CN109500318A - A kind of line sending structure and its application - Google Patents
A kind of line sending structure and its application Download PDFInfo
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- CN109500318A CN109500318A CN201910010523.7A CN201910010523A CN109500318A CN 109500318 A CN109500318 A CN 109500318A CN 201910010523 A CN201910010523 A CN 201910010523A CN 109500318 A CN109500318 A CN 109500318A
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- wire
- raw material
- block
- wire rods
- bending
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21F—WORKING OR PROCESSING OF METAL WIRE
- B21F23/00—Feeding wire in wire-working machines or apparatus
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21F—WORKING OR PROCESSING OF METAL WIRE
- B21F1/00—Bending wire other than coiling; Straightening wire
- B21F1/004—Bending wire other than coiling; Straightening wire by means of press-type tooling
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21F—WORKING OR PROCESSING OF METAL WIRE
- B21F1/00—Bending wire other than coiling; Straightening wire
- B21F1/02—Straightening
- B21F1/026—Straightening and cutting
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21F—WORKING OR PROCESSING OF METAL WIRE
- B21F11/00—Cutting wire
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21F—WORKING OR PROCESSING OF METAL WIRE
- B21F3/00—Coiling wire into particular forms
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Wire Processing (AREA)
Abstract
The present invention relates to a kind of line sending structures, including Wire Wheel, support plate, driving device, line sending control device, driving device is connect with Wire Wheel, for controlling the Wire Wheel rotation, the support plate is used to support Wire Wheel, and the line sending control device includes sliding rail, sliding block, driving wheel, there is the groove for the orbital direction that postpones on the sliding rail, driving wheel is fixed on sliding block, and sliding block is active in the groove on sliding rail.Present invention is mainly used for the processing of wire coil, solve the problems, such as that artificial line sending working efficiency is low in the prior art, coil processing quality is poor.
Description
Technical field
The present invention relates to wire coil manufacture fields, and in particular to arrives a kind of line sending structure and its application.
Background technique
Existing wire coil manufacture field, the line sending of coil generallys use manually to carry out, on the Wire Wheel being relatively large in diameter
It around wire raw material wire rods, machine or manually pulls line and rotates Wire Wheel, to realize the function of line sending, there are following for such way
Some technical problems: (1) due to the weight of Wire Wheel and wire raw material wire rods, when artificial line sending, staff's operating difficulties and laborious,
It when machine line sending, needs operator after looking on the part material wire rod process finishing for examining conveying, is again started up machine progress
Line sending, the equal serious waste labo r resources of both modes；(2) due to the property of wire raw material wire rods itself, artificial line sending needs work
Personnel carry out artificial correction to wire raw material wire rods to guarantee the link for entering processing of wire raw material wire rods collimation, and wire raw material wire rods occur to rectify
Timing has to suspend production, greatly reduces working efficiency.
Summary of the invention
For problems of the prior art, the object of the present invention is to provide a kind of line sending structures, are used for wire coil
Processing, solve the problems, such as that artificial line sending working efficiency is low in the prior art, coil processing quality is poor.
To achieve the above object, The technical solution adopted by the invention is as follows:
A kind of line sending structure, including Wire Wheel, support plate, driving device, line sending control device, driving device and Wire Wheel connect
Connect, for controlling Wire Wheel rotation, the support plate is used to support Wire Wheel, the line sending control device include sliding rail,
Sliding block, driving wheel have the groove for the orbital direction that postpones on the sliding rail, and driving wheel is fixed on sliding block, and sliding block is active in sliding rail
On groove in.
The line sending control device is also an option that, including support rod, upper limit structure, lower limit bit architecture, transmission
Wheel and shift(ing) ring, the upper limit structure are fixedly installed in the upper end of support rod, and lower limit bit architecture is fixedly installed in support rod
Lower end, shift(ing) ring is set on support rod, and upper limit structure and lower limit bit architecture are used to shift(ing) ring being limited in support rod,
Driving wheel is fixed on shift(ing) ring.
Further, there is arc groove in the upper end of the support plate, and the central axis of Wire Wheel rides upon the arc of support plate
Groove, there are two bearings against the setting of the lower end of the central axis of Wire Wheel for support plate, and the centre rotational axis of bearing is perpendicular to branch
Fagging.
Further, the upper and lower ends of the sliding rail upper groove have inductor, and inductor is connected with driving device.
Further, the driving device includes the first driver, driving pulley, synchronous belt and synchronous pulley, synchronous belt
Wheel is fixedly connected with the central axis of Wire Wheel, and the first driver drives driving pulley rotation, and driving pulley is driven by synchronous belt
Synchronous pulley rotation, and then drive Wire Wheel rotation.It is also an option that the driving device includes the first driver, drive
Moving gear is fixedly installed with driven gear on the central axis of Wire Wheel, and driving gear is matched with driven gear, realization Wire Wheel
Rotation line sending.
