CN208127043U - A kind of winding device - Google Patents
A kind of winding device Download PDFInfo
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- CN208127043U CN208127043U CN201820212048.2U CN201820212048U CN208127043U CN 208127043 U CN208127043 U CN 208127043U CN 201820212048 U CN201820212048 U CN 201820212048U CN 208127043 U CN208127043 U CN 208127043U
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- volume
- needle
- punch block
- volume needle
- shaft
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- 238000004804 winding Methods 0.000 title claims abstract description 76
- 230000033001 locomotion Effects 0.000 claims abstract description 108
- 239000002994 raw material Substances 0.000 claims abstract description 48
- 239000003990 capacitor Substances 0.000 claims abstract description 39
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- OKTJSMMVPCPJKN-UHFFFAOYSA-N Carbon Chemical compound [C] OKTJSMMVPCPJKN-UHFFFAOYSA-N 0.000 description 5
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- PXHVJJICTQNCMI-UHFFFAOYSA-N Nickel Chemical compound [Ni] PXHVJJICTQNCMI-UHFFFAOYSA-N 0.000 description 2
- 229910000831 Steel Inorganic materials 0.000 description 2
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- 229910052782 aluminium Inorganic materials 0.000 description 2
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Abstract
The utility model discloses a kind of winding device, which includes mounting plate, volume punch block, raw material clamping and coil members and causes to roll up needle movement component, wherein mounting plate is to fixing wound device；Punch block is rolled up, is set on mounting plate, which is equipped with the volume needle as wireline reel, and volume needle is moved synchronously with volume punch block；Raw material clamp and coil members, on mounting plate and volume punch block are adjacent to, so that volume needle clamps raw material and winds raw material；Volume needle movement component is caused, on mounting plate and volume punch block is adjacent to, volume needle movement component is caused to connect with volume punch block, so that volume punch block moves to designated position, volume needle winds raw material or the rolled obtained capacitor of separation in the designated position.The utility model can efficiently solve the poor problem lower with winding precision of job stability of existing winding device, to optimize the consistency of lamination volume and improve the storge quality of capacitor.
Description
One, technical field
The utility model relates to the technical field of capacitor production equipment, especially with regard to electrolytic paper, positive and negative anodes foil into
The winding device of row lamination winding.
Two, background technique
Capacitor is a kind of novel energy-storing element similar to battery, and the high decades of times of power density ratio battery has and fills
The velocity of discharge is fast, no pollution to the environment, the advantages that having extended cycle life, it has also become most have application prospect new green energy it
One.But capacitor production equipment is still an important bottleneck for restricting domestic capacitor industry development, such as lamination, winding, fluid injection
Etc. techniques it is very high to the dependence of equipment.Wherein, the lamination coiling and molding of electrolytic paper and positive and negative anodes paillon is that capacitor produces most
Crucial one of process, the winding performance of winding device has epochmaking practical meaning to the quality of capacitor in winding process
Justice.Currently, winding device in machines for winding capacitor generally by reel, swing arm, unload volume top plate and driving mechanism is constituted；In swing arm
Under the action of, electrolytic paper/positive and negative anodes paillon, which is stacked on reel, to wind, and when being wound up into specified value, driving mechanism is stopped automatically
Rotation stop is dynamic；In the presence of cylinder, volume top plate is unloaded by the electrolytic paper on reel/positive and negative anodes foil laminate volume ejection volume
Volume process is unloaded in cylinder, completion；After unloading volume, winding device starts next Winding Cycle.Above-mentioned winding device structure is simple, but its work
It is poor to make stability, winding precision is lower, and the consistency for winding resulting core through it is poor, and the inconsistency of lamination volume causes
The storge quality accelerated ageing of capacitor, greatly shortens the Acceptable life of capacitor.
As it can be seen that at least having the following defects in the prior art：Job stability through existing winding device is poor, winding
Precision is lower, the consistency for winding resulting lamination volume through it is poor, the severe exacerbation storge quality of capacitor.
