CN206163334U - Plain son straight line of condenser is passed in and out device and is rolled up all -in -one with nail - Google Patents
Plain son straight line of condenser is passed in and out device and is rolled up all -in -one with nail Download PDFInfo
- Publication number
- CN206163334U CN206163334U CN201621280200.8U CN201621280200U CN206163334U CN 206163334 U CN206163334 U CN 206163334U CN 201621280200 U CN201621280200 U CN 201621280200U CN 206163334 U CN206163334 U CN 206163334U
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- swing arm
- straight line
- turnover
- folder
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Abstract
The utility model provides a device can include: of plain son straight line of condenser is passed in and out device and is rolled up all -in -one with nail, wherein actuating mechanism, plain son clamp business turn over mechanism and plain son clamp closing mechanism, actuating mechanism include the drive shaft and connect presss from both sides the business turn over cam at the epaxial plain son clamp switching cam of drive, plain son, in plain son clamp business turn over mechanism, business turn over suspension arm set passes in and out the subassembly through business turn over drive assembly control straight line and moves under the drive of plain son clamp business turn over cam to drive plain son press from both sides get that the material level is put and feeding position between linear motion, in element pressed from both sides closing mechanism, switching suspension arm set was through the action of switching drive assembly control switching subassembly under the drive of plain son clamp switching cam to it presss from both sides and puts and open with closed with feeding position getting the material level to drive plain son. The utility model discloses a plain son straight line of condenser is passed in and out device and is rolled up all -in -one with nail can see the plain son straight line of the condenser of a last process output off and think that next process provides automatic feeding and supports.
Description
Technical field
The utility model is related to the technical field of capacitor, especially with regard to a kind of capacitor element straight line in-out apparatus with
Nail volume all-in-one.
Background technology
Capacitor is a kind of device of storage electric charge, and is widely used in electronics, the electric equipment in modern times.Capacitor
Primary structure include being wound and the capacitor element that formed by aluminium foil, electrolytic paper and sliver.At present, the capacitor for coming is wound
Sub-prime is clamped by sub-prime and swings certain angle so that capacitor element is fallen in pulp-collecting box, then by artificial mode handle
Sub-prime is taken subsequent processing and is produced, and cannot provide automatic charging for subsequent processing and support, affects production efficiency.
Utility model content
The purpose of this utility model is to provide a kind of capacitor element straight line of achievable capacitor element automatic charging
In-out apparatus.
The capacitor element straight line in-out apparatus that the utility model is provided, including：
Drive mechanism, including drive shaft and be connected in the drive shaft sub-prime folder make and break cam, sub-prime folder turnover it is convex
Wheel；
Sub-prime presss from both sides inlet/outlet mechanism, including turnover swing arm unit, turnover transmission component and straight line turnover component, the turnover swing arm
Component passes in and out component and is connected by the turnover transmission component and the straight line, and the straight line turnover component is provided with sub-prime folder, the turnover
Swing arm unit controls the straight line and passes in and out component action under the driving of the sub-prime folder turnover cam by the turnover transmission component, with
Drive the sub-prime to be clipped between feeding position and feeding position to move along a straight line；
Sub-prime presss from both sides switching mechanism, including opening and closing swing arm unit, opening and closing transmission component and shutter device, the opening and closing swing arm unit
It is connected with the shutter device by the opening and closing transmission component, the shutter device is connected with the sub-prime folder, and the opening and closing swing arm unit exists
The shutter device action is controlled by the opening and closing transmission component under the driving of the sub-prime folder make and break cam, to drive the sub-prime to be clipped in
Feeding position and feeding position opening and closing.
Further, remote hub diameter of the remote hub diameter of the sub-prime folder make and break cam less than the sub-prime folder turnover cam.
Further, the turnover swing arm unit includes the first swing arm pedestal and be hinged on the first swing arm pedestal first
Swing arm and the second swing arm, are provided with the first roller and the second roller in first swing arm, first roller is passed in and out with the sub-prime folder
Cam is abutted, and second roller is abutted with second swing arm, and second swing arm is connected with the turnover transmission component.