Further, the driving device further includes retarder, can reduce revolving speed, increases torque.
A kind of hollow rectangle coil processing unit (plant), including line sending structure, traction mechanism, bending mechanism and cutting mechanism, according to
According to the conveying direction of wire raw material wire rods, line sending structure, traction mechanism, bending mechanism and cutting mechanism are sequentially installed, the dragger
Structure is for drawing wire raw material wire rods；The bending mechanism is used for wire raw material wire rods bending；The cutting mechanism is used for wire raw material wire rods
Cutting.
Further, it includes the second driver and defeated line plate that the traction mechanism, which is located at, among two defeated line plates
Between be divided into the thickness of wire raw material wire rods, the second driver is for drawing wire raw material wire rods.
Further, the bending mechanism includes tension disk, positioning column, bending block and third driver, tension disk and curved
Folded block is sequentially installed along the conveying direction of wire raw material wire rods, positioning column be located at tension disk and bend block centre and with tension disk, curved
Folded block is divided into the two sides of wire raw material wire rods conveying direction, and the purpose of tension disk is the position of fixed wire raw material wire rods, guarantees raw material
Wire rod is collimatedly delivered to bending block portion point, and the upper surface of tension disk is Caused by Sloping Surfaces close to the part of positioning column, and bending block exists
It rotates under the driving of third driver around positioning column to complete the bending of wire raw material wire rods.
Further, the tension disk is rectangular block, and rectangular block has and wire raw material wire rods phase along wire raw material wire rods conveying direction
The through slot matched, the upper surface of rectangular block are Caused by Sloping Surfaces close to the part of positioning column.
The tension disk is also an option that, including preceding fixed block and rear fixed block, preceding fixed block and rear fixed block point
Set on the two sides of wire raw material wire rods conveying direction, and groove is provided on the horizontal plane of wire raw material wire rods conveying direction, preceding fixation
Groove after block and rear fixed block are pieced together just allows wire raw material wire rods collimation to pass through, and the upper surface of preceding fixed block is close to positioning column
Side is Caused by Sloping Surfaces.
Further, positioning column is arranged fluted on the horizontal plane of wire raw material wire rods conveying direction, the thickness and original of groove
The consistency of thickness of stockline material.
Further, side of the bending block on the horizontal plane of wire raw material wire rods conveying direction close to positioning column is provided with recessed
Slot, bending block push wire raw material wire rods along the slope surface bending forming of preceding fixed block under the driving of third driver.
Further, the hollow rectangle coil processing unit (plant) further includes whole line aligning mechanism, the whole line aligning mechanism
Between line sending structure and bending mechanism, it is delivered in bending mechanism for collimate wire raw material wire rods.
Further, the whole line aligning mechanism includes line arranging device and coalignment, and line arranging device is vertical up and down arranges
The two rows of idler wheels put, the direction that idler wheel rolls is consistent with the conveying direction of wire raw material wire rods, and coalignment is anterior-posterior horizontal discharge
Two rows of idler wheels, perpendicular to the horizontal plane of wire raw material wire rods conveying direction, each idler wheel is defeated in wire raw material wire rods for the centre rotational axis of idler wheel
Send the groove that annular is provided on the horizontal plane in direction, the thickness of annular groove and the consistency of thickness of wire raw material wire rods.
Further, the whole line aligning mechanism further includes transition apparatus, and transition apparatus is L-type fixed block, wire raw material wire rods
The right angle of bottom surface and side fitting L-type.
Further, the hollow rectangle coil processing unit (plant) further includes device preventing tilting, and the device preventing tilting is can
The support column of lifting inserts in hollow rectangle coil in support column.
Further, the hollow rectangle coil processing unit (plant) further includes collection device, and the collection device is installed on sanction
Mechanism end is cut, the storage bin in the channel tilted down and channel bottom end is provided with.
Further, the cutting mechanism includes cutter and fourth drive, and cutter is complete under the driving of fourth drive
At cutting for wire raw material wire rods.
On the basis of meeting general knowledge known in this field, above-mentioned each optimum condition can any combination, both implementation of the present invention
Example.
The beneficial effects of the present invention are:
(1) a kind of line sending structure of the invention, including Wire Wheel, support plate, driving device, line sending control device, driving device
It is connect with Wire Wheel, for controlling the Wire Wheel rotation, the support plate is used to support Wire Wheel, the line sending control device
Including sliding rail, sliding block, driving wheel, there is the groove for the orbital direction that postpones on the sliding rail, driving wheel is fixed on sliding block, and sliding block is living
It moves in the groove on sliding rail.Wire Wheel driving mechanism the unwrapping wire that is rotated by, after unwrapping wire, at this time due to gravity
Effect, sliding block are located at the least significant end of sliding rail, and as the use of wire raw material wire rods is processed, sliding block is in the upward support force of wire raw material wire rods
Under effect gradually on move to top, need to be again started up at this time driving device carry out unwrapping wire.Such design solves artificial line sending
Working efficiency is low, coil processing quality difference problem, and the gravity of sliding block itself is utilized in the line sending control device in the present invention
And the support force of wire raw material wire rods, it does not need additional power device and completes such effect, structure is simple, at low cost.
