, cutting auxiliary device is mounted on the surface for adjusting cutter device, and the wind includes from winding roller, No.1 strainer, No. two strainers and the take-up roll being sequentially arranged on bottom plate from front to back.The present invention can solve during existing 3 D stereo reel iron core transformer silicon steel sheet sawing sheet it is existing need it is manually poor to silicon steel sheet cutting accuracy by cutting tool, the silicon steel sheet of winding easily deforms in cutting feeding process, influence the stability of silicon steel sheet conveying, the position of manual adjustment cutting tool is needed for the silicon steel sheet sawing sheet cutting of different size, and manual adjustment cutting tool poor accuracy, influence the problems such as the service life of 3 D stereo reel iron core transformer.
Description
Technical field
The present invention relates to environmental protections to convey installation equipment technical field, and specifically a kind of three-dimensional winding iron core electric power becomes
Depressor silicon steel sheet process equipment.
Background technique
Three dimensional wound core transformer is a kind of Power-saving-type Power Transformer, it has creatively reformed traditional power transformer
Laminated magnetic line structure and three-phase layout, optimize properties of product more, as three-phase magnetic circuit is full symmetric, oil immersed type three-dimensional winding
Iron-core transformer, oil-immersed transformer, power savings are significant, noise substantially reduces, radiate and overload capacity more
By force, compact-sized small in size etc., three-dimensional rolled iron core transformer, stereo assembled Wound iron-core transformer, stereo assembled three
The sayings such as phase Wound iron-core transformer, triangular solid Wound iron-core transformer, three-dimensional triangular wound core transformer each mean solid
Wound iron-core transformer, three-dimensional rolled iron core interlayer do not have seam, and magnetic circuit is evenly distributed everywhere, without apparent high resistance area, do not have
The distortion phenomenon of magnetic flux density at seam, flow direction and silicon steel sheet crystal orientation are completely the same, and three-phase magnetic circuit length is complete
Equal, the sum of three-phase magnetic circuit length is most short, and three-phase magnetic circuit is full symmetric, and three-phase no-load electric current complete equipilibrium reduces energy consumption, mentions
The high service life of transformer, is widely used, and silicon steel sheet is the important materials for making three dimensional wound core transformer core,
It needs to carry out sawing sheet cutting processing to silicon steel sheet according to the size of regulation during the production of three dimensional wound core transformer, still
Small-scale three dimensional wound core transformer production production needs manually poor to silicon steel sheet cutting accuracy by cutting tool, volume at present
Around silicon steel sheet cutting feeding process in easily deform, poor work stability, influence silicon steel sheet conveying stability, needle
The position of manual adjustment cutting tool, and manual adjustment cutting tool accuracy are needed to the silicon steel sheet sawing sheet cutting of different size
Difference influences the service life of 3 D stereo reel iron core transformer, can only manually carry out according to regulation size by cutting tool single
A processing, large labor intensity, working efficiency are low.
Summary of the invention
To solve the above-mentioned problems, the present invention provides a kind of three-dimensional winding iron core power transformer silicon steel sheet process equipment,
It can solve existing during existing 3 D stereo reel iron core transformer silicon steel sheet sawing sheet need manually by cutting tool pair
Silicon steel sheet cutting accuracy is poor, and the silicon steel sheet of winding easily deforms in cutting feeding process, and poor work stability influences silicon
The stability of steel disc conveying needs the position of manual adjustment cutting tool, and people for the silicon steel sheet sawing sheet cutting of different size
Work adjusts cutting tool poor accuracy, influences the service life of 3 D stereo reel iron core transformer, manually only by cutting tool
It can individually be processed according to regulation size, large labor intensity, the problems such as working efficiency is low, 3 D stereo volume iron core may be implemented
The function of transformer silicon steel sheet auto-cut cutting processing will not influence 3 D stereo reel iron core transformer without human intervention
Service life, and have many advantages, such as good operating stability, sharpnes of cuts are high, labor intensity it is small with work efficiency is high.
To achieve the goals above, the present invention is realized using following technical scheme：A kind of three-dimensional winding iron core power transformer
Device silicon steel sheet process equipment, including bottom plate, wind is equipped on bottom plate, and the upper center of bottom plate is equipped with adjusting cutting dress
It sets, cutting auxiliary device is installed on bottom plate, cutting auxiliary device is mounted on the surface for adjusting cutter device, and wind can
Silicon steel sheet can be driven to be moved to drive, cutting processing, cutting auxiliary dress can be carried out to silicon steel sheet by adjusting cutter device
Set the stability that silicon steel sheet cutting can be improved at work.
The wind includes from winding roller, the No.1 strainer, No. two being sequentially arranged on bottom plate from front to back
Strainer and take-up roll；The winding roller includes two pieces of winding vertical plates being mounted on bottom plate, is led between two pieces of winding vertical plates
It crosses bearing and winding cylinder is installed, the left end of winding cylinder is connected by shaft coupling with the output shaft for winding motor, and winding motor passes through
Motor cabinet is mounted on winding vertical plate, is wound with silicon steel sheet ontology in take-up roll, silicon steel sheet ontology successively pass around from back to front through
No.1 strainer, No. two strainers are crossed, the front end of silicon steel sheet ontology drives silicon in take-up roll, through winding motor
Steel disc ontology carries out uniform motion from back to front, and No.1 strainer, No. two strainers cooperate movement in movement
Silicon steel sheet ontology plays the role of tensioning, it is ensured that the accuracy of silicon steel sheet ontology cutting operation, while after can guaranteeing cutting
Silicon steel sheet ontology can uniformly be wrapped on winding cylinder, without human intervention, improve the stability of work.
The adjusting cutter device includes being mounted on cutting support frame, and cutting setting on support frame, there are two cutting guidances
Roller, two cutting guidance rollers are symmetrically positioned in the front and rear sides of cutting support frame, cut and are equipped with cutting regulating mechanism on support frame,
It cuts on support frame from left to right by sliding matching mode setting there are three follower is cut, cuts and be provided on support frame
Two cutting limit plates, two cutting limit plates are symmetrically positioned in the front and rear sides of cutting support frame, cut on limit plate from left past
Right to be provided with cutting limiting slot at equal intervals, two cutting guidance rollers play the role of support guiding in the process of work,
It drives three cutting followers to carry out motor adjustment according to specified size cutting regulating mechanism, thereby may be ensured that while adding
Work makes the silicon steel sheet of multiple qualifications, without human intervention, can carry out automation adjusting according to specified size, without artificial control
System cutting adjusts cut lengths, reduces the labor intensity of staff, improves the efficiency of work.
