CN107986084A - A kind of easily cable windings device - Google Patents
A kind of easily cable windings device Download PDFInfo
- Publication number
- CN107986084A CN107986084A CN201710420011.9A CN201710420011A CN107986084A CN 107986084 A CN107986084 A CN 107986084A CN 201710420011 A CN201710420011 A CN 201710420011A CN 107986084 A CN107986084 A CN 107986084A
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- China
- Prior art keywords
- chamber
- intracavitary
- bin
- drive
- sliding groove
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H54/00—Winding, coiling, or depositing filamentary material
- B65H54/02—Winding and traversing material on to reels, bobbins, tubes, or like package cores or formers
- B65H54/22—Automatic winding machines, i.e. machines with servicing units for automatically performing end-finding, interconnecting of successive lengths of material, controlling and fault-detecting of the running material and replacing or removing of full or empty cores
Abstract
The invention discloses a kind of easily cable windings device,Including oil pressure lifting device and the winding mechanism being arranged at the top of oil pressure lifting device,Winding mechanism right flank is internally provided with bin,Bin, which slips, is connected with stall,Stall is internally provided with around line chamber,Winding mechanism on the left of bin is internally provided with transmission chamber,Transmit and be equipped with the first separator between chamber and bin,Transmit the winding mechanism on the left of chamber and be internally provided with drive chamber,Drive and be equipped with the second separator between chamber and transmission chamber,Transmit intracavitary bottom and be equipped with the first sliding groove,The connecting rod for being connected with and being set towards left and right sides elongation is slipped in first separator,Extension probes into bin and logical wear stall and extend into coiling intracavitary on the right side of connecting rod,Elongation tip is fixed with push plate on the right side of connecting rod,Connecting rod is internally provided with the first duct that left and right elongation is set；The configuration of the present invention is simple, design is reasonable, can reduce occupied space, and manufacture and maintenance cost are low.
Description
Technical field
The present invention relates to technical field of electric power, a kind of easily cable windings device.
Background technology
For convenience of transport and electric operating, need to carry out coiling after the completion of cables manufacturing, winding becomes coiled cable
Coil, bobbin winoler volume at present on the market are larger, it is difficult to carry, take up a large area, narrow application range, is not suitable for small dimension electricity
Cable coiling uses, and a large amount of dusts can be raised in winding process, is unfavorable for worker's health.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of easily cable windings device, it can solve above-mentioned present
The problem of in technology.
The present invention is achieved through the following technical solutions：A kind of easily cable windings device, including oil of the present invention
Pressure lifting device and the winding mechanism being arranged at the top of the oil pressure lifting device, the winding mechanism right flank are internally provided with
Bin, the bin, which slips, is connected with stall, and the stall is internally provided with around line chamber, on the left of the bin
The winding mechanism be internally provided with transmission chamber, be equipped with the first separator, the biography between the transmission chamber and the bin
Pass the winding mechanism on the left of chamber and be internally provided with drive chamber, being equipped with second between the drive chamber and the transmission chamber separates
Part, the transmission intracavitary bottom are equipped with the first sliding groove, slip to be connected with towards the left and right sides in first separator and stretch
The long connecting rod set, extension probes into the bin and logical wear the stall and extend into described on the right side of the connecting rod
Coiling intracavitary, the connecting rod right side elongation tip are fixed with push plate, and the connecting rod is internally provided with what left and right elongation was set
First duct, in first duct switching be connected with the first Coupling Shaft that left and right elongation is set, first Coupling Shaft
Left side elongation tip probes into the transmission intracavitary and is fixed with the first conical surface wheel, and elongation tip is visited on the right side of first Coupling Shaft
Enter the coiling intracavitary on the right side of the push plate and be fixed with wire spool, on the connection rod outer surface in the bin
Lower opposite equipped with the second sliding groove, described second slips the guiding for being slipped in groove and being connected with and being fixedly connected with the stall
Block, the described first sliding groove and the winding mechanism driven between chamber are internally provided with the second duct, second duct
The interior screw rod for being equipped with left and right elongation and setting, second separator is internally provided with the 3rd duct that left and right elongation is set, described
The second Coupling Shaft that left and right elongation is set is equipped with 3rd duct, the drive chamber is internally provided with driving device, the wire spool
Winding slot is provided with outer ring surface, closing device is provided with front side of the winding mechanism.