(2) line sending control device of the invention is also an option that, including support rod, upper limit structure, lower limit knot
Structure, driving wheel and shift(ing) ring, the upper limit structure are fixedly installed in the upper end of support rod, and lower limit bit architecture is fixedly installed in
The lower end of support rod, shift(ing) ring are set on support rod, and upper limit structure and lower limit bit architecture are used to shift(ing) ring being limited in branch
On strut, driving wheel is fixed on shift(ing) ring.Compared to above-mentioned rail structure, such structure member is more, and aesthetics is poor, but this is tied
The purpose of control line sending still may be implemented in structure, and again without other additional power devices.
(3) there is arc groove in the upper end of the support plate of the invention, and the central axis of Wire Wheel rides upon the arc of support plate
At connected in star, support plate against the setting of the lower end of the central axis of Wire Wheel there are two bearing, the centre rotational axis of bearing perpendicular to
Support plate.Added two bearings, the central axis of Wire Wheel made directly to contact two bearings, Wire Wheel central axis rotation when
Time reduces frictional resistance.
(4) upper and lower ends of the sliding rail upper groove of the invention have inductor, and inductor is connected with driving device, when
When sliding block slides into the upper end of sliding rail, inductor passes the information on to driving device and carries out line sending, when sliding block slides under sliding rail
When end, information is driven to driving device and stops line sending by inductor, such to design the automation that machine may be implemented, and improves work
Make efficiency, saves labo r resources.
(5) hollow rectangle coil processing unit (plant) of the invention, including line sending structure, traction mechanism, bending mechanism and cut
Mechanism, according to the conveying direction of wire raw material wire rods, line sending structure, traction mechanism, bending mechanism and cutting mechanism are sequentially installed, described
Traction mechanism is for drawing wire raw material wire rods；The bending mechanism is used for wire raw material wire rods bending；The cutting mechanism is used for will be former
The cutting of stockline material.Such hollow rectangle coil processing unit (plant) can be realized to be completed from line sending the full-automation cut, is greatly improved
Working efficiency, has saved labo r resources.
(6) it includes the second driver and defeated line plate that traction mechanism of the present invention, which is located at, among two defeated line plates
Between be divided into the thickness of wire raw material wire rods, the second driver is for drawing wire raw material wire rods.Defeated line plate can play partial correction raw material line
The effect of material guarantees that the wire raw material wire rods for being input to bending mechanism are collimation.
(7) bending mechanism of the invention includes tension disk, positioning column, bending block and third driver, tension disk and
Bending block sequentially installed along the conveying direction of wire raw material wire rods, positioning column be located at tension disk and bending block centre and with tension disk,
Bending block is divided into the two sides of wire raw material wire rods conveying direction, and the purpose of tension disk is the position of fixed wire raw material wire rods, guarantees original
Stockline material is collimatedly delivered to bending block portion point, and the upper surface of tension disk is Caused by Sloping Surfaces close to the part of positioning column, bends block
It rotates under the driving of third driver around positioning column to complete the bending of wire raw material wire rods.Its operating principle are as follows: wire raw material wire rods exist
The bending that right angle is realized under the promotion of block is bent, the upper surface part due to tension disk close to positioning column is divided into Caused by Sloping Surfaces, so former
Stockline material is processed to screw type square coil.
(8) tension disk of the present invention includes preceding fixed block and rear fixed block, and preceding fixed block and rear fixed block are divided into original
The two sides of stockline material conveying direction, and groove is provided on the horizontal plane of wire raw material wire rods conveying direction, preceding fixed block is with after
Groove after fixed block is pieced together just allows wire raw material wire rods collimation to pass through, and the upper surface of preceding fixed block is close to the side of positioning column
Caused by Sloping Surfaces.In contrast thereto tension disk be entire rectangular block, the purpose of such design be can be by only replacing before
Fixed block substitutes the gradient of the Caused by Sloping Surfaces of preceding fixed block to realize the design of the different parameters size of square coil.
(9) positioning column of the invention is arranged fluted on the horizontal plane of wire raw material wire rods conveying direction, the mesh of groove design
Or in order to collimate wire raw material wire rods.
(10) side of bending block of the invention on the horizontal plane of wire raw material wire rods conveying direction close to positioning column is provided with
Groove, bending block push wire raw material wire rods along the slope surface bending forming of preceding fixed block, this design under the driving of third driver
Purpose be to guarantee the level of wire raw material wire rods during bending.
