CN107993774A - A kind of carbon-fibre wire system of processing - Google Patents
A kind of carbon-fibre wire system of processing Download PDFInfo
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- CN107993774A CN107993774A CN201711441132.8A CN201711441132A CN107993774A CN 107993774 A CN107993774 A CN 107993774A CN 201711441132 A CN201711441132 A CN 201711441132A CN 107993774 A CN107993774 A CN 107993774A
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- carbon
- fibre wire
- wheel
- aluminium bar
- directive wheel
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01B—CABLES; CONDUCTORS; INSULATORS; SELECTION OF MATERIALS FOR THEIR CONDUCTIVE, INSULATING OR DIELECTRIC PROPERTIES
- H01B13/00—Apparatus or processes specially adapted for manufacturing conductors or cables
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- Manufacturing & Machinery (AREA)
- Cleaning In General (AREA)
Abstract
The invention discloses a kind of carbon-fibre wire system of processing,Including the lift lead frame processed for carbon-fibre wire,Aluminium bar coalignment for carbon-fibre wire processing,Cleaning case for carbon-fibre wire processing,Steering regulating device for carbon-fibre wire processing,Cooling device for carbon-fibre wire processing,Drying device for carbon-fibre wire processing,Draw-gear for carbon-fibre wire processing,Take-up stand for carbon-fibre wire,When use,First pass through lifting motor and drive leading screw rotation,So that the U-shaped frame in longitudinal direction declines,Aluminium bar is passed through between two lower directive wheels,Passed through again between two upper directive wheels,Then,Leading screw is driven to rotate by lifting motor,So that the U-shaped frame in longitudinal direction rises,After arrival preset height,Aluminium bar is passed through above the directive wheel of top,Then,The equipment for connecting subsequent processing,It is easy to use,Easy to operate and effect is good.
Description
Technical field
The present invention relates to lead technology field, more particularly to a kind of carbon-fibre wire system of processing.
Background technology
Carbon-fibre wire is a kind of energy-saving capacity-improving conducting wires of brand new, compared with conventional wires, is had light-weight, anti-
Tensile strength is big, heat resistance is good, thermal coefficient of expansion is small, high temperature arc sag is small, conductivity is high, line loss is low, current-carrying capacity is big, corrosion resistance
Energy is good, is not easy the series of advantages such as icing, comprehensive to solve every technical bottleneck existing for overhead power transmission field, represents future
The technology trends of aerial condutor, help to construct safe and environment-friendly, efficient economizing power transmission network, can be widely used for old line
Road and the transformation of power station bus capacity-increasing, new line construction, and available for special climates such as Great span, big drop, heavy icing area, high pollutions
With the circuit of geographical occasion.Apply in new route, the unit transmission capacity of circuit can be improved, it is ensured that the strong property of power grid,
Long-term economics are more preferable.
The processing technology of carbon-fibre wire generally comprises the technique of the aluminium bar used in processing aluminium lamination and by aluminium bar and carbon
The technique that fiber plug is combined with each other；
Wherein, the technique for processing the aluminium bar used in aluminium lamination, includes the following steps：
(1) by two aluminium bar disks to be processed be put on the ground or drum on, aluminium bar is oriented to by aluminium bar lead frame；
(2) first time alignment is carried out to aluminium bar by aluminium bar coalignment；
(3) aluminium bar after being straightened to first time is cleaned by cleaning case, removes the impurity of aluminium rod surface；
(4) second is carried out to aluminium bar to be straightened, ensure aluminium bar without winding, without bending；
(5) aluminium bar after alignment is turned to regulating device guiding by aluminium bar aluminium bar and carbon fiber plug are combined with each other
Technique in；
Wherein, technique aluminium bar and carbon fiber plug being combined with each other, includes the following steps：
(6) carbon fiber plug is placed on pay off rack, then, guider is passed through after pulling it；
(7) first time alignment is carried out to carbon fiber plug；
(8) two aluminium bars by step (5) and the carbon fiber plug after alignment, while enter pressing mechanism, passing through
Aluminium bar is extruded into aluminum pipe by more than 400 DEG C of high temperature, the sealed mould intracavitary of more than pressure 270MPa by molding die；By carbon fiber core
Rod is sent into aluminum pipe from molding die entrance, so as to complete the primary work of aluminum pipe cladding carbon fiber core rod, aluminum pipe herein
For seamless tube body；
(9) the carbon fiber plug after cladding aluminum pipe is cooled down using carbon-fibre wire cooling device；
(10) the carbon fiber plug after cladding aluminum pipe is carried out dry for the first time；
(11) length of the carbon fiber plug after cladding aluminum pipe is measured；
(12) it is needs by the carbon fiber plug drawing after the cladding aluminum pipe of extrusion by pulling equipment and drawing equipment
Outer diameter, removes the gap between aluminium lamination and carbon fiber plug, has reached aluminium lamination carbon fiber plug and reaches and has combined closely；
(13) second of dry, then linear measure longimetry is carried out；Measurement can be with computational length change rate twice for progress；
(14) carbon fiber guiding passed through to take-up stand by carbon fiber guiding to income drum on.