Preferably technical solution, the oil pressure lifting device top are fixedly connected with the winding mechanism bottom, institute
State oil pressure lifting device bottom and be equipped with roller.
Preferably technical solution, the push plate and the coiling cavity wall slip mating connection, in the connecting rod
It is relatively fixed between the push plate left-hand end and the inner left wall around line chamber of lower both sides equipped with spring part.
Preferably technical solution, the bin inner left wall bottom are equipped with recessed pockets, on the left of the recessed pockets in
Pars intramuralis is equipped with deashing device, it is described on the right side of line chamber in bottom intercommunication be equipped with deashing groove, in the stall base wall body
Portion is equipped with the deashing road that left and right elongation is set, on the left of the deashing road elongation tip set with the bin intercommunication and with it is described
Connecting tube is equipped between deashing device, elongation tip is set with the deashing trench bottom intercommunication on the right side of the deashing road.
Preferably technical solution, on the left of the screw rod extension probe into the lower section of the drive intracavitary and with institute
State and drive the inner left wall switching below chamber to be connected, on the right side of the screw rod extension probe into the described first sliding groove and
It is connected with inner wall switching on the right side of the described first sliding groove, extension probes into the transmission intracavitary and end on the left of the connecting rod
The tip is equipped with the operation bar for extending probe into the described first sliding groove downwards, and the operation bar coordinates company with the screw rod spiral lamination
Connect, having three pyramidal faces wheel is fixed with the screw rod of the drive intracavitary；Extension probes on the left of second Coupling Shaft
Transfer in the top of the drive intracavitary and with the inner left wall above the drive chamber and be connected, second Coupling Shaft is right
Side extension probes into the transmission intracavitary and is connected with internal forwarding on the right side of the transmission chamber above the connecting rod, institute
The second conical surface wheel being fixed with second Coupling Shaft for transmitting intracavitary to be connected with first conical surface wheel is stated,
The 4th conical surface wheel is fixed with second Coupling Shaft of the drive intracavitary.
Preferably technical solution, the driving device include the institute between the screw rod and second Coupling Shaft
State to drive and the 3rd sliding groove is set in chamber inner left wall, the first screw rod, first screw rod are equipped with the described 3rd sliding groove
Top is connected with the described 3rd sliding groove top inner wall switching, and the first screw rod bottom coordinates with the first electricity favourable turn and connects
Connect, the first electricity favourable turn is arranged in the described 3rd sliding groove in bottom and is fixedly connected, spiral on first screw rod
Line is connected with the trolley shoe that mating connection is slipped with the described 3rd sliding groove, and drive is provided with the trolley shoe right flank
Electricity favourable turn, described to drive electricity favourable turn right-hand end to be connected with the tape relay axis for probeing into the drive intracavitary, the band turns
Spindle tip is equipped with the drive conical surface wheel being respectively used to the 4th conical surface wheel and having three pyramidal faces wheel mating connection.
Preferably technical solution, the closing device include observation window, and the observation window passes on left hinge and institute
The switching of winding mechanism leading flank is stated, the observation window leading flank right part is provided with switch groove, is provided with the right side of the observation window
Lock construction.
The beneficial effects of the invention are as follows：
1. slipping mating connection stall by bin, set inside stall in the winding mechanism on the left of line chamber, bin
Portion sets transmission chamber, transmits and the first separator is set between chamber and bin, transmits and sets drive chamber, band inside the winding mechanism on the left of chamber
The second separator is set between dynamic chamber and transmission chamber, intracavitary bottom is transmitted and sets the first sliding groove, slipped in the first separator and coordinate company
Connect the connecting rod set towards left and right sides elongation, on the right side of connecting rod extension probe into bin and it is logical wear stall extend into around
Elongation tip, which is fixed, in line chamber, on the right side of connecting rod sets push plate, and the first duct that left and right elongation is set, the first hole are set inside connecting rod
Switching is connected the first Coupling Shaft that left and right elongation is set in road, on the left of the first Coupling Shaft elongation tip probe into transmit intracavitary and
It is fixed to set the first conical surface wheel, the coiling intracavitary that tip is probeed on the right side of push plate is extended on the right side of the first Coupling Shaft and fixation sets wire spool,
Connection rod outer surface in bin sets the second sliding groove relatively up and down, slips to be connected in the second sliding groove and consolidates with stall
Surely the guiding block connected, the first sliding groove and drives and sets the second duct inside winding mechanism between chamber, and a left side is set in the second duct
The screw rod that right elongation is set, the 3rd duct that left and right elongation is set is set inside the second separator, and setting left and right in the 3rd duct stretches
Long the second Coupling Shaft set, drives intracavitary portion to set driving device, so as to fulfill the automatic traction and control closure of the present apparatus
Set probes into and stretches out work.