(11) the whole line aligning mechanism of the invention includes line arranging device and coalignment, and line arranging device is vertical up and down
Two rows of idler wheels of discharge, the direction that idler wheel rolls is consistent with the conveying direction of wire raw material wire rods, and coalignment is anterior-posterior horizontal discharge
Two rows of idler wheels, the centre rotational axis of idler wheel is perpendicular to the horizontal plane of wire raw material wire rods conveying direction, and each idler wheel is in wire raw material wire rods
The groove of annular, the thickness of annular groove and the consistency of thickness of wire raw material wire rods are provided on the horizontal plane of conveying direction.Whole line
The purpose of device is whole line, because what is directly come out from Wire Wheel can first have radian out-of-flatness, coalignment is to protect
It is straight that card keeps line during line sending.
(12) the whole line aligning mechanism of the invention further includes transition apparatus, and transition apparatus is L-type fixed block, raw material line
The right angle of material bottom surface and side fitting L-type, the purpose of this part are that the line of fixed wire raw material wire rods is high.
(13) hollow rectangle coil processing unit (plant) of the present invention further includes device preventing tilting, and the device preventing tilting is can
The support column of lifting inserts in hollow rectangle coil in support column, and square coil has certain altitude, and wire raw material wire rods are being processed
Gradually increase during spiral is upward, can there are problems that shaking, this structure is the inclination in order to place square coil.
(14) hollow rectangle coil processing unit (plant) of the present invention further includes collection device, and the collection device is installed on sanction
Cut mechanism end, be provided with the storage bin in the channel tilted down and channel bottom end, square coil after processing is completed, this plus
Tooling sets the purpose of the automatic collection coil after can be achieved to cut, and does not need to be accomplished manually.
Detailed description of the invention
A kind of line sending structure of Fig. 1 embodiment of the present invention 1；
A kind of hollow rectangle coil bending mechanism of Fig. 2 embodiment of the present invention 4；
Whole line aligning mechanism in Fig. 3 embodiment of the present invention 6；
Line sending structure Fig. 4 of the invention, whole line aligning mechanism, traction mechanism, bending mechanism integrated connection figure.
Wherein, 1- Wire Wheel, 2- support plate, 3- sliding rail, 4- sliding block, 5- driving wheel, 6- bearing, the first driver of 7-, 8-
Driving pulley, 9- synchronous belt, 10- synchronous pulley, the second driver of 11-, fixed block before 13-, fixed block after 14-, 15- positioning
Column, 16- bend block, 17- line arranging device, 18- coalignment, 19-L type fixed block.
Specific embodiment
In order to make the object, technical scheme and advantages of the embodiment of the invention clearer, below to technical solution of the present invention
It is further described.
Embodiment 1
A kind of line sending structure, including Wire Wheel, support plate, driving device, line sending control device, driving device include the first driving
Device, driving pulley, synchronous belt and synchronous pulley, synchronous pulley are fixedly connected with the central axis of Wire Wheel, the driving of the first driver
Driving pulley rotation, driving pulley drive synchronous pulley to rotate by synchronous belt, and then drive Wire Wheel rotation for controlling
Wire Wheel rotation is stated, there is arc groove in the upper end of the support plate, and the central axis of Wire Wheel rides upon the arc groove of support plate
Place, there are two bearings against the setting of the lower end of the central axis of Wire Wheel for support plate, and the centre rotational axis of bearing is perpendicular to support plate；
The line sending control device includes sliding rail, sliding block, driving wheel, there is the groove for the orbital direction that postpones on the sliding rail, and driving wheel is solid
It is scheduled on sliding block, sliding block is active in the groove on sliding rail, and the upper and lower ends of sliding rail upper groove have inductor, inductor and driving
Device is connected.
Embodiment 2
A kind of line sending structure, including Wire Wheel, support plate, driving device, line sending control device, driving device include the first driving
Device drives gear, and driven gear is fixedly installed on the central axis of Wire Wheel, and driving gear is matched with driven gear, realized
There are arc groove in the rotation line sending of Wire Wheel, the upper end of the support plate, and the central axis of Wire Wheel rides upon the arc of support plate
Groove, there are two bearings against the setting of the lower end of the central axis of Wire Wheel for support plate, and the centre rotational axis of bearing is perpendicular to branch
Fagging；The line sending control device includes support rod, upper limit structure, lower limit bit architecture, driving wheel and shift(ing) ring, it is described on
Position limiting structure is fixedly installed in the upper end of support rod, and lower limit bit architecture is fixedly installed in the lower end of support rod, and shift(ing) ring is set in
On support rod, upper limit structure and lower limit bit architecture are used to shift(ing) ring being limited in support rod, upper limit structure and lower limit
Structure is equipped with inductor, and inductor is connected with driving device, and driving wheel is fixed on shift(ing) ring.