, it is necessary to there is corresponding equipment to use, this application provides a kind of carbon when being processed using above-mentioned technique
Fiber conducting wire system of processing, so as to meet the use demand for processing carbon-fibre wire.
The content of the invention
(1) technical problem
To meet the use demand of user, the present invention provides a kind of carbon-fibre wire system of processing.
(2) technical solution
To achieve the object of the present invention, the technical solution adopted in the present invention is：A kind of carbon-fibre wire system of processing, bag
Include the lift lead frame for carbon-fibre wire processing, the aluminium bar coalignment for carbon-fibre wire processing, for carbon fibre
The cleaning case for tieing up conducting wire processing, the steering regulating device processed for carbon-fibre wire, the cooling for carbon-fibre wire processing
Device, for carbon-fibre wire processing drying device, for carbon-fibre wire processing draw-gear, for carbon-fibre wire
Take-up stand, the lift lead frame for carbon-fibre wire processing includes the U-shaped steel of two longitudinally spaced settings, described
The bottom of two single u-shaped steel is connected by bottom girder, and an inclined support bar, the two single u-shaped steel upper end are welded in the upper end per single u-shaped steel
Top directive wheel is connected with, is provided with limition orientation mechanism below the top directive wheel, the limition orientation mechanism is set including level
The U-shaped frame of the U-shaped frame of transverse direction and longitudinally disposed longitudinal direction put, described U-shaped horizontal U-shaped frame one end of frame upper end connection in longitudinal direction are described vertical
Directive wheel is both provided with to U-shaped frame both sides, and the upper directive wheel being arranged above and below and lower directive wheel, the upper directive wheel are set per side
Rolled with lower directive wheel in the U-type groove of U-shaped steel, the upper end of the U-shaped frame of transverse direction is provided with two upper guiding being arranged side by side
Take turns, two lower directive wheels being arranged side by side are provided with the U-shaped frame of transverse direction on the downside of the upper directive wheel, the upper directive wheel is with
Directive wheel right-angled intersection is set, and the U-shaped frame in longitudinal direction is risen or fallen by lifting gear, and the lifting gear includes longitudinal direction and sets
The lifting motor on bottom girder is put, the output shaft of the lifting motor is connected with leading screw, and the leading screw is U-shaped through the longitudinal direction
Frame, and be threadedly coupled with the U-shaped frame in the longitudinal direction.
(3) technique effect
Compared with prior art, the beneficial effects of the invention are as follows：When use, first pass through lifting motor and drive leading screw rotation
Turn, so that the U-shaped frame in longitudinal direction declines, aluminium bar is passed through between two lower directive wheels, then worn between two upper directive wheels
Cross, then, drive leading screw to rotate by lifting motor, so that the U-shaped frame in longitudinal direction rises, after reaching preset height, by aluminium
Bar passes through above the directive wheel of top, and then, the equipment for connecting subsequent processing is easy to use, and easy to operate and effect is good.
Brief description of the drawings
Fig. 1 show the first schematic diagram of structure of the first embodiment of the present invention；
Fig. 2 show the second schematic diagram of structure of the first embodiment of the present invention；
Fig. 3 show the first schematic diagram of structure of the second embodiment of the present invention；
Fig. 4 show the second schematic diagram of structure of the second embodiment of the present invention；
Fig. 5 show the structure diagram of the directive wheel adjusting mechanism of the second embodiment of the present invention；
Fig. 6 show the structure diagram of the third embodiment of the present invention；
Fig. 7 show the structure diagram of the purge block of the third embodiment of the present invention；
Fig. 8 show the structure diagram of the filter screen of the third embodiment of the present invention；
Fig. 9 show the structure diagram of the limited block of the third embodiment of the present invention；
Figure 10 show the structure diagram of the fourth embodiment of the present invention；
Figure 11 show the aluminium bar of the fourth embodiment of the present invention directly to the structure diagram of guiding mechanism；
Figure 12 show the first schematic diagram of structure of the fifth embodiment of the present invention；
Figure 13 show the second schematic diagram of structure of the fifth embodiment of the present invention；
Figure 14 show the structure diagram of the fifth embodiment of the present invention；
Figure 15 show the structure diagram of the fan coolling mechanism of the fifth embodiment of the present invention；
Figure 16 show the first schematic diagram of structure of the sixth embodiment of the present invention；
Figure 17 show the second schematic diagram of structure of the sixth embodiment of the present invention；
Figure 18 show the structure diagram of seventh embodiment of the present invention draw-gear；
Figure 19 show the structure diagram of seventh embodiment of the present invention swelling device；
Figure 20 show the structure diagram of the front side of the eighth embodiment of the present invention；
Figure 21 show the structure diagram of the rear side of the eighth embodiment of the present invention；
Figure 22 show the structure diagram of the moving mechanism of the eighth embodiment of the present invention；
In Fig. 1-Fig. 2：1- aluminium bars, 2- tops directive wheel, the upper directive wheels of 3-, directive wheel under 4-, the horizontal U-shaped framves of 5-, lead on 6-
To wheel, the oblique connecting rods of 7-, directive wheel under 8-, the longitudinal U-shaped framves of 9-, 10-U shaped steel, 11- bottom girders, 12- inclined support bars, 13- first
Guide rod, 14- lifting motors, the second guide rods of 15-；
In Fig. 3-Fig. 5：Guiding mechanism before 1-, 2- longitudinally take turns, 3- lateral wheels, 4- supporting racks, fixed guide wheel under 5-, 6- branch
Support platform, the second connecting plates of 7-, 8- supporting blocks, guiding mechanism after 9-, mobile guide wheel after 10-, the second adjusting bolts of 11-, 12-
Fixed block, the first connecting plates of 13-, the upper mobile guide wheels of 14-, the first nuts of 15-, the first adjusting bolts of 16-, the second aluminium bars of 17-
Coalignment, fixed guide wheel before 18-, the second nuts of 19-；
In Fig. 6-Fig. 9：1- lids, the second aluminium bars of 2-, the first aluminium bars of 3-, the first sleeves of 4-, the first air inlet pipe of 5-, 6- water inlets
Pipe 8- limited blocks, the second air inlet pipe of 9-, 10- second sleeves, 11- water storage cavities, 12- water pumps, 13- strainers, connect chamber, 15- on 14-
Purge block water cavity.