Therefore, it is necessary to provide a kind of technological means to solve drawbacks described above.
Three, summary of the invention
The purpose of the utility model is to overcome the defects of the prior art, provide a kind of winding device, existing to solve
The problem that the job stability of winding device is poor and winding precision is lower, to optimize the consistency of lamination volume and improve capacitor
The storge quality of device.
The utility model provides a kind of winding device, which is used for the volume of capacitor production process chinese raw materials
Around winding device includes：
Mounting plate, to fixing wound device；
Punch block is rolled up, is set on mounting plate, which is equipped with the volume needle as wireline reel, volume needle fortune synchronous with volume punch block
It is dynamic；
Raw material clamp and coil members, on mounting plate and volume punch block are adjacent to, so that volume needle clamps raw material simultaneously
Wind raw material；
Volume needle movement component is caused, on mounting plate and volume punch block is adjacent to, volume needle movement component is caused to connect with volume punch block,
So that volume punch block moves to designated position, volume needle winds raw material or the rolled obtained capacitor of separation in the designated position
Device.
Preferably, raw material clamp and coil members include shaft and to drive shaft rotation shaft driving mechanism,
Shaft is connect with volume punch block, and shaft drives volume punch block rotation, and volume needle is as volume punch block rotation is to be wound raw material.
Preferably, shaft driving mechanism includes at least one shaft power source, connects respectively at least one shaft power source
At least two synchronizing wheel groups connect pass through synchronous band connection between at least two synchronizing wheel groups；
Each synchronizing wheel group includes a driving wheel and the driven wheel that connect with driving wheel by synchronous belt, driving wheel and turn
The connection of axis power source；At least one in follower corresponding at least two synchronizing wheel groups is installed in shaft；
Shaft power source drive driving wheel is rotated to drive driven wheel to rotate, so that being installed on the driven wheel in shaft
Drive shaft rotation.
Preferably, causing volume needle movement component includes being adjacent to the cause volume needle straight-line motion mechanism for rolling up punch block and volume needle being caused to rotate
Movement mechanism；
Volume needle straight-line motion mechanism is caused to be separately connected volume shank with volume punch block, which, which is set to, causes volume needle linear motion machine
Between structure and volume punch block；
Volume needle rotational motion mechanism and volume punch block is caused to be separately connected the casing being rotatably sheathed in shaft, which is set to
It causes between volume needle rotational motion mechanism and volume punch block；
Cause volume needle straight-line motion mechanism for making to roll up punch block relative to mounting rack stretching or retract；Cause volume needle rotary motion group
Part is used to the volume needle for having terminated winding turning to capacitor conveyer belt.
Preferably, cause volume needle straight-line motion mechanism includes：
Sliding rail is set on mounting plate；
Sliding block is set on sliding rail, and sliding block is connect with volume shank；
Swing arm, including first end and second end, first end are connect with swing arm power source, and second end is connect with sliding block；
Swing arm power source drive swing arm motion, swing arm band movable slider are moved on the slide rail to drive volume shank movement, thus
So that volume punch block moves in a straight line.
Preferably, volume needle straight-line motion mechanism is caused to cause volume needle straight-line motion mechanism, second that volume needle straight line is caused to transport including first
Motivation structure and third cause volume needle straight-line motion mechanism, and first causes to roll up the top of plane where needle straight-line motion mechanism is set to shaft,
Second lower section for causing volume needle straight-line motion mechanism and third that volume needle straight-line motion mechanism is caused to be juxtaposed on shaft place plane；
First causes volume needle straight-line motion mechanism to be used to drive volume punch block fully extended toward the direction far from shaft power source, with
Wind raw material；
Second causes volume needle straight-line motion mechanism to be used to that the direction of volume punch block toward shaft power source to be driven to be fully retracted to separate
Rolled obtained capacitor；
Third cause volume needle straight-line motion mechanism is bidirectional-movement mechanism, for driving volume punch block toward separate shaft power source
Direction is stretched out relative to mounting plate or volume punch block is driven to retract toward the direction of shaft power source relative to mounting plate.