Embodiment 3
A kind of hollow rectangle coil bending mechanism, including tension disk, positioning column, bending block and third driver, tension disk and curved
Folded block is sequentially installed along the conveying direction of wire raw material wire rods, positioning column be located at tension disk and bend block centre and with tension disk, curved
Folded block is divided into the two sides of wire raw material wire rods conveying direction, and the tension disk is rectangular block, and rectangular block is along wire raw material wire rods conveying direction
There is the through slot to match with wire raw material wire rods, the upper surface of rectangular block is Caused by Sloping Surfaces close to the part of positioning column, and positioning column is in raw material
Fluted, the thickness of groove and the consistency of thickness of wire raw material wire rods are set on the horizontal plane of wire rod conveying direction, bend block in raw material
Close to the side of positioning column, setting is fluted on the horizontal plane of wire rod conveying direction, and bending block pushes away under the driving of third driver
Wire raw material wire rods are moved along the slope surface bending forming of preceding fixed block.
Embodiment 4
A kind of hollow rectangle coil bending mechanism, including tension disk, positioning column, bending block and third driver, tension disk and curved
Folded block is sequentially installed along the conveying direction of wire raw material wire rods, positioning column be located at tension disk and bend block centre and with tension disk, curved
Folded block is divided into the two sides of wire raw material wire rods conveying direction, and the tension disk includes preceding fixed block and rear fixed block, preceding fixed block and
Fixed block is divided into the two sides of wire raw material wire rods conveying direction afterwards, and is provided on the horizontal plane of wire raw material wire rods conveying direction recessed
Groove after slot, preceding fixed block and rear fixed block are pieced together just allows wire raw material wire rods collimation to pass through, and the upper surface of preceding fixed block is leaned on
The side of nearly positioning column is Caused by Sloping Surfaces, and fluted, the thickness of groove is arranged in positioning column on the horizontal plane of wire raw material wire rods conveying direction
The consistency of thickness of degree and wire raw material wire rods bends block and is arranged on the horizontal plane of wire raw material wire rods conveying direction close to the side of positioning column
Fluted, bending block pushes wire raw material wire rods along the slope surface bending forming of preceding fixed block under the driving of third driver.
Embodiment 5
A kind of winding structure of hollow rectangle coil, including traction mechanism and bending mechanism, it includes that the traction mechanism, which is located at,
Two drivers and defeated line plate, among two defeated line plates between be divided into the thickness of wire raw material wire rods, the second driver is for drawing
Wire raw material wire rods；The bending mechanism includes tension disk, positioning column, bending block and third driver, and tension disk and bending block are along former
The conveying direction of stockline material is sequentially installed, and positioning column is located at tension disk and bends the centre of block and set up separately with tension disk, bending block
In the two sides of wire raw material wire rods conveying direction, the tension disk includes preceding fixed block and rear fixed block, preceding fixed block and rear fixed block
The two sides of wire raw material wire rods conveying direction are divided into, and are provided with groove on the horizontal plane of wire raw material wire rods conveying direction, it is preceding solid
Determine block and rear fixed block piece together after groove just allow wire raw material wire rods collimation to pass through, the upper surface of preceding fixed block is close to positioning column
Side be Caused by Sloping Surfaces, fluted, the thickness and raw material of groove is arranged in positioning column on the horizontal plane of wire raw material wire rods conveying direction
The consistency of thickness of wire rod, bending block is fluted close to the setting of the side of positioning column on the horizontal plane of wire raw material wire rods conveying direction,
Bending block pushes wire raw material wire rods along the slope surface bending forming of preceding fixed block under the driving of third driver.
Embodiment 6
A kind of winding structure of hollow rectangle coil, including traction mechanism, bending mechanism and whole line aligning mechanism, the dragger
It includes the second driver and defeated line plate that structure, which is located at, among two defeated line plates between be divided into the thickness of wire raw material wire rods, second drives
Dynamic device is for drawing wire raw material wire rods；The whole line aligning mechanism includes line arranging device, transition apparatus and coalignment, line arranging device
For the two rows of idler wheels discharged vertically up and down, the direction that idler wheel rolls is consistent with the conveying direction of wire raw material wire rods, and transition apparatus is L-type
Fixed block, the right angle of wire raw material wire rods bottom surface and side fitting L-type, coalignment are two rows of idler wheels of anterior-posterior horizontal discharge, rolling
Horizontal plane of the centre rotational axis of wheel perpendicular to wire raw material wire rods conveying direction, level of each idler wheel in wire raw material wire rods conveying direction
The groove of annular, the thickness of annular groove and the consistency of thickness of wire raw material wire rods are provided on face；The bending mechanism includes folder
Line device, positioning column, bending block and third driver, tension disk and bending block are sequentially installed along the conveying direction of wire raw material wire rods, fixed
Position column is located at tension disk and bends the centre of block and be divided into the two sides of wire raw material wire rods conveying direction, institute with tension disk, bending block
Stating tension disk includes preceding fixed block and rear fixed block, and preceding fixed block and rear fixed block are divided into the two of wire raw material wire rods conveying direction
Side, and groove is provided on the horizontal plane of wire raw material wire rods conveying direction, preceding fixed block and rear fixed block piece together after groove
Wire raw material wire rods collimation is just allowed to pass through, the upper surface of preceding fixed block is Caused by Sloping Surfaces close to the side of positioning column, and positioning column is in original
Fluted, the thickness of groove and the consistency of thickness of wire raw material wire rods are set on the horizontal plane of stockline material conveying direction, bend block in original
Close to the side of positioning column, setting is fluted on the horizontal plane of stockline material conveying direction, bends block under the driving of third driver
Push wire raw material wire rods along the slope surface bending forming of preceding fixed block.