The cutting auxiliary device includes the auxiliary support frame being mounted on bottom plate, is equipped on the inner wall of auxiliary support frame
The top of auxiliary telescopic cylinder, auxiliary telescopic cylinder is mounted on assistance for lifting plate by flange, is equipped on auxiliary support frame
Assistance for lifting bar, the lower end of assistance for lifting bar are mounted on assistance for lifting plate, and there are two auxiliary for the lower end installation of assistance for lifting plate
Driving mechanism, two auxiliary drive mechanisms are symmetrically positioned in the front and rear sides of assistance for lifting plate, and the lower end of assistance for lifting plate is past from a left side
Right to be installed by sliding matching mode there are three cutting mechanism is assisted, auxiliary telescopic cylinder drives under the auxiliary of assistance for lifting bar
Assistance for lifting plate carries out height adjustment, and the size processed is needed according to silicon steel sheet, and two auxiliary drive mechanisms work at the same time drive
Cutting mechanism is assisted to carry out position adjusting appropriate, auxiliary cutting mechanism can be in the process of work to the upper surface of silicon steel sheet
Position restriction is carried out, to improve the stability of silicon steel sheet ontology cutting processing.
As a preferred technical solution of the present invention, the No.1 strainer and No. two strainers are identical knot
Structure；The No.1 strainer includes the No.1 tensioning cylinder being mounted on bottom plate, and tensioning regulating roller is equipped on bottom plate, and tensioning is adjusted
Section roller is located at the rear side of No.1 tensioning cylinder, No. two tensioning cylinders is equipped on bottom plate, after No. two tensioning cylinders are located at tensioning regulating roller
Side, and the height of No.1 tensioning cylinder is identical as the height of No. two tensioning cylinders, the height of No.1 tensioning cylinder is higher than tensioning regulating roller
Highly；The tensioning regulating roller includes the tensioning vertical plate being mounted on bottom plate, is tensioned on the side wall of vertical plate to be equipped with to be tensioned and stretch
Cylinder, the top for being tensioned telescopic cylinder are mounted on tensioning by flange and execute on frame, pass through axis between the inner wall of tensioning execution frame
It holds and tensioning adjustment barrel is installed, the lower end installation that tensioning executes frame is placed on bottom plate there are two movable pulley, tensioning movable pulley is tensioned
On, silicon steel sheet ontology is passed around forms tensile force by No.1 tensioning cylinder, tensioning adjustment barrel and No. two tensioning cylinders during the work time,
So that it is guaranteed that silicon steel sheet ontology can be conveyed stably, tensioning adjustment barrel is driven to be transported by tensioning telescopic cylinder
Dynamic to adjust, two tensioning movable pulleys play the role of auxiliary in the process of movement, and tensioning adjustment barrel is in the process of movement
It can be adjusted synchronously with silicon steel sheet ontology, it is ensured that the stability of silicon steel sheet ontology movement, to guarantee that silicon steel sheet ontology is cut
Accuracy reduce the labor intensity of staff without human intervention, improve the efficiency of work.
As a preferred technical solution of the present invention, the cutting regulating mechanism includes being mounted on cutting support frame
Electronic sliding block is cut, the upper end for cutting electronic sliding block is equipped with cutting movable stand, and cutting setting on movable stand, there are two cutters
Make slot, two cutting work nests are symmetrically positioned in the front and rear sides of cutting movable stand, cut and are provided with cutting limit branch in work nest
Chain cuts and is equipped with cutting limit electric machine by motor cabinet on movable stand, cuts and be equipped with cutting on the output shaft of limit electric machine
Spill spin block, cutting spill spin block are in oval structure；The cutting limit branch includes being connected to cutting by sliding matching mode
Execution position-limited rack in work nest cuts and is equipped with cutting adjustable spring on the outer wall of movable stand, and cutting adjustable spring is mounted on
It executes on position-limited rack, cutting adjustable spring plays the role of reset to position-limited rack is executed, and executes position-limited rack and is located at cutting movement
One end on the inside of frame is resisted against on the outer wall of cutting spill spin block, drives cutting movable stand to carry out movement tune by cutting electronic sliding block
Section, cutting limit electric machine job transfer cutting spill spin block are rotated, and cutting spill spin block drives in the process of movement to be held
Row position-limited rack, which synchronizes, to be adjusted, and is moved so that cutting follower be driven to synchronize, without human intervention, reduces work
The labor intensity of personnel improves the efficiency of work.
As a preferred technical solution of the present invention, the cutting follower includes being connected by sliding matching mode
Cutting on cutting support frame is from moving frame, and cutting is in omega structure from moving frame, and cutting setting from moving frame is driven there are two cutting
Slot, two cutting driven slots are symmetrically positioned in cutting from the front and rear sides of moving frame, cut driven slot and execute position-limited rack mutual cooperation
Movement, there are two driven fixed branches, two driven fixed unbranched symmetrics to be located at cutting from moving frame for setting from moving frame for cutting
Front and rear sides, cutting are equipped with cutting locating rack from the upper end of moving frame, cut and are provided with cutting feed slot on locating rack, cutting from
Cutting lifting cylinder is installed, the top for cutting lifting cylinder is mounted on cutting crane by flange, and cutting rises in moving frame
Electronic cutting roller is installed, electronic cutting roller is located in cutting feed slot, cuts and is equipped with cutting auxiliary on crane on drop frame
Spring, the upper end for cutting secondary spring are mounted on cutting locating rack, cut and cut support roller on locating rack there are two installations, and two
A cutting support roller is symmetrically positioned in the left and right sides of cutting feed slot, cuts and cuts limit roller on locating rack there are two settings, and two
A cutting limit roller is symmetrically positioned in the front and rear sides of cutting locating rack；The driven fixed branch includes being mounted on to cut by pin shaft
It cuts from the fixation position-limited rack in moving frame, is connected by pin shaft with the top of fixed limiting cylinder on fixed position-limited rack, fixed limit
The bottom end of cylinder is mounted on cutting from moving frame by pin shaft, is equipped with fixed gag lever post on the lateral wall of fixed position-limited rack, Gu
Fixing limit bar and cutting limiting slot cooperate move, cut driven slot and execute position-limited rack between cooperate drive cutting from
Moving frame is moved, and two driven fixed branches can carry out position from moving frame to cutting and fix, consolidating on driven fixed branch
Fixing limit cylinder drives the fixation gag lever post on fixed position-limited rack to move in cutting limiting slot, so that it is guaranteed that cutting from moving frame energy
Enough that stable operation is carried out in specified operating position, cutting lifting cylinder can drive electronic cutting roller to cut silicon steel sheet
Operation is cut, two cutting limit rollers play the role of limit and guiding, two cutting limits to silicon steel sheet in the process of work
Position roller can cut silicon steel sheet with auxiliary electric cutting roller, so that it is guaranteed that the stability of cutting silicon steel sheet, without artificial behaviour
Make, reduces the labor intensity of staff, improve the efficiency of work.