Further, the straight line turnover component includes mounting blocks, slide block, slide rail, contiguous block and connection roller, and the slide block leads to
Cross the mounting blocks to be fixed on device body, the slide rail is slidably connected on slide block, the connection roller passes through the contiguous block
One end of the slide rail is fixed on, the sub-prime folder is fixed on the other end of the slide rail, the connection roller is lived with the turnover transmission component
Dynamic connection.
Further, the opening and closing swing arm unit includes the second swing arm pedestal and is connected to the second swing arm base by connecting shaft
The 3rd swing arm on seat, the 3rd swing arm includes mutually including an angle first plate body and the second plate body of setting, on first plate body
The 3rd roller is provided with, the 3rd roller is abutted with the sub-prime folder make and break cam, and second plate body is connected with the opening and closing transmission component.
Further, the opening and closing swing arm unit also includes that the second place keeps extension spring, and the second place keeps the one of extension spring
End is fixed on second plate body, and the second place keeps the other end of extension spring to be fixed on a cylinder.
Further, the sub-prime folder includes contiguous block, left side folder and right side folder, and the sub-prime folder is straight with this by the contiguous block
Line turnover component connection, the left side folder is pressed from both sides can be movably connected on the contiguous block in the way of tangential motion with the right side, and this is opened
Component is closed including driving plate, driving rolls and elastic component, the driving plate is rotatably fixed on device body, the driving plate bag
The 3rd plate body and the 4th plate body for mutually including an angle setting is included, the 3rd plate body is connected with the opening and closing transmission component, the driving rolling
Wheel is arranged on the left side folder of the sub-prime folder, and the 4th plate body is abutted with the driving rolls, and the elastic component connects the sub-prime folder
Left side folder presss from both sides to keep sub-prime folder closure with right side.
Further, the turnover transmission component includes the first drive link and the first driver plate, and first driver plate includes phase
The 5th plate body being arranged on the first column joint at an angle to each other and the 6th plate body, one end of first drive link and the turnover
Swing arm unit is rotatably connected, and the other end is rotatably connected with the 5th plate body of first driver plate, and the 6th plate body is straight with this
Line turnover component is flexibly connected；The opening and closing transmission component includes the second drive link, the second driver plate and the 3rd drive link, and this second
Driver plate includes mutually including an angle the 7th plate body and the 8th plate body being arranged on the second column joint, second drive link
Two ends are rotatably connected respectively with the 7th plate body of the opening and closing swing arm unit and second driver plate, the two ends of the 3rd drive link
It is rotatably connected with the 8th plate body and the shutter device of second driver plate respectively；First column joint with this second stand
Post connector is co-axially located on a column.
Further, the turnover swing arm unit also includes that first position keeps extension spring, and the first position keeps the one of extension spring
End is fixed on the 5th plate body, and the first position keeps the other end of extension spring to be fixed on a cylinder.
The utility model also provides a kind of nail volume all-in-one, including capacitor element straight line in-out apparatus as above.
In embodiment of the present utility model, capacitor element straight line in-out apparatus pass through cam mechanism driving swinging arm,
And swinging arm be transferred to by straight line by transmission component pass in and out component and shutter device so that sub-prime be clipped in feeding position with
Moved in the way of straight line turnover between feeding position, and open when feeding position is moved to feeding position, close
To clamp capacitor element, apparatus structure is simply compact, what the linear reciprocation action pressed from both sides by sub-prime can be obtained a upper operation
Capacitor element straight line is sent so as to switching device switching, so as to the automatic charging that can realize capacitor element for subsequent processing,
Effectively improve production efficiency, reduces cost.
Description of the drawings
Fig. 1 is the structural representation of capacitor element straight line in-out apparatus in the utility model one embodiment.
Fig. 2 is structural representation of the capacitor element straight line in-out apparatus in Fig. 1 at another visual angle.
Specific embodiment
Further to illustrate that the utility model is to reach technological means and effect that predetermined utility model purpose is taken,
Below in conjunction with accompanying drawing and preferred embodiment, to specific embodiment of the present utility model, structure, feature and its effect, specifically
It is bright as after.