Embodiment 7
It is a kind of prevent hollow rectangle coil shake winding structure, including traction mechanism, bending mechanism, whole line aligning mechanism and
Device preventing tilting, it includes the second driver and defeated line plate that the traction mechanism, which is located at, among two defeated line plates between be divided into
The thickness of wire raw material wire rods, the second driver is for drawing wire raw material wire rods；The whole line aligning mechanism includes line arranging device, transition dress
It sets and coalignment, line arranging device is the two rows of idler wheels discharged vertically up and down, the conveying in direction and wire raw material wire rods that idler wheel rolls
Direction is consistent, and transition apparatus is L-type fixed block, and the right angle of wire raw material wire rods bottom surface and side fitting L-type, coalignment is front and back
Two rows of idler wheels of horizontal drain, perpendicular to the horizontal plane of wire raw material wire rods conveying direction, each idler wheel exists for the centre rotational axis of idler wheel
The groove of annular, the thickness of annular groove and the thickness one of wire raw material wire rods are provided on the horizontal plane of wire raw material wire rods conveying direction
It causes；The bending mechanism includes tension disk, positioning column, bending block and third driver, and tension disk and bending block are along wire raw material wire rods
Conveying direction sequentially install, positioning column be located at tension disk and bend block centre and with tension disk, bending block be divided into raw material
The two sides of wire rod conveying direction, the tension disk include preceding fixed block and rear fixed block, and preceding fixed block and rear fixed block are divided into
Two sides of wire raw material wire rods conveying direction, and groove is provided on the horizontal plane of wire raw material wire rods conveying direction, preceding fixed block and
Groove after fixed block is pieced together afterwards just allows wire raw material wire rods collimation to pass through, and the upper surface of preceding fixed block is close to the side of positioning column
For Caused by Sloping Surfaces, positioning column be arranged on the horizontal plane of wire raw material wire rods conveying direction it is fluted, the thickness of groove and wire raw material wire rods
Consistency of thickness bends block and fluted, bending block is arranged close to the side of positioning column on the horizontal plane of wire raw material wire rods conveying direction
Push wire raw material wire rods along the slope surface bending forming of preceding fixed block under the driving of third driver；The cutting mechanism includes cutting
Knife and fourth drive, cutter complete cutting for wire raw material wire rods under the driving of fourth drive；The device preventing tilting is can
The support column of lifting inserts in hollow rectangle coil in support column.
Embodiment 8
A kind of hollow rectangle coil processing unit (plant) with collecting function, including traction mechanism, bending mechanism, whole line straightener
Structure, cutting mechanism and collection device, according to the conveying direction of wire raw material wire rods, traction mechanism, bending mechanism and cutting mechanism are sequentially
Installation, it includes the second driver and defeated line plate that the traction mechanism, which is located at, among two defeated line plates between be divided into raw material line
The thickness of material, the second driver is for drawing wire raw material wire rods；The whole line aligning mechanism includes line arranging device, transition apparatus and school
Straight device, line arranging device are the two rows of idler wheels discharged vertically up and down, the conveying direction one in direction and wire raw material wire rods that idler wheel rolls
It causes, transition apparatus is L-type fixed block, and the right angle of wire raw material wire rods bottom surface and side fitting L-type, coalignment is anterior-posterior horizontal row
The two rows of idler wheels put, the centre rotational axis of idler wheel is perpendicular to the horizontal plane of wire raw material wire rods conveying direction, and each idler wheel is in raw material line
The groove of annular, the thickness of annular groove and the consistency of thickness of wire raw material wire rods are provided on the horizontal plane of material conveying direction；Institute
Stating bending mechanism includes tension disk, positioning column, bending block and third driver, and tension disk and bending block are along the conveying of wire raw material wire rods
Direction is sequentially installed, positioning column be located at tension disk and bend block centre and with tension disk, to be divided into wire raw material wire rods defeated for bending block
The two sides in direction are sent, the tension disk includes preceding fixed block and rear fixed block, and preceding fixed block and rear fixed block are divided into raw material line
The two sides of material conveying direction, and groove is provided on the horizontal plane of wire raw material wire rods conveying direction, preceding fixed block is fixed with rear
Groove after block is pieced together just allows wire raw material wire rods collimation to pass through, and the upper surface of preceding fixed block is descending close to the side of positioning column
Fluted, the thickness of groove and the thickness one of wire raw material wire rods is arranged in face, positioning column on the horizontal plane of wire raw material wire rods conveying direction
It causes, bending block is fluted close to the setting of the side of positioning column on the horizontal plane of wire raw material wire rods conveying direction, bends block in third
Push wire raw material wire rods along the slope surface bending forming of preceding fixed block under the driving of driver；The cutting mechanism includes cutter and
Four drivers, cutter complete cutting for wire raw material wire rods under the driving of fourth drive；The collection device is installed on guillotine
Structure end is provided with the storage bin in the channel tilted down and channel bottom end.