2. probeed into by extension on the left of screw rod in the lower section for driving intracavitary and with driving the inner left wall below chamber to turn
Mating connection is connect, screw rod right side extension, which probes into the first sliding groove and transfers to coordinate with inner wall on the right side of the first sliding groove, to be connected
Connect, extension probes into transmission intracavitary on the left of connecting rod and tip sets the operation bar for extending probe into the first sliding groove downwards, operation
Bar is connected with screw rod spiral lamination, drives fixation on the screw rod of intracavitary to set having three pyramidal faces wheel；Stretched on the left of second Coupling Shaft
Long section is probeed into the top for driving intracavitary and is connected with driving the inner left wall above chamber to transfer, and is stretched on the right side of the second Coupling Shaft
Long section, which probes into, to be transmitted intracavitary and is connected with internal forwarding on the right side of the transmission chamber above connecting rod, transmits the second switching of intracavitary
Fixed the second conical surface wheel set to be connected with the first conical surface wheel on axis, drives in the second Coupling Shaft of intracavitary fixation to set the
Four conical surface wheels, coordinate so that operation of the present apparatus into normal table so as to fulfill efficient transmit.
It is 3. sliding including setting the 3rd in the drive chamber inner left wall between screw rod and the second Coupling Shaft by driving device
Groove, sets the first screw rod in the 3rd sliding groove, is connected at the top of the first screw rod with the 3rd sliding groove top inner wall switching, the
One screw rod bottom and the first electricity favourable turn mating connection, the first electricity favourable turn is arranged in the 3rd sliding groove in bottom and fixed company
Connect, spiral lamination, which is connected, on the first screw rod slips the trolley shoe of mating connection with the 3rd sliding groove, in trolley shoe right flank
Set and drive electricity to make a connection, drive electricity favourable turn right-hand end to be connected and probe into the tape relay axis of drive intracavitary, tape relay axis tip is set
The drive conical surface wheel with the 4th conical surface wheel and the mating connection of having three pyramidal faces wheel is respectively used to, control is driven so as to fulfill switching, subtracts
Few equipment investment, reduces cost, while realizes probeing into and stretching out work and control the band of wire spool to start building for control stall
Make.
4. the configuration of the present invention is simple, design is reasonable, easy to operate, can realize oneself that automatically control stall and wire spool
It is dynamic to probe into and stretch out work, occupied space can be reduced, cost is manufactured and maintenance cost is low.
Brief description of the drawings
For ease of explanation, the present invention is described in detail by following specific embodiment and attached drawing.
Fig. 1 is overall structure diagram outside a kind of easily cable windings device of the present invention；
Fig. 2 is the winding mechanism internal structure schematic diagram of the present invention；
Fig. 3 is the structure diagram when drive conical surface wheel of the present invention engages connection with the 4th conical surface wheel；
Structure diagram when Fig. 4 is a kind of easily cable windings device coiling of the present invention；
Fig. 5 is the structure diagram when stall of the present invention is withdrawn completely.
