CN209266099U - A kind of adjustable cable core compacting device - Google Patents
A kind of adjustable cable core compacting device Download PDFInfo
- Publication number
- CN209266099U CN209266099U CN201822273094.6U CN201822273094U CN209266099U CN 209266099 U CN209266099 U CN 209266099U CN 201822273094 U CN201822273094 U CN 201822273094U CN 209266099 U CN209266099 U CN 209266099U
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- China
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- roll wheel
- silk braid
- lower roll
- cable core
- outer silk
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Abstract
The utility model relates to cable processing technique field more particularly to a kind of adjustable cable core compacting devices.Bracket setting is slidably connected on the base and by mobile mechanism and the pedestal, and the top shoe assembly and the downslide block assembly are arranged on the bracket by elevating mechanism.The upper roll wheel being arranged on the top shoe assembly and the lower roll wheel being arranged on the downslide block assembly are oppositely arranged, the upper roll wheel and the lower roll wheel are horizontally disposed with and the upper roll wheel is arranged above the lower roll wheel, and the pass that power supply cable core passes through is formed between the upper roll wheel and the lower roll wheel.The utility model can be allowed at upper roll wheel and lower roll wheel in place by the cooperation of mobile mechanism and elevating mechanism, realized upper roll wheel by the first positioning mechanism and the second positioning mechanism and stabilization when lower roll wheel rotates, improved the quality of molding core.
Description
Technical field
The utility model relates to cable processing technique field more particularly to a kind of adjustable cable core compacting devices.
Background technique
The cable core of bulky capacitor electric energy is conveyed, is generally twisted together using more stranded conductors.Current cable industry
The cable core compacting device that uses realizes pressing and extending for stranded conductor.Existing compacting device is often through each one group up and down
Rotary a pair of of the roller installed on parallel axes, is drawn close to the slot being just combined into afterwards using upper and lower roller periphery, is come
It completes copper coin shape and is twisted core to fan-shaped or shoe processing.But there are many defects for existing compacting device, firstly, since
The fit-up gap of axis and roller is superimposed the fit-up gap of sliding block and slideway, may cause the nonparallelism of upper and lower two groups of axis in 2mm
More than, to make up and down that for rolling axle to inclination, the center line of periphery slot forms angle, cause to suppress from roller slot
Suppress elastic different and form wire core section asymmetric, irregular phenomenon, serious shadow in special-shaped core (fan-shaped and shoe) both sides
Subsequent cabling process and product quality are rung, or even the product defects such as core overlap occurs.Secondly, roller is not positioned axially
(structure type of axis rotation, can not position or positioning difficulty is big) or partial devices (the non-rotary structure type of axis) are in roller
The silk braid manual positioning that both ends have is inaccurate, and will lead to roller up and down will also result in molding core after axile displacement, dislocation
, there are the product defects such as core overlap in asymmetric, the irregular phenomenon in section.
Furthermore compacting device is subordinated to a part of process production line, it is between doubling device and traction device, and
Line die hole center, calender roller wheel slot center, traction wheel conduit center, three be in a straight line be it is ideal, be
The minimum drag direction that core advances, but in mounting production line, three can not accomplish completely point-blank, in this way
In core die mould, roller is in the effect that will necessarily axially generate biggish axial dipole field external force.Therefore, to roller without axial fixed
The compacting device of position, will cause being seriously worn for roller, can also aggravate the molding shaped Offset of core, aggravation core overlap etc. and produce
Product defect；There is the compacting device of manual positioning to roller, then can accelerate the abrasion of roller groove portion.In the actual production process, preceding
Three kinds of situations can overlaying influences, eventually result in that the cable core quality produced is bad and the production efficiency of cable is low.
Utility model content
For the utility model in order to solve the technical problem in above-mentioned background technique, two rollers can either be adjusted by providing one kind
The adjustable cable core that freely moves up and down and can adjust the horizontal position of the roller slot of compacting device presses dress
It sets.
The technical solution that the utility model solves above-mentioned technical problem is as follows: a kind of adjustable cable core presses dress
It sets, including pedestal, upper roll wheel, lower roll wheel, bracket, top shoe assembly and downslide block assembly, the bracket is arranged in the pedestal
It goes up and passes through mobile mechanism and be slidably connected with the pedestal, the top shoe assembly and the downslide block assembly pass through elevator
Structure is arranged on the bracket；
The upper roll wheel being arranged on the top shoe assembly and the lower roll being arranged on the downslide block assembly
Wheel is symmetrical arranged, and the horizontally disposed and described upper roll wheel is arranged above the lower roll wheel upper roll wheel with the lower roll wheel,
The pass that power supply cable core passes through is formed between the upper roll wheel and the lower roll wheel.