As a preferred technical solution of the present invention, the auxiliary drive mechanism includes being mounted on auxiliary by motor cabinet
Auxiliary drive motor on lifter plate is connected on the output shaft of auxiliary drive motor with one end of auxiliary lead screw by shaft coupling,
The other end of auxiliary lead screw is mounted on sub-barrier by bearing, and sub-barrier is mounted on assistance for lifting plate, assists lead screw
On be provided with auxiliary movable block, assist the upper end of movable block to be connected on assistance for lifting plate by sliding matching mode, auxiliary move
Auxiliary stopper cylinder is installed on the side wall of motion block, the top of auxiliary stopper cylinder is mounted on auxiliary stopper column by flange,
It is moved left and right by auxiliary drive motor band dynamic auxiliary movable block, band dynamic auxiliary limits auxiliary movable block in the process of moving
Position cylinder is synchronous to carry out motor adjustment, and auxiliary stopper cylinder drives auxiliary stopper column to carry out telescopic adjustment, and automation is adjusted, is not necessarily to
Manual operation reduces the labor intensity of staff.
As a preferred technical solution of the present invention, the auxiliary cutting mechanism includes being installed by sliding matching mode
Auxiliary on assistance for lifting plate is from moving frame, and there are two assist driven hole, two driven holes pair of auxiliary for setting from moving frame for auxiliary
Claim to be located at auxiliary from the front and rear sides of moving frame, assists driven hole and auxiliary stopper column to cooperate and move, assist under moving frame
There are two cutting roller is assisted, two auxiliary cutting rollers are symmetrically positioned in auxiliary from the left and right sides of moving frame, assist driven hole for end setting
Fixed point movement can be carried out with the driven frame of dynamic auxiliary by being used in conjunction with each other with auxiliary stopper column, and two auxiliary cutting rollers are cut with two
It cuts limit roller and is used in conjunction with each other and play the role of limit to silicon steel sheet, to guarantee silicon steel sheet during cutting operation not
It will appear deviation, improve the stability of work.
When work, wind is started to work first, drives silicon steel sheet ontology to carry out from back to front by winding motor even
Speed movement, No.1 strainer, No. two strainers, which cooperate to move, plays tensioning to the silicon steel sheet ontology in movement
Effect, silicon steel sheet ontology is passed around forms tensioning by No.1 tensioning cylinder, tensioning adjustment barrel and No. two tensioning cylinders during the work time
Power, so that it is guaranteed that silicon steel sheet ontology can be conveyed stably, by tensioning telescopic cylinder drive tensioning adjustment barrel into
Row motor adjustment, two tensioning movable pulleys play the role of auxiliary, mistake of the tensioning adjustment barrel in movement in the process of movement
Cheng Zhongke is adjusted synchronously with silicon steel sheet ontology, it is ensured that the stability of silicon steel sheet ontology movement, to guarantee silicon steel sheet ontology
The accuracy of cutting adjusts cutter device and starts to work, and two cutting guidance rollers play support guiding in the process of work
Effect, drive three cutting followers to carry out motor adjustments according to specified size cutting regulating mechanism, cut adjusting machine
Structure drives cutting movable stand to carry out motor adjustment by cutting electronic sliding block, cutting limit electric machine job transfer cutting spill spin block into
Row rotary motion, cutting spill spin block drives in the process of movement to be executed position-limited rack and synchronizes and be adjusted, thus drive cut from
Motivation structure, which synchronizes, to be moved, and is cut the cutting driven slot on follower and is executed to cooperate to drive between position-limited rack and cuts
It is moved from moving frame, two driven fixed branches can carry out position from moving frame to cutting and fix, on driven fixed branch
Fixed limiting cylinder drives the fixation gag lever post on fixed position-limited rack to move in cutting limiting slot, so that it is guaranteed that cutting from moving frame
Stable operation can be carried out in specified operating position, cutting lifting cylinder can drive electronic cutting roller to carry out silicon steel sheet
Cutting operation, two cutting limit rollers play the role of limit and guiding, two cuttings to silicon steel sheet in the process of work
Limit roller can cut silicon steel sheet with auxiliary electric cutting roller, and cutting auxiliary device needs the ruler processed according to silicon steel sheet
Very little, two auxiliary drive mechanisms work at the same time band dynamic auxiliary cutting mechanism and carry out position adjusting appropriate, and auxiliary cutting mechanism can
Position restriction is carried out with the upper surface in the process of work to silicon steel sheet, auxiliary drive mechanism is driven by auxiliary drive motor
Auxiliary movable block is moved left and right, and auxiliary movable block drives auxiliary stopper cylinder to synchronize in the process of moving and carries out movement tune
Section, auxiliary stopper cylinder drive auxiliary stopper column to carry out telescopic adjustment, and the driven hole of auxiliary and auxiliary on cutting mechanism is assisted to limit
Position column is used in conjunction with each other can carry out fixed point movement with the driven frame of dynamic auxiliary, two auxiliary cutting rollers and two cutting limit rollers
It is used in conjunction with each other and plays the role of limit to silicon steel sheet, to guarantee that silicon steel sheet is not in inclined during cutting operation
Difference improves the stability of work, and the function of 3 D stereo reel iron core transformer silicon steel sheet auto-cut cutting processing may be implemented
Energy.