Preferably, volume needle rotational motion mechanism is caused to include volume needle revolution module, volume needle revolution module rotates dynamic including volume needle
Power source, the first driving wheel being connect with the volume needle rotating power source and the second driving wheel with first driving wheel cooperation, second
Driving wheel and casing connection；Rolling up needle rotating power source drives the first driving wheel and the rotation of the second driving wheel to drive casing connection,
To drive volume punch block to turn to designated position.
Preferably, volume needle rotating power source is divider, to drive volume punch block intermittent rotary in a circumferential direction.
Preferably, causing volume needle rotational motion mechanism further includes the volume needle rotation module connecting with volume punch block, rolls up needle for making
It is rotated using its own as axle center, which is driven by motor.
Preferably, volume needle rotation module includes rotation power source, which is motor.
To sum up, a kind of winding device for wound capacitor raw material, the winding device include mounting plate, volume punch block,
Raw material clamping and coil members and cause volume needle movement component, wherein mounting plate is to fixing wound device；Punch block is rolled up, is set to
On mounting plate, which is equipped with the volume needle as wireline reel, and volume needle is moved synchronously with volume punch block；Raw material clamp and winding
Component on mounting plate and is adjacent to volume punch block, so that volume needle clamps raw material and winds raw material；Cause volume needle movement structure
Part on mounting plate and is adjacent to volume punch block, and volume needle movement component is caused to connect with volume punch block so that roll up punch block move to it is specified
Position, volume needle wind raw material or the rolled obtained capacitor of separation in the designated position.
Compared with prior art, winding device provided by the utility model can efficiently solve existing winding device
The problem that job stability is poor and winding precision is lower, to optimize the consistency of lamination volume and improve the storage characteristics of capacitor
Energy.
Detailed description of the invention
Fig. 1 is a kind of schematic diagram for winding device that one preferred embodiment of the utility model provides.
Fig. 2 is a kind of schematic diagram for winding device that one preferred embodiment of the utility model provides.
Wherein, 1, mounting plate, 2, volume punch block, 21, first volume punch block, 22, volume Two punch block, 3, volume shank, 31, the first volume
Shank, 32, volume Two shank, 4, raw material clamping and coil members, 41, shaft, 42, shaft power source, 43, synchronizing wheel group,
44, synchronous belt, 5, cause volume needle movement component, 51, cause volume needle straight-line motion mechanism, 511, first causes to roll up needle straight-line motion mechanism,
5111, the first sliding rail, the 5112, first swing arm bar, the 5113, first sliding block, the 512, second cause volume needle linear motion component, 5121,
Second sliding rail, the 5122, second swing arm bar, the 5123, second sliding block, 513, third cause volume needle straight-line motion mechanism, 5131, third pendulum
Armed lever, 5132, third sliding block, 52, cause volume needle rotational motion mechanism, 521, divider, the 522, first driving wheel, 523, second passes
Driving wheel, 524, third driving wheel.
Specific embodiment
Below in conjunction with the utility model embodiment attached drawing, the technical scheme in the embodiment of the utility model is carried out clear
Chu is fully described by, it is clear that described embodiment is only a part of the embodiment of the utility model, rather than whole realities
Apply example.Based on the embodiments of the present invention, those skilled in the art are obtained without making creative work
The other embodiments obtained, fall within the protection scope of the utility model.
Fig. 1 and Fig. 2 show one preferred embodiment of the utility model, which provides a kind of winding device, the winding
Device is used for the winding of capacitor production process chinese raw materials, and winding device includes：
Mounting plate 1, to fixing wound device；
Punch block 2 is rolled up, is set on mounting plate 1, which is equipped with the volume needle as wireline reel, and volume needle and volume punch block 2 are same
Step movement；
Raw material clamp and coil members 4, on mounting plate 1 and volume punch block 2 are adjacent to, so that volume needle clamps raw material
And wind raw material；
Volume needle movement component 5 is caused, on mounting plate 1 and volume punch block 2 is adjacent to, causes volume needle movement component 5 and volume punch block 2
Connection, so that volume punch block 2 moves to designated position, volume needle winds raw material in the designated position or separation is rolled obtained
Capacitor.