In Figure 10-11：1- driving motors, 2- support platforms, 3- horizontal rotation guide rollers, 4- grooves, the longitudinally fixed plates of 5-,
6- steering directive wheels, 7- steering guide rollers, 8- ramp blocks, the second steering mechanism of 9- aluminium bars, 12- lower pressure wheels, 13- lower air cylinders,
14- inverted U blocks.
In Figure 12-15：1- case lids, 2- demarcation strip notches, 3- babinets notch, 4- babinets, 5- backwater cavities, 6- longitudinal subdivisions
Plate, 7- directive wheels, 8- immersion chambers, 9- nozzles, 10- coiled pipes, 11- water knockout drums, 12- water inlet pipes, 13- outlet directive wheels, 14- water
Divide partition plate, 15- connection water pipes, 16- water storage cavities, 17- water circulating pumps, 18- precipitation plates, 19- cooling fans mechanism, 191- filterings equally
Net, 192- wind turbines, 193- blades.
In Figure 16-Figure 17,1- bottom girders, 2- inverted U frames, 3- support plates, 4- lower box bodies, 5- upper cartridge bodies, the upper porous plates of 6-,
7- cables, porous plate under 8-, 9- inlet channels, 10- drainpipes, the transparent door body of 11-, 12- water receiving casees, 13- cups, 14- air inlets
Pipe, 15- heater boxes, 16- electrically heated rods, 17- air pumps.
In Figure 18-19：Guiding mechanism before 1-, 2- driven wheels, 3- fixed frames, 4- hold-down mechanisms, 5- conveyer belts, 6- driving electricity
Machine, 7- driving wheels, guiding mechanism after 8-, 9- position-limited wheels, 10- expansion tightening wheels, 11- inverted U framves, 12- clump weights, 13- weight linear meters,
14- cylinders, 41- compression cylinders, 42- scroll wheel fixed frames, 43- scroll wheels.
In Figure 20-22：2- right side uprights, 3- sliding bars, 4- sleeves, 5- left sides column, 6- driving motors, 7- moving machines
Structure, the first limit guide rails of 8-, 9- lifting motors, 10- leading screws, 11- movable blocks, the second limit guide rails of 12-, 13- inserted blocks, 14- lines
Disk, 21- connecting shafts, 23- wheel groups.
Embodiment
The present invention is described in further detail below in conjunction with the drawings and specific embodiments.It is it should be appreciated that described herein
Specific embodiment only to explain the present invention, be not intended to limit the present invention.
It should be noted that " connection " described herein and the word for expressing " connection ", such as " being connected ",
" connected " etc., it both may refer to a certain component and had been directly connected to another component, and can also refer to a certain component and pass through other portions
Part is connected with another component.
It should be noted that in the case where there is no conflict, the feature in embodiment and embodiment in the application can phase
Mutually combination.
Embodiment 1
As shown in Figure 1 and Figure 2, the present embodiment includes the U-shaped steel of two longitudinally spaced settings, the bottom of the two single u-shaped steel
Being connected by bottom girder, an inclined support bar is welded in the upper end per single u-shaped steel, and the two single u-shaped steel upper end is connected with top directive wheel,
Be provided with limition orientation mechanism below the top directive wheel, the limition orientation mechanism include the U-shaped frame of horizontally disposed transverse direction and
The U-shaped frame in longitudinally disposed longitudinal direction, described U-shaped horizontal U-shaped frame one end of frame upper end connection in longitudinal direction, the U-shaped frame both sides in longitudinal direction are all provided with
Directive wheel is equipped with, and the upper directive wheel being arranged above and below and lower directive wheel are set per side, the upper directive wheel and lower directive wheel are U-shaped
Rolled in the U-type groove of steel, the upper end of the U-shaped frame of transverse direction is provided with two upper directive wheels being arranged side by side, the upper directive wheel
Two lower directive wheels being arranged side by side, the upper directive wheel and lower directive wheel right-angled intersection are provided with the U-shaped frame of transverse direction of downside
Set, the U-shaped frame in longitudinal direction is risen or fallen by lifting gear, and the lifting gear includes the liter being disposed longitudinally on bottom girder
Motor drops, the output shaft of the lifting motor is connected with leading screw, and the leading screw passes through the U-shaped frame in the longitudinal direction, and with the longitudinal direction U
Type frame is threadedly coupled.