The beneficial effects of the invention are as follows：
1, the present invention, which can solve, existing during existing 3 D stereo reel iron core transformer silicon steel sheet sawing sheet needs people
Work is poor to silicon steel sheet cutting accuracy by cutting tool, and the silicon steel sheet of winding easily deforms in cutting feeding process, work
Make that stability is poor, influence the stability of silicon steel sheet conveying, the silicon steel sheet sawing sheet cutting for different size needs manual adjustment to cut
The position of tool, and manual adjustment cutting tool poor accuracy are cut, the service life of 3 D stereo reel iron core transformer, people are influenced
The problems such as work can only individually be processed by cutting tool according to regulation size, large labor intensity, and working efficiency is low, Ke Yishi
The function of existing 3 D stereo reel iron core transformer silicon steel sheet auto-cut cutting processing will not influence three-dimensional without human intervention
The service life of three-dimensional reel iron core transformer, and have good operating stability, sharpnes of cuts are high, labor intensity is small to imitate with work
The advantages that rate is high.
2, the present invention devises wind, and the No.1 strainer, No. two strainers on wind cooperate
Movement plays the role of tensioning to the silicon steel sheet ontology in movement, it is ensured that the accuracy of silicon steel sheet ontology cutting operation, simultaneously
Silicon steel sheet ontology after can guaranteeing cutting can be uniformly wrapped on winding cylinder, without human intervention, improve work
Stability；
3, the present invention devises adjusting cutter device, adjusts two cutting guidance rollers on cutter device in the process of work
In play the role of support guiding, drive three cutting followers to be moved according to specified size cutting regulating mechanism
Adjust, thereby may be ensured that simultaneous processing makes the silicon steel sheet of multiple qualifications, without human intervention, can according to specified size into
Row automation is adjusted, and is adjusted cut lengths without manual control cutting, is reduced the labor intensity of staff, improve work
Efficiency；
4, the present invention devises cutting auxiliary device, auxiliary telescopic cylinder band dynamic auxiliary liter under the auxiliary of assistance for lifting bar
It drops plate and carries out height adjustment, the size processed is needed according to silicon steel sheet, two auxiliary drive mechanisms work at the same time band dynamic auxiliary and cut
Cutting mill structure carries out position adjusting appropriate, and auxiliary cutting mechanism can carry out position in the upper surface to silicon steel sheet in the process of work
Restriction is set, to improve the stability of silicon steel sheet ontology cutting processing.
Detailed description of the invention
Present invention will be further explained below with reference to the attached drawings and examples.
Fig. 1 is structural schematic diagram of the invention；
Fig. 2 is the structural schematic diagram between bottom plate and wind of the present invention；
Fig. 3 is the structural schematic diagram between bottom plate of the present invention and adjusting cutter device；
Fig. 4 is bottom plate, cutting support frame, cutting guidance roller, cutting regulating mechanism, cutting follower and cutting of the present invention
Structural schematic diagram between limit plate；
Fig. 5 is the structural schematic diagram of cutting auxiliary device of the present invention.
Specific embodiment
In order to be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, tie below
Conjunction is specifically illustrating, and the present invention is further explained.
As shown in Fig. 1 to Fig. 5, a kind of three-dimensional winding iron core power transformer silicon steel sheet process equipment, including bottom plate 1, bottom plate 1
On wind 2 is installed, the upper center of bottom plate 1, which is equipped with, adjusts cutter device 3, and cutting auxiliary dress is equipped on bottom plate 1
4 are set, cutting auxiliary device 4 is mounted on the surface for adjusting cutter device 3, and wind 2, which can drive, can drive silicon steel sheet
It is moved, cutting processing can be carried out to silicon steel sheet by adjusting cutter device 3, and cutting auxiliary device 4 can be improved at work
The stability of silicon steel sheet cutting.
The wind 2 includes from winding roller 21, the No.1 strainer being sequentially arranged on bottom plate 1 from front to back
22, No. two strainers 23 and take-up roll 24；The winding roller 21 includes two pieces of winding vertical plates 211 being mounted on bottom plate 1, and two
Winding cylinder 212 is equipped with by bearing between block winding vertical plate 211, the left end of winding cylinder 212 passes through shaft coupling and winding motor
213 output shaft is connected, and winding motor 213 is mounted on winding vertical plate 211 by motor cabinet, is wound with silicon steel in take-up roll 24
Piece ontology 214, silicon steel sheet ontology 214 are successively passed around from back to front by 22, No. two strainers 23 of No.1 strainer, silicon steel
The front end of piece ontology 214 drives silicon steel sheet ontology 214 to carry out from back to front in take-up roll 24, through winding motor 213
Uniform motion, 22, No. two strainers 23 of No.1 strainer cooperate to move and play to the silicon steel sheet ontology 214 in movement
The effect of tensioning, it is ensured that the accuracy of 214 cutting operation of silicon steel sheet ontology, while can guarantee the silicon steel sheet ontology after cutting
214 can uniformly be wrapped on winding cylinder 212, without human intervention, improve the stability of work.
The adjusting cutter device 3 includes being mounted on cutting support frame 31, and cutting setting on support frame 31, there are two cuttings
Guide roll 32, two cutting guidance rollers 32 are symmetrically positioned in the front and rear sides of cutting support frame 31, cut and are equipped on support frame 31
Cut regulating mechanism 33, cut support frame 31 on from left to right by sliding matching mode setting there are three cutting follower
34, cutting setting on support frame 31, there are two limit plate 35 is cut, two cutting limit plates 35, which are symmetrically positioned in, cuts support frame 31
Front and rear sides, cut limit plate 35 on be provided with cutting limiting slot at equal intervals from left to right, two cutting guidance rollers 32 exist
Play the role of support guiding during work, drives three cuttings driven according to specified size cutting regulating mechanism 33
Mechanism 34 carries out motor adjustment, thereby may be ensured that simultaneous processing makes the silicon steel sheet of multiple qualifications, without human intervention, can be with
Automation adjusting is carried out according to specified size, cut lengths is adjusted without manual control cutting, reduces the labour of staff
Intensity improves the efficiency of work.