Embodiment
As Figure 1-Figure 5, a kind of easily cable windings device of the invention, including oil pressure lifting device 5 and setting
Winding mechanism 6 at the top of oil pressure lifting device 5,6 right flank of winding mechanism are internally provided with bin 63, the storage
Tibetan groove 63 is sliding to be connected with stall 64, and the stall 64 is internally provided with around line chamber 641, the left side of bin 63
The winding mechanism 6, which is internally provided with, transmits chamber 62, and the first separator 66 is equipped between the transmission chamber 62 and the bin 63,
The winding mechanism 6 for transmitting the left side of chamber 62, which is internally provided with, drives chamber 61, the drive chamber 61 and the transmission chamber 62 it
Between be equipped with the second separator 65, bottom is equipped with the first sliding groove 623 in the transmission chamber 62, is slipped in first separator 66
The connecting rod 67 set towards left and right sides elongation is connected with, the 67 right side extension of connecting rod probes into the bin 63
It is interior and it is logical wear the stall 64 and extend described in line chamber 641, the right side of the connecting rod 67 elongation tip, which is fixed with, to be pushed away
Plate 642, the connecting rod 67 are internally provided with the first duct 671 that left and right elongation is set, transfer and coordinate in first duct 671
The first Coupling Shaft 673 that left and right elongation is set is connected with, the left side of the first Coupling Shaft 673 elongation tip probes into the transmission chamber
In 62 and the first conical surface wheel 625 is fixed with, the right side of the first Coupling Shaft 673 elongation tip probes into the right side of push plate 642
It is described in the line chamber 641 and be fixed with wire spool 648, the phase up and down of 67 outer surface of the connecting rod in the bin 63
To slipping groove 672 equipped with second, slipped in the described second sliding groove 672 and be connected with what is be fixedly connected with the stall 64
Guiding block 644, the described first sliding groove 623 and the winding mechanism 6 driven between chamber 61 are internally provided with the second duct
652, the screw rod 611 that left and right elongation is set is equipped with second duct 652, second separator 65 is internally provided with left and right
The 3rd duct 651 set is extended, the second Coupling Shaft 621 that left and right elongation is set, the band are equipped with the 3rd duct 651
Dynamic chamber 61 is internally provided with driving device, is provided with winding slot 6481 on 648 outer ring surface of wire spool, before the winding mechanism 6
Side is provided with closing device.
Wherein, the top of oil pressure lifting device 5 is fixedly connected with 6 bottom of winding mechanism, the oil pressure lifting dress
Put 5 bottoms and be equipped with roller 51, so as to fulfill being moved easily and carrying.
Wherein, the push plate 642 slips mating connection, connecting rod both sides about 67 with described around 641 inner wall of line chamber
642 left-hand end of the push plate and 641 inner left wall around line chamber between be relatively fixed equipped with spring part 643, so as to fulfill from
Operating In Persistent Current Mode of the dynamic control between line chamber 641 and wall.
Wherein, the 63 inner left wall bottom of bin is equipped with recessed pockets 631, inside 631 inner left wall of recessed pockets
Equipped with deashing device 632, described intercommunication is equipped with deashing groove 646,64 base wall of stall in bottom in the right side of line chamber 641
Body is internally provided with the deashing road 645 that left and right elongation is set, the left side of deashing road 645 elongation tip and 63 intercommunication of bin
Set and connecting tube 633 is equipped between the deashing device 632, the right side of deashing road 645 elongation tip and the deashing
646 bottom intercommunication of groove is set.
Wherein, the 611 left side extension of screw rod probe into it is described drive chamber 61 in lower section in and with the drive chamber
The inner left wall switching of 61 lower sections is connected, the 611 right side extension of screw rod probe into the described first sliding groove 623 and
It is connected with the described first sliding 623 right side inner wall switching of groove, the 67 left side extension of connecting rod probes into the transmission chamber
In 62 and tips are equipped with elongation downwards and probe into operation bar 624 in the described first sliding groove 623, the operation bar 624 with it is described
611 spiral lamination of screw rod is connected, and having three pyramidal faces wheel 612 is fixed with the screw rod 611 driven in chamber 61；
Second Coupling Shaft, the 621 left side extension probe into the top in the drive chamber 61 and with the left side above the drive chamber 61
Inner wall switching in side is connected, the 621 right side extension of the second Coupling Shaft probe into the transmission chamber 62 and with the connection
The 62 right side internal forwarding of the transmission chamber of the top of bar 67 is connected, second Coupling Shaft 621 transmitted in chamber 62
On be fixed with the second conical surface wheel 622 to be connected with first conical surface wheel 625, it is described drive it is described in chamber 61
The 4th conical surface wheel 618 is fixed with second Coupling Shaft 621, is coordinated so as to fulfill efficient transmit so that the present apparatus is into normal steady
Fixed operation.