Embodiment 9
A kind of hollow rectangle coil processing unit (plant), including traction mechanism, bending mechanism, whole line aligning mechanism, device preventing tilting, sanction
Mechanism and collection device are cut, according to the conveying direction of wire raw material wire rods, traction mechanism, bending mechanism and cutting mechanism are sequentially installed,
It includes the second driver and defeated line plate that the traction mechanism, which is located at, among two defeated line plates between be divided into the thickness of wire raw material wire rods
Degree, the second driver is for drawing wire raw material wire rods；The bending mechanism includes tension disk, positioning column, bending block and third driving
Device, tension disk and bending block are sequentially installed along the conveying direction of wire raw material wire rods, and positioning column is located at tension disk and bends the centre of block
And the two sides of wire raw material wire rods conveying direction are divided into tension disk, bending block, the tension disk includes preceding fixed block and fixes afterwards
Block, preceding fixed block and rear fixed block are divided into the two sides of wire raw material wire rods conveying direction, and in the level of wire raw material wire rods conveying direction
Groove is provided on face, the groove after preceding fixed block and rear fixed block are pieced together just allows wire raw material wire rods collimation to pass through, preceding solid
Determining the upper surface of block close to the side of positioning column is Caused by Sloping Surfaces, and positioning column is provided on the horizontal plane of wire raw material wire rods conveying direction
Groove, the thickness of groove and the consistency of thickness of wire raw material wire rods bend block on the horizontal plane of wire raw material wire rods conveying direction close to fixed
The side setting of position column is fluted, and bending block pushes wire raw material wire rods along the slope surface of preceding fixed block under the driving of third driver
Bending forming；The whole line aligning mechanism between line sending structure and bending mechanism, whole line aligning mechanism include line arranging device,
Transition apparatus and coalignment, line arranging device are the two rows of idler wheels discharged vertically up and down, the direction and wire raw material wire rods that idler wheel rolls
Conveying direction it is consistent, transition apparatus be L-type fixed block, wire raw material wire rods bottom surface and side fitting L-type right angle, coalignment
For two rows of idler wheels of anterior-posterior horizontal discharge, the centre rotational axis of idler wheel perpendicular to wire raw material wire rods conveying direction horizontal plane, each
Idler wheel is provided with the groove of annular on the horizontal plane of wire raw material wire rods conveying direction, the thickness of annular groove and wire raw material wire rods
Consistency of thickness；The cutting mechanism includes cutter and fourth drive, and cutter completes raw material line under the driving of fourth drive
Material is cut；The device preventing tilting is liftable support column, is inserted in hollow rectangle coil in support column；The collection dress
It sets and is installed on cutting mechanism end, be provided with the storage bin in the channel tilted down and channel bottom end.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiments being understood that.
Claims (9)
1. a kind of line sending structure, including Wire Wheel, support plate, driving device, line sending control device, driving device and Wire Wheel connect
It connects, for controlling the Wire Wheel rotation, the support plate is used to support Wire Wheel, which is characterized in that the line sending control dress
It sets including sliding rail, sliding block, driving wheel, there is the groove for the orbital direction that postpones on the sliding rail, driving wheel is fixed on sliding block, sliding block
It is active in the groove on sliding rail.
2. a kind of line sending structure according to claim 1, which is characterized in that there is arc groove in the upper end of the support plate,
The central axis of Wire Wheel rides upon at the arc groove of support plate, and support plate is provided with two against the lower end of the central axis of Wire Wheel
A bearing, the centre rotational axis of bearing is perpendicular to support plate.
3. a kind of line sending structure according to claim 1, which is characterized in that the upper and lower ends thoughts of the sliding rail upper groove
Device is answered, inductor is connected with driving device.