The cutting auxiliary device 4 includes the auxiliary support frame 41 that is mounted on bottom plate 1, on the inner wall of auxiliary support frame 41
Auxiliary telescopic cylinder 42 is installed, the top of auxiliary telescopic cylinder 42 is mounted on assistance for lifting plate 43 by flange, auxiliary branch
Assistance for lifting bar 44 is installed, the lower end of assistance for lifting bar 44 is mounted on assistance for lifting plate 43, assistance for lifting plate on support 41
There are two auxiliary drive mechanism 45, two auxiliary drive mechanisms 45 are symmetrically positioned in the front and back of assistance for lifting plate 43 for 43 lower end installation
Two sides, by sliding matching mode installation, there are three assist cutting mechanism 46, auxiliary from left to right for the lower end of assistance for lifting plate 43
Telescopic cylinder 42 drives assistance for lifting plate 43 to carry out height adjustment under the auxiliary of assistance for lifting bar 44, needs to add according to silicon steel sheet
The size of work, two auxiliary drive mechanisms 45 work at the same time band dynamic auxiliary cutting mechanism 46 and carry out position adjusting appropriate, assist
Cutting mechanism 46 can carry out position restriction in the upper surface to silicon steel sheet in the process of work, cut to improve silicon steel sheet ontology
Cut the stability of processing.
The No.1 strainer 22 and No. two strainers 23 are identical structure；The No.1 strainer 22 includes
The No.1 tensioning cylinder 221 being mounted on bottom plate 1 is equipped with tensioning regulating roller 25 on bottom plate 1, and tensioning regulating roller 25 is positioned at No.1
The rear side of tight cylinder 221 is equipped with No. two tensioning cylinders 222 on bottom plate 1, and No. two tensioning cylinders 222 are located at the rear side of tensioning regulating roller 25,
And the height of No.1 tensioning cylinder 221 is identical as the height of No. two tensioning cylinders 222, the height of No.1 tensioning cylinder 221 is higher than tensioning and adjusts
Save the height of roller 25；The tensioning regulating roller 25 includes the tensioning vertical plate 251 being mounted on bottom plate 1, is tensioned the side wall of vertical plate 251
On be equipped with tensioning telescopic cylinder 252, tensioning telescopic cylinder 252 top by flange be mounted on tensioning execute frame 253 on, open
Tensioning adjustment barrel 254 is equipped with by bearing between the tight inner wall for executing frame 253, the lower end that tensioning executes frame 253 is equipped with two
A tensioning movable pulley 255, tensioning movable pulley 255 are placed on bottom plate 1, and silicon steel sheet ontology 214 is passed around by No.1 tensioning cylinder
221, it is tensioned adjustment barrel 254 and No. two tensioning cylinders 222 forms tensile force during the work time, so that it is guaranteed that silicon steel sheet ontology 214
It can stably be conveyed, be driven by tensioning telescopic cylinder 252 and be tensioned the progress motor adjustment of adjustment barrel 254, two
Tensioning movable pulley 255 plays the role of auxiliary in the process of movement, and tensioning adjustment barrel 254 in the process of movement can be with silicon
Steel disc ontology 214 is adjusted synchronously, it is ensured that the stability that silicon steel sheet ontology 214 moves, to guarantee that silicon steel sheet ontology 214 is cut
The accuracy cut reduces the labor intensity of staff without human intervention, improves the efficiency of work.
The cutting regulating mechanism 33 includes the electronic sliding block 331 of cutting being mounted on cutting support frame 31, is cut electronic
The upper end of sliding block 331 is equipped with cutting movable stand 332, and cutting setting on movable stand 332, there are two cut work nest, two cuttings
Work nest is symmetrically positioned in the front and rear sides of cutting movable stand 332, cuts and is provided with cutting limit branch 36 in work nest, and cutting moves
Cutting limit electric machine 333 is equipped with by motor cabinet in moving frame 332, cuts and cutting is installed on the output shaft of limit electric machine 333
Spill spin block 334, cutting spill spin block 334 are in oval structure；The cutting limit branch 36 includes being connected by sliding matching mode
The execution position-limited rack 361 in cutting work nest is connect, cuts and cutting adjustable spring 362 is installed on the outer wall of movable stand 332, cut
It cuts adjustable spring 362 to be mounted on execution position-limited rack 361, cutting 362 pairs of execution position-limited racks 361 of adjustable spring play reset
Effect executes one end that position-limited rack 361 is located on the inside of cutting movable stand 332 and is resisted against on the outer wall of cutting spill spin block 334, passes through
Cutting electronic sliding block 331 drives cutting movable stand 332 to carry out motor adjustment, the cutting job transfer cutting rotation of limit electric machine 333
Block 334 is rotated, and cutting spill spin block 334 drives execution position-limited rack 361 to synchronize in the process of movement and is adjusted, from
And it drives cutting follower 34 to synchronize and is moved, without human intervention, reduce the labor intensity of staff, improve
The efficiency of work.