Fig. 1 is the structural representation of capacitor element straight line in-out apparatus in the utility model one embodiment.Fig. 2 is figure
Structural representation of the capacitor element straight line in-out apparatus in 1 at another visual angle.As shown in Figures 1 and 2, it is of the present utility model
Capacitor element straight line in-out apparatus (hereinafter referred to as " straight line in-out apparatus "), including drive mechanism 10, sub-prime folder inlet/outlet mechanism 20
Switching mechanism 30 is pressed from both sides with sub-prime, sub-prime presss from both sides inlet/outlet mechanism 20 and is connected with sub-prime folder 40 respectively with sub-prime folder switching mechanism 30, drives
Mechanism 10 drives sub-prime folder inlet/outlet mechanism 20 to carry out action with sub-prime folder switching mechanism 30, to drive sub-prime folder 40 in feeding position
Carry out linear advancement and return between feeding position, and the opening and closing at feeding position and feeding position, by sub-prime
Straight line feeding, the feeding of folder 40, capacitor element straight line can be sent for switching device switching feeding.
Drive mechanism 10 include drive shaft 11 and be connected in drive shaft 11 sub-prime folder make and break cam 12, sub-prime press from both sides into
Go out cam 13.In the present embodiment, because the opening of sub-prime folder 40 presss from both sides 40 movement travel less than sub-prime, thus sub-prime presss from both sides opening and closing
The remote hub diameter of cam 13 presss from both sides the remote hub diameter of turnover cam 12 less than sub-prime, it will be understood that sub-prime presss from both sides make and break cam 13 with element
Magnitude relationship between the remote hub diameter of sub-folder turnover cam 12 also has with the stroke size between respective transmission component 22,32
Close, the utility model is not limited to the specific size relation of remote hub diameter in actual design.Preferably, sub-prime in the present embodiment
Folder make and break cam 12 is to be arranged in drive shaft 11, such that it is able to according to sub-prime after individually processing with sub-prime folder turnover cam 13
The movement needs that folder inlet/outlet mechanism 20 presss from both sides switching mechanism 30 with sub-prime carry out respectively curved surface adjustment, improve the suitable of straight line in-out apparatus
The property used.
Sub-prime folder inlet/outlet mechanism 20 includes turnover swing arm unit 21, turnover transmission component 22 and straight line turnover component 23, enters
Go out swing arm unit 21 to be connected by turnover transmission component 22 and straight line turnover component 23, straight line turnover component 23 is provided with sub-prime folder
40, pass in and out swing arm unit 21 and straight line turnover component is controlled by turnover transmission component 22 under the driving of sub-prime folder turnover cam 12
23 actions, to drive sub-prime folder 40 to move along a straight line between feeding position and feeding position.In the present embodiment, feeding position is
The position that sub-prime folder 40 is return towards the direction of mounting blocks 231, that is, sub-prime folder 40 grips capacitor element from a upper operation
Position, feeding position is the position that sub-prime folder 40 is advanced away from the direction of mounting blocks 231, that is, switching device can grip electric capacity
The position of device sub-prime.
Turnover swing arm unit 21 includes the first swing arm pedestal 211 and the first swing arm being hinged on the first swing arm pedestal 211
212 and second swing arm 213, the first roller 214 and the second roller 215, the first roller 214 and element are provided with the first swing arm 212
Sub-folder turnover cam 12 is abutted, and the second roller 215 is abutted with the second swing arm 213, and the second swing arm 213 can with turnover transmission component 22
Rotate connection.
Turnover transmission component 22 includes the first drive link 221 and the first driver plate 222, and the first driver plate 222 includes mutual
Angled the 5th plate body 223 and the 6th plate body 225 being arranged on the first column joint 224, the 5th plate body in the present embodiment
223 and the 6th are generally perpendicular to each other setting between plate body 225, and the of one end of the first drive link 221 and turnover swing arm unit 21
Two swing arms 213 are rotatably connected, and the other end is rotatably connected with the 5th plate body 223 of the first driver plate 222, the first driver plate
222 the 6th plate body 225 is flexibly connected with straight line turnover component 23.In the present embodiment, passing in and out swing arm unit 21 also includes the
One position keeps extension spring 216, first position to keep one end of extension spring 216 to be fixed on the 5th plate body 223, and the other end is fixed on one
Cylinder, the first position keeps extension spring 216 to be used to making the second swing arm 213 to be close to the second roller 215 all the time, and then makes first
The first roller 214 in swing arm 212 is contacted all the time with sub-prime folder turnover cam 12.
