CN107138530A - Improved battery pole piece roller equipment - Google Patents
Improved battery pole piece roller equipment Download PDFInfo
- Publication number
- CN107138530A CN107138530A CN201710333876.1A CN201710333876A CN107138530A CN 107138530 A CN107138530 A CN 107138530A CN 201710333876 A CN201710333876 A CN 201710333876A CN 107138530 A CN107138530 A CN 107138530A
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- China
- Prior art keywords
- gap
- memorial archway
- screw
- helicoid
- base
- Prior art date
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21B—ROLLING OF METAL
- B21B13/00—Metal-rolling stands, i.e. an assembly composed of a stand frame, rolls, and accessories
- B21B13/02—Metal-rolling stands, i.e. an assembly composed of a stand frame, rolls, and accessories with axes of rolls arranged horizontally
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21B—ROLLING OF METAL
- B21B31/00—Rolling stand structures; Mounting, adjusting, or interchanging rolls, roll mountings, or stand frames
- B21B31/08—Interchanging rolls, roll mountings, or stand frames, e.g. using C-hooks; Replacing roll chocks on roll shafts
- B21B31/14—Interchanging rolls, roll mountings, or stand frames, e.g. using C-hooks; Replacing roll chocks on roll shafts by pivotally displacing
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21B—ROLLING OF METAL
- B21B31/00—Rolling stand structures; Mounting, adjusting, or interchanging rolls, roll mountings, or stand frames
- B21B31/16—Adjusting or positioning rolls
- B21B31/20—Adjusting or positioning rolls by moving rolls perpendicularly to roll axis
- B21B31/22—Adjusting or positioning rolls by moving rolls perpendicularly to roll axis mechanically, e.g. by thrust blocks, inserts for removal
- B21B31/24—Adjusting or positioning rolls by moving rolls perpendicularly to roll axis mechanically, e.g. by thrust blocks, inserts for removal by screws
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21B—ROLLING OF METAL
- B21B33/00—Safety devices not otherwise provided for; Breaker blocks; Devices for freeing jammed rolls for handling cobbles; Overload safety devices
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21B—ROLLING OF METAL
- B21B35/00—Drives for metal-rolling mills, e.g. hydraulic drives
- B21B35/12—Toothed-wheel gearings specially adapted for metal-rolling mills; Housings or mountings therefor
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Battery Electrode And Active Subsutance (AREA)
- Manufacture Of Motors, Generators (AREA)
Abstract
The present invention relates to improved battery pole piece roller equipment, it includes rolling mill base, moves the right memorial archway being arranged on rolling mill base and left memorial archway respectively and the roll shaft assembly being arranged between right memorial archway and left memorial archway；The right reducer pedestal on the right side of right memorial archway is provided with rolling mill base, right screw rod support is connected with the left of right reducer pedestal, right separation motor is provided with right reducer pedestal, right separation motor is connected with right separation reductor, reasonable in design, compact conformation of the invention and easy to use.
Description
Technical field
The present invention relates to improved battery pole piece roller equipment.
Background technology
Battery pole piece rolling mechanism for this using, it is necessary to carry out maintenance roll, needing to tear open in left and right memorial archway after when one section
Unload down, the dismounting of conventional batteries pole piece rolling mechanism is all to use Bolt dismantling, and then loop wheel machine is hung, and work together pole
To waste time and energy, patent 201610411385 discloses a kind of mobile provision for disengagement, but uses hydraulic withdrawal, in actual use
It is middle to exist and be worked during the memorial archway difference of left and right, easily produce memorial archway and topple over, memorial archway scratch guide rail.
The content of the invention
For the above, the technical problems to be solved by the invention are generally speaking to provide a kind of improved battery pole piece
Roller equipment.To solve the above problems, the technical solution used in the present invention is：A kind of improved battery pole piece roller equipment,
Including rolling mill base in addition to the memorial archway frame and self-chambering boom hoisting that are arranged on rolling mill base, memorial archway frame includes moving respectively
The dynamic right memorial archway being arranged on rolling mill base and left memorial archway；Roll shaft assembly is provided between right memorial archway and left memorial archway.
Brief description of the drawings
Fig. 1 is the first schematic diagram.Fig. 2 is the first schematic top plan view.Fig. 3 is the first partial schematic diagram.Fig. 4 is the first fluid path
Control block diagram.Fig. 5 is the first circuit control block diagram.Fig. 6 is second to use schematic diagram.Fig. 7 is the second schematic side view.Fig. 8 is
Second schematic cross-sectional view.Fig. 9 is the 3rd to use schematic diagram.Figure 10 is the 3rd schematic diagram.Figure 11 is the schematic diagram of counterweight traction seat.
Figure 12 is the 3rd control block diagram.Figure 13 is exploded isometric schematic diagram.Figure 14 is another visual angle schematic diagram of blast.Figure 15 is local peace
Fill schematic diagram.Figure 16 is the schematic diagram for adjusting tapered sleeve.Figure 17 is the deformation schematic diagram for adjusting tapered sleeve.Figure 18 is the 4th using signal
Figure.Figure 19 is the 4th to use schematic diagram.Figure 20 is the schematic diagram of power transmission of the present invention.Figure 21 is that the present invention adjusts screw machine under gap
Structure and the schematic diagram for adjusting screw mechanism in gap.Figure 22 is that the present invention adjusts the blast of screw mechanism and screw mechanism in tune gap under gap to show
It is intended to.Figure 23 is the schematic diagram that the present invention adjusts screw mechanism in gap.