Operation principle：When use, first pass through lifting motor and drive leading screw rotation, so that the U-shaped frame in longitudinal direction declines,
Aluminium bar is passed through between two lower directive wheels, then is passed through between two upper directive wheels, then, silk is driven by lifting motor
Thick stick rotates, so that the U-shaped frame in longitudinal direction rises, after reaching preset height, aluminium bar is passed through above the directive wheel of top, then,
The equipment for connecting subsequent processing, easy to use, easy to operate and effect is good.
In order to enable lifting is more steady, processing safety is improved, is set respectively on the bottom girder of the both sides of the lifting motor
The first guide rod and the second guide rod are equipped with, first guide rod and the second guide rod are arranged in parallel with the leading screw, it is worn
The U-shaped frame in the longitudinal direction is crossed, and is slidably connected with the U-shaped frame in the longitudinal direction.
In addition, the both sides of the horizontally disposed U-shaped frame of transverse direction and the U-shaped frame in longitudinally disposed longitudinal direction pass through an oblique company respectively
Extension bar connects.
Embodiment 2
As shown in Figure 3-Figure 5, the present embodiment includes the first aluminium bar coalignment, before the first aluminium bar coalignment includes
Guiding mechanism, rear guiding mechanism and supporting rack, upper and lower aligning mechanism, horizontal aligning mechanism, the front end of support frame as described above are set
There are preceding guiding mechanism, rear end to be provided with rear guiding mechanism, fixed block, the fixation are provided with the support platform of support frame as described above
The side of block is provided with aligning mechanism up and down, passes through former and later two supports in the support platform on rear side of aligning mechanism up and down described
Block is connected with horizontal aligning mechanism, and the preceding guiding mechanism, rear guiding mechanism symmetrical configuration are square after being opened including front and rear side
Frame, the longitudinal direction wheel of two longitudinal directions and the lateral wheel of two transverse directions are provided with the square frame；The aligning mechanism up and down
Fix including the first longitudinally disposed connecting plate and three upper mobile guide wheels being arranged on the first connecting plate and under four
Directive wheel, the upper mobile guide wheel and lower fixed guide wheel are arranged at intervals successively in the horizontal direction；The horizontal straightener
Structure includes horizontally disposed second connecting plate, is led on second connecting plate including fixation before mobile guide wheel after three and four
To wheel, it is described after mobile guide wheel and preceding fixed guide wheel interval is set successively in the horizontal direction, aluminium bar pass sequentially through it is leading to
Mechanism, upper and lower aligning mechanism, horizontal aligning mechanism, rear guiding mechanism.
When use, aluminium bar passes sequentially through preceding guiding mechanism, upper and lower aligning mechanism, horizontal aligning mechanism, rear Guiding machine
Structure, before initially passing through between two of guiding mechanism longitudinal direction wheels, it then passes through between two lateral wheels, into upper and lower aligning mechanism,
Mobile guide wheel, lower fixed guide wheel are passed sequentially through, the equal spacing side by side of upper mobile guide wheel, lower fixed guide wheel is set, so
Afterwards, into horizontal aligning mechanism, preceding fixed guide wheel, rear mobile guide wheel, the preceding fixed guide wheel, rear movement are passed sequentially through
Directive wheel spacing side by side is set, finally by rear guiding mechanism, between two lateral wheels for initially passing through rear guiding mechanism, then,
Through two longitudinal direction wheels, then, into next process.
Wherein, the second aluminium bar coalignment is further included, while two aluminium bars are straightened, the second aluminium bar alignment dress
Put and set with the first aluminium bar coalignment in symmetrical structure, guiding mechanism, about the second aligning mechanism, second before it includes second
Guiding mechanism after horizontal aligning mechanism, second, guiding mechanism is arranged on the front end of supporting rack before described second, is led after described second
The rear end of supporting rack is arranged on to mechanism, about second aligning mechanism is arranged on the side of fixed block, and described second is horizontal
Aligning mechanism is connected again by two supporting blocks with support platform.
In order to adjust the elasticity of directive wheel according to actual needs, there is provided directive wheel adjusting mechanism, wherein, upper movement is led
Its height is adjusted by directive wheel adjusting mechanism to wheel, the directive wheel adjusting mechanism includes the first nut, the first adjusting spiral shell
Bolt, is provided with wheel shaft sliding groove on first connecting plate, after first adjusting bolt is connected with the first nut, stretches into described
In wheel shaft sliding groove, and it is threadedly coupled with first connecting plate, the lower end of first adjusting bolt is connected with movement and leads
To the wheel shaft of wheel, by rotating first adjusting bolt, the upper mobile guide wheel is driven to rise or fall.
When adjusting, adjusting bolt is rotated, is adjusted to after the position of demand, rotating nuts fix position.