Straight line turnover component 23 includes mounting blocks 231, slide block 232, slide rail 233, contiguous block 234 and connection roller 235, sliding
Block 232 is fixed in device body (not shown) by mounting blocks 231, and slide rail 233 is slidably connected on slide block 232, even
One end that roller 235 is fixed on slide rail 233 by contiguous block 234 is connect, sub-prime folder 40 is fixed on the other end of slide rail 233, turnover
6th plate body 225 of transmission component 22 is provided with chute, connects on the 6th plate body 225 of roller 225 and turnover transmission component 22
Chute coordinates and is flexibly connected.The present embodiment realizes linear movement guide by the cooperation of slide rail 233 and slide block 232, it is ensured that
Sub-prime presss from both sides the accuracy of 40 linear movement directions, it is ensured that capacitor element is sent by straight line.
In sub-prime folder inlet/outlet mechanism 20, because first position keeps extension spring 216 to make the first roller in the first swing arm 212
214 contact all the time with sub-prime folder turnover cam 12, thus, sub-prime folder turnover cam 12 can drive the second swing arm 213 when rotating
The first drive link of upper end push-and-pull 221, the first drive link 221 and then the first driver plate of push-and-pull 222 is so that the first driver plate 222 is put
It is dynamic, the 6th plate body 225 of the first driver plate 222 so that by connection roller 235 push-and-pull straight line pass in and out the slide rail 233 of component 23 with
Make it reciprocatingly slide on slide block 232, finally make the sub-prime being located on slide rail 233 folder 40 between feeding position and feeding position
Straight line is return or is advanced.
Sub-prime folder switching mechanism 30 includes opening and closing swing arm unit 31, opening and closing transmission component 32 and shutter device 33, opening and closing pendulum
Arm component 31 is connected by opening and closing transmission component 32 with shutter device 33, and shutter device 33 is connected with sub-prime folder 40, is opened and closed swing arm
Component 31 controls the action of shutter device 33 under the driving of sub-prime folder make and break cam 13 by opening and closing transmission component 32, with band therbligs
The opening and closing at feeding position and feeding position of sub-folder 40, wherein, sub-prime is pressed from both sides when 40 straight lines are retracted into feeding position and is in
Open mode, linear advancement is to feeding position after the closure of sub-prime folder 40.
Opening and closing swing arm unit 31 includes the second swing arm pedestal 311 and is connected to the second swing arm pedestal 311 by connecting shaft 312
On the 3rd swing arm 313, the 3rd swing arm 313 includes mutually including an angle first plate body 314 and the second plate body 315 of setting, first
Plate body 314 is provided with the 3rd roller 316, and the 3rd roller 316 is abutted with sub-prime folder make and break cam 13, the second plate body 315 and opening and closing
Transmission component 32 connects.Further, being opened and closed swing arm unit 31 also includes that the second place keeps extension spring 317, the second place to keep
One end of extension spring 317 is fixed on the second plate body 315, and the second place keeps the other end of extension spring 317 to be fixed on a cylinder, and second
Position keeps extension spring 317 to be used to make the 3rd roller 316 in the 3rd swing arm 313 contact with sub-prime folder make and break cam 13 all the time.
Sub-prime folder 40 includes contiguous block 41, left side folder 42 and right side folder 43, and sub-prime folder 40 is entered by contiguous block 41 and straight line
The slide rail 233 for going out component 23 connects, and left side folder 42 is with right side folder 43 can be movably connected in contiguous block 41 in the way of tangential motion
On.