Specifically, raw material used in capacitor production process include electrolytic paper, positive paillon and cathode paillon.Its
In, electrolytic paper is also referred to as asbestos paper, and electrolytic cell insulation diaphragm is commonly used in the production preparation process of electrolyzer, battery etc., positive and negative
Pole paillon is generally aluminium foil, copper foil and nickel foil etc..The winding device that the present embodiment refers to before work, need positive paillon and
Cathode paillon is directed respectively into winding position, and and electrolytic paper every folded.The quality of lamination such as electrolytic paper, positive paillon and cathode paillon
Concordant degree there is great influence to battery core obtained after final winding.
Due to needing to heat in the manufacturing process of capacitor to capacitor, so that the electrolytic paper carbon between positive and negative anodes paillon
Change, in the process, different degrees of oxidation can occur for aluminium foil, copper foil or nickel foil, drop the capacitance of capacitor
Low and impedance increases, and therefore, occurs plating the film of resistance to oxidation, corrosion-resistant etc. in foil surfaces in the manufacturing method of capacitor
New technology, for example carbon film is plated on the surface of aluminium foil.Interface fine structure between the carbon film and aluminium foil is to determine the composite membrane
Performance key, and the superiority and inferiority of interface fine structure depends on the interfacial wettability between carbon/aluminium, but at present still without can be very
Improve the effective ways of the interfacial wettability between carbon/aluminium well.
In the present embodiment, raw material clamp and coil members 4 include shaft 41 and turn to what drive shaft 41 rotated
Axis driving mechanism, shaft 41 are connect with volume punch block 2, and shaft 41 drives volume punch block 2 to rotate, and volume needle is as the volume rotation of punch block 2 is with right
Raw material are wound.
It should be noted that shaft 41 can be hollow shaft, can also make to realize axis；In order to avoid shaft 41 is cracked
And the phenomenon that causing equipment to be unable to normal operation, often set about in terms of following two：First is that using 30CrMnSiNi2A superelevation
The axis of strength steel preparation, second is that reinforcing the control of assembling process so that shaft 41 bears lesser load at work；This reality
Applying the shaft 41 selected in example is steel part axis of the surface Jing Guo cure process.
In the present embodiment, shaft driving mechanism includes at least one shaft power source 42 and at least one shaft power
At least two synchronizing wheel groups 43 that source 42 is separately connected are connected by synchronous belt 44 between at least two synchronizing wheel groups 43；
Each synchronizing wheel group 43 includes a driving wheel and one passes through the driven wheel that synchronous belt 44 is connect with driving wheel, driving wheel
It is connect with shaft power source 42；At least one in follower corresponding at least two synchronizing wheel groups 43 is installed on shaft
On 41；
Shaft power source 42 drive driving wheel rotation to drive driven wheel to rotate so that be installed in shaft 41 from
Driving wheel drives shaft 41 to rotate.
Specifically, the driving method of driving mechanism includes fluid pressure type, pneumatic type and electrodynamic type, wherein it is preferred that fluid pressure type, such as
Hydraulic cylinder, the power more continuous and stable of fluid pressure type driving source output, this is advantageously implemented the running essence that punch block is rolled up by executing agency
Degree can also preferably maintain the high-precision repeatability of volume punch block, make to roll up punch block with excellent winding precision；Pneumatic type and electricity
Dynamic formula driving source has more flexible installation system, in all wider uses of the not high applied field of required precision.Here it does
It is preferred that DYN dynamic servo motor, the using effect of servo motor is preferable.