It is described cutting follower 34 include be connected to by sliding matching mode cutting support frame 31 on cutting it is driven
Frame 341, cutting are in omega structure from moving frame 341, and there are two driven slot is cut, two cuttings are driven for setting from moving frame 341 for cutting
Slot is symmetrically positioned in cutting from the front and rear sides of moving frame 341, cuts driven slot and execution position-limited rack 361 cooperates and moves, cutting
There are two driven fixed branch 37, two driven fixed branches 37 are symmetrically positioned in cutting from moving frame 341 for setting from moving frame 341
Front and rear sides, cutting are equipped with cutting locating rack 342 from the upper end of moving frame 341, cut and are provided with cutting feeding on locating rack 342
Slot, cutting are equipped with cutting lifting cylinder 343 from moving frame 341, and the top of cutting lifting cylinder 343 is mounted on by flange cuts
It cuts on crane 344, cuts and electronic cutting roller 348 is installed on crane 344, electronic cutting roller 348 is located at cutting feed slot
It is interior, it cuts and cutting secondary spring 345 is installed on crane 344, the upper end of cutting secondary spring 345 is mounted on cutting locating rack
On 342, cuts installation on locating rack 342 and be symmetrically positioned in and be cut into there are two support roller 346, two cutting support rollers 346 are cut
To the left and right sides of slot, cutting setting on locating rack 342, there are two cut limit roller 347, two symmetrical positions of cutting limit roller 347
In the front and rear sides of cutting locating rack 342；The driven fixed branch 37 includes that cutting is mounted on by pin shaft from moving frame 341
Fixation position-limited rack 371, be connected by pin shaft with the top of fixed limiting cylinder 372 on fixed position-limited rack 371, fix and limit gas
The bottom end of cylinder 372 is mounted on cutting from moving frame 341 by pin shaft, is equipped with fixed limit on the lateral wall of fixed position-limited rack 371
Position bar 373, fixed gag lever post 373 and cutting limiting slot cooperate and move, phase between cutting driven slot and execution position-limited rack 361
The mutual dynamic cutting of mating band is moved from moving frame 341, and two driven fixed branches 37 can carry out position from moving frame 341 to cutting
Fixed, the fixation limiting cylinder 372 on driven fixed branch 37 drives the fixation gag lever post 373 on fixed position-limited rack 371 to move
Into cutting limiting slot, so that it is guaranteed that cutting can carry out stable operation from moving frame 341 in specified operating position, cutting is risen
Sending down abnormally ascending cylinder 343 can drive electronic cutting roller 348 to carry out cutting operation to silicon steel sheet, and two cutting limit rollers 347 are in work
Play the role of limit and guiding to silicon steel sheet in the process, two cutting limit rollers 347 can be right with auxiliary electric cutting roller 348
Silicon steel sheet is cut, so that it is guaranteed that the stability of cutting silicon steel sheet, without human intervention, the labour for reducing staff is strong
Degree, improves the efficiency of work.
The auxiliary drive mechanism 45 includes the auxiliary drive motor being mounted on assistance for lifting plate 43 by motor cabinet
451, it is connected by shaft coupling with one end of lead screw 452 is assisted on the output shaft of auxiliary drive motor 451, assists lead screw 452
The other end is mounted on sub-barrier 453 by bearing, and sub-barrier 453 is mounted on assistance for lifting plate 43, assists lead screw 452
On be provided with auxiliary movable block 454, auxiliary movable block 454 upper end assistance for lifting plate 43 is connected to by sliding matching mode
On, it assists that auxiliary stopper cylinder 455 is installed on the side wall of movable block 454, the top of auxiliary stopper cylinder 455 is pacified by flange
It on auxiliary stopper column 456, is moved left and right by auxiliary drive motor 451 with dynamic auxiliary movable block 454, auxiliary movement
Block 454 drives auxiliary stopper cylinder 455 is synchronous to carry out motor adjustment in the process of moving, and auxiliary stopper cylinder 455 drives auxiliary
Limited post 456 is helped to carry out telescopic adjustment, automation is adjusted, and without human intervention, reduces the labor intensity of staff.
The auxiliary cutting mechanism 46 includes that the auxiliary that is mounted on assistance for lifting plate 43 by sliding matching mode is driven
Frame 461, there are two driven hole is assisted, two driven holes of auxiliary are symmetrically positioned in auxiliary from moving frame 461 to auxiliary for setting from moving frame 461
Front and rear sides, assist driven hole and auxiliary stopper column 456 to cooperate and move, auxiliary is provided with two from the lower end of moving frame 461
A auxiliary cutting roller 462, two auxiliary cutting rollers 462 are symmetrically positioned in auxiliary from the left and right sides of moving frame 461, assist driven hole with
Auxiliary stopper column 456 is used in conjunction with each other can carry out fixed point movement, two auxiliary cutting rollers 462 with the driven frame 461 of dynamic auxiliary
It is used in conjunction with each other with two cutting limit rollers 347 and plays the role of limit to silicon steel sheet, to guarantee that silicon steel sheet is being cut
Be not in deviation in operation process, improve the stability of work.
When work, wind 2 is started to work first, drives silicon steel sheet ontology 214 from back to front by winding motor 213
Uniform motion is carried out, 22, No. two strainers 23 of No.1 strainer cooperate movement to the silicon steel sheet ontology 214 in movement
Play the role of tensioning, silicon steel sheet ontology 214 is passed around by No.1 tensioning cylinder 221, tensioning adjustment barrel 254 and No. two tensioning cylinders
222 form tensile force during the work time, so that it is guaranteed that silicon steel sheet ontology 214 can be conveyed stably, by opening
Tight telescopic cylinder 252 drives tensioning adjustment barrel 254 to carry out motor adjustment, and two tensioning movable pulleys 255 rise in the process of movement
The effect of auxiliary is arrived, tensioning adjustment barrel 254 can be adjusted synchronously in the process of movement with silicon steel sheet ontology 214, it is ensured that
The stability that silicon steel sheet ontology 214 moves adjusts cutter device 3 and starts to guarantee the accuracy that silicon steel sheet ontology 214 is cut
Work, two cutting guidance rollers 32 play the role of support guiding in the process of work, are cut and adjusted according to specified size
Saving mechanism 33 drives three cutting followers 34 to carry out motor adjustment, and cutting regulating mechanism 33 is by cutting electronic sliding block 331
Cutting movable stand 332 is driven to carry out motor adjustment, the cutting job transfer cutting spill spin block 334 of limit electric machine 333 carries out rotation fortune
Dynamic, cutting spill spin block 334 drives execution position-limited rack 361 to synchronize in the process of movement and is adjusted, to drive cutting driven
Mechanism 34, which synchronizes, to be moved, and is cut the cutting driven slot on follower 34 and is executed the band that cooperates between position-limited rack 361
Dynamic cutting is moved from moving frame 341, and two driven fixed branches 37 can carry out position from moving frame 341 to cutting and fix, from
Fixation limiting cylinder 372 on dynamic fixed branch 37 drives the fixation gag lever post 373 on fixed position-limited rack 371 to move to cutting limit
