CN208796839U - A kind of spooling equipment - Google Patents
A kind of spooling equipment Download PDFInfo
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- CN208796839U CN208796839U CN201821416099.3U CN201821416099U CN208796839U CN 208796839 U CN208796839 U CN 208796839U CN 201821416099 U CN201821416099 U CN 201821416099U CN 208796839 U CN208796839 U CN 208796839U
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- sliding rail
- feeding cart
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Abstract
The utility model discloses a kind of spooling equipments, including sliding rail, feeding cart, drive car, coil winding machine and blanking device, feeding cart is slidably connected on delivery track, drive car and feeding cart are sequentially connected, the position being located on sliding rail for adjusting feeding cart, coil winding machine is set to feeding cart in the glide direction of delivery track, blanking device is set to feeding cart in the glide direction of delivery track, blanking device is used to unload the workpiece on feeding cart, and workpiece is collected, by the way that sliding rail is arranged, feeding cart and blanking device, during to coil winding machine feeding, operator only needs the feeding that workpiece is carried out to feeding cart, it is worked by workpiece feeding of the drive car assist operators to coil winding machine, simplify workpiece feeding process, and by the way that blanking is filled The workpiece progress blanking processing for completing feeding is set, work pieces process process is further simplified, and manual discharging is avoided to cause workpiece damage, reduces rejection rate.
Description
Technical field
The utility model relates to coil winding machine technical field of structures, in particular to a kind of spooling equipment.
Background technique
Coil winding machine is the equipment that a kind of pair of specific workpiece carries out coiling processing, and wherein enamel covered wire coil winding machine has been popularized now
In in the industry that electrical equipment and element manufacture, common workpieces processing include motor, solenoid valve, transformer, resistor disc,
RFID and voice coil motor etc..
Wherein, much have size small, fine structure for the coiling workpieces in such as voice coil motor and RFID device
Feature generally requires manually to carry out feeding to workpiece in the coiling process of such workpiece and blanking operates, and is operating
In the process due to lacking the ancillary equipment of feeding and discharging, it usually will appear charging & discharging excessive or unbalance stress of exerting oneself and work occur
The deformation of part structure, the inconvenient problem of the process for causing high rejection rate and workpiece directly to carry out feeding to coil winding machine.
Utility model content
For this reason, it may be necessary to provide a kind of spooling equipment, lack feeding and discharging in operation to solve operator
Ancillary equipment causes feeding, discharging excessive or unbalance stress of exerting oneself the deformation of Workpiece structure occur, causes high rejection rate, and
The inconvenient problem of the process that workpiece directly carries out feeding to coil winding machine.
To achieve the above object, a kind of spooling equipment is inventor provided, including sliding rail, feeding cart, trolley drive
Dynamic device, coil winding machine and blanking device；
The feeding cart is slidably connected on delivery track, and feeding cart is equipped with the station of assembly workpiece；
The drive car and feeding cart are sequentially connected, the position being located on sliding rail for adjusting feeding cart
It sets；
The coil winding machine is set to feeding cart in the glide direction of delivery track, and coil winding machine is equipped with and feeding cart
The compatible winding region of station, coil winding machine are used to carry out coiling processing to the workpiece on feeding cart station；
The blanking device is set to feeding cart in the glide direction of delivery track, including blanking assembly and splicing it is total
At blanking assembly is adapted with the station of feeding cart, and splicing assembly is set on the blanking direction of blanking assembly, blanking device
It is collected for unloading the workpiece on feeding cart, and to workpiece.
Further, the feeding cart includes feeding platform, shaft and shaft drive assembly；
The shaft is set on feeding platform, and the station on feeding cart is assemblied in shaft, length of the fitting groove along shaft
Direction setting is spent, for assembling workpiece；
The shaft drive assembly is set on board, and is connect with rotating shaft transmission, for driving shaft with axis for circle
Heart rotation.
It further, further include workpiece jig, the workpiece jig includes Assembly rail and locating piece, and one end of Assembly rail is
Feeding end, the other end are fixing end, and the fixing end of Assembly rail is connected with locating piece, and locating piece is detachably connected by fitting groove
In in shaft.