Wherein, rear mobile guide wheel adjusts it the distance between with preceding fixed guide wheel by directive wheel adjusting mechanism, institute
That states directive wheel adjusting mechanism includes the second nut, the second adjusting bolt, and wheel shaft sliding groove is provided with second connecting plate,
After second adjusting bolt is connected with the second nut, stretch into the wheel shaft sliding groove, and with the second connecting plate screw thread
Connection, the lower end of second adjusting bolt is connected with the wheel shaft of rear mobile guide wheel, by rotating second adjusting bolt,
The rear mobile guide wheel is driven to rise or fall.
Embodiment 3
As Figure 6-9, the present embodiment includes lid and babinet, and the lid and babinet are articulated and connected, on the babinet
The first aluminium bar wiper mechanism is provided with, the first aluminium bar wiper mechanism includes the first gas cleaner for being connected to babinet front end
Structure, the purge block being arranged in babinet and the second gas cleaning mechanism for being connected to box back, the first gas cleaning
Mechanism includes the first sleeve and the first air inlet pipe, and first sleeve is connected laterally on the babinet, first air inlet
Pipe is connected with first barrel bore, and the second gas cleaning mechanism includes second sleeve and the second air inlet pipe, described
Second sleeve is connected laterally on the babinet, and second air inlet pipe is connected with the second sleeve inner cavity, the purge block
Multiple spaced limited blocks of block structure, including upside, and the Water storing block of downside, the limited block are provided with use
In being provided with purge block water cavity in the horizontal aluminum rod aperture that the first aluminium bar passes through, the Water storing block, the purge block water cavity with it is described
Horizontal aluminum rod aperture connects, and connectivity part is provided with the plate with hole for water spraying, and the purge block water cavity is connected with water inlet pipe, the purge block
Lower section be water storage cavity, the water storage cavity is connected by pipeline with water pump, and the water pump is connected by water inlet pipe with purge block.
When use, aluminium bar enters from the first sleeve of first gas cleaning mechanism, then, by with the first sleeve
First air inlet pipe of connection carries out drifting dust, then, into the limited block in purge block, due to the horizontal aluminum rod aperture on limited block with
Water chamber connects, and water chamber is communicated with water pump, therefore, aluminium bar is carried out high-velocity flow flushing by hole for water spraying, successively into excessive
The cleaning of a limited block, then, into second gas cleaning mechanism, drifting dust is carried out using air-flow, and cleaning performance is preferable,
The above-mentioned plate with hole for water spraying is arranged on horizontal aluminum rod aperture lower face, in order to improve cleaning performance, in upper surface
Plate with hole for water spraying is set, and is connected by upper connection chamber with purge block water cavity.
Wherein, filter screen is provided between the purge block and water storage cavity, to be filled into chip, avoids blocking circulation pipe
Road.
In addition, be additionally provided with babinet with it is described have the first aluminium bar wiper mechanism symmetrical configuration have the second aluminium bar cleaning machine
Structure, is carried out at the same time the cleaning of two aluminium bars.
Embodiment 4
As shown in figs. 10-11, the present embodiment includes support platform and the aluminium bar being arranged in support platform directly to guiding
Mechanism, the first steering mechanism of aluminium bar, the aluminium bar directly include driving motor to guiding mechanism, rotate horizontally guide roller, longitudinal direction admittedly
Fixed board, lower air cylinder, lower pressure wheel, the output shaft of the driving motor is connected with rotating horizontally guide roller, and drives the level
Rotary steering roller rotates, and the horizontal rotation guide roller is provided with the first groove and the second groove, and two aluminium bars are carried out respectively
It is oriented to, the longitudinally fixed plate, which is arranged on, rotates horizontally guide roller side, and the upper end is provided with lower air cylinder, the lower air cylinder
Piston cylinder on be connected with inverted U block, transverse bar, the both ends of the transverse bar are hinged between the biside plate of the inverted U block
Connect a lower pressure wheel respectively, the lower pressure wheels of both sides is provided with the first groove and second recessed with the horizontal rotation guide roller respectively
Groove is used in combination；First steering mechanism of aluminium bar includes ramp blocks, and the upper surface of the ramp blocks is angularly disposed, described oblique
The two groups of steering being used in combination directive wheels are provided with the block upper surface of face and turn to guide roller, the steering directive wheel and steering
The surfaces of revolution of guide roller is parallel with the upper surface of the ramp blocks.
When use, two aluminium bars are set fluted by the lower pressure wheel of both sides with the horizontal rotation guide roller respectively
Matched structure progress is spacing, and lower air cylinder drives and is pressed under the lower pressure wheel on groove, the structure that aluminium bar is formed from both
Between pass through, then, be wound on turn to directive wheel on, come off in order to prevent, to aluminium bar carry out it is spacing, be arranged at turn to directive wheel phase
The steering guide roller being used cooperatively, aluminium bar pass through between guide roller from turning to directive wheel and turn to.Therefore, the steering directive wheel
With certain gradient, therefore, it is oriented to.