Embodiment
It is used as the embodiment of memorial archway moving structure：As Figure 1-5, the improved battery pole piece of the present embodiment rolls
Roller apparatus, including rolling mill base 140, move respectively the right memorial archway 211 that is arranged on rolling mill base 140 and left memorial archway 209 and
It is arranged on the roll shaft assembly 210 between right memorial archway 211 and left memorial archway 209；It is provided with rolling mill base 140 positioned at right memorial archway
The right reducer pedestal 203 on 211 right sides, the right left side of reducer pedestal 203 is connected with right screw rod support 205, on right reducer pedestal 203
Right separation motor 201 is provided with, right separation motor 201 is connected with right separation reductor 204, in right screw rod
Being horizontally disposed with support 205 has right screw screw mechanism 212, and the Mobile base of right screw screw mechanism 212 connects with right memorial archway 211
Connect, right separation reductor 204 is connected with the lead screw transmission of right screw screw mechanism 212；Being provided with rolling mill base 140 is used for
The right positioning wedge 215 spacing to right memorial archway 211.The move mode of the move mode of left memorial archway 209 and right memorial archway 211 is symmetrical,
The identical symmetric design of structure is installed.The left reducer pedestal positioned at the left left side of memorial archway 209 is provided with rolling mill base 140
208, the left right side of reducer pedestal 208 is connected with left screw rod support 207, and left separation driving electricity is provided with left reducer pedestal 208
Machine, left separation motor is connected with left separation reductor, and being horizontally disposed with left screw rod support 207 has left screw silk
Parent agency, the Mobile base of left screw screw mechanism is connected with left memorial archway 209, left separation reductor and the silk of left screw screw mechanism
Thick stick is connected；It is provided with rolling mill base 140 for the left positioning wedge 214 spacing to left memorial archway 209.In rolling mill base
140 lower section is provided with road wheel 147, and conveniently moving is provided with loop wheel machine 213 on rolling mill base 140.In right separation driving electricity
Machine 201 is connected with star-shaped elastic coupling 202 between reductor 204 with right separate.Increase is flexible, reduces assembly precision.As schemed
1-3, when specifically used, the right right separation reductor 204- right screw screws of separation motor 201- star-shaped elastic couplings 202-
The right memorial archways 211 of mechanism 212-；The structure of left memorial archway 209 is identical.Fig. 4, in addition to the right hydraulic pressure being distributed on rolling mill base 140
Pump 220 and magnetic valve；Right quiet guide rail 206 is provided with rolling mill base 140, right memorial archway 211 is moved on right quiet guide rail 206
Set, the right photoelectric sensor 216 for detecting the right shift position of memorial archway 211 is provided with right quiet guide rail 206, quiet led on the right side
Hydraulic pressure nozzle is distributed with rail 206；The oil inlet of right hydraulic pump 220 and an inlet communication of magnetic valve, magnetic valve it is another enter
Mouth is connected with fuel tank, and an outlet of magnetic valve and corresponding hydraulic pressure nozzle are connected；Right photoelectric sensor 216 is connected with processor, place
Reason device is electrically connected with the electric machine controller for controlling the right motor of hydraulic pump 220, and processor is also electrically connected with corresponding magnetic valve
Control coil.When right memorial archway 211 is moved to location A, signal is transmitted to place by the right photoelectric sensor 216 positioned at location A
Device is managed, processor controls the right oil supply of hydraulic pump 220, and processor controls corresponding magnetic valve to connect, so as to be sprayed to the hydraulic pressure of location A
Mouth oil supply, so as to mitigate resistance when right memorial archway 211 is moved so that right memorial archway 211 " floating " is prevented on right quiet guide rail 206
Only grind and hinder guide rail, it is reasonable in design, reduce propelling resistance.When being moved to B C D E F points position, corresponding hydraulic pressure nozzle is controlled to give
Oily oil supply.Here with exemplified by right memorial archway 211, left memorial archway reason is identical.Preferably, also including being distributed on rolling mill base 140
Right hydraulic pump 220 and right three position four-way electromagnetic valve 219；Right quiet guide rail 206, right memorial archway are provided with rolling mill base 140
The 211 mobile settings on right quiet guide rail 206, are provided with the right side for detecting the right shift position of memorial archway 211 on right quiet guide rail 206
Photoelectric sensor 216, right first hydraulic pressure nozzle 217 and right second hydraulic pressure nozzle 218 are distributed with right quiet guide rail 206；Right liquid
One inlet communication of the oil inlet of press pump 220 and right three position four-way electromagnetic valve 219, right three position four-way electromagnetic valve 219 it is another enter
Mouth is connected with fuel tank, and an outlet of right three position four-way electromagnetic valve 219 is connected with right first hydraulic pressure nozzle 217, right 3-position 4-way electricity
Another outlet of magnet valve 219 is connected with right second hydraulic pressure nozzle 218；Pass through a right Median Function of three position four-way electromagnetic valve 219
To be O-shaped, the hydraulic pressure nozzle at a secondary control two is realized, valve group quantity is reduced.Right photoelectric sensor 216 is connected with processor, place
Reason device is electrically connected with the electric machine controller for controlling the right motor of hydraulic pump 220, and processor is also electrically connected with corresponding right three
The control coil of four way solenoid valve 219.Between an outlet of right three position four-way electromagnetic valve 219 and right first hydraulic pressure nozzle 217
And right pressure biography is respectively arranged between another outlet of right three position four-way electromagnetic valve 219 and right second hydraulic pressure nozzle 218
Sensor 221；Right pressure sensor 221 is connected with alarm module by processor.As Fig. 1-5 works as the right side of the right position of memorial archway 211
When the hypertonia of pressure sensor 221, it was demonstrated that right memorial archway 211 is stuck, alarm module notifies operator to close hydraulic pump electricity
Machine, or directly control hydraulic pump motor to close by processor.When the pressure of the right pressure sensor 221 of the right position of memorial archway 211
When too low, it was demonstrated that right memorial archway 211 has oil leakage phenomenon with right quiet guide rail 206, alarm module notifies operator to close hydraulic pump
Motor, or directly control hydraulic pump motor to close by processor.Carry out breakdown maintenance.