Further, the sliding rail includes the first sliding rail and the first track drive assembly, feeding cart include
Pedestal, feeding platform, the second sliding rail and the second track drive assembly；
The transmission connection of the pedestal of the first track drive assembly and feeding cart；
Second sliding rail is set on the pedestal of feeding cart, and in the horizontal direction with the first sliding rail phase
Vertically, feeding platform is set on the second sliding rail by sliding block, the sliding block of the second track drive assembly and the second sliding rail
Transmission connection.
It further, further include lift assembly, lift assembly is set between the sliding block and feeding platform of the second sliding rail,
For adjusting height of the feeding platform relative to pedestal.
Further, the delivery track include main orbit and separation track, drive car is conveyer belt, and with cunning
Dynamic rail road is arranged in parallel, and separation track is set to main orbit towards one end of coil winding machine and is overlapped on bracket, feeding cart
Pedestal and conveyer belt are sequentially connected, and the feeding platform of feeding cart is slidably connected on sliding rail.
Further, the blanking device includes pedestal, splicing assembly and gas blow pipe；
The splicing assembly is set on pedestal；
The gas blow pipe is set on pedestal, and is relatively arranged on above and below splicing assembly feeding end, gas blow pipe
Air inlet be connected with gas source, the gas outlet of gas blow pipe towards splicing assembly feeding end, and the gas blow pipe being located above and
The gap that splicing assembly feeding end is protruded into for workpiece is equipped between underlying gas blow pipe gas outlet.
Further, the blanking device further includes upper buck plate, lower buck plate and buck plate driving device；
The upper buck plate is set to the top of splicing assembly feeding end, and lower buck plate is set to splicing assembly feeding end
Lower section, gas blow pipe are respectively arranged on buck plate and lower buck plate；
The buck plate driving device is set on pedestal, and is sequentially connected with upper buck plate and lower buck plate, for adjusting
The distance between gas blow pipe gas outlet on whole upper buck plate and lower buck plate.
It further, further include that support frame, support frame sliding track and support frame sliding rail driving device, support frame as described above are set to
Below pedestal, the feeding end of support frame sliding track and splicing assembly is arranged in parallel, and pedestal is slidably connected on sliding rail, support frame
Sliding rail driving device is set on support frame, and is slidably connected with pedestal, for driving pedestal adjustment to be located at support frame sliding track
Position.
Further, the quantity of the coil winding machine and blanking device is two or more, and along the central symmetry of sliding rail
Setting.
It is different from the prior art, above-mentioned technical proposal has the advantages that through setting sliding rail, feeding cart, small
Vehicle driving device and blanking device, during to coil winding machine feeding, operator only needs to carry out workpiece to feeding cart
Feeding is moved to the winding region of coil winding machine, assist operators by drive car drive with the feeding cart of workpiece
Workpiece feeding work to coil winding machine, simplifies workpiece feeding process, and the sliding by the way that blanking device to be set to sliding rail
On track, blanking processing is carried out to the workpiece for completing feeding, further simplifies work pieces process process, and manual discharging is avoided to make
At workpiece damage, rejection rate is reduced.
Detailed description of the invention
Fig. 1 is the overall structure diagram of spooling equipment in the utility model embodiment；
Fig. 2 is the positive thin portion structural schematic diagram of feeding cart in the utility model embodiment；
Fig. 3 is the back side thin portion structural schematic diagram of feeding cart in the utility model embodiment；
Fig. 4 is the positive thin portion structural schematic diagram of blanking device in the utility model embodiment；
Fig. 5 is the back side thin portion structural schematic diagram of blanking device in the utility model embodiment；
Fig. 6 is the thin portion structural schematic diagram of workpiece jig in the utility model embodiment.