In order to ensure that aluminium bar ensures directly into pressing mechanism before pressing mechanism is entered, so as to ensure the production of product
Quality, sets the second steering mechanism of aluminium bar, and second steering mechanism of aluminium bar is arranged in the route of travel of plug, the aluminium bar
Second steering mechanism includes second steering mechanism's ramp blocks, second steering mechanism ramp blocks, and second steering mechanism is oblique
The upper surface of face block is angularly disposed, and two groups of steerings being used in combination are provided with the second steering mechanism ramp blocks upper surface
Directive wheel and steering guide roller, the surfaces of revolution for turning to directive wheel and turning to guide roller and second steering mechanism ramp blocks
Upper surface it is parallel, the angle of inclination of second steering mechanism's ramp blocks is consistent with the angle of inclination of ramp blocks, from turn to directive wheel
Aluminium bar out is into after crossing the second guiding mechanism of aluminium bar, into pressing mechanism.
Embodiment 5
As shown in Figure 12-Figure 15, the present embodiment includes cooler bin, and the cooler bin includes babinet and is articulated and connected with it
Case lid, the left side wall and right side wall of the babinet are both provided with babinet arc notch, and the babinet is by horizontal splitter plate by case
Body is divided into water tank and soaking box, support plate is provided with above the horizontal splitter plate, between support plate and horizontal splitter plate
For backwater channel, strainer is set, the side of the backwater channel is backwater cavity, the support plate in the opening of the backwater channel
Top is divided into multiple immersion chambers by longitudinal divider, and demarcation strip notch, the demarcation strip notch are provided with the demarcation strip
Side be provided with directive wheel, the backwater channel is connected with water storage cavity by being connected water pipe, is provided with the wall of the babinet
For the water inlet pipe to supply water for immersion chamber, the water storage cavity is connected with water inlet pipe, and water circulating pump is provided with water inlet pipe.
When use, plug is passed sequentially through into the babinet notch in left side, multiple demarcation strip notches, finally by right side
Babinet notch enters subsequent processing, in immersion intracavitary, is soaked and cooled down by water, water is circularly set, and the water for soaking chamber passes through separation
Plate notch enters backwater cavity, into after backwater cavity, after strainer, into backwater channel, then, enters storage by connecting water pipe
Water tank, the water in water tank enter water inlet pipe by water circulating pump, hence into immersion chamber, so circulation, good cooling results.
In addition, in order to improve cooling effect, the water inlet pipe is arranged on the wall of immersion chamber of the rightmost side, and on box body wall
The water knockout drum communicated therewith is provided with, the water knockout drum is connected with nozzle by coiled pipe, cools down by nozzle spray to plug.
In addition, being provided with precipitation plate in water storage cavity, the precipitation plate has gap, the precipitation plate with horizontal splitter plate
Water storage cavity is divided into precipitation chamber and water-purifying cavity, the water come in from connection nozzle, is introduced into precipitation chamber, is precipitated, after precipitation
Water covers the upper surface of precipitation plate, then, into water-purifying cavity.
In order to strengthen cooling effect, cooling fan mechanism, the cooling fan machine are provided with the box body wall of immersion chamber
Structure includes blade, wind turbine and the filter screen set gradually from inside to outside, and the blade is arc shaped blade, its medial extremity is less than outer
Side so that splash the water come and be back to immersion intracavitary from blade.
Embodiment 6
As shown in figs. 16-17, the present embodiment includes fixing bracket and drying box, and the drying box is arranged on fixing bracket
On, the drying box includes upper cartridge body and lower box body, is had on the contact surface of the upper cartridge body and lower box body square upper
Groove and lower groove, the upper groove and lower groove form cable passage to be dried, and the cable passage to be dried runs through drying
Box and have opening in the left and right sides, the cable passage upper surface to be dried is the upper porous plate with multiple holes, it is described on
Inlet channel is provided with box body, the inlet channel is connected by upper porous plate with cable passage to be dried, and the air inlet is led to
Road is connected by air inlet pipe with air pump, and the air inlet pipe includes heater box segmentum laterale and heater box medial segment, in the heater box
Side section is arranged in heater box, and is set for detour.
When use, air pump is supplied gas by air inlet pipe to inlet channel, then, the high speed gas sprayed using upper porous plate
Stream is dried, and the air-flow sprayed is after heating, is thermal current, drying effect is good.
Wherein, water and the electrically heated rod of water supply heating are provided with the heater box.
Wherein, the cable passage lower face to be dried is the lower porous plate with multiple holes, is set in the lower box body
There is water receiving passage, the water receiving passage is connected by lower porous plate with cable passage to be dried, and the water receiving passage passes through water receiving
Pipe is connected with water receiving case, and is goed deep into the water receiving case, and cup is provided with below the outlet of the water receiving pipe.
The water receiving case is arranged on inverted U frame, and water receiving case is provided with transparent door body.
The fixing bracket includes bottom girder, inverted U frame, support plate, and inverted U frame lower end is connected with bottom girder, bottom girder and
Ground is bolted to connection, and the support plate is bolted on inverted U frame upper end, and the drying and box pass through spiral shell
Bolt is fixed on the supporting plate.
Embodiment 7
As depicted in figs. 18-19, the present embodiment, including draw-gear main body, the draw-gear main body include longitudinally disposed
Fixed frame, be provided with the upper conveying mechanism of symmetrical configuration and lower conveying mechanism, the upper conveying mechanism bag on the fixed frame
Conveyer belt, driving wheel, driven wheel and driving motor, hold-down mechanism are included, the driving wheel and driven wheel are by transmitting V belt translation
Connection, the driving motor drive the driving wheel rotation, so that driving conveying belt rotates, the position between the conveyer belt is simultaneously
Row is provided with multiple hold-down mechanisms, and the hold-down mechanism includes longitudinally disposed compression cylinder and scroll wheel, the scroll wheel
On scroll wheel fixed frame, the piston rod of the compression cylinder is connected with scroll wheel fixed frame, and drives the rolling
Wheel fixed frame rises or falls.