Under the premise of guaranteeing enough power, in order to keep the winding process of winding device more stable and more efficient, this implementation
Two motors are used in example, are separately connected two driving wheels, two driven wheels corresponding with two driving wheels are respectively mounted
In shaft 41, it is equivalent to the common drive shaft 41 of two sets of power mechanisms and rotates.In a winding cycle, shaft 41 first will be former
Material is clamped, and can be wound to raw material after clamping.
The working face of synchronous belt be in flute profile, by with the multi-tooth meshing between tooth and driving wheel/driven wheel come passing movement
And power.Due to, without opposite sliding, can guarantee constant transmission ratio between synchronous belt and driving wheel/driven wheel；In addition, opposite
In chain conveyer, synchronous belt is thin and light, and intensity is big, and elongation is small, has a very wide range of application prospect in automated machine field.
Synchronous belt includes basis material and the belt carcass for playing carrying, and general foundation basis material distinguishes synchronous belt with class；Matrix material
Material includes rubber and polyurethane, is divided into rubber synchronous belt and polyurethane synchronous belt to synchronous belt general homology；It is same compared to polyurethane
Walk band, rubber synchronous belt is mainly used for transmit based on power, the rotating device supplemented by passing movement.The volume of capacitor raw material
Around being the very high process of precision prescribed, it is mainly used for transmitting power, the synchronous belt preferred rubber synchronous belt 44 of the present embodiment.
In the present embodiment, causing volume needle movement component 5 includes cause volume 51 He of needle straight-line motion mechanism for being adjacent to volume punch block 2
Cause volume needle rotational motion mechanism 52；
Volume needle straight-line motion mechanism 51 and volume punch block 2 is caused to be separately connected volume shank 3, which, which is set to, causes volume needle straight line
Between movement mechanism 51 and volume punch block；
Volume needle rotational motion mechanism 52 and volume punch block 2 is caused to be separately connected the casing being rotatably sheathed in shaft 41, the set
Pipe, which is set to, to be caused between volume needle rotational motion mechanism 52 and volume punch block；
Cause volume needle straight-line motion mechanism 51 for making to roll up punch block 2 relative to mounting rack stretching or retract；Cause volume needle rotation fortune
Dynamic component is used to the volume needle for having terminated winding turning to capacitor conveyer belt.
It should be noted that one end of volume shank 3 is directly connected to volume punch block 2, the other end is directly connected to cause volume needle straight line fortune
Motivation structure 51；One end of casing 525 is directly connected to volume punch block 2, and the other end is directly connected to cause volume needle rotational motion mechanism 52.Roll up needle
Bar 3 and casing 525 have played the effect of connector.
In the present embodiment, cause volume needle straight-line motion mechanism 51 includes：
Sliding rail is set on mounting plate 1；
Sliding block is set on sliding rail, and sliding block is connect with volume shank 3；
Swing arm, including first end and second end, first end are connect with swing arm power source, and second end is connect with sliding block；
Swing arm power source drive swing arm motion, swing arm band movable slider are moved on the slide rail to drive volume shank 3 to move, thus
So that volume punch block 2 moves in a straight line.
Specifically, sliding rail has also played the effect of guiding and positioning in addition to the place needed for sliding block sliding；The length of sliding rail
Degree determines the sliding stroke of sliding block to a certain extent, and the sliding stroke of sliding block directly determines volume punch block relative to installation
The fully extended length of plate 1 is fully retracted length.The swing arm power source referred here to passes through the first end of cam and swing arm
Connection, swing arm power source, cam form a simple swing arm driving mechanism together with swing arm combination, which has construction
It is simple and compact, small in size, speed adjusting performance is stable, transformation transmission ratio is convenient, the advantages that being simple to manufacture, is easy to maintenance, cost is relatively low.