The beneficial effects of the utility model are: since bracket is slidably connected by mobile mechanism and the pedestal, so working as
Hole type hole center between the upper roll wheel of roller apparatus and lower roll wheel is pressed and traction wheel conduit center does not exist in doubling die hole center
When on straight line, by the mobile bracket of mobile mechanism so that doubling die hole center, press roller apparatus upper roll wheel and
Hole type hole center and traction wheel conduit center between lower roll wheel point-blank, avoid the molding shaped Offset of core and
The product defects such as core overlap improve the quality of core.And the surface of downslide block assembly, institute is arranged in top shoe assembly
Stating top shoe assembly and the downslide block assembly can determine height by elevating mechanism, so as to allow upper roll wheel and lower roll
Wheel is moved to position appropriate, so that upper roll wheel and lower roll wheel are capable of forming the pass that power supply cable core appropriate passes through, and
It can allow upper roll wheel and lower roll wheel keeping parallelism state, avoid the generation of failure significantly.
Based on the above technical solution, the utility model can also do following improvement.
Further, the upper roll wheel is equipped with through its axle center and horizontally disposed first roll shaft, sets on the lower roll wheel
There is through its axle center and horizontally disposed second roll shaft, first roll shaft, which is equipped with, can prevent the upper roll wheel offset
First positioning mechanism, second roll shaft are equipped with the second positioning mechanism that can prevent the lower roll wheel offset.
Beneficial effect using above-mentioned further scheme is that horizontally disposed first roll shaft and the second roll shaft can be protected respectively
Hold the level of upper roll wheel and lower roll wheel, it is therefore prevented that upper roll wheel and lower roll wheel form angle so as to cause the molding core for pressing out
, there are the product defects such as core overlap in asymmetric, the irregular phenomenon in section.And the first positioning mechanism is able to maintain upper roll wheel and exists
During rotation, the displacement of horizontal direction does not occur, the second positioning mechanism is able to maintain lower roll wheel and does not send out during rotation
The displacement of raw horizontal direction.Situation to prevent the molding core quality for pressing out low, in irregular shape.
Further, first positioning mechanism includes fixed outer silk braid and the outer silk braid of activity, silk braid and institute outside the fixation
The both ends that the outer silk braid of activity is respectively sleeved at first roll shaft are stated, the side of the fixation outer silk braid and the upper roll wheel is supported
It connects, another side contacts of the outer silk braid of activity and the upper roll wheel, the outer silk braid of the fixation is fixed on by silk braid in first
On the top shoe assembly, the outer silk of activity is set in second in silk braid and can be moved in described second in silk braid
Dynamic, silk braid is fixed by screws on the top shoe assembly in described second.
Beneficial effect using above-mentioned further scheme be the upper roll wheel in the middle part of the first roll shaft is set in for bearing A, Gu
Fixed outer silk braid is fixed on top shoe assembly by silk braid in first and is abutted with the side wall of the side of upper roll wheel, so limiting
Upper roll wheel silk braid side to outside fixation is mobile.In the outer wall insertion first of fixed outer silk braid in silk braid.The outer silk braid of activity is set in
It being contacted on first roll shaft and with the side wall of the other side of upper roll wheel, the side for limiting upper roll wheel silk braid to outside activity is mobile, from
And it ensure that upper roll wheel and be not subjected to displacement in the horizontal direction when operating.Silk braid is set in the outer silk braid of activity in second
Outer wall, silk braid is fixedly connected by screw with top shoe assembly in second.When need to dismantle upper roll wheel, the outer silk of rotary moveable
Set, screws out certain distance on the first roll shaft for silk braid outside activity outward, then takes out upper roll wheel.
Further, second positioning mechanism includes fixed outer silk braid and the outer silk braid of activity, silk braid and institute outside the fixation
The both ends that the outer silk braid of activity is respectively sleeved at second roll shaft are stated, the side of the fixation outer silk braid and the lower roll wheel is supported
It connects, another side contacts of the outer silk braid of activity and the lower roll wheel, the outer silk braid of the fixation is fixed on by silk braid in first
On the downslide block assembly, the outer silk of activity is set in second in silk braid and can be moved in described second in silk braid
Dynamic, silk braid is fixed by screws on the downslide block assembly in described second.