As the specific descriptions of assembled part, as shown in figs 6-8, the present embodiment includes rolling mill base 140, is arranged on milling train
Lower tooth roller box 183 on base 140, the upper gear box 184 on lower tooth roller box 183 and it is arranged on lower tooth roller box 183
Adjusting pad 192 between upper gear box 184.The preferred brass of adjusting pad 192 or cast iron etc., compared to traditional coaxial bore hole
Method, this programme assembly precision is high, reduces the requirement to process equipment, so that the very big cost for reducing purchase of equipment,
The cost of maintained equipment is reduced, i.e., processing can just be completed by existing traditional boring machine.Specifically, in upper gear box 184
Red lead powder is smeared in lower surface, comes the upper surface of scraping lower tooth roller box 183, then according to tune of the center high request according to suitable thickness
Whole pad 192, adjusting pad 192 can be brass or burr paper etc..Such as Fig. 6, in addition to the board being arranged on rolling mill base 140
Mill frame 102, the topping roll shaft end 100 being separately positioned on memorial archway frame 102 are passed with bottom roll shaft end 101, with topping roll shaft end 100
The upper shaft coupling 180 of dynamic connection, the lower shaft coupling 181 with the drive connection of bottom roll shaft end 101, it is connected with lower shaft coupling 181
Lower tooth wheel shaft 185, the gear axle 186 being connected with topping roll shaft end 100 and it is arranged on lower tooth roller box 183 and and lower gear
Total motor 187 that axle 185 is connected；Lower tooth wheel shaft 185 is arranged in lower tooth roller box 183, and gear axle 186 is arranged on
Engage in upper gear box 184 and with lower tooth wheel shaft 185.Under the driving-chain of the application, total motor 187- lower tooth wheel shafts 185-
Shaft coupling 181- bottom rolls shaft end 101；Shaft coupling 180- topping rolls shaft end 100 on lower tooth wheel shaft 185- gear axles 186-.Such as
Fig. 7, is provided with transparent button cover 188 on upper gear box 184；188 convenient dismountings are covered by transparent button, are easy to observe internal feelings
Condition, situations such as being easy to the engagement of observation gear, tooth surface damage, consequently facilitating later maintenance, observes intuitive and convenient.In lower tooth roller box
183 upper end is provided with oriented side wall, and assembling locating piece 189 corresponding with oriented side wall is provided with the lower end of upper gear box 184,
So as to facilitate pre-assembled before scraping.It is provided between lower tooth roller box 183 and upper gear box 184 with alignment pin 190 is bored, so that side
Just the registration after scraping, prevents sideslip.Horizontal adjustment bubble 193 is provided with upper gear box 184, tooth is conveniently adjusted
The overall levelness of roller box 184, observation is directly perceived.Lower surface and the upper end of lower tooth roller box 183 are provided with the lower end of upper gear box 184
The technique jacking screw 191 of face contact,, will be so as in lower tooth roller box by downward screwing process jacking screw 191 after prepackage
183 crack gap with upper gear box 184, so that the adjusting pad of suitable thickness is filled in, while it is also convenient for observing the situation of contact surface, from
And avoid needing to start the trouble of crane or overhead traveling crane when adjusting gap from this, the non-cutting time for waiting overhead traveling crane is eliminated,
Improve operating efficiency.Red lead powder is coated with the flank of tooth of lower tooth wheel shaft 185, so as to intuitively observe the contact of the flank of tooth
Situation, is provided with the Technological cover for smearing red lead powder to the flank of tooth of lower tooth wheel shaft 185, rational technology on lower tooth roller box 183.
Specifically described as the self-chambering boom hoisting of battery pole piece rolling mill, as shown in figs9-12, the present embodiment includes setting
Band base center vertical pivot 161 at the top of gear housing 160 of battery pole piece rolling mill, it is sleeved on band base center vertical pivot 161
Cantilever pressure bearing 162, the rotary sleeve 182 being sleeved on cantilever pressure bearing 162, horizontally disposed and root weld is in rotation
Cover the ceiling mounted arm 163 on 182 lateral walls, the lifting traction seat 164 being slidably arranged in ceiling mounted arm 163, be suspended on lifting traction
On seat 164 and for lifting battery pole piece rolling mill parts for example upper shaft coupling 180, lifting jack/electricity calabash of lower shaft coupling 181
Reed 165.Such as Figure 10, loss of weight is provided between the lower surface of rotary sleeve 182 and upper surface with the base of base center vertical pivot 161
Disc spring 166, loss of weight disc spring 166 is sleeved on the Step Shaft with base center vertical pivot 161.Set in the cantilever end of ceiling mounted arm 163
There is lifting is outer to draw motor 168, lifting is provided with rotary sleeve 182 and reclaims motor 169, lifting is outer to draw motor 168 and lift back
Motor 169 is received to be connected with lifting traction seat 164 by steel wire rope respectively and drive the lifting water in ceiling mounted arm 163 of traction seat 164
Smooth dynamic setting.Triangle gusset 167 is provided between ceiling mounted arm 163 and rotary sleeve 182.Also include root weld in rotary sleeve
Weight arm 170 on 182；Weight arm 170 is arranged on same horizontal linear with ceiling mounted arm 163, is set on weight arm 170
There is counterweight traction seat 171, balancing weight 172 is hung with counterweight traction seat 171, be provided with the cantilever end of weight arm 170 outer
Counterweight controlled motor 174 is drawn, the butt of weight arm 170 is provided with recovery counterweight controlled motor 173, outer drawing counterweight controlled motor
174 are connected with counterweight traction seat 171 by steel wire rope and drive counterweight traction seat 171 respectively with recovery counterweight controlled motor 173
Level, which is slided, on weight arm 170 is set.Such as Figure 10,12, including control module, control module includes being separately positioned on rotary sleeve
The first pressure sensor 175 contacted on 182 madial walls and with the lateral wall of cantilever pressure bearing 162 and second pressure sensor
176th, processor 177 and the motor control for controlling outer drawing counterweight controlled motor 174 and recovery counterweight controlled motor 173 respectively
Device 178 processed；First pressure sensor 175 is located between cantilever pressure bearing 162 and ceiling mounted arm 163, second pressure sensor
176 are located between cantilever pressure bearing 162 and weight arm 170, first pressure sensor 175 and first pressure sensor 175
Positioned on same horizontal linear；First pressure sensor 175 and second pressure sensor 176 respectively with processor 177
Input is connected, and processor 177 controls outer drawing counterweight controlled motor 174 by electric machine controller 178 with reclaiming counterweight control respectively
Motor 173 processed；First pressure sensor 175 is used to the configuration torque that balancing weight 172 and weight arm 170 are produced being converted into configuration
Torque electric signal, second pressure sensor 176 is used to suspend reception lifting jack/electric hoist 165 in midair battery pole piece rolling mill zero
The lifting torque that the gravity of part is produced with ceiling mounted arm 163 is converted into lifting torque electric signal, and processor 177 compares configuration torque electricity
Signal with lifting torque electric signal size and controls outer drawing counterweight controlled motor 174 with reclaiming counterweight by electric machine controller 178
The stop and start of controlled motor 173.Also include alarm module 179, alarm module 179 is electrically connected with processor 177.Weight arm 170 with
Ceiling mounted arm 163 is I-steel；I-shaped groove corresponding with ceiling mounted arm 163 is provided with lifting traction seat 164, in counterweight traction seat
I-shaped groove corresponding with weight arm 170 is provided with 171.Platform is provided with below the center vertical pivot with base center vertical pivot 161
Rank axle, it is obvious structure that base is provided with below Step Shaft.During using the present invention, by people pull lifting jack/
Electric hoist 165, so as to drive ceiling mounted arm 163 around the center vertical axis with base center vertical pivot 161, easy to use and flexible can
With positioned at arbitrary angles, so as to realize that the lifting to parts such as upper shaft coupling 180, lower shaft couplings 181 is installed, pass through gear-box
Body 160 eliminates column, saves space, reduces floor space, durable using i-beam structure, passes through triangle gusset 167
The rigidity of support arm is improved, Stability Analysis of Structures is rotated flexibly by cantilever pressure bearing 162, mitigates by loss of weight disc spring 166 and lift
When, ceiling mounted arm 163 improves its service life to the pressure of cantilever pressure bearing 162, rotates flexible, and electricity is drawn by the way that lifting is outer
Machine 168, which reclaims motor 169 with lifting and coordinated, drives lifting traction seat 164 to be moved in ceiling mounted arm 163, i.e., when to cantilever end motion
When, lifting is outer to draw motor 168 to rotate forward, and tense wire rope, lifting reclaims motor 169 and stops or invert, and unclamps steel wire rope real
Existing automatic electric control, positioning is convenient, it is to avoid damage of the towing lifting jack/electric hoist 165 to it, it is to avoid violence operation,
By weight arm 170, the balance to ceiling mounted arm 163 is realized, it is reasonable in design, it is to avoid to the partial wear of bearing, to improve it and use
Life-span.When jack/165 suspension heavy weight of electric hoist is lifted, when its torque produced is more than the torque that balancing weight 172 is produced
Wait, processor 177 compares the torque signals that second pressure sensor 176 feeds back with first pressure sensor 175, so as to control back
Counterweight controlled motor 173 and/or outer drawing counterweight controlled motor 174 are received, so that drive balancing weight to be moved in weight arm 170, so that
So that second pressure sensor 176 and the pressure balance of first pressure sensor 175, when bearing is to second pressure sensor 176
Normal pressure it is excessive and overload after, alarm module 179 is alarmed, it is to avoid overload.