When use, cable transfers the line by the conveyer belt of upper conveying mechanism and lower conveying mechanism using frictional force
Cable advances, and the upper conveying mechanism and lower conveying mechanism compression cylinder push the scroll wheel and upper pressure so that conveyer belt will
Cable clamps, and is rotated using conveyer belt, drives the cable to advance.
Wherein described conveyer belt has elasticity for rubber conveyer belt.
Wherein, the fixed frame front and rear sides are provided with the preceding guiding mechanism of symmetrical configuration and rear guiding mechanism, before described
Guiding mechanism includes square fixing shell and sets two longitudinal directions inside the shell to take turns and two lateral wheels.So that inlet wire and guarantor
A preferable angle is held, improves the quality of processing.
Wherein, the scroll wheel is set for multiple and side-by-side horizontal, rotates and rotates with the conveyer belt.
Wherein, tensioner frame is further included, the tensioner frame is arranged on front side of draw-gear main body, and cable passes through the tensioner frame
Entering the draw-gear main body afterwards, the tensioner frame includes position-limited wheel, expansion tightening wheel, inverted U frame, clump weight and weight linear meter,
Two side lever bottoms of the inverted U frame are connected by bolt with ground, and the weight linear meter is obliquely installed, right low left high, itself and institute
The left side bar articulated connection of inverted U frame is stated, its left end is provided with clump weight, and right end is provided with expansion tightening wheel, the inverted U frame
On the bar of left side, cylinder is hingedly connected with below the weight linear meter, piston rod and the weight linear meter of the cylinder are articulated and connected, described
Position-limited wheel is provided with below expansion tightening wheel, the position-limited wheel is arranged on the right-hand rod of inverted U frame.
Cable enters from left side bypasses expansion tightening wheel lower face, and position-limited wheel is used cooperatively with the expansion tightening wheel position, and cable leads to
Cross between two wheel, then, into pulling equipment main body, using tension mechanism, avoid cable slack from also avoiding pulling apart cable.
Embodiment 8
As illustrated in figs 20-22, the present embodiment includes adjustable frame body and the drum being arranged on adjustable frame body, described
Adjustable frame body moves left and right in parallel the first limit guide rail and the second limit guide rail set on the ground, and the left side is stood
Column lower end is provided with moving mechanism, and the right side uprights lower end fixes on the ground, and the left column upper end, which is connected with, laterally to be set
The sleeve put, the right side uprights upper end are provided with sliding bar, and the sliding bar is inserted into the sleeve, and are slided with the sleeve
Dynamic connection, the left side column and right side uprights are provided with longitudinal elevating mechanism of symmetrical configuration, the longitudinal direction elevating mechanism
Including lifting motor, leading screw, movable block and inserted block, the lifting motor is fixed on column, its output shaft is connected with leading screw,
The leading screw is threadedly coupled through the movable block and with the movable block, and inserted block, the inserted block are provided with the movable block
It is inserted in the mounting hole of drum both sides.
When use, by driving motor rotation to adjust the distance of left and right pillar, so that by the inserted block on left and right pillar
It is slidably connected in the mounting hole of insertion drum both sides and with the mounting hole, is moved up and down by lifting motor movable block,
So as to adjust the height of inserted block, easy to use, effect is good.
In addition, the moving mechanism includes driving motor and connecting shaft, the driving motor is arranged on the column of left side,
It is rotated by connecting shaft described in chain drive, and the both ends of the connecting shaft set a wheel group respectively, the wheel group include with
Two scroll wheels that connecting shaft is slidably connected, described two scroll wheels are stuck on guide rail, under the drive of driving motor, the company
Spindle rotates, so that scroll wheel rotates, so that it is mobile.
The above is only the preferred embodiment of the present invention, it is noted that for the common skill of the art
For art personnel, various improvements and modifications may be made without departing from the principle of the present invention, these improvements and modifications
Also it should be regarded as protection scope of the present invention.