Wherein, the driving device includes the drive chamber between the screw rod 611 and second Coupling Shaft 621
The 3rd sliding groove 613 is set in 61 inner left walls, is equipped with the first screw rod 614 in the described 3rd sliding groove 613, described first is spiral
The top of bar 614 is connected with the described 3rd sliding groove 613 top inner wall switching, 614 bottom of the first screw rod and first
Electricity favourable turn 616 is connected, and the first electricity favourable turn 616 is arranged in the described 3rd sliding groove 613 in bottom and is fixedly connected,
Spiral lamination is connected with and the described 3rd sliding sliding trolley shoe being connected of groove 613 on first screw rod 614
615, it is provided with drive electricity favourable turn 6151 in 615 right flank of trolley shoe, it is described to drive electricity 6151 right-hand ends of favourable turn to coordinate to connect
The tape relay axis 6152 probeed into the drive chamber 61 is connected to, 6152 tip of tape relay axis is equipped with and is respectively used to and institute
The drive conical surface wheel 6153 that the 4th conical surface wheel 618 and the having three pyramidal faces wheel 612 are connected is stated, control is driven so as to fulfill switching
System, reduces equipment investment, reduces cost, while realizes probeing into and stretching out work and control wire spool for control stall 64
Drive work.
Wherein, the closing device includes observation window 601, and the observation window 601 passes on left hinge 602 and the coiling
Mechanism 6 leading flank switching, the 601 leading flank right part of observation window are provided with switch groove 603, and the right side of observation window 601 is set
There is upper lock construction 604, by setting the closing device convenient to being overhauled inside the winding mechanism 6.
During original state, lowest position of the trolley shoe 615 in the 3rd sliding groove 613, at this time, drives conical surface wheel
6153 are connected with having three pyramidal faces wheel 612, by driving electricity favourable turn 6151 to drive tape relay axis 6152 and tape relay axis
Drive conical surface wheel 6153 on 6152 is transferred, and 611 turns of having three pyramidal faces wheel 612 and screw rod are driven by drive conical surface wheel 6153
Connect, left-most position of the operation bar 624 in the first sliding groove 623 is driven by screw rod 611, at this time, makes connecting rod 67 left
First conical surface wheel 625 of side is at utmost away from the second conical surface wheel 622, since the guiding block 644 in the second sliding groove 672 is with closing
Trap 64 is fixedly connected, and stall 64 is subject to 643 drawing force of spring part, makes guiding block 644 most right in the second sliding groove 672
Side position, at this time, makes stall 64 be fully located in bin 63 as shown in figure 5, at the same time, making company by the pulling force of connecting rod 67
Adapter 633 is entirely retracted in recessed pockets 631, so as to reduce occupied space.
When needing coiling in use, first by driving electricity favourable turn 6151 to drive tape relay axis 6152 and tape relay axis
Drive conical surface wheel 6153 on 6152 inverts, and drives having three pyramidal faces wheel 612 and screw rod 611 anti-by drive conical surface wheel 6153
Turn, at this time, screw rod 611 gradually drives operation bar 624 to be slipped along the first sliding 623 right direction of groove, meanwhile, run bar 624
Connecting rod 67 is driven gradually to be moved towards right side, at this time, connecting rod 67 drives stall 64 gradually to skid off in bin 63, meanwhile,
Stall 64 drives connecting tube 633 gradually to probe into bin 63, is slipped until running bar 624 as shown in Figure 3 and sliding onto first
Right-most position in groove 623, at this time, makes the first conical surface wheel 625 engage connection with the second conical surface wheel 622, meanwhile, run bar
The push plate 642 of 624 drive 67 right side tips of connecting rod is located at 63 right-most position of bin, makes 642 right flank of push plate and coiling
6 right flank of mechanism is in same vertical plane, and at this time, stall 64 is at utmost stretched out outside 6 right flank of winding mechanism, meanwhile, close
Trap 64 is subject to 643 drawing force of spring part, and the guiding block 644 for making to be fixedly connected on stall 64 is maintained in the second sliding groove 672
Right-most position, then by first electricity make a connection 616 drive the first screw rods 614 transfer, cunning is driven by the first screw rod 614
Connect block 615 gradually to slip along the 3rd sliding 613 top-direction of groove, at this time, drive conical surface wheel 6153 to be gradually distance from having three pyramidal faces wheel
612, until trolley shoe 615 is moved to the top position in the 3rd sliding groove 613, at this time, drive conical surface wheel 6153 and the 4th
The engagement connection of conical surface wheel 618, meanwhile, drive conical surface wheel 6153 at utmost away from having three pyramidal faces wheel 612, then, is passed through oil
Winding mechanism 6 is moved to the designated position for needing coiling by the roller 51 of 5 bottom of pressure lifting device, then oil pressure lifting device 5
Winding height is adjusted, then winding mechanism 6 is moved towards designated position by roller 51, is continued winding mechanism 6 towards specific bit
Movement is put, stall 64 overcomes the drawing force of spring part 643 at this time, moves the left direction along bin 63 of stall 64, together
When guiding block 644 on stall 64 is moved along the second sliding 672 left direction of groove, at this time, deashing groove 646 is located at push plate
642 right side in line chamber 641, and positioned at wire spool 648 lower left position, then pass through drive electricity favourable turn 6151 drive bands
Drive conical surface wheel 6153 in Coupling Shaft 6152 and tape relay axis 6152 is transferred, and the 4th conical surface is driven by drive conical surface wheel 6153
618 and second Coupling Shaft 621 of wheel is transferred, and then drives the second conical surface wheel 622 by the second Coupling Shaft 621, by the second conical surface wheel
The first Coupling Shaft 673 on 622 the first conical surface wheels 625 of drive and the first conical surface wheel 625 is transferred, by 673 band of the first Coupling Shaft
The dynamic switching of wire spool 648 realizes that coiling works, while controls deashing device 632 to open, and realizes that deashing works.