The specific descriptions of tapered sleeve are adjusted for battery pole piece rolling mill, as shown in figs. 13-17, the present embodiment includes body；Set
The interior straight hole 117 of body and the outer wall interference fits of cylinder roller bearing 103 on roll shaft end, outer cone wall 118 and the interior straight hole of body
117 are coaxially disposed, and have opening slot 114 on body and along the axially arranged of body；The bottom of opening slot 114 and interior straight hole
117 connections, the top of opening slot 114 is connected with outer cone wall 118, and the one end open of opening slot 114 is arranged on the small of body
On end face；The length of opening slot 114 is more than the width of cylinder roller bearing 103.Such as Figure 16, be open the another of slot 114
End is arranged on the large end face of body.Such as Figure 17, the other end of opening slot 114 is provided with radial direction round tube hole 115；It is radially round
The top of through hole 115 is connected with outer cone wall 118, and the bottom of radial direction round tube hole 115 is connected with interior straight hole 117.Radial direction round tube hole 115
The another side wall round-corner transition of side wall and opening slot 114.As the specific descriptions of the adjusting apparatus of battery pole piece rolling mill, such as
Figure 13-15, the present embodiment its be arranged between roll shaft end and memorial archway frame 102；Including the cylinder rolling on roll shaft end
Sub- bearing 103, the adjustment tapered sleeve 104 being sleeved on cylinder roller bearing 103 and on roll shaft end and for spacing
The shaft block ring 107 of the inner ring of cylinder roller bearing 103；The small end of tapered sleeve 104 is adjusted towards roll shaft end root, tapered sleeve is adjusted
104 big end is towards roll shaft end end；Adjust tapered sleeve 104 and adjust tapered sleeve for Figure 16-17 battery pole piece rolling mill that is used for；Adjusting
The spacing pad 105 for the spacing outer ring of cylinder roller bearing 103 is provided between the big end of whole tapered sleeve 104 and memorial archway frame 102.
It is arranged under roll shaft end and memorial archway frame 102 and is vertically directed between hole 116；Roll shaft end is bottom roll shaft end 101, is being adjusted
Guide holder 106 is set with whole tapered sleeve 104, up and down be arranged on down of guide holder 106 is vertically directed in hole 116.In guide holder
106 bottom surfaces are provided with jack-up positioning hole 110 corresponding with the servo hydraulic cylinder piston rod end on battery pole piece rolling mill base.
Memorial archway frame 102 is provided with positioning screw hole 112, locating slot 108 is provided with the vertical side of guide holder 106, in positioning spiral shell
It is provided with positioning screw between nail 112 and locating slot 108, locating slot 108 is relative to positioning screw along the axle of bottom roll shaft end 101
Move to positioning and vertically, the flute length of the above-below direction of locating slot 108 be more than the diameter of positioning screw and with guide holder 106
The stroke correspondence of vertical direction.It is installed between roll shaft end and the upper bearing aperture 111 of memorial archway frame 102, and roll shaft end is above to roll
Roll shaft end 100.The bottom of memorial archway frame 102 is provided with the positioning trough hole 113 for being positioned on the base of battery pole piece rolling mill,
It is provided with the bottom of memorial archway frame 102 for the lower perforation 109 through the servo-hydraulic cylinder piston rod on battery pole piece rolling mill base,
Lower perforation 109 is coaxially disposed with jack-up positioning hole 110.Design of the invention by adjusting tapered sleeve, so as to use commonly
Cylinder roller bearing substitutes special conical surface bearing, significantly reduces manufacture, purchase cost, it is to avoid the trouble of tailor-made bearing,
Assembly precision is ensure that simultaneously, it is ingenious in design, it is with low cost, it is rational in infrastructure.The outer cone wall 118 of body and interior straight hole 117 are coaxial
Set and ensure precision, so that when assembling, pincers worker is according to assembling bearing clearance requirement, the cooperation chi of interior straight hole 117 and bearing
Very little, adjustment bearing is in the position of interior straight hole 117.Designed by taper design, and opening slot 114, so as to facilitate repair to pacify
Dress, adjusting range is wide, reduces manufacturing cost.The one end open of opening slot 114 is arranged on the small end face of body, and design is closed
Reason；The length of opening slot 114 is more than the width of cylinder roller bearing 103, reasonable in design.Opening slot 114 is groove, that is, is added
It is C-shaped channel by the milling of opening slot 114 after work is finished.The slot 114 that is open is mushroom-shaped, and this design flexibility restoring force is good, together
Axle degree is high.Radial direction round tube hole 115, round-corner transition prevents stress concentration and hardening break.The application major part outwardly, spacing pad 105
It is easy for installation, convenient disassembly.It may be mounted on bottom roll shaft end 101 and/or topping roll shaft end 100, pass through guide holder
106, bearing hole 111 is realized taper limited, and the piston rod of servoBcylinder is directed at jack-up positioning holes 110 through lower perforation 109 and realizes essence
It is determined that position, prevents top inclined, axially position is realized by positioning screw hole 112, the flute length of the above-below direction of locating slot 108 is more than positioning
The diameter of screw and corresponding with the stroke of the vertical direction of guide holder 106, it is reasonable in design.