In the slot of position, so that it is guaranteed that cutting can carry out stable operation from moving frame 341 in specified operating position, lifting cylinder is cut
343 can drive electronic cutting roller 348 to carry out cutting operation to silicon steel sheet, and two cutting limit rollers 347 are in the process of work
Play the role of limit and guiding to silicon steel sheet, two cutting limit rollers 347 can be with auxiliary electric cutting roller 348 to silicon steel sheet
It is cut, cutting auxiliary device 4 needs the size processed according to silicon steel sheet, and two auxiliary drive mechanisms 45 work at the same time drive
Auxiliary cutting mechanism 46 carries out position adjusting appropriate, and auxiliary cutting mechanism 46 can be in the process of work to the upper of silicon steel sheet
End face carries out position restriction, and auxiliary drive mechanism 45 carries out left and right shifting with dynamic auxiliary movable block 454 by auxiliary drive motor 451
Dynamic, auxiliary movable block 454 drives auxiliary stopper cylinder 455 is synchronous to carry out motor adjustment, auxiliary stopper gas in the process of moving
Cylinder 455 drives auxiliary stopper column 456 to carry out telescopic adjustment, assists the driven hole of auxiliary and auxiliary stopper column on cutting mechanism 46
456 are used in conjunction with each other and can carry out fixed point movement with the driven frame 461 of dynamic auxiliary, two auxiliary cutting rollers 462 and two cuttings
Limit roller 347, which is used in conjunction with each other, plays the role of limit to silicon steel sheet, to guarantee silicon steel sheet during cutting operation
Be not in deviation, improve the stability of work, realizes the cutting of 3 D stereo reel iron core transformer silicon steel sheet auto-cut
The function of processing solves existing during existing 3 D stereo reel iron core transformer silicon steel sheet sawing sheet need manually by cutting
It is poor to silicon steel sheet cutting accuracy to cut tool, the silicon steel sheet of winding easily deforms in cutting feeding process, job stability
Difference influences the stability of silicon steel sheet conveying, and the silicon steel sheet sawing sheet cutting for different size needs manual adjustment cutting tool
Position, and manual adjustment cutting tool poor accuracy, influence the service life of 3 D stereo reel iron core transformer, manually by cutting
The problems such as the tool of cutting can only individually be processed according to regulation size, large labor intensity, and working efficiency is low, have reached purpose.
The basic principles, main features and advantages of the invention have been shown and described above.The technical staff of the industry should
Understand, the present invention is not limited to the above embodiments, and only illustrating for the description in above embodiments and description is of the invention
Principle, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these change and change
Into all fall within the protetion scope of the claimed invention.The claimed scope of the invention is by appended claims and its equivalent
It defines.
Claims (6)
1. a kind of three-dimensional winding iron core power transformer silicon steel sheet process equipment, including bottom plate (1), it is characterised in that：On bottom plate (1)
It is equipped with wind (2), the upper center of bottom plate (1), which is equipped with, adjusts cutter device (3), and bottom plate is equipped with cutting on (1)
Auxiliary device (4), cutting auxiliary device (4) are mounted on the surface for adjusting cutter device (3)；
The wind (2) includes from winding roller (21), the No.1 strainer being sequentially arranged on bottom plate (1) from front to back
(22), No. two strainers (23) and take-up roll (24)；The winding roller (21) includes two pieces of windings being mounted on bottom plate (1)
Vertical plate (211) is equipped with winding cylinder (212) between two pieces of winding vertical plates (211) by bearing, and the left end of winding cylinder (212) is logical
It crosses shaft coupling and is connected with the output shaft for winding motor (213), wind motor (213) by motor cabinet and be mounted on winding vertical plate
(211) on, be wound in take-up roll (24) silicon steel sheet ontology (214), silicon steel sheet ontology (214) successively pass around from back to front by
No.1 strainer (22), No. two strainers (23), the front end of silicon steel sheet ontology (214) is on take-up roll (24)；
The adjusting cutter device (3) includes being mounted on cutting support frame (31), and there are two cut for setting in cutting support frame (31)
It cuts guide roll (32), two cutting guidance rollers (32) are symmetrically positioned in the front and rear sides of cutting support frame (31), cut support frame
(31) cutting regulating mechanism (33) is installed on, sliding matching mode is provided with three from left to right in cutting support frame (31)
A cutting follower (34), cutting setting on support frame (31), there are two cutting limit plate (35), two cutting limit plates
(35) front and rear sides of cutting support frame (31) are symmetrically positioned in, is provided with and cuts at equal intervals from left to right in cutting limit plate (35)
Cut limiting slot；
The cutting auxiliary device (4) includes the auxiliary support frame (41) that is mounted on bottom plate (1), auxiliary support frame (41) it is interior
It is equipped on wall auxiliary telescopic cylinder (42), the top of auxiliary telescopic cylinder (42) is mounted on assistance for lifting plate (43) by flange
On, it is equipped on auxiliary support frame (41) assistance for lifting bar (44), the lower end of assistance for lifting bar (44) is mounted on assistance for lifting plate
(43) on, there are two auxiliary drive mechanism (45), two auxiliary drive mechanisms (45) are right for the lower end installation of assistance for lifting plate (43)
Claim the front and rear sides for being located at assistance for lifting plate (43), the lower end of assistance for lifting plate (43) is pacified by sliding matching mode from left to right
There are three assist cutting mechanism (46) for dress.
2. a kind of three-dimensional winding iron core power transformer silicon steel sheet process equipment according to claim 1, it is characterised in that：Institute
It is identical structure that No.1 strainer (22), which are stated, with No. two strainers (23)；The No.1 strainer (22) includes installation
No.1 tensioning cylinder (221) on bottom plate (1), tensioning regulating roller (25) is equipped on bottom plate (1), and tensioning regulating roller (25) is located at
The rear side of No.1 tensioning cylinder (221), No. two tensioning cylinders (222) are equipped on bottom plate (1), and No. two tensioning cylinders (222) are located at tensioning
The rear side of regulating roller (25), and the height of No.1 tensioning cylinder (221) is identical as the height of No. two tensioning cylinders (222), No.1 tensioning
The height of cylinder (221) is higher than the height of tensioning regulating roller (25)；The tensioning regulating roller (25) includes being mounted on bottom plate (1)
It is tensioned vertical plate (251), is tensioned on the side wall of vertical plate (251) and tensioning telescopic cylinder (252) is installed, be tensioned telescopic cylinder (252)
Top by flange be mounted on tensioning execute frame (253) on, tensioning execute frame (253) inner wall between be equipped with by bearing
It is tensioned adjustment barrel (254), tensioning executes the lower end installation of frame (253) there are two movable pulley (255) are tensioned, and is tensioned movable pulley
(255) it is placed on bottom plate (1).