Opening and closing transmission component 32 includes the second drive link 321, the second driver plate 322 and the 3rd drive link 323, the second transmission
Plate 322 includes mutually including an angle the 7th plate body 324 and the 8th plate body 326 being arranged on the second column joint 325, this enforcement
Be generally perpendicular to each other setting between the 7th plate body 324 and the 8th plate body 326 in example, the two ends of the second drive link 321 respectively with open
7th plate body 324 of the 3rd swing arm 313 and the second driver plate 322 of closing swing arm unit 31 is rotatably connected, the 3rd drive link 323
Two ends be rotatably connected with the 8th plate body 326 and shutter device 33 of the second driver plate 322 respectively, in the present embodiment,
First column joint 224 of one driver plate 222 is co-axially located at vertical with the second column joint 325 of the second driver plate 322
On post 50, the second driver plate 322 is located at the top of the first driver plate 222.
Shutter device 33 includes driving plate 331, driving rolls 332 and elastic component (not shown), and driving rolls 332 is arranged on
The left side of sub-prime folder 40 presss from both sides 42 tops, and driving plate 331 is rotatably fixed on device body by connecting plate 333, driving plate
331 include mutually including an angle the 3rd plate body 334 and the 4th plate body 335 of setting, the 3rd plate body 334 and opening and closing transmission component 32
3rd drive link 323 connects, and the 4th plate body 335 is abutted with driving rolls 332, elastic component connection sub-prime folder 40 left side folder 42 with
Right side folder 43 as sub-prime folder 40 to provide closure function power.The utility model embodiment is provided for the folder of sub-prime 40 by elastic component and closed
Joint force, so as to be engaged the opening and closing to realize sub-prime folder 40 with driving plate 331, driving rolls 332, simple structure simultaneously need not
Control is opened and closed using electronic drive, the electrical structure of straight line in-out apparatus can be simplified.Also, it is element by elastic component
Sub-folder 40 provides closure function power compared with the closure of sub-prime folder 40 is made by electronic drive, and active force is more flexible, can avoid
Damage the guide pin part of capacitor element, especially capacitor element.
In sub-prime folder switching mechanism 30, because the second place keeps extension spring 317 to make the 3rd roller in the 3rd swing arm 313
316 contact all the time with sub-prime folder make and break cam 13, thus, sub-prime folder make and break cam 13 can drive the 3rd swing arm 313 to put when rotating
Move so that the second drive link of push-and-pull 321 of the second plate body 315, the second drive link 321 and then the second driver plate of push-and-pull 322, make second
The drive link 323 of 8th plate body, 326 push-and-pull the 3rd of driver plate 322, and then make the drive of the push-and-pull shutter device 33 of the 3rd drive link 323
Dynamic plate 331, the 4th plate body 334 for making driving plate 331 promotes the left side folder 42 of sub-prime folder 40 by driving rolls 332, and then makes
Sub-prime folder 40 overcomes the active force of elastic component to open, or the 4th plate body 334 of driving plate 331 is not contacted with driving rolls 332,
And then sub-prime folder 40 is closed in the presence of elastic component.
In the present embodiment, pass in and out swing arm unit 21 and be opened and closed the both sides that swing arm unit 31 is located at drive mechanism 10, first
It is arranged substantially in parallel between the drive link 321 of drive link 221 and second, it is almost parallel between the 3rd drive link 323 and slide block 232 to set
Put, substantially vertical setting between the second drive link 321 and the 3rd drive link 323 so that sub-prime presss from both sides inlet/outlet mechanism 20 and presss from both sides with sub-prime
Moving towards for switching mechanism 30 is roughly the same, simple structure, compact, reasonable.