Beneficial effect using above-mentioned further scheme be the lower roll wheel in the middle part of the second roll shaft is set in for bearing A, Gu
Fixed outer silk braid is fixed on downslide block assembly by silk braid in first and is abutted with the side wall of the side of lower roll wheel, so limiting
Lower roll wheel silk braid side to outside fixation is mobile.In the outer wall insertion first of fixed jacket in silk braid.The outer silk braid of activity is set in the
It being contacted on two roll shafts and with the side wall of the other side of lower roll wheel, the side for limiting lower roll wheel silk braid to outside activity is mobile, thus
It ensure that lower roll wheel is not subjected to displacement in the horizontal direction when operating.Silk braid is set in the outer of the outer silk braid of activity in second
Wall, silk braid is fixedly connected by screw with downslide block assembly in second.When need to dismantle lower roll wheel, the outer silk of rotary moveable
Set, screws out certain distance on the second roll shaft for silk braid outside activity outward, then takes out lower roll wheel.
Further, first positioning mechanism is that the limitation upper roll wheel being arranged on first roll shaft moves horizontally
Spindle Lock, second positioning mechanism are the spindle Lock that the limitation lower roll wheel being arranged on second roll shaft moves horizontally.
Beneficial effect using above-mentioned further scheme is to be separately positioned on the upper of one end of the first roll shaft for bearing B
Roller, the spindle Lock being arranged on the first roll shaft can prevent the displacement of upper roll wheel in the horizontal direction.For there is bearing B set
It is located at the lower roll wheel of one end of the second roll shaft, the spindle Lock being arranged on the second roll shaft can prevent lower roll wheel in the horizontal direction
On displacement.Guarantee the rule for the molding cable core shape produced.
Further, the quantity of the mobile mechanism is two and what is be parallel to each other is arranged in the opposite both ends of the pedestal.
Beneficial effect using above-mentioned further scheme is that two mobile mechanisms being parallel to each other can allow bracket in movement
When keep stability.
Further, the mobile mechanism includes sliding rail and horizontal sliding shoe, and the upper table of the pedestal is arranged in the sliding rail
It on face and is fixedly connected with the base, the top of the horizontal sliding shoe is fixedly connected with the bottom surface of the bracket, the cunning
Rail is embedded in the bottom end of the horizontal sliding shoe and the horizontal sliding shoe can slide on the sliding rail.
Beneficial effect using above-mentioned further scheme, which is that bracket slides on the slide rail, drives upper roll wheel and lower roll wheel in water
It moves in plane, due to being that entire bracket moves, so the component on bracket can either keep stable, and can make
Doubling die hole center, press hole type hole center between the upper roll wheel of roller apparatus and lower roll wheel and traction wheel conduit center exists
On straight line, the molding shaped Offset of core is avoided.It ensure that the molding quality of core.
Further, the elevating mechanism includes the linear slide rail set up vertically, upper sliding shoe and downslide motion block, described linear
Sliding rail is fixed on the bracket, and the top shoe assembly is slidably connected by the upper sliding shoe with the linear slide rail, institute
It states downslide block assembly and is slidably connected by the downslide motion block with the linear slide rail.
Beneficial effect using above-mentioned further scheme is, the top shoe assembly by upper sliding shoe on the linear slide rail
It slides up and down, to control the height of upper roll wheel, the downslide block assembly is slided up and down on the linear slide rail by downslide motion block,
To control the height of lower roll wheel.Last upper roll wheel and lower roll wheel can be adjusted to suitable pass power supply cable core at any time and wear
It crosses, improves the adaptability of device.
Further, the elevating mechanism further includes the first elevating screw set up vertically and the second lifting silk set up vertically
The top of bar, first elevating screw is connect through and out the top of the bracket with handle, first elevating screw
Bottom end be threadedly coupled with silk braid, the silk braid at the top of screw and the top shoe assembly by being fixedly connected.Described second
Elevating screw is threadedly coupled with the bracket bottom end, the bottom end of the top of second elevating screw through and out the bracket
It is abutted with the bottom end of the downslide block assembly.
Beneficial effect using above-mentioned further scheme is that hand-held handle does spinning movement and drives the rotation of the first elevating screw
Turn, the first elevating screw rotates in silk braid, since the first elevating screw is threadedly coupled with silk braid.So top shoe assembly with
Silk braid rises or falls, so that upper sliding shoe be driven to slide up and down along linear slide rail.To control the height of upper roll wheel.The
Two elevating screws are threadedly coupled with bracket, so downslide block assembly can be with the second lifting in the second elevating screw rotary course
Rising or falling for screw rod and move, it is final to realize under control so that downslide motion block be driven to rise or fall along linear slide rail
The height of roller.The gap between free control upper roll wheel and lower roll wheel is realized well.
Further, the axial line of the upper roll wheel and the axial line of the lower roll wheel are in the same plane.