Description of symbols:
101, sliding rail；102, the first sliding rail；103, the first track drive assembly；
201, feeding cart；202, feeding platform；203, shaft；204, shaft drive assembly；
205, pedestal；206, the second sliding rail；207, the second track drive assembly；
208, lift assembly；209, main orbit；210, track is separated；
301, drive car；
401, coil winding machine；
501, blanking device；502, blanking assembly；5021, pedestal；5022, gas blow pipe；
5023, upper buck plate；5024, lower buck plate；5025, buck plate driving device；
503, splicing assembly；504, support frame；505, frame sliding track is supported；
506, support frame sliding rail driving device；
601, workpiece jig；602, Assembly rail；603, locating piece.
Specific embodiment
Technology contents, construction feature, the objects and the effects for detailed description technical solution, below in conjunction with specific reality
It applies example and attached drawing is cooperated to be explained in detail.
Also referring to Fig. 1 to Fig. 5, present embodiment discloses a kind of spooling equipment, including sliding rail 101, feeding are small
Vehicle 201, drive car 301, coil winding machine 401 and blanking device 501.
Feeding cart 201 is set on sliding rail 101, and feeding cart 201 includes that 202 feeding platform 202 of feeding platform includes
Pedestal 205 and feeding platform 202, pedestal 205 are slidably connected with sliding rail 101, and feeding platform 202 is set to the top of pedestal 205,
And be slidably connected by sliding block with the first sliding rail 102, the station for assembling workpiece is set on feeding platform 202, trolley driving
Device 301 and feeding cart 201 are sequentially connected, for driving feeding cart 201 to slide along sliding rail 101.
Coil winding machine 401 and blanking device 501 are set to feeding cart 201 on the sliding trace of sliding rail 101, coiling
The winding region of machine 401 is adapted with the station in 201 shaft of feeding cart.
Blanking device 501 includes blanking assembly 502 and splicing assembly 503, and blanking assembly 502 includes pedestal 5021 and blows
Tracheae 5022, splicing assembly 503 are set on pedestal 5021, and gas blow pipe 5022 is set to the top of 503 feeding end of splicing assembly
And lower section, the air inlet of gas blow pipe 5022 are connected (in the present embodiment, air pump can be used in gas source) with gas source, gas blow pipe 5022
Gas outlet be oppositely arranged.
According to above structure, when operator uses spooling equipment, the workpiece to coiling is placed in by operator
On the station of trolley feeding platform, then feeding cart is driven to slide along sliding rail by drive car.Feeding cart
The station that workpiece is placed on feeding platform is moved to the winding region of coil winding machine, and coil winding machine carries out coiling processing to workpiece, then grasps
Make personnel and drive feeding cart to continue to move on sliding rail by drive car, and is moved to position locating for blanking device
It sets.The station that workpiece is placed on feeding cart feeding platform is moved to the feeding end of splicing assembly, and gas source is blowing for blanking assembly
Tracheae provides gas, and gas passes through workpiece of the gas blow pipe gas outlet being oppositely arranged on station and blows away, and it is small that workpiece leaves feeding
The station of vehicle, and splicing assembly is entered by the feeding end of splicing assembly, complete the collection of workpiece.
Fig. 2 and Fig. 3 is please referred to, in the above-described embodiments, feeding cart 201 includes feeding platform 202, shaft 203 and turns
Axis drive assembly 204, (in the present embodiment, shaft drive assembly 204 includes telescope motor, rack gear and driving cog, rack gear setting
In on telescope motor, driving cog is set in shaft and is meshed with rack gear).When feeding platform slides into operator position
When, operator controls telescopic device, telescopic device band carry-over bar, and the cogged drive belt turn axis being connected in shaft turns
Dynamic, fitting groove in shaft using the axis of shaft is that the center of circle rotates, so that fitting groove tilts and towards operator, operator
After workpiece is assemblied on fitting groove, control telescopic device rotation, by fitting groove along the axis of shaft turn to specified angle with
It is adapted to the feeding structure of coil winding machine, the feeding processing of workpiece is carried out convenient for operator.