Continuing with reference to Fig. 1 and Fig. 2, capacitor element straight line in-out apparatus of the present utility model are used for capacitor element
Switching device is delivered to from a upper operation, so as to for subsequent processing automatic charging, concrete grammar comprises the steps：
Step one, the manufacture process of capacitor element terminates, using the sub-prime folder turnover cam 12 in drive shaft 11
Swing arm unit 21 is driven in and out, is made turnover swing arm unit 21 pass through turnover transmission component 22 and is controlled the straight line turnover action of component 23,
So that the opposing slider 232 of slide rail 233 slides towards the direction of mounting blocks 231 be retracted into feeding position to drive sub-prime to press from both sides 40 straight lines
Put, meanwhile, using the sub-prime folder driven opening/closing swing arm unit 31 of make and break cam 13 in drive shaft 11, make opening and closing swing arm unit
31 control the action of shutter device 33 by opening and closing transmission component 32, so that the 4th plate body 334 of driving plate 331 is by driving rolling
Wheel 332 promotes the left side folder 42 of sub-primes folder 40 to overcome the active force of elastic component, sub-prime folder 40 to open, and sub-prime folder 40 is reached and taken
Open mode is in during discharge position；
Step 2, when sub-prime folder 40 reaches feeding position and can grip capacitor element, using sub-prime make and break cam is pressed from both sides
13 driven opening/closing swing arm units 31, make opening and closing swing arm unit 31 pass through opening and closing transmission component 32 and control the action of shutter device 33, from
And driving plate 331 is turned round and is not promoted driving rolls 332, sub-prime folder 40 closes to clamp capacitor in the presence of elastic component
Sub-prime；
Step 3, after the closure of sub-prime folder 40, using sub-prime folder turnover cam 12 swing arm unit 21 is driven in and out, and puts turnover
Arm component 21 controls straight line and passes in and out the action of component 23 by turnover transmission component 22, so that the opposing slider 232 of slide rail 233 is towards remote
Slide to drive sub-prime to press from both sides 40 linear advancements to feeding position from the direction of mounting blocks 231.
Sub-prime folder 40 is reached after feeding position, can also be further included：
Step 4, after the relayed device (not shown) of capacitor element is clamped, using the sub-prime in drive shaft 11
The folder driven opening/closing swing arm unit 31 of make and break cam 13, makes opening and closing swing arm unit 31 pass through opening and closing transmission component 32 and controls shutter device
33 actions so that the 4th plate body 334 of driving plate 331 by driving rolls 332 promote the left side folder 42 of sub-prime folder 40 with gram
The active force of elastic component is taken, sub-prime folder 40 is opened；And,
Step 5, after the relayed device of capacitor element is taken away, using sub-prime the driven opening/closing swing arm of make and break cam 13 is pressed from both sides
Component 31, makes opening and closing swing arm unit 31 pass through opening and closing transmission component 32 and controls the action of shutter device 33, so that driving plate 331 times
Then driving rolls 332 is not promoted, sub-prime folder 40 is closed in the presence of elastic component.
Repeat the above steps one are capable of achieving continuous feeding and the feeding of capacitor element to step 5, and said process passes through
Sub-prime presss from both sides the matching design of curved surface between make and break cam 13 and sub-prime folder turnover cam 12 and realizes.
The utility model also provides a kind of nail volume all-in-one, including capacitor element straight line in-out apparatus as above.
To sum up, the capacitor element straight line in-out apparatus of the utility model embodiment, it is dynamic by cam mechanism driving swing arm
Make, and swinging arm is transferred to by straight line turnover component and shutter device by transmission component, so that sub-prime is clipped in feeding position
Put and moved in the way of straight line turnover between feeding position, and open when feeding position is moved to feeding position,
Closure is to clamp capacitor element, and apparatus structure is simply compact, and the linear reciprocation action pressed from both sides by sub-prime can be obtained a upper operation
Capacitor element straight line send so as to switching device switching, so as to can for subsequent processing realize capacitor element it is automatic on
Material, effectively improves production efficiency, reduces cost.
The above, is only preferred embodiment of the present utility model, not makees any formal to the utility model
Restriction, although the utility model is disclosed above with preferred embodiment, but is not limited to the utility model, any ripe
Professional and technical personnel is known, in the range of without departing from technical solutions of the utility model, when in the technology using the disclosure above
Appearance is made a little change or is modified to the Equivalent embodiments of equivalent variations, as long as being without departing from technical solutions of the utility model
Hold, above example is made any simple modification, equivalent variations and modification according to technical spirit of the present utility model, still
Belong in the range of technical solutions of the utility model.