The beneficial effects of the invention are as follows：
1. slipping mating connection stall by bin, set inside stall in the winding mechanism on the left of line chamber, bin
Portion sets transmission chamber, transmits and the first separator is set between chamber and bin, transmits and sets drive chamber, band inside the winding mechanism on the left of chamber
The second separator is set between dynamic chamber and transmission chamber, intracavitary bottom is transmitted and sets the first sliding groove, slipped in the first separator and coordinate company
Connect the connecting rod set towards left and right sides elongation, on the right side of connecting rod extension probe into bin and it is logical wear stall extend into around
Elongation tip, which is fixed, in line chamber, on the right side of connecting rod sets push plate, and the first duct that left and right elongation is set, the first hole are set inside connecting rod
Switching is connected the first Coupling Shaft that left and right elongation is set in road, on the left of the first Coupling Shaft elongation tip probe into transmit intracavitary and
It is fixed to set the first conical surface wheel, the coiling intracavitary that tip is probeed on the right side of push plate is extended on the right side of the first Coupling Shaft and fixation sets wire spool,
Connection rod outer surface in bin sets the second sliding groove relatively up and down, slips to be connected in the second sliding groove and consolidates with stall
Surely the guiding block connected, the first sliding groove and drives and sets the second duct inside winding mechanism between chamber, and a left side is set in the second duct
The screw rod that right elongation is set, the 3rd duct that left and right elongation is set is set inside the second separator, and setting left and right in the 3rd duct stretches
Long the second Coupling Shaft set, drives intracavitary portion to set driving device, so as to fulfill the automatic traction and control closure of the present apparatus
Set probes into and stretches out work.
2. probeed into by extension on the left of screw rod in the lower section for driving intracavitary and with driving the inner left wall below chamber to turn
Mating connection is connect, screw rod right side extension, which probes into the first sliding groove and transfers to coordinate with inner wall on the right side of the first sliding groove, to be connected
Connect, extension probes into transmission intracavitary on the left of connecting rod and tip sets the operation bar for extending probe into the first sliding groove downwards, operation
Bar is connected with screw rod spiral lamination, drives fixation on the screw rod of intracavitary to set having three pyramidal faces wheel；Stretched on the left of second Coupling Shaft
Long section is probeed into the top for driving intracavitary and is connected with driving the inner left wall above chamber to transfer, and is stretched on the right side of the second Coupling Shaft
Long section, which probes into, to be transmitted intracavitary and is connected with internal forwarding on the right side of the transmission chamber above connecting rod, transmits the second switching of intracavitary
Fixed the second conical surface wheel set to be connected with the first conical surface wheel on axis, drives in the second Coupling Shaft of intracavitary fixation to set the
Four conical surface wheels, coordinate so that operation of the present apparatus into normal table so as to fulfill efficient transmit.