In the present embodiment, causing volume needle straight-line motion mechanism 51 includes that the first cause volume needle straight-line motion mechanism 511, second causes
It rolls up needle straight-line motion mechanism 512 and third causes volume needle straight-line motion mechanism 513, first causes volume needle straight-line motion mechanism 511 to be set to
The top of 41 place plane of shaft, second causes volume needle straight-line motion mechanism 512 and third to cause volume needle straight-line motion mechanism 513 arranged side by side
It is set to the lower section of 41 place plane of shaft；
First causes volume needle straight-line motion mechanism 511 to be used to drive volume punch block 2 complete toward the direction far from shaft power source 42
It stretches out, to wind raw material；
Second causes volume needle straight-line motion mechanism 512 to be used to that the direction of volume punch block 2 toward shaft power source 42 to be driven to be fully retracted
To separate rolled obtained capacitor；
It is bidirectional-movement mechanism that third, which causes volume needle straight-line motion mechanism 513, for driving volume punch block 2 toward far from shaft power
The direction in source 42 is stretched out relative to mounting plate 1 or volume punch block 2 is driven to contract toward the direction of shaft power source 42 relative to mounting plate 1
It returns.
Specifically, the movement for causing volume needle straight-line motion mechanism 51 includes three movements.
First element：First causes the first sliding block 5113 in volume needle straight-line motion mechanism 511 toward far from shaft power
When the direction movement in source 42, volume shank 31 band under the pushing directly on of the first sliding block 5113 for directly being contacted with the first sliding block 5113
Dynamic winding stand is fully extended.When rolling up needle does not have fully extended, the winding of raw material is also that can carry out, but due to conduct
The axle center of raw material is wound, volume needle actually also has certain supporting role to the raw material of winding.In order to avoid volume needle
Because load-bearing is excessive or due to long-time load-bearing caused by volume needle failure the problem of, in the present embodiment, winding carry out after, first
Volume needle straight-line motion mechanism 511 is caused to need as early as possible to release volume needle.
Second movement：When winding process is completed in volume needle, and is turned in capacitor transmission belt, needle is rolled up with volume
Punch block 2 is retracted relative to mounting plate 1, which needs second volume needle straight-line motion mechanism 512 and third is caused to cause volume needle straight
The collective effect of line movement mechanism 513, it is fully extended less than volume needle that the second cause volume needle straight-line motion mechanism 512 will first roll up needle retraction
The random length of length, third cause volume needle straight-line motion mechanism 513 to be then fully retracted volume needle relative to mounting plate 1, at this time
Capacitor made from after rolled is separated from volume needle.
Third movement：Volume needle straight-line motion mechanism 513 is caused to drive volume needle movement for third so that volume needle is relative to mounting plate
Stretch out the random length for being less than the volume fully extended length of needle, in order to keep the layout of each component in winding device more reasonable, above-mentioned
Meaning length preferably rolls up the half of the fully extended length of needle.
In the present embodiment, causing volume needle rotational motion mechanism 52 includes volume needle revolution module, and volume needle revolution module includes volume
Needle rotating power source, the first driving wheel 522 being connect with the volume needle rotating power source, the with first driving wheel 522 cooperation
Two driving wheels 523 and with the mutually matched third driving wheel 524 of the second driving wheel 523, third driving wheel 524 and casing 525
Connection；Rolling up needle rotating power source drives the first driving wheel 522, second transmission 523 and the rotation of third driving wheel 524 to drive casing
525 connections, so that volume punch block 2 be driven to turn to designated position.
Specifically, the main function of volume needle revolution module mentioned here is to drive winding stand from 41 place plane of shaft
Top turns to the lower section of 41 place plane of shaft or drives winding stand from the rotated down of 41 place plane of shaft to shaft 41
The top of place plane.
In the present embodiment, volume needle rotating power source be divider 521, to drive volume punch block 2 in a circumferential direction between
It has a rest rotation.
It should be noted that divider 521 and above-mentioned first driving wheel 522, second transmission 523 and third driving wheel 524
Collectively constituted the Cam splitter on definite meaning, the transmitting torque of Cam splitter is big, be replace pneumatic control it is motor-driven with
And the first choice of the traditional mechanism such as incomplete gear mechanism.
In the present embodiment, causing volume needle rotational motion mechanism 52 further includes the volume needle rotation module connecting with volume punch block 2, is used
In rotating volume needle with its own axle center, which is driven by motor.