As online gap adjusting mechanism concrete structure, as shown in Figure 18-23, the present embodiment be used for battery pole piece rolling mill it is online
Gap adjusting mechanism 120, it is arranged on memorial archway frame 102 and positioned at the lower section of topping roll assembly 119；It includes rotation and is arranged on memorial archway frame
Screw mechanism 128 under tune gap on 102, be arranged on the lower section of topping roll assembly 119 and driven by screw mechanism 128 under tune gap above and below
Screw mechanism 129 in the tune gap of motion.So that each several part realizes that modularization is installed, it is easy to adjust, it is to avoid topping roll assembly is entered
Row dismounting.Figure 19-20, tune gap connection housing 125 is connected with memorial archway frame 102, is provided with gap connection housing 125 is adjusted
Gap motor 123 is adjusted, adjusts gap motor 123 to be connected with tune gap reductor 124, adjusts gap reductor 124 to be connected with tune gap defeated
Go out worm screw 126, the lower surface of tune gap bottom base 131 of screw mechanism 128 is provided with tune gap rotation of worm gear 127 in the case where adjusting gap, adjusts gap
Rotation of worm gear 127 is with adjusting gap output worm screw 126 to be connected.Worm Wheel System is stable, and power is big, and speed reducing ratio is big.It is used as one
Structure is planted, it is leading screw to adjust screw mechanism 128 under gap, it is screw to adjust screw mechanism 129 in gap.Figure 21-23, adjust screw machine under gap
Structure 128 includes the tune gap bottom base 131 on rotation setting memorial archway frame 102 and is arranged on the upper surface of tune gap bottom base 131
Adjust helicoid 130 under gap；The top line for adjusting helicoid 130 under gap is line segment AA, and the baseline for adjusting helicoid 130 under gap is line segment
BB, adjusts axial distance of the helicoid 130 from top to bottom under gap to be not more than the pitch for adjusting helicoid 130 under gap；Adjust spiral shell in gap
Rotation mechanism 129 includes being arranged on the tune gap top base 132 of the lower section of topping roll assembly 119 and is arranged under tune gap top base 132
On end face and with adjusting the identical of helicoid 130 under gap to adjust helicoid 133 in gap；The top line for adjusting helicoid 133 in gap is line segment
Aa, the baseline for adjusting helicoid 133 in gap is line segment bb, adjusts axial distance of the helicoid 133 from top to bottom in gap little
In the pitch for adjusting helicoid 133 in gap.Stability is good, and support force is big, and contact area is big, stable drive, and lifting is steady, realizes
Line is constantly adjusted.Improvement as shown in figures 21-23, adjusts screw mechanism 128 under gap to include the tune on rotation setting memorial archway frame 102
Helicoid 130 under gap bottom base 131 and the tune gap being arranged on the upper surface of tune gap bottom base 131；Adjust helicoid 130 under gap
Top line is line segment AA, and the baseline for adjusting helicoid 130 under gap is line segment BB, and line segment AA, line segment BB are respectively to adjust gap bottom base
Circumference array is set on the basis of 131 center line, and line segment AA, line segment BB are arranged alternately on anchor ring, line segment BB at least three,
Line segment AA is identical with line segment BB quantity；Axial distance of the helicoid 130 from top to bottom is not more than under tune gap under same tune gap
The 1/3 of the pitch of helicoid 130；Screw mechanism 129 in gap is adjusted to include the tune gap top base for being arranged on the lower section of topping roll assembly 119
132 and it is arranged on the lower surface of tune gap top base 132 and with adjusting the identical of helicoid 130 under gap to adjust helicoid 133 in gap；Adjust
The top line of helicoid 133 is line segment aa in gap, and the baseline for adjusting helicoid 133 in gap is line segment bb, bb points of line segment aa, line segment
Circumference array is not set on the basis of adjusting the center line of gap top base 132, and line segment aa, line segment bb are arranged alternately on anchor ring,
Line segment bb at least three, line segment bb are identical with line segment bb quantity；In same tune gap helicoid 133 from top to bottom axially away from
1/3 of the pitch of helicoid 133 in gap is adjusted from being not more than.Adjust the rotation direction of helicoid 133 in gap identical.Its preferred supported at three point,
It can be more than 3 points of supporting way.Stability is good, and support force is big, stable drive.Adjust helicoid 130 and spiral shell in tune gap under gap
The equal Quenching Treatment of radial facing 133.Wearability is good.Such as Figure 19, in addition to the lead up and down 121 that is arranged on memorial archway frame 102 and
Gap fastening bolt 122 is adjusted, topping roll assembly 119 adjusts gap fastening bolt 122 in the up and down setting of lead 121 up and down
For connecting memorial archway frame 102 and topping roll assembly 119.Positioning and guiding is realized by lead 121 up and down, prevents top inclined, passes through
Gap fastening bolt 122 is adjusted to connect.When roll weares and teares, it is necessary to adjust top and bottom rolls after reconditioning or when new assembling
Gap.During using the present invention, gap fastening bolt 122 will be adjusted to unclamp, adjust gap motor 123/ manually-adjust gap reductor 124- to adjust
Gap output worm screw 126- adjusts gap rotation of worm gear 127- to adjust gap bottom base 131- to adjust under gap, and spiral shell in gap is adjusted in top or decentralization on helicoid 130
Radial facing 133- adjusts gap top base 132- topping rolls assembly 119 to be moved up and down along lead 121 up and down and arrives specified location, then tightly
Admittedly adjust gap fastening bolt 122.
Claims (7)
1. a kind of improved battery pole piece roller equipment, it is characterised in that：Rolled including rolling mill base (140) in addition to be arranged on
Memorial archway frame (102) and self-chambering boom hoisting on machine base (140),
Memorial archway frame (102) includes the mobile right memorial archway (211) being arranged on rolling mill base (140) respectively and left memorial archway (209)；
Roll shaft assembly (210) is provided between right memorial archway (211) and left memorial archway (209).