Claims (10)
1. a kind of capacitor element straight line in-out apparatus, it is characterised in that include：
Drive mechanism (10), including drive shaft (11) and be connected in the drive shaft (11) sub-prime folder make and break cam (13),
Sub-prime folder turnover cam (12)；
Sub-prime folder inlet/outlet mechanism (20), including turnover swing arm unit (21), turnover transmission component (22) and straight line turnover component
(23), the turnover swing arm unit (21) passes in and out component (23) and is connected by the turnover transmission component (22) and the straight line, the straight line
Turnover component (23) is provided with sub-prime folder (40), and the turnover swing arm unit (21) is under the driving of sub-prime folder turnover cam (12)
The straight line is controlled by the turnover transmission component (22) and passes in and out component (23) action, to drive sub-prime folder (40) in feeding position
Move along a straight line between feeding position；
Sub-prime folder switching mechanism (30), including opening and closing swing arm unit (31), opening and closing transmission component (32) and shutter device (33), should
Opening and closing swing arm unit (31) be connected with the shutter device (33) by the opening and closing transmission component (32), the shutter device (33) and this
Sub-prime folder (40) connection, the opening and closing swing arm unit (31) is driven under the driving of sub-prime folder make and break cam (13) by the opening and closing
Component (32) controls shutter device (33) action, to drive sub-prime folder (40) to open and close with feeding position in feeding position
Close.
2. capacitor element straight line in-out apparatus as claimed in claim 1, it is characterised in that sub-prime folder make and break cam (13)
Remote hub diameter less than sub-prime folder turnover cam (12) remote hub diameter.
3. capacitor element straight line in-out apparatus as claimed in claim 1, it is characterised in that turnover swing arm unit (21) bag
Include the first swing arm pedestal (211) and be hinged on first swing arm (212) and the second swing arm of (211) on the first swing arm pedestal
(213), the first roller (214) and the second roller (215) are provided with first swing arm (212), first roller (214) with should
Sub-prime folder turnover cam (12) is abutted, and second roller (215) abuts with second swing arm (213), second swing arm (213) and
Turnover transmission component (22) connection.
4. capacitor element straight line in-out apparatus as claimed in claim 3, it is characterised in that straight line turnover component (23) bag
Mounting blocks (231), slide block (232), slide rail (233), contiguous block (234) and connection roller (235) are included, the slide block (232) passes through
The mounting blocks (231) are fixed on device body, and the slide rail (233) is slidably connected on slide block (232), the connection roller
(235) one end of the slide rail (233) is fixed on by the contiguous block (234), sub-prime folder (40) is fixed on the slide rail (233)
The other end, the connection roller (235) is flexibly connected with the turnover transmission component (22).
5. capacitor element straight line in-out apparatus as claimed in claim 1, it is characterised in that opening and closing swing arm unit (31) bag
Include the second swing arm pedestal (311) and the 3rd swing arm in second swing arm pedestal (311) is connected to by connecting shaft (312)
(313), the 3rd swing arm (313) includes the first plate body (314) and the second plate body (315) for mutually including an angle setting, and this first
Plate body (314) is provided with the 3rd roller (316), and the 3rd roller (316) is abutted with sub-prime folder make and break cam (13), and this second
Plate body (315) is connected with the opening and closing transmission component (32).
6. capacitor element straight line in-out apparatus as claimed in claim 5, it is characterised in that the opening and closing swing arm unit (31) is also
Extension spring (317) is kept including the second place, the second place keeps one end of extension spring (317) to be fixed on second plate body (315)
On, the second place keeps the other end of extension spring (317) to be fixed on a cylinder.
7. capacitor element straight line in-out apparatus as claimed in claim 5, it is characterised in that sub-prime folder (40) is including connection
Block (41), left side folder (42) and right side folder (43), sub-prime folder (40) passes in and out component by the contiguous block (41) and the straight line
(23) connect, left side folder (42) is with right side folder (43) can be movably connected in the contiguous block (41) in the way of tangential motion
On, the shutter device (33) includes driving plate (331), driving rolls (332) and elastic component, and the driving plate (331) is rotatable
It is fixed on device body, the driving plate (331) includes the 3rd plate body (334) and the 4th plate body for mutually including an angle setting
(335), the 3rd plate body (334) is connected with the opening and closing transmission component (32), and the driving rolls (332) is arranged on the sub-prime folder
(40) on left side folder (42), the 4th plate body (335) is abutted with the driving rolls (332), and the elastic component connects the sub-prime folder
(40) left side folder (42) presss from both sides (43) to keep sub-prime folder (40) closure with right side.