It should be noted that the winding power for rolling up needle includes two parts in entire winding cycle, first is that shaft 41
It drives, two are only for driving volume needle using its own as the power source of axis rotation.The two collective effect is conducive to roll up
Around the raising of efficiency.
In the present embodiment, volume needle rotation module includes rotation power source, which is motor.
To sum up, a kind of winding device for wound capacitor raw material, the winding device include mounting plate 1, volume punch block
22, raw material clamping and coil members 4 and cause volume needle movement component 5, wherein mounting plate 1 is to fixing wound device；Roll up punch block
2, it is set on mounting plate 1, which is equipped with the volume needle as wireline reel, and volume needle is moved synchronously with volume punch block 2；Raw material
Clamping and coil members 4 on mounting plate 1 and are adjacent to volume punch block 2, so that volume needle clamps raw material and winds raw material；
Volume needle movement component 5 is caused, on mounting plate 1 and volume punch block 2 is adjacent to, volume needle movement component 5 is caused to connect with volume punch block 2, with
Volume punch block 2 is set to move to designated position, volume needle winds raw material or the rolled obtained capacitor of separation in the designated position.
Compared with prior art, winding device provided by the utility model can efficiently solve existing winding device
The problem that job stability is poor and winding precision is lower, to optimize the consistency of lamination volume and improve the storage characteristics of capacitor
Energy.
Above content is only to examples for clearly illustrating the present invention and explanation, affiliated those skilled in the art couple
Described specific embodiment is done various modifications or additions or is substituted using similar method, without departing from invention or
Person surmounts range defined in present claims, all should belong to the protection range of the utility model.
Claims (10)
1. a kind of winding device, the winding for capacitor production process chinese raw materials, which is characterized in that the winding device packet
It includes：
Mounting plate, to the fixation winding device；
Punch block is rolled up, is set on the mounting plate, which is equipped with the volume needle as wireline reel, the volume needle and the volume needle
Frame moves synchronously；
Raw material clamp and coil members, on the mounting plate and the volume punch block are adjacent to, so that the volume needle is clamped
Raw material simultaneously wind raw material；
Volume needle movement component is caused, on the mounting plate and is adjacent to the volume punch block, the cause volume needle movement component and institute
Volume punch block connection is stated, so that the volume punch block moves to designated position, the volume needle winds raw material in the designated position or divides
From rolled obtained capacitor.
2. winding device according to claim 1, which is characterized in that the raw material clamp and coil members include shaft
With the shaft driving mechanism to drive the shaft rotation, the shaft is connect with the volume punch block, and the shaft drives institute
Volume punch block rotation is stated, the volume needle is rotated with the volume punch block to be wound to raw material.
3. winding device according to claim 2, which is characterized in that the shaft driving mechanism includes at least one shaft
Power source, at least two synchronizing wheel groups being separately connected at least one described shaft power source, at least two synchronizing wheel
Pass through synchronous band connection between group；Each synchronizing wheel group includes that a driving wheel and one passes through the synchronous belt and the active
The driven wheel of connection is taken turns, the driving wheel is connect with the shaft power source；It is respectively corresponded at least two synchronizing wheels group
Follower at least one be installed in the shaft；Driving wheel described in the shaft power source drive is rotated to drive
Driven wheel rotation is stated, so that the driven wheel being installed in the shaft drives the shaft rotation.
4. winding device according to claim 2, which is characterized in that the cause rolls up needle movement component and includes
It is adjacent to the cause volume needle straight-line motion mechanism of the volume punch block and causes volume needle rotational motion mechanism；
The cause volume needle straight-line motion mechanism and the volume punch block are separately connected volume shank, and it is straight which is set to cause volume needle
Between line movement mechanism and the volume punch block；
The cause volume needle rotational motion mechanism and the volume punch block are separately connected the casing being rotatably sheathed in the shaft, should
Casing is set between cause volume needle rotational motion mechanism and the volume punch block；
The cause volume needle straight-line motion mechanism is for making the volume punch block stretch out or retract relative to the mounting rack；The cause volume
Needle rotary motion component is used to the volume needle for having terminated winding turning to capacitor conveyer belt.