Referring to Fig. 6, further including workpiece jig 601 in the above-described embodiments, workpiece jig 601 includes 602 He of Assembly rail
The groove being mutually adapted is provided on locating piece 603, shaft 203 and locating piece 603, one end of Assembly rail 603 is feeding end, separately
One end is fixing end, and the fixing end of Assembly rail 603 is connected with locating piece 603, and workpiece jig 601 is equipped with air-flow guide groove, gas
Conductance slot is set in the up and down direction of 603 fixing end of locating piece, and what one end and the up and down direction of air-flow guide groove were oppositely arranged blows
Tracheae 5022 is corresponding, the feeding end of the other end of air-flow guide groove towards Assembly rail 602.Workpiece is sheathed on assembly by feeding end
On bar 602.
Referring to Fig. 6, in the above-described embodiments, the locating piece 603 of workpiece jig 601 is equipped with air-flow guide groove, and air-flow is led
One end of slot is corresponding with the gas blow pipe 5022 that up and down direction is oppositely arranged, and the other end of air-flow guide groove is towards Assembly rail 602
Feeding end.By the way that air-flow guide groove is arranged, during blanking device work, the Assembly rail of workpiece jig is placed in setting up and down
Gas blow pipe between gap on, air-flow guide groove of the air outlet of gas blow pipe towards workpiece jig, the feeding end direction of Assembly rail
The feeding end of splicing assembly, workpiece setting is on the Assembly rail between air-flow guide groove and Assembly rail feeding end.Subsequent operator
Start gas source, gas source generates air-flow and exports respectively from the gas blow pipe gas outlet that up and down direction is arranged, and air-flow is by air-flow guide groove court
It turns to one end of gas outlet towards on the direction of Assembly rail feeding end.It is set between air-flow guide groove and Assembly rail feeding end
Workpiece by air-flow promotion and slided on Assembly rail feeding end so that operator from Assembly rail convenient for removing workpiece
And be placed in splicing assembly, avoid directlying adopt the workpiece that manual methods disassembly is fixed on Assembly rail cause firmly ambassador
Obtain workpiece deformation or damage.
Referring to Fig. 1, in the above-described embodiments, the first track drive assembly 103 includes conveyer belt, transport motor and transmission
Part, conveyer belt are arranged in parallel with the first sliding rail 102, and conveyer belt uses belt conveyor, and belt conveyor includes skin
Belt wheel and the belt being sheathed on belt pulley (sprocket and chain structure can also be used in certain embodiments), transport motor and biography
The pulley drive of band is sent to connect, transmission parts are connected with the pedestal 205 of conveyer belt and feeding cart 201 respectively.
Fig. 2 and Fig. 3 is please referred to, further includes that the second sliding rail 206 and the driving of the second track are total in the above-described embodiments
It include main orbit 109 and separation track 210 at 207, first sliding rails 102.Separation track 210 is set to 209 liang of main orbit
End, and be connected with main orbit 209.Second sliding rail 206 and the second track drive assembly 207 are set to feeding cart 201
Pedestal 205 on, and be arranged in the horizontal plane perpendicular to the glide direction of the first sliding rail 102, on the second sliding rail 206
Equipped with sliding platform, sliding platform is slidably connected on the second sliding rail 206 by sliding block, and with the second track drive assembly
207 transmission connections (in the present embodiment, the second track drive assembly includes motor and threaded rod, the power output shaft of motor with
Threaded rod transmission connection, sliding platform are equipped with threaded hole compatible with threaded rod, and threaded rod is set in threaded hole, and is led to
It crosses motor rotation and drives threaded rod rotation, and then feeding platform is driven to move on the second sliding rail, in other embodiments,
Electric telescopic rod can be selected), feeding platform 202 is set on sliding platform.
According to above structure, in feeding cart work, operator drives work of the feeding cart to the first sliding rail
When displacement is dynamic, under the drive of the first track drive assembly, the sliding block on feeding platform is moved to and master feeding cart by main orbit
On the separation track that track is connected.Subsequent operator drives the second track drive assembly on feeding cart to work, and second
Track drive assembly drives sliding platform to move along the second sliding rail direction, and drives feeding platform together, and assembly chute panel is logical
Cross the end that sliding block drives separation track to leave main orbit.So that the workpiece being arranged on feeding platform is to the winding region direction of coil winding machine
Conveying, subsequent coil winding machine carry out coiling processing to workpiece.