2. improved battery pole piece roller equipment according to claim 1, it is characterised in that:On rolling mill base (140)
It is provided with the left of the right reducer pedestal (203) on the right side of right memorial archway (211), right reducer pedestal (203) and is connected with right screw machine
Seat (205), is provided with right separation motor (201), right separation motor (201) transmission on right reducer pedestal (203)
Right separation reductor (204) is connected with, being horizontally disposed with right screw rod support (205) has right screw screw mechanism (212), right
The Mobile base of screw mandrel screw mechanism (212) is connected with right memorial archway (211), right separation reductor (204) and right screw screw mechanism
(212) lead screw transmission connection；It is provided with rolling mill base (140) for the right positioning wedge spacing to right memorial archway (211)
(215)；Road wheel (147) is installed below rolling mill base (140), loop wheel machine is provided with rolling mill base (140)
(213)；Also include being distributed in rolling mill base (140) upper right hydraulic pump (220) and magnetic valve；Set on rolling mill base (140)
Right quiet guide rail (206) is equipped with, right memorial archway (211) is mobile on right quiet guide rail (206) to be set, and is set on right quiet guide rail (206)
There is the right photoelectric sensor (216) for detecting right memorial archway (211) shift position, hydraulic pressure is distributed with right quiet guide rail (206)
Nozzle；The oil inlet of right hydraulic pump (220) and an inlet communication of magnetic valve, another import of magnetic valve are connected with fuel tank, electricity
One outlet of magnet valve is connected with corresponding hydraulic pressure nozzle；Right photoelectric sensor (216) is connected with processor, and processor is electrically connected with use
In the electric machine controller for controlling right hydraulic pump (220) motor, processor is also electrically connected with the control coil of corresponding magnetic valve.
3. improved battery pole piece roller equipment according to claim 1 or 2, it is characterised in that:The self-chambering plays lifting
Put including be arranged on battery pole piece rolling mill gear housing (160) at the top of band base center vertical pivot (161), be sleeved on band base
Cantilever pressure bearing (162) on center vertical pivot (161), rotary sleeve (182), the water being sleeved on cantilever pressure bearing (162)
It is flat to set and ceiling mounted arm (163) of the root weld on rotary sleeve (182) lateral wall, be slidably arranged in ceiling mounted arm (163)
Lifting traction seat (164), the lifting for being suspended on lifting traction seat (164) and being used to lift battery pole piece rolling mill parts are fallen
Chain/electric hoist (165)；Set between the lower surface of rotary sleeve (182) and upper surface with base center vertical pivot (161) base
There is loss of weight disc spring (166), loss of weight disc spring (166) is sleeved on the Step Shaft with base center vertical pivot (161)；In ceiling mounted arm
(163) cantilever end is provided with the outer drawing motor (168) of lifting, and lifting is provided with rotary sleeve (182) and reclaims motor (169),
Lifting is outer to draw motor (168) to be connected and drive with lifting traction seat (164) by steel wire rope respectively with lifting recovery motor (169)
Lift traction seat (164) level in ceiling mounted arm (163) and slide setting；Set between ceiling mounted arm (163) and rotary sleeve (182)
There is triangle gusset (167)；Also include root weld the weight arm (170) on rotary sleeve (182)；Weight arm (170) and lifting
Arm (163) is arranged on same horizontal linear, and counterweight traction seat (171) is provided with weight arm (170), in counterweight traction
Balancing weight (172) is hung with seat (171), the cantilever end of weight arm (170) is provided with outer drawing counterweight controlled motor (174),
The butt of weight arm (170) is provided with recovery counterweight controlled motor (173), outer drawing counterweight controlled motor (174) is matched somebody with somebody with recovery
Weight controlled motor (173) is connected with counterweight traction seat (171) by steel wire rope and drives counterweight traction seat (171) in counterweight respectively
Level, which is slided, on arm (170) is set；Also include control module, the control module includes being separately positioned in rotary sleeve (182)
The first pressure sensor (175) contacted on the wall of side and with cantilever pressure bearing (162) lateral wall and second pressure sensor
(176), processor (177) and for control respectively it is outer drawing counterweight controlled motor (174) with reclaim counterweight controlled motor (173)
Electric machine controller (178)；First pressure sensor (175) be located at cantilever pressure bearing (162) and ceiling mounted arm (163) it
Between, second pressure sensor (176) is located between cantilever pressure bearing (162) and weight arm (170), first pressure sensor
(175) it is located at first pressure sensor (175) on same horizontal linear；First pressure sensor (175) and the second pressure
Input of the force snesor (176) respectively with processor (177) is connected, and processor (177) passes through electric machine controller (178) difference
Control is outer to draw counterweight controlled motor (174) with reclaiming counterweight controlled motor (173)；First pressure sensor (175) is used to match somebody with somebody
The configuration torque that pouring weight (172) is produced with weight arm (170) is converted into configuration torque electric signal, second pressure sensor (176)
For what the gravity for receiving lifting jack/electric hoist (165) suspention battery pole piece rolling mill parts was produced with ceiling mounted arm (163)
Lifting torque is converted into lifting torque electric signal, and processor (177) compares configuration torque electric signal and lifting torque electric signal is big
It is small and control outer to draw stopping for counterweight controlled motor (174) and recovery counterweight controlled motor (173) by electric machine controller (178)
Open；Also include alarm module (179), alarm module (179) is electrically connected with processor (177)；Weight arm (170) and ceiling mounted arm
(163) it is I-steel；I-shaped groove corresponding with ceiling mounted arm (163) is provided with lifting traction seat (164), in counterweight traction seat
(171) I-shaped groove corresponding with weight arm (170) is provided with.
4. improved battery pole piece roller equipment according to claim 3, it is characterised in that:Gear housing (160) includes
Be arranged on the lower tooth roller box (183) on rolling mill base (140), the upper gear box (184) on lower tooth roller box (183) and
It is arranged on the adjusting pad (192) between lower tooth roller box (183) and upper gear box (184)；Roll shaft assembly (210) includes setting respectively
The topping roll shaft end (100) on memorial archway frame (102) is put to be connected with bottom roll shaft end (101), with topping roll shaft end (100)
Upper shaft coupling (180), be connected with bottom roll shaft end (101) lower shaft coupling (181), be connected with lower shaft coupling (181)
Lower tooth wheel shaft (185), the gear axle (186) that is connected with topping roll shaft end (100) and be arranged on lower tooth roller box (183)
And the total motor (187) being connected with lower tooth wheel shaft (185)；Lower tooth wheel shaft (185) is arranged on lower tooth roller box (183)
Interior, gear axle (186) is arranged in upper gear box (184) and engaged with lower tooth wheel shaft (185)；On upper gear box (184)
It is provided with transparent button cover (188)；The upper end of lower tooth roller box (183) is provided with oriented side wall, set in upper gear box (184) lower end
It is equipped with assembling locating piece (189) corresponding with oriented side wall；It is provided between lower tooth roller box (183) and upper gear box (184)
With brill alignment pin (190)；Horizontal adjustment bubble (193) is provided with upper gear box (184)；Under upper gear box (184)
End is provided with the technique jacking screw (191) that lower surface is contacted with lower tooth roller box (183) upper surface；In lower tooth wheel shaft (185)
Red lead powder is coated with the flank of tooth, is provided with lower tooth roller box (183) for smearing red lead powder to lower tooth wheel shaft (185) flank of tooth
Technological cover.