8. capacitor element straight line in-out apparatus as claimed in claim 1, it is characterised in that
The turnover transmission component (22) includes the first drive link (221) and the first driver plate (222), first driver plate (222)
Including mutually including an angle the 5th plate body (223) that is arranged on the first column joint (224) and the 6th plate body (225), this
One end of one drive link (221) is rotatably connected with the turnover swing arm unit (21), the other end and first driver plate (222)
5th plate body (223) is rotatably connected, and the 6th plate body (225) is flexibly connected with straight line turnover component (23)；
The opening and closing transmission component (32) includes the second drive link (321), the second driver plate (322) and the 3rd drive link (323), should
Second driver plate (322) is including mutually including an angle the 7th plate body (324) and the 8th that is arranged on the second column joint (325)
Plate body (326), the two ends of second drive link (321) respectively with the opening and closing swing arm unit (31) and second driver plate (322)
The 7th plate body (324) be rotatably connected, the two ends of the 3rd drive link (323) are respectively with the of second driver plate (322)
Eight plate bodys (326) and the shutter device (33) are rotatably connected；
First column joint (224) is co-axially located on a column (50) with second column joint (325).
9. capacitor element straight line in-out apparatus as claimed in claim 8, it is characterised in that the turnover swing arm unit (21) is also
Extension spring (216) is kept including first position, the first position keeps one end of extension spring (216) to be fixed on the 5th plate body (223)
On, the first position keeps the other end of extension spring (216) to be fixed on a cylinder.
10. a kind of nail rolls up all-in-one, it is characterised in that straight including capacitor element as claimed in any one of claims 1-9 wherein
Line in-out apparatus.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621280200.8U CN206163334U (en) | 2016-11-23 | 2016-11-23 | Plain son straight line of condenser is passed in and out device and is rolled up all -in -one with nail |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621280200.8U CN206163334U (en) | 2016-11-23 | 2016-11-23 | Plain son straight line of condenser is passed in and out device and is rolled up all -in -one with nail |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206163334U true CN206163334U (en) | 2017-05-10 |
Family
ID=58661137
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621280200.8U Withdrawn - After Issue CN206163334U (en) | 2016-11-23 | 2016-11-23 | Plain son straight line of condenser is passed in and out device and is rolled up all -in -one with nail |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206163334U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106486298A (en) * | 2016-11-23 | 2017-03-08 | 深圳市诚捷智能装备股份有限公司 | Capacitor element straight line in-out apparatus and method |
| CN108899228A (en) * | 2018-06-11 | 2018-11-27 | 深圳市诚捷智能装备股份有限公司 | Disconnecting device and electricity core winding machine |
-
2016
- 2016-11-23 CN CN201621280200.8U patent/CN206163334U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106486298A (en) * | 2016-11-23 | 2017-03-08 | 深圳市诚捷智能装备股份有限公司 | Capacitor element straight line in-out apparatus and method |
| CN106486298B (en) * | 2016-11-23 | 2018-05-11 | 深圳市诚捷智能装备股份有限公司 | Capacitor element straight line in-out apparatus and method |
| CN108899228A (en) * | 2018-06-11 | 2018-11-27 | 深圳市诚捷智能装备股份有限公司 | Disconnecting device and electricity core winding machine |
| CN108899228B (en) * | 2018-06-11 | 2023-08-08 | 深圳市诚捷智能装备股份有限公司 | Cutting device and battery core winder |
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Address after: 518107 64 B, Fourth Industry Zone, Mashan community, Gongming office, Guangming District, Shenzhen, Guangdong Patentee after: Shenzhen Cheng Jie intelligent equipment Limited by Share Ltd Address before: 518107 Guangdong province Shenzhen Guangming New District Office of Gongming Ma Shan village fourth industrial zone 64 B Patentee before: Shenzhen Cheng Jie intelligent equipment Limited by Share Ltd |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20170510 Effective date of abandoning: 20180511 |
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| AV01 | Patent right actively abandoned |