3. a kind of three-dimensional winding iron core power transformer silicon steel sheet process equipment according to claim 1, it is characterised in that：Institute
Stating cutting regulating mechanism (33) includes the electronic sliding block of cutting (331) being mounted in cutting support frame (31), cuts electronic sliding block
(331) upper end is equipped with cutting movable stand (332), and there are two work nest is cut, two are cut for setting in cutting movable stand (332)
The front and rear sides that work nest is symmetrically positioned in cutting movable stand (332) are cut, cuts in work nest and is provided with cutting limit branch (36),
Cutting limit electric machine (333) is equipped with by motor cabinet in cutting movable stand (332), cuts the output shaft of limit electric machine (333)
On be equipped with cutting spill spin block (334), cutting spill spin block (334) be in oval structure；The cutting limits branch (36)
It is connected to the execution position-limited rack (361) in cutting work nest by sliding matching mode, cuts and pacifies on the outer wall of movable stand (332)
Equipped with cutting adjustable spring (362), cutting adjustable spring (362), which is mounted on, to be executed on position-limited rack (361), executes position-limited rack
(361) it is located at one end on the inside of cutting movable stand (332) to be resisted against on the outer wall of cutting spill spin block (334).
4. a kind of three-dimensional winding iron core power transformer silicon steel sheet process equipment according to claim 1, it is characterised in that：Institute
Stating cutting follower (34) includes the cutting that is connected to by sliding matching mode cut on support frame (31) from moving frame
(341), cutting is in omega structure from moving frame (341), and there are two cut driven slot, two cuttings for setting from moving frame (341) for cutting
Driven slot is symmetrically positioned in cutting from the front and rear sides of moving frame (341), cuts driven slot and executes position-limited rack (361) mutual cooperation and transports
Dynamic, there are two driven fixed branches (37), two driven fixed branches (37) to be symmetrically positioned in and cut for setting from moving frame (341) for cutting
The front and rear sides from moving frame (341) are cut, cutting is equipped with cutting locating rack (342) from the upper end of moving frame (341), cuts locating rack
(342) cutting feed slot is provided on, cutting is equipped with cutting lifting cylinder (343) from moving frame (341), cuts lifting cylinder
(343) top is mounted in cutting crane (344) by flange, is equipped with electronic cutting roller in cutting crane (344)
(348), electronic cutting roller (348) is located in cutting feed slot, is equipped with cutting secondary spring in cutting crane (344)
(345), the upper end for cutting secondary spring (345) is mounted in cutting locating rack (342), is equipped in cutting locating rack (342)
Two cutting support rollers (346), two cuttings support roller (346) are symmetrically positioned in the left and right sides of cutting feed slot, cutting positioning
There are two limit roller (347) are cut, two cutting limit rollers (347) are symmetrically positioned in cutting locating rack (342) for setting on frame (342)
Front and rear sides；
The driven fixed branch (37) includes being mounted on to cut from the fixation position-limited rack (371) on moving frame (341) by pin shaft,
It is connected by pin shaft with the top of fixed limiting cylinder (372) on fixed position-limited rack (371), the bottom of fixed limiting cylinder (372)
End is mounted on cutting from moving frame (341) by pin shaft, is equipped with fixed gag lever post on the lateral wall of fixed position-limited rack (371)
(373), fixed gag lever post (373) and cutting limiting slot cooperate and move.
5. a kind of three-dimensional winding iron core power transformer silicon steel sheet process equipment according to claim 1, it is characterised in that：Institute
Stating auxiliary drive mechanism (45) includes the auxiliary drive motor (451) being mounted on assistance for lifting plate (43) by motor cabinet, auxiliary
It helps on the output shaft of driving motor (451) and is connected by shaft coupling with the one end of lead screw (452) is assisted, auxiliary lead screw (452)
The other end is mounted on sub-barrier (453) by bearing, and sub-barrier (453) is mounted on assistance for lifting plate (43), auxiliary
Auxiliary movable block (454) is provided on lead screw (452), the upper end of auxiliary movable block (454) is connected to by sliding matching mode
On assistance for lifting plate (43), assist that auxiliary stopper cylinder (455), auxiliary stopper cylinder are installed on the side wall of movable block (454)
(455) top is mounted on auxiliary stopper column (456) by flange.
6. a kind of three-dimensional winding iron core power transformer silicon steel sheet process equipment according to claim 1, it is characterised in that：Institute
Stating auxiliary cutting mechanism (46) includes the auxiliary that is mounted on assistance for lifting plate (43) by sliding matching mode from moving frame
(461), there are two driven hole is assisted, two driven holes of auxiliary are symmetrically positioned in auxiliary from moving frame to auxiliary for setting from moving frame (461)
(461) front and rear sides assist driven hole and auxiliary stopper column (456) to cooperate and move, assist from the lower end of moving frame (461)
There are two cutting roller (462) are assisted, two auxiliary cutting roller (462) are symmetrically positioned in auxiliary from the left and right two of moving frame (461) for setting
Side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810293486.0A CN108817537A (en) | 2018-04-03 | 2018-04-03 | A kind of three-dimensional winding iron core power transformer silicon steel sheet process equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810293486.0A CN108817537A (en) | 2018-04-03 | 2018-04-03 | A kind of three-dimensional winding iron core power transformer silicon steel sheet process equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108817537A true CN108817537A (en) | 2018-11-16 |
Family
ID=64155361
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810293486.0A Withdrawn CN108817537A (en) | 2018-04-03 | 2018-04-03 | A kind of three-dimensional winding iron core power transformer silicon steel sheet process equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108817537A (en) |
-
2018
- 2018-04-03 CN CN201810293486.0A patent/CN108817537A/en not_active Withdrawn
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Application publication date: 20181116 |