4. a kind of line sending structure according to claim 1, which is characterized in that the driving device include the first driver,
Driving pulley, synchronous belt and synchronous pulley, synchronous pulley are fixedly connected with the central axis of Wire Wheel, the driving driving of the first driver
Belt wheel rotation, driving pulley drive synchronous pulley to rotate by synchronous belt, and then drive Wire Wheel rotation.
5. a kind of hollow rectangle coil processing unit (plant) of the line sending structure composition as described in any one of claim 1-4, also
Including traction mechanism, bending mechanism and cutting mechanism, which is characterized in that according to the conveying direction of wire raw material wire rods, line sending structure is led
Draw mechanism, bending mechanism and cutting mechanism sequentially to install, the traction mechanism be located at include the second driver and defeated line plate, two
The thickness of wire raw material wire rods is divided between among a defeated line plate, the second driver is for drawing wire raw material wire rods；The bending mechanism
Including tension disk, positioning column, bending block and third driver, tension disk and bending block are sequentially pacified along the conveying direction of wire raw material wire rods
Dress, positioning column are located at tension disk and bend the centre of block and be divided into the two of wire raw material wire rods conveying direction with tension disk, bending block
Side, the purpose of tension disk is the position of fixed wire raw material wire rods, guarantees that wire raw material wire rods are collimatedly delivered to bending block portion point, and presss from both sides
The upper surface of line device close to the part of positioning column be Caused by Sloping Surfaces bend block under the driving of third driver around positioning column rotate with
Complete the bending of wire raw material wire rods；The cutting mechanism includes cutter and fourth drive, and cutter is under the driving of fourth drive
Complete cutting for wire raw material wire rods.
6. hollow rectangle coil processing unit (plant) according to claim 5, which is characterized in that it further include whole line aligning mechanism,
For the whole line aligning mechanism between line sending structure and bending mechanism, whole line aligning mechanism includes line arranging device, transition apparatus
And coalignment, line arranging device are the two rows of idler wheels discharged vertically up and down, the conveying side in direction and wire raw material wire rods that idler wheel rolls
To consistent, transition apparatus is L-type fixed block, and the right angle of wire raw material wire rods bottom surface and side fitting L-type, coalignment is front and back water
Two rows of idler wheels that flat raft is put, the centre rotational axis of idler wheel is perpendicular to the horizontal plane of wire raw material wire rods conveying direction, and each idler wheel is in original
Annular groove, the thickness of annular groove and the consistency of thickness of wire raw material wire rods are provided on the horizontal plane of stockline material conveying direction.
7. a kind of hollow rectangle coil processing unit (plant) according to claim 5, which is characterized in that further include anti-dumping angle mount
It sets, the device preventing tilting is liftable support column, is inserted in hollow rectangle coil in support column.
8. a kind of hollow rectangle coil processing unit (plant) according to claim 5, which is characterized in that it further include collection device,
The collection device is installed on cutting mechanism end, is provided with the storage bin in the channel tilted down and channel bottom end.
9. a kind of hollow rectangle coil processing unit (plant) according to claim 5, which is characterized in that before the tension disk includes
Fixed block and rear fixed block, preceding fixed block and rear fixed block are divided into the two sides of wire raw material wire rods conveying direction, and preceding fixed block is consolidated afterwards
Determine block, positioning column and bending block and be provided with groove on the horizontal plane of wire raw material wire rods conveying direction, preceding fixed block and
Groove after fixed block is pieced together afterwards just allows wire raw material wire rods collimation to pass through, and bending block is located at rear fixed block along the defeated of wire raw material wire rods
The side in direction is sent, positioning column is located at the center for the rectangle that preceding fixed block, rear fixed block and bending block are constituted, preceding fixation
The upper surface of block close to the side of positioning column be Caused by Sloping Surfaces, bending block pushed under the driving of third driver wire raw material wire rods along
The slope surface bending forming of preceding fixed block.
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| CN201910010523.7A CN109500318A (en) | 2019-01-07 | 2019-01-07 | A kind of line sending structure and its application |
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| CN201910010523.7A CN109500318A (en) | 2019-01-07 | 2019-01-07 | A kind of line sending structure and its application |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN114798941A (en) * | 2022-03-30 | 2022-07-29 | 大族激光科技产业集团股份有限公司 | Traction device and processing equipment |
| CN114918342A (en) * | 2022-05-31 | 2022-08-19 | 广州大津自动化智能科技有限公司 | Motor stator coil forming device based on visual detection intelligent voltage and speed regulation |
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| CN114918342A (en) * | 2022-05-31 | 2022-08-19 | 广州大津自动化智能科技有限公司 | Motor stator coil forming device based on visual detection intelligent voltage and speed regulation |
| CN114918342B (en) * | 2022-05-31 | 2023-01-10 | 广州大津自动化智能科技有限公司 | Motor stator coil forming device based on visual detection intelligent voltage and speed regulation |
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