Claims (3)
- A kind of 1. carbon-fibre wire system of processing, it is characterised in that including processed for carbon-fibre wire lift lead frame, Aluminium bar coalignment for carbon-fibre wire processing, the cleaning case for carbon-fibre wire processing, add for carbon-fibre wire The steering regulating device of work, the cooling device for carbon-fibre wire processing, the drying device for carbon-fibre wire processing, use Draw-gear in carbon-fibre wire processing, the take-up stand for carbon-fibre wire, the liter for carbon-fibre wire processing Drop formula lead frame includes the U-shaped steel of two longitudinally spaced settings, and the bottom of the two single u-shaped steel is connected by bottom girder, per single u-shaped An inclined support bar is welded in the upper end of steel, and the two single u-shaped steel upper end is connected with top directive wheel, is set below the top directive wheel There is spacing guiding mechanism, the limition orientation mechanism includes the U-shaped frame of the U-shaped frame of horizontally disposed transverse direction and longitudinally disposed longitudinal direction, Laterally U-shaped frame one end, the U-shaped frame both sides in longitudinal direction are both provided with directive wheel, and the setting per side for the U-shaped frame upper end connection in longitudinal direction The upper directive wheel and lower directive wheel being arranged above and below, the upper directive wheel and lower directive wheel roll in the U-type groove of U-shaped steel, described Laterally the upper end of U-shaped frame is provided with two upper directive wheels being arranged side by side, and is set on the U-shaped frame of transverse direction on the downside of the upper directive wheel There are two lower directive wheels being arranged side by side, the upper directive wheel and lower directive wheel right-angled intersection are set, and the U-shaped frame in longitudinal direction passes through Lifting gear rises or falls, and the lifting gear includes the lifting motor being disposed longitudinally on bottom girder, the lifting motor Output shaft is connected with leading screw, and the leading screw passes through the U-shaped frame in the longitudinal direction, and is threadedly coupled with the U-shaped frame in the longitudinal direction.
- 2. carbon-fibre wire system of processing according to claim 1, it is characterised in that the carbon-fibre wire that is used for is processed Aluminium bar coalignment, including the first aluminium bar coalignment, the first aluminium bar coalignment includes preceding guiding mechanism, rear is oriented to Mechanism and supporting rack, upper and lower aligning mechanism, horizontal aligning mechanism, the front end of support frame as described above be provided with preceding guiding mechanism, after End is provided with rear guiding mechanism, fixed block is provided with the support platform of support frame as described above, the side of the fixed block is provided with Upper and lower aligning mechanism, horizontal school is connected with described in the support platform on rear side of aligning mechanism by former and later two supporting blocks up and down Straight mechanism, the preceding guiding mechanism, rear guiding mechanism symmetrical configuration, the square frame after being opened including front and rear side are described square The longitudinal direction wheel and the lateral wheel of two transverse directions of two longitudinal directions are provided with frame；The aligning mechanism up and down includes longitudinally disposed First connecting plate and three upper mobile guide wheels being arranged on the first connecting plate and four lower fixed guide wheels, it is described to move up Action-oriented wheel and lower fixed guide wheel are arranged at intervals successively in the horizontal direction；The horizontal aligning mechanism includes horizontally disposed Second connecting plate, mobile guide wheel and four preceding fixed guide wheels after including three on second connecting plate are mobile after described Interval is set successively in the horizontal direction for directive wheel and preceding fixed guide wheel, and aluminium bar passes sequentially through preceding guiding mechanism, upper and lower straightener Structure, horizontal aligning mechanism, rear guiding mechanism.
- 3. carbon-fibre wire system of processing according to claim 1, it is characterised in that including lid and babinet, the lid Body and babinet are articulated and connected, and the first aluminium bar wiper mechanism is provided with the babinet, and the first aluminium bar wiper mechanism includes connecting The first gas cleaning mechanism for being connected on babinet front end, the purge block being arranged in babinet and the second gas for being connected to box back Body cleaning mechanism, the first gas cleaning mechanism include the first sleeve and the first air inlet pipe, and first sleeve laterally connects It is connected on the babinet, first air inlet pipe is connected with first barrel bore, and the second gas cleaning mechanism includes Second sleeve and the second air inlet pipe, the second sleeve are connected laterally on the babinet, second air inlet pipe with it is described Second sleeve inner cavity connects, and the purge block is block structure, includes multiple spaced limited blocks of upside, and downside Water storing block, the limited block is provided with the horizontal aluminum rod aperture passed through for the first aluminium bar, cleaning is provided with the Water storing block Block water cavity, the purge block water cavity are connected with the horizontal aluminum rod aperture, and connectivity part is provided with the plate with hole for water spraying, the purge block Water cavity is connected with water inlet pipe, and the lower section of the purge block is water storage cavity, and the water storage cavity is connected by pipeline with water pump, the water Pump is connected by water inlet pipe with purge block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711441132.8A CN107993774A (en) | 2017-12-27 | 2017-12-27 | A kind of carbon-fibre wire system of processing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711441132.8A CN107993774A (en) | 2017-12-27 | 2017-12-27 | A kind of carbon-fibre wire system of processing |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107993774A true CN107993774A (en) | 2018-05-04 |
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ID=62041843
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711441132.8A Pending CN107993774A (en) | 2017-12-27 | 2017-12-27 | A kind of carbon-fibre wire system of processing |
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| CN (1) | CN107993774A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109290490A (en) * | 2018-11-23 | 2019-02-01 | 广西广缆科技集团有限公司 | System is straightened in a kind of cable |
| CN111156946A (en) * | 2020-03-26 | 2020-05-15 | 郑州工程技术学院 | Accurate measuring device for cable sag |
-
2017
- 2017-12-27 CN CN201711441132.8A patent/CN107993774A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109290490A (en) * | 2018-11-23 | 2019-02-01 | 广西广缆科技集团有限公司 | System is straightened in a kind of cable |
| CN111156946A (en) * | 2020-03-26 | 2020-05-15 | 郑州工程技术学院 | Accurate measuring device for cable sag |
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Application publication date: 20180504 |