It is 3. sliding including setting the 3rd in the drive chamber inner left wall between screw rod and the second Coupling Shaft by driving device
Groove, sets the first screw rod in the 3rd sliding groove, is connected at the top of the first screw rod with the 3rd sliding groove top inner wall switching, the
One screw rod bottom and the first electricity favourable turn mating connection, the first electricity favourable turn is arranged in the 3rd sliding groove in bottom and fixed company
Connect, spiral lamination, which is connected, on the first screw rod slips the trolley shoe of mating connection with the 3rd sliding groove, in trolley shoe right flank
Set and drive electricity to make a connection, drive electricity favourable turn right-hand end to be connected and probe into the tape relay axis of drive intracavitary, tape relay axis tip is set
The drive conical surface wheel with the 4th conical surface wheel and the mating connection of having three pyramidal faces wheel is respectively used to, control is driven so as to fulfill switching, subtracts
Few equipment investment, reduces cost, while realizes probeing into and stretching out work and control the band of wire spool to start building for control stall
Make.
4. the configuration of the present invention is simple, design is reasonable, easy to operate, can realize oneself that automatically control stall and wire spool
It is dynamic to probe into and stretch out work, occupied space can be reduced, cost is manufactured and maintenance cost is low.
The above description is merely a specific embodiment, but protection scope of the present invention is not limited thereto, any
The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, it is of the invention
Protection domain should be determined by the scope of protection defined in the claims.
Claims (7)
1. a kind of easily cable windings device, including oil pressure lifting device and the coil winding machine that is arranged at the top of oil pressure lifting device
Structure, it is characterised in that：Winding mechanism right flank is internally provided with bin, and bin, which slips, is connected with stall, stall
It is internally provided with the winding mechanism on the left of line chamber, bin and is internally provided with transmission chamber, transmits and first is equipped between chamber and bin
Separator, transmits the winding mechanism on the left of chamber and is internally provided with drive chamber, drives and is equipped with the second separator between chamber and transmission chamber, passes
Pass intracavitary bottom and slip groove equipped with first, the connection for being connected with and being set towards left and right sides elongation is slipped in the first separator
Bar, connecting rod right side extension is probeed into bin and logical stall of wearing is extended into coiling intracavitary, connecting rod right side elongation tip
Push plate is fixed with, connecting rod is internally provided with the first duct that left and right elongation is set, transfers in the first duct and be connected with a left side
The first Coupling Shaft that right elongation is set, the first Coupling Shaft left side elongation tip probe into transmission intracavitary and are fixed with first conical surface
Wheel, the first Coupling Shaft right side extend the coiling intracavitary that tip is probeed on the right side of push plate and are fixed with wire spool, the company in bin
Extension bar outer surface is opposite up and down to be equipped with the second sliding groove, is slipped in the second sliding groove and is connected with what is be fixedly connected with stall
Guiding block, the winding mechanism between the first sliding groove and drive chamber are internally provided with the second duct, and being equipped with left and right in the second duct stretches
The long screw rod set, the second separator are internally provided with the 3rd duct that left and right elongation is set, and being equipped with left and right in the 3rd duct stretches
Long the second Coupling Shaft set, drives chamber to be internally provided with driving device, winding slot is provided with the wire spool outer ring surface, described
Closing device is provided with front side of winding mechanism.
A kind of 2. easily cable windings device according to claim 1, it is characterised in that：At the top of the oil pressure lifting device
It is fixedly connected with the winding mechanism bottom, the oil pressure lifting device bottom is equipped with roller.
A kind of 3. easily cable windings device according to claim 1, it is characterised in that：The push plate with it is described around line chamber
Inner wall slips mating connection, phase between the push plate left-hand end and the inner left wall around line chamber of the upper and lower both sides of the connecting rod
To being fixed with spring part.
A kind of 4. easily cable windings device according to claim 1, it is characterised in that：The bin inner left wall bottom
Portion is equipped with recessed pockets, and the recessed pockets inner left wall is internally provided with deashing device, and described intercommunication is set in bottom in line chamber right side
There is deashing groove, the stall base wall body is internally provided with the deashing road that left and right elongation is set, extends end on the left of the deashing road
The tip and the bin intercommunication set and are equipped with connecting tube between the deashing device, on the right side of the deashing road elongation tip and
The deashing trench bottom intercommunication is set.