Referring to Figure 2 together and Fig. 3 further includes in the above-described embodiments lift assembly 208, and lift assembly 208 is arranged
In on sliding platform, and it is connected with feeding platform 202, (in the present embodiment, panel lifting device selects electric lifting rod, dress
Slot allocation is arranged vertically upwards).
According to above structure, in the use process of feeding cart, when feeding cart reaches coiling on the first sliding rail
When machine position, operator controls lift assembly, adjusts the height of feeding platform, and be adapted with the winding region of coil winding machine,
Second track drive assembly drives sliding platform to move along the second sliding rail direction, and drives feeding platform together, and feeding platform is logical
The end that sliding block drives separation track to leave main orbit is crossed, so that the workpiece being located on workpiece jig protrudes into coil winding machine, then
Feeding platform lifting device is driven, reduces the height of assembly chute panel, so that fitting groove is separated with workpiece jig, coil winding machine band is started building
Part jig and workpiece are rotated along the axis direction of workpiece jig, are carried out coiling processing to workpiece and are driven again after completing coiling
Panel lifting device drives fitting groove to ressemble with the workpiece jig for completing coiling workpieces, and then is driven by the second track
Dynamic assembly and assembly chute panel lifting device, so that the separation track being arranged on assembly chute panel sliding rail is re-moved to backbone
Road both ends, so that feeding cart is moved along the first sliding rail again.
Referring to Figure 4 together and Fig. 5, in the above-described embodiments, further include upper buck plate 5023, lower buck plate 5024,
Buck plate driving device 5025 and sliding block, upper buck plate 5023 are set to the top of 503 feeding end of splicing assembly, lower buck plate
5024 are set to the lower section of 503 feeding end of splicing assembly, and gas blow pipe 5022 is set to buck plate 5023 and lower buck plate 5024
On, the gas blow pipe 5022 on the gas blow pipe and lower buck plate 5024 on upper buck plate 5023 is oppositely arranged.Sliding block is set to
On upper buck plate 5023 and lower buck plate 5024, buck plate driving device 5025 is set on pedestal 5021, and with upper buck plate
5023 and lower buck plate 5024 (in the present embodiment, sliding block is equipped with threaded hole, and the screw thread on screw rod is symmetrically set along center both ends
It sets, the screw thread borehole jack on sliding block is set on screw rod, and buck plate driving device selects motor, and is connected with threaded rod by gear drive
Connect, for driving threaded rod to rotate along axis, in other embodiments, can also be used buck plate driving device and upper buck plate and
The one-to-one mode of sliding block on lower buck plate realize the close to each other of buck plate and lower buck plate with separate).
According to above structure, in the course of work of blanking device, workpiece jig is placed in upper buck plate and lower assembly
Between the gas blow pipe of plate, the gas outlet of gas blow pipe is towards the air-flow guide groove on workpiece jig, the Assembly rail feeding end of workpiece jig
Towards the feeding end of splicing assembly, buck plate driving device is driven, buck plate driving device drives upper buck plate and lower buck plate
On sliding block it is mobile so that the gas blow pipe gas outlet on upper buck plate and lower buck plate is in contact with air-flow guide groove.Air pump work
When, the gas in air pump passes sequentially through gas blow pipe and air-flow guide groove blows to workpiece, and workpiece is controlled under the promotion of air-flow in workpiece
It is slided on the Assembly rail of tool, and then is moved to the feeding end of splicing assembly.By the way that upper buck plate, lower buck plate and buck plate is arranged
Driving device, and drive upper buck plate and lower buck plate close to each other or separate by sliding block, so that gas blow pipe is able to further
Close to air-flow guide groove, so that the air pressure for blowing workpiece on Assembly rail increases, convenient for workpiece blows off the fixation position of Assembly rail, just
In in the storage device that operator removes workpiece manually or workpiece is directly blown into splicing assembly.