5. improved battery pole piece roller equipment according to claim 4, it is characterised in that:Also include adjusting apparatus, adjust
Engagement positions its be arranged between corresponding roll shaft end and memorial archway frame (102)；Adjusting apparatus includes being arranged on roll shaft end
Cylinder roller bearing (103), the adjustment tapered sleeve (104) being sleeved on cylinder roller bearing (103) and installed in roll shaft end
Shaft block ring (107) upper and for spacing cylinder roller bearing (103) inner ring；The small end of tapered sleeve (104) is adjusted towards roll
Shaft end root, the big end of adjustment tapered sleeve (104) is towards roll shaft end end；Adjusting tapered sleeve (104) includes body；Body it is interior straight
Hole（117）Excessively coordinate with cylinder roller bearing (103) outer wall on roll shaft end, the outer cone wall of body（118）With interior straight hole
（117）It is coaxially disposed, has opening slot (114) on body and along the axially arranged of body；Be open slot (114) bottom with
Interior straight hole（117）Connection, top and the outer cone wall of opening slot (114)（118）Connection, the one end open of opening slot (114)
It is arranged on the small end face of body；The other end of opening slot (114) is arranged on the large end face of the body and/or is open
The length of slot (114) is more than the width of cylinder roller bearing (103)；The other end of opening slot (114) is provided with radially circle
Through hole (115)；With outer cone wall at the top of radial direction round tube hole (115)（118）Connection, radial direction round tube hole (115) bottom and interior straight hole
（117）Connection；The side wall of radial direction round tube hole (115) and the another side wall round-corner transition of opening slot (114) and/or opening
The length of slot (114) is more than the width of cylinder roller bearing (103)；At the big end of adjustment tapered sleeve (104) and memorial archway frame (102)
Between be provided with spacing pad (105) for spacing cylinder roller bearing (103) outer ring；Adjusting apparatus its be arranged on roll shaft end
With being vertically directed under memorial archway frame (102) between hole (116)；The roll shaft end is bottom roll shaft end (101), in adjustment tapered sleeve
(104) guide holder (106) is set with, up and down be arranged on down of guide holder (106) is vertically directed in hole (116)；It is being oriented to
Seat (106) bottom surface is provided with jack-up positioning hole corresponding with the servo hydraulic cylinder piston rod end on battery pole piece rolling mill base
(110)；Memorial archway frame (102) is provided with positioning screw hole (112), locating slot is provided with the vertical side of guide holder (106)
(108) positioning screw, is provided between positioning screw hole (112) and locating slot (108), locating slot (108) is relative to positioning
Screw is along bottom roll shaft end (101) axially position and vertically moves, and the flute length of locating slot (108) above-below direction, which is more than, to be determined
The position diameter of screw and corresponding with the stroke of guide holder (106) vertical direction；Its installation roll shaft end of the adjusting apparatus and board
Between the upper bearing aperture (111) of mill frame (102), the roll shaft end is topping roll shaft end (100)；In memorial archway frame (102) bottom
The positioning trough hole (113) for being positioned on the base of battery pole piece rolling mill is provided with, is provided with memorial archway frame (102) bottom
For the lower perforation (109) through the servo-hydraulic cylinder piston rod on battery pole piece rolling mill base, lower perforation (109) and jack-up
Positioning hole (110) is coaxially disposed.
6. improved battery pole piece roller equipment according to claim 5, it is characterised in that:Also include being used for battery pole piece
The online gap adjusting mechanism of milling train, it is arranged on memorial archway frame (102) and below topping roll assembly (119)；For battery pole piece
The online gap adjusting mechanism of milling train includes screw mechanism (128) under the tune gap that rotation is arranged on memorial archway frame (102), is arranged on topping roll
Screw mechanism (129) in the tune gap moved up and down is driven below assembly (119) and by screw mechanism (128) under tune gap；Adjusting gap
Tune gap motor (123) is installed on connection housing (125), adjusts gap motor (123) to be connected with tune gap reductor (124), is adjusted
Gap reductor (124) is connected with tune gap output worm screw (126), the tune gap bottom base of screw mechanism (128) in the case where adjusting gap
(131) lower surface is provided with tune gap rotation of worm gear (127), adjusts gap rotation of worm gear (127) with adjusting gap output worm screw (126) transmission to connect
Connect；Screw mechanism (128) under gap is adjusted to include the tune gap bottom base (131) on rotation setting memorial archway frame (102) and be arranged on tune
Helicoid (130) under tune gap on gap bottom base (131) upper surface；The top line for adjusting helicoid (130) under gap is line segment AA, is adjusted
The baseline of helicoid (130) is line segment BB under gap, adjusts axial distance of the helicoid (130) from top to bottom under gap to be not more than
Adjust the pitch of helicoid (130) under gap；Screw mechanism (129) in gap is adjusted to include being arranged on the tune below topping roll assembly (119)
Gap top base (132) and be arranged on tune gap top base (132) lower surface on and with adjust gap under helicoid (130) identical adjust gap
Upper helicoid (133)；The top line for adjusting helicoid (133) in gap is line segment aa, and the baseline for adjusting helicoid (133) in gap is line
Section bb, adjusts axial distance of the helicoid (133) from top to bottom in gap to be not more than the pitch for adjusting helicoid (133) in gap；Adjust
Screw mechanism (128) includes the tune gap bottom base (131) on rotation setting memorial archway frame (102) and is arranged on base under tune gap under gap
Helicoid (130) under tune gap on seat (131) upper surface；The top line for adjusting helicoid (130) under gap is line segment AA, adjusts spiral shell under gap
The baseline of radial facing (130) is line segment BB, and line segment AA, line segment BB are respectively by circle on the basis of adjusting the center line of gap bottom base (131)
All arrays are set, and line segment AA, line segment BB are arranged alternately on anchor ring, line segment BB at least three, line segment AA and line segment BB quantity
It is identical；Axial distance of the helicoid (130) from top to bottom is not more than the pitch for adjusting helicoid (130) under gap under same tune gap
1/3；Screw mechanism (129) in gap is adjusted to include being arranged on the tune gap top base (132) below topping roll assembly (119) and setting
Put on gap top base (132) lower surface is adjusted and with adjusting helicoid (130) identical under gap to adjust helicoid (133) in gap；Adjust gap
The top line of upper helicoid (133) is line segment aa, and the baseline for adjusting helicoid (133) in gap is line segment bb, line segment aa, line segment bb
Circumference array is set on the basis of adjusting the center line of gap top base (132) respectively, and line segment aa, line segment bb are alternately set on anchor ring
Put, line segment bb at least three, line segment bb is identical with line segment bb quantity；Helicoid (133) is from top to bottom in same tune gap
Axial distance, which is not more than, adjusts 1/3 of the pitch of helicoid (133) in gap；Also include being arranged on leading up and down on memorial archway frame (102)
To post (121) and tune gap fastening bolt (122)；Topping roll assembly (119) is lead (121) is up and down sets up and down
Put, adjust gap fastening bolt (122) to be used to connect memorial archway frame (102) and topping roll assembly (119).