A kind of 5. easily cable windings device according to claim 1, it is characterised in that：Extension on the left of the screw rod
Probe into the lower section of the drive intracavitary and transfer with the inner left wall below the drive chamber and be connected, the screw rod is right
Side extension is probeed into the described first sliding groove and is connected with inner wall switching on the right side of the described first sliding groove, the connecting rod
Left side extension probes into the transmission intracavitary and tip is equipped with the operation bar for extending probe into the described first sliding groove downwards, described
Run bar to be connected with the screw rod spiral lamination, having three pyramidal faces are fixed with the screw rod of the drive intracavitary
Wheel；On the left of second Coupling Shaft extension probe into the top of the drive intracavitary and with the left side driven above chamber
Wall switching is connected, on the right side of second Coupling Shaft extension probe into the transmission intracavitary and with the institute above the connecting rod
State transmit chamber on the right side of internal forwarding be connected, it is described transmit intracavitary second Coupling Shaft on be fixed with to it is described
First conical surface wheel be connected the second conical surface wheel, it is described drive intracavitary second Coupling Shaft on be fixed with the 4th conical surface
Wheel.
A kind of 6. easily cable windings device according to claim 5, it is characterised in that：The driving device includes described
The 3rd sliding groove is set in the drive chamber inner left wall between screw rod and second Coupling Shaft, the described 3rd slips in groove
Equipped with the first screw rod, it is connected at the top of first screw rod with the described 3rd sliding groove top inner wall switching, described the
One screw rod bottom is connected with the first electricity favourable turn, the first electricity favourable turn be arranged in the described 3rd sliding groove in bottom and
It is fixedly connected, spiral lamination is connected with first screw rod slips the sliding of mating connection with the described 3rd sliding groove
Block, is provided with drive electricity favourable turn in the trolley shoe right flank, it is described drive electricity favourable turn right-hand end be connected with probe into it is described
The tape relay axis for driving intracavitary, the tape relay axis tip are equipped with and are respectively used to and the 4th conical surface wheel and the described 3rd
The drive conical surface wheel that conical surface wheel is connected.
A kind of 7. easily cable windings device according to claim 1, it is characterised in that：The closing device includes observation
Window, the observation window pass on left hinge and transfer with the winding mechanism leading flank, and the observation window leading flank right part is provided with
Groove is switched, lock construction is provided with the right side of the observation window.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710420011.9A CN107986084A (en) | 2017-06-06 | 2017-06-06 | A kind of easily cable windings device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710420011.9A CN107986084A (en) | 2017-06-06 | 2017-06-06 | A kind of easily cable windings device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107986084A true CN107986084A (en) | 2018-05-04 |
Family
ID=62028892
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710420011.9A Pending CN107986084A (en) | 2017-06-06 | 2017-06-06 | A kind of easily cable windings device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107986084A (en) |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB465824A (en) * | 1934-10-09 | 1937-05-10 | Geo Kinnear & Sons Proprietary | Improvements in forming cover windings on twine spools |
| US2285439A (en) * | 1940-12-12 | 1942-06-09 | Universal Winding Co | Winding machine |
| CN203450943U (en) * | 2013-08-26 | 2014-02-26 | 东华大学 | Automatic sweater unwinder |
| CN105565066A (en) * | 2014-11-10 | 2016-05-11 | 天津市旭辉恒远塑料包装有限公司 | Flat yarn weaving machine winding device |
| CN205739738U (en) * | 2016-06-27 | 2016-11-30 | 西继迅达（许昌）电梯有限公司 | A kind of elevator cable disc line apparatus |
| CN205838192U (en) * | 2016-06-19 | 2016-12-28 | 绍兴勤烨针织工业园有限公司 | A kind of dedusting coil winding machine |
-
2017
- 2017-06-06 CN CN201710420011.9A patent/CN107986084A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB465824A (en) * | 1934-10-09 | 1937-05-10 | Geo Kinnear & Sons Proprietary | Improvements in forming cover windings on twine spools |
| US2285439A (en) * | 1940-12-12 | 1942-06-09 | Universal Winding Co | Winding machine |
| CN203450943U (en) * | 2013-08-26 | 2014-02-26 | 东华大学 | Automatic sweater unwinder |
| CN105565066A (en) * | 2014-11-10 | 2016-05-11 | 天津市旭辉恒远塑料包装有限公司 | Flat yarn weaving machine winding device |
| CN205838192U (en) * | 2016-06-19 | 2016-12-28 | 绍兴勤烨针织工业园有限公司 | A kind of dedusting coil winding machine |
| CN205739738U (en) * | 2016-06-27 | 2016-11-30 | 西继迅达（许昌）电梯有限公司 | A kind of elevator cable disc line apparatus |
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Application publication date: 20180504 |
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