Referring to Fig. 1, in the above-described embodiments, a coil winding machine 401 is corresponding with a blanking device 501, and symmetrical
The first sliding rail 102 is set to towards on the direction at both ends.Be easy to implement a feeding cart correspond to more coil winding machines around
Line work.
Fig. 4 and Fig. 5 is please referred to, further includes support frame 504, support in the above-described embodiments in the above-described embodiments
Frame sliding track 505 and support frame sliding rail driving device 506, support frame sliding track 505 are set on support frame 504, and pedestal 5021 passes through
Sliding block is set on support frame sliding track 505, and support frame sliding track 505 is arranged in parallel along the blanking direction of workpiece, and support frame sliding track drives
Dynamic device 506 is set on support frame 504, and (in the present embodiment, frame sliding track driving is supported to fill with the transmission connection of pedestal 5021
Selection motor is set, the power output shaft of motor is connected with screw rod, and pedestal is equipped with threaded hole compatible with threaded rod, motor
By rotating screw rod, pedestal is driven to move on sliding rail by threaded hole).It is arranged by setting along workpiece pan feeding direction
Frame sliding track is supported, so that pedestal is able to that gas blow pipe is driven to move along the direction of workpiece jig Assembly rail, the assembly of workpiece will be had
Bar protrudes into the feeding pipe of splicing assembly.Workpiece drives upper buck plate after being insufflated pipe and blowing, through buck plate driving device
It is contacted with the gas blow pipe of lower buck plate with Assembly rail, frame sliding track and support frame sliding rail driving device is supported to drive pedestal mobile,
Gas blow pipe is in contact with workpiece and makes when Assembly rail detaches feeding pipe during mobile together with pedestal, keeps work
Part position, and detach Assembly rail from workpiece, workpiece is moved in aggregate bin by feeding pipe, completes the blankers of workpiece
Make.
In the above-described embodiments, splicing assembly can be used pipeline and be connected to the receiving hopper being placed on blanking device pedestal, with
Realize that the collection to workpiece after blanking is handled.
In the above-described embodiments, joinery and its construction can be arranged to realize pair with the end of main orbit by end in separation track
It connects, in certain embodiments, the placement that realization separation track on the panel for placing track can also be placed in by the way that track will be separated.
It should be noted that being not intended to limit although the various embodiments described above have been described herein
The scope of patent protection of the utility model.Therefore, based on the innovative idea of the utility model, embodiment described herein is carried out
Change and modification or equivalent structure or equivalent flow shift made based on the specification and figures of the utility model, directly
Or above technical scheme is used in other related technical areas indirectly, it is included in the patent protection model of the utility model
Within enclosing.
Claims (10)
1. a kind of spooling equipment, which is characterized in that including sliding rail, feeding cart, drive car, coil winding machine and blanking
Device；
The feeding cart is slidably connected on delivery track, and feeding cart is equipped with the station of assembly workpiece；
The drive car and feeding cart are sequentially connected, the position being located on sliding rail for adjusting feeding cart；
The coil winding machine is set to feeding cart in the glide direction of delivery track, and coil winding machine is equipped with and feeding cart station
Compatible winding region, coil winding machine are used to carry out coiling processing to the workpiece on feeding cart station；
The blanking device is set to feeding cart in the glide direction of delivery track, including blanking assembly and splicing assembly,
Blanking assembly is adapted with the station of feeding cart, and splicing assembly is set on the blanking direction of blanking assembly, and blanking device is used
In unloading the workpiece on feeding cart, and workpiece is collected.
2. spooling equipment according to claim 1, which is characterized in that the feeding cart includes feeding platform, shaft and turns
Axis drive assembly；
The shaft is set on feeding platform, and the station on feeding cart is assemblied in shaft, and fitting groove is along the length side of shaft
To setting, for assembling workpiece；
The shaft drive assembly is set on board, and is connect with rotating shaft transmission, for driving shaft to turn by the center of circle of axis
It is dynamic.