5. winding device according to claim 4, which is characterized in that the cause rolls up needle straight-line motion mechanism and includes：
Sliding rail is set on the mounting plate；
Sliding block is set on the sliding rail, and the sliding block is connect with the volume shank；
Swing arm, including first end and second end, the first end are connect with swing arm power source, and the second end and the sliding block connect
It connects；
Swing arm motion described in the swing arm power source drive, the swing arm drive the sliding block to move on the sliding rail to drive
The volume shank movement, so that the volume punch block moves in a straight line.
6. winding device according to claim 5, which is characterized in that the cause volume needle straight-line motion mechanism includes the first cause
It rolls up needle straight-line motion mechanism, the second cause volume needle straight-line motion mechanism and third and causes volume needle straight-line motion mechanism, described first causes to roll up
The top of plane where needle straight-line motion mechanism is set to the shaft, described second causes volume needle straight-line motion mechanism and the third
The lower section of plane where causing volume needle straight-line motion mechanism to be juxtaposed on the shaft；
Described first causes volume needle straight-line motion mechanism to be used to drive the volume punch block complete toward the direction far from the shaft power source
It is complete to stretch out, to wind raw material；
It contracts completely in the described second direction for causing volume needle straight-line motion mechanism to be used to drive the volume punch block toward the shaft power source
It returns to separate rolled obtained capacitor；
It is bidirectional-movement mechanism that the third, which causes volume needle straight-line motion mechanism, for driving the volume punch block toward far from the shaft
The direction of power source stretched out relative to the mounting plate or drive the volume punch block toward the direction of the shaft power source relative to
The mounting plate retracts.
7. winding device according to claim 4, which is characterized in that the cause volume needle rotational motion mechanism includes that volume needle is public
Revolving die block, volume needle revolution module include roll up needle rotating power source, the first driving wheel for being connect with the volume needle rotating power source,
Third driving wheel with the second driving wheel of first driving wheel cooperation and with second driving wheel cooperation, the third driving wheel
It is connect with described sleeve pipe；The volume needle rotating power source drives first driving wheel and second driving wheel rotation to drive
Described sleeve pipe connection, so that the volume punch block be driven to turn to designated position.
8. winding device according to claim 7, which is characterized in that the volume needle rotating power source is divider, to
Drive volume punch block intermittent rotary in a circumferential direction.
9. winding device according to claim 8, which is characterized in that cause volume needle rotational motion mechanism further includes and institute
The volume needle rotation module for stating volume punch block connection, for rotating the volume needle with its own axle center.
10. winding device according to claim 9, which is characterized in that the volume needle rotation module includes rotation power source,
The rotatory force source is motor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820212048.2U CN208127043U (en) | 2018-02-06 | 2018-02-06 | A kind of winding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820212048.2U CN208127043U (en) | 2018-02-06 | 2018-02-06 | A kind of winding device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208127043U true CN208127043U (en) | 2018-11-20 |
Family
ID=64207178
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820212048.2U Withdrawn - After Issue CN208127043U (en) | 2018-02-06 | 2018-02-06 | A kind of winding device |
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| Country | Link |
|---|---|
| CN (1) | CN208127043U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108428571A (en) * | 2018-02-06 | 2018-08-21 | 深圳市诚捷智能装备股份有限公司 | A kind of winding device and a kind of winding method |
-
2018
- 2018-02-06 CN CN201820212048.2U patent/CN208127043U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108428571A (en) * | 2018-02-06 | 2018-08-21 | 深圳市诚捷智能装备股份有限公司 | A kind of winding device and a kind of winding method |
| CN108428571B (en) * | 2018-02-06 | 2024-02-27 | 深圳市诚捷智能装备股份有限公司 | Winding device and winding method |
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