7. improved battery pole piece roller equipment according to claim 6, it is characterised in that:Also include being distributed in milling train bottom
Seat (140) upper right hydraulic pump (220) and right three position four-way electromagnetic valve (219)；The magnetic valve is right three position four-way electromagnetic valve
(219)；Right quiet guide rail (206) is provided with rolling mill base (140), the movement on right quiet guide rail (206) of right memorial archway (211) is set
Put, the right photoelectric sensor (216) for detecting right memorial archway (211) shift position is provided with right quiet guide rail (206), on the right side
Right first hydraulic pressure nozzle (217) and right second hydraulic pressure nozzle (218) are distributed with quiet guide rail (206)；Hydraulic pressure nozzle includes right the
One hydraulic pressure nozzle (217) and right second hydraulic pressure nozzle (218)；The oil inlet of right hydraulic pump (220) and right three position four-way electromagnetic valve
(219) a inlet communication, another import of right three position four-way electromagnetic valve (219) is connected with fuel tank, right three position four-way electromagnetic valve
(219) a outlet connect with right first hydraulic pressure nozzle (217), another outlet of right three position four-way electromagnetic valve (219) and the right side the
Two hydraulic pressure nozzles (218) are connected；Right photoelectric sensor (216) is connected with processor, and processor is electrically connected with for controlling right liquid
The electric machine controller of press pump (220) motor, processor is also electrically connected with the control line of corresponding right three position four-way electromagnetic valve (219)
Circle；Between an outlet of right three position four-way electromagnetic valve (219) and right first hydraulic pressure nozzle (217) and in right 3-position 4-way electricity
Right pressure sensor (221) is respectively arranged between another outlet of magnet valve (219) and right second hydraulic pressure nozzle (218)；Right pressure
Force snesor (221) is connected with alarm module by processor；In right separation motor (201) reductor is separated with right
(204) star-shaped elastic coupling (202) is connected between；It is provided with rolling mill base (140) left positioned at left memorial archway (209)
Left screw rod support (207) is connected with the right side of the left reducer pedestal (208) of side, left reducer pedestal (208), in left reducer pedestal
(208) left separation motor is provided with, left separation motor is connected with left separation reductor, in left screw machine
Being horizontally disposed with seat (207) has left screw screw mechanism, and the Mobile base of left screw screw mechanism is connected with left memorial archway (209), left
Separation reductor is connected with the lead screw transmission of left screw screw mechanism；It is provided with rolling mill base (140) for left memorial archway
(209) spacing left positioning wedge (214).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710333876.1A CN107138530B (en) | 2017-05-12 | 2017-05-12 | Improved battery pole piece roller equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710333876.1A CN107138530B (en) | 2017-05-12 | 2017-05-12 | Improved battery pole piece roller equipment |
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| Publication Number | Publication Date |
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| CN107138530A true CN107138530A (en) | 2017-09-08 |
| CN107138530B CN107138530B (en) | 2018-11-02 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN101347791A (en) * | 2008-08-29 | 2009-01-21 | 张清 | Strip mill of thin film |
| KR20110108969A (en) * | 2010-03-30 | 2011-10-06 | 현대제철 주식회사 | Apparatus and method for assembling a sleeve of rolling roll |
| CN204625039U (en) * | 2015-05-21 | 2015-09-09 | 郑世永 | A kind of safe tower crane |
| CN105880290A (en) * | 2016-06-07 | 2016-08-24 | 河北工业大学 | Device for regulating gap between worm gear and worm of battery pole piece rolling mill |
| CN106001116A (en) * | 2016-06-12 | 2016-10-12 | 河北德乐机械科技股份有限公司 | Battery pole piece rolling equipment with rolls convenient to detach |
| CN106391711A (en) * | 2016-09-27 | 2017-02-15 | 河北工业大学 | Rolling device of battery pole piece and complete rolling equipment using rolling device |
| CN206685465U (en) * | 2017-05-08 | 2017-11-28 | 邢台德天乐新材料技术开发有限公司 | Battery pole piece rolling mechanism with memorial archway separator |
| CN206692231U (en) * | 2017-05-04 | 2017-12-01 | 邢台德天乐新材料技术开发有限公司 | The self-chambering boom hoisting of battery pole piece rolling mill |
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2017
- 2017-05-12 CN CN201710333876.1A patent/CN107138530B/en active Active
Patent Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101347791A (en) * | 2008-08-29 | 2009-01-21 | 张清 | Strip mill of thin film |
| KR20110108969A (en) * | 2010-03-30 | 2011-10-06 | 현대제철 주식회사 | Apparatus and method for assembling a sleeve of rolling roll |
| CN204625039U (en) * | 2015-05-21 | 2015-09-09 | 郑世永 | A kind of safe tower crane |
| CN105880290A (en) * | 2016-06-07 | 2016-08-24 | 河北工业大学 | Device for regulating gap between worm gear and worm of battery pole piece rolling mill |
| CN106001116A (en) * | 2016-06-12 | 2016-10-12 | 河北德乐机械科技股份有限公司 | Battery pole piece rolling equipment with rolls convenient to detach |
| CN106391711A (en) * | 2016-09-27 | 2017-02-15 | 河北工业大学 | Rolling device of battery pole piece and complete rolling equipment using rolling device |
| CN206692231U (en) * | 2017-05-04 | 2017-12-01 | 邢台德天乐新材料技术开发有限公司 | The self-chambering boom hoisting of battery pole piece rolling mill |
| CN206685465U (en) * | 2017-05-08 | 2017-11-28 | 邢台德天乐新材料技术开发有限公司 | Battery pole piece rolling mechanism with memorial archway separator |
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| Publication number | Publication date |
|---|---|
| CN107138530B (en) | 2018-11-02 |
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Effective date of registration: 20210406 Address after: 054001 no.661 zhuzhengse street, economic development zone, Nanhe District, Xingtai City, Hebei Province Patentee after: HEBEI DELE MACHINERY TECHNOLOGY Co.,Ltd. Address before: 054400 incubation base for small and medium sized enterprises in the south of West Commercial Street, Nanhe County, Xingtai City, Hebei Province Patentee before: XINGTAI DETIANLE NEW MATERIAL TECHNOLOGY DEVELOPMENT Co.,Ltd. |
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