3. spooling equipment according to claim 1, which is characterized in that further include workpiece jig, the workpiece jig includes
One end of Assembly rail and locating piece, Assembly rail is feeding end, and the other end is fixing end, and the fixing end of Assembly rail is connected with locating piece
It connects, locating piece is removably connected in shaft by fitting groove.
4. spooling equipment according to claim 1, which is characterized in that the sliding rail includes the first sliding rail and the
One track drive assembly, feeding cart include pedestal, the second sliding rail and the second track drive assembly；
The transmission connection of the pedestal of the first track drive assembly and feeding cart；
Second sliding rail is set on the pedestal of feeding cart, and is mutually hung down with the first sliding rail in the horizontal direction
Directly, feeding platform is set on the second sliding rail by sliding block, and the sliding block of the second track drive assembly and the second sliding rail passes
Dynamic connection.
5. spooling equipment according to claim 4, which is characterized in that further include lift assembly, lift assembly is set to
Between the sliding block and feeding platform of two sliding rails, for adjusting height of the feeding platform relative to pedestal.
6. spooling equipment according to claim 4 or 5, which is characterized in that the sliding rail includes main orbit and separation
Track, drive car are conveyer belt, and are arranged in parallel with sliding rail, and separation track is set to main orbit towards coil winding machine
One end and be overlapped on bracket, the pedestal of feeding cart and conveyer belt are sequentially connected, and the feeding platform of feeding cart is slidably connected
In on sliding rail.
7. spooling equipment according to claim 1, which is characterized in that the blanking assembly includes pedestal and gas blow pipe；
The splicing assembly is set on pedestal；
The gas blow pipe is set on pedestal, and is relatively arranged on above and below splicing assembly feeding end, gas blow pipe into
Port is connected with gas source, and the gas outlet of gas blow pipe and the gas blow pipe that is located above and is located at towards the feeding end of splicing assembly
The gap that splicing assembly feeding end is protruded into for workpiece is equipped between the gas blow pipe gas outlet of lower section.
8. spooling equipment according to claim 7, which is characterized in that the blanking device further includes upper buck plate, lower dress
Matching board and buck plate driving device；
The upper buck plate is set to the top of splicing assembly feeding end, and lower buck plate is set under splicing assembly feeding end
Side, gas blow pipe are respectively arranged on buck plate and lower buck plate；
The buck plate driving device is set on pedestal, and is sequentially connected with upper buck plate and lower buck plate, for adjusting
The distance between gas blow pipe gas outlet on buck plate and lower buck plate.
9. spooling equipment according to claim 7, which is characterized in that further include support frame, support frame sliding track and support frame
Sliding rail driving device, support frame as described above are set to below pedestal, and the feeding end of support frame sliding track and splicing assembly is arranged in parallel, bottom
Seat is slidably connected on sliding rail, and support frame sliding rail driving device is set on support frame, and is slidably connected with pedestal, is used for
Pedestal adjustment is driven to be located at the position on support frame sliding track.
10. spooling equipment according to claim 1, which is characterized in that the quantity of the coil winding machine and blanking device is two
More than a, and along the center symmetric setting of sliding rail.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821416099.3U CN208796839U (en) | 2018-08-30 | 2018-08-30 | A kind of spooling equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821416099.3U CN208796839U (en) | 2018-08-30 | 2018-08-30 | A kind of spooling equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208796839U true CN208796839U (en) | 2019-04-26 |
Family
ID=66207700
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821416099.3U Active CN208796839U (en) | 2018-08-30 | 2018-08-30 | A kind of spooling equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208796839U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108922773A (en) * | 2018-08-30 | 2018-11-30 | 福州可源电子有限公司 | A kind of spooling equipment |
-
2018
- 2018-08-30 CN CN201821416099.3U patent/CN208796839U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108922773A (en) * | 2018-08-30 | 2018-11-30 | 福州可源电子有限公司 | A kind of spooling equipment |
| CN108922773B (en) * | 2018-08-30 | 2024-02-23 | 福州可源电子有限公司 | Winding equipment |
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