Beneficial effect using above-mentioned further scheme is so that upper roll wheel and lower roll wheel press cable core when
It waits, in the same plane due to axial line, so upper roll wheel and lower roll wheel can keep stablizing in compacting process, cable core
Uniform force.
Detailed description of the invention
Fig. 1 is the sectional front view of one type structure of the utility model；
Fig. 2 is the view side view of one type structure of the utility model；
Fig. 3 is the side view of two type structure of the utility model；
Fig. 4 is the rear view of two type structure of the utility model；
Fig. 5 is the first positioning mechanism schematic diagram of one type structure of the utility model；
Fig. 6 is the second positioning mechanism schematic diagram of one type structure of the utility model；
Fig. 7 is the first positioning mechanism schematic diagram of two type structure of the utility model；
Fig. 8 is the second positioning mechanism schematic diagram of two type structure of the utility model.
In attached drawing, parts list represented by the reference numerals are as follows:
1, pedestal, 2, sliding rail, 3, bracket, 4, top shoe assembly, 5, downslide block assembly, 6, linear slide rail, 7, upper roll wheel, 8,
Lower roll wheel, 9, handle, 10, upper sliding shoe, 11, downslide motion block, 12, horizontal sliding shoe, the 13, first elevating screw, 14, second liters
Drop screw rod, 15, fixed outer silk braid, 16, the outer silk braid of activity, 17, screw, 18, silk braid, 19, stop collar, 20, spring, 21, tapered sleeve,
22, steel ball, 23, inner sleeve, 24, housing, 25, roll shaft, silk braid in 26, first, silk braid in 27, second, the 28, second roll shaft, 29, axis
Hold A, 31, bearing B.
Specific embodiment
The principles of the present invention and feature are described below in conjunction with attached drawing, example is served only for explaining that this is practical
It is novel, it is not intended to limit the scope of the utility model.
Embodiment 1,
As depicted in figs. 1 and 2, a kind of adjustable cable core compacting device, including pedestal 1, upper roll wheel 7, lower roll wheel
8, bracket 3, top shoe assembly 4 and downslide block assembly 5, the bracket 3 are arranged on the pedestal 1 and pass through mobile mechanism and institute
It states pedestal 1 to be slidably connected, the top shoe assembly 4 and the downslide block assembly 5 are arranged by elevating mechanism in the bracket 3
On；
The upper roll wheel 7 that is arranged on the top shoe assembly 4 and it is arranged under described on the downslide block assembly 5
Roller 8 is symmetrical arranged, and the horizontally disposed and described upper roll wheel 7 is arranged in the lower roll wheel upper roll wheel 7 with the lower roll wheel 8
8 tops form the pass that power supply cable core passes through between the upper roll wheel 7 and the lower roll wheel 8.
Specifically, the mobile mechanism includes sliding rail 2 and horizontal sliding shoe 12, the pedestal 1 is arranged in the sliding rail 2
It is fixedly connected on upper surface and with the pedestal 1, the fixed company in the top of the horizontal sliding shoe 12 and the bottom surface of the bracket 3
It connects, the sliding rail 2 is embedded in the bottom end of the horizontal sliding shoe 12 and the horizontal sliding shoe 12 can slide on the sliding rail 2.
The quantity of the mobile mechanism is two and the opposite both ends of the pedestal 1 is arranged in.
Specifically, the elevating mechanism includes the linear slide rail 6, upper sliding shoe 10 and downslide motion block 11 set up vertically, institute
It states linear slide rail 6 to be fixed on the bracket 3, the top shoe assembly 4 passes through the upper sliding shoe 10 and the linear slide rail 6
It is slidably connected, the downslide block assembly 4 is slidably connected by the downslide motion block 11 and the linear slide rail 6.
Specifically, the elevating mechanism further includes the first elevating screw 13 set up vertically and the second lifting set up vertically
The top of screw rod 14, first elevating screw 13 is connect through and out the top of the bracket 3 with handle 9, and described first
The bottom end of elevating screw 13 is threadedly coupled with silk braid 18, and the silk braid 18 is solid by the top of screw and the top shoe assembly 4
Fixed connection；
Second elevating screw 14 is threadedly coupled with 3 bottom end of bracket, and the top of second elevating screw 14 is worn
It crosses and the bottom end for stretching out the bracket 3 is abutted with the bottom end of the downslide block assembly 5.
Specifically, the upper roll wheel 7 is equipped with through its axle center and horizontally disposed first roll shaft 25, the lower roll wheel 8
It is equipped with through its axle center and horizontally disposed second roll shaft 28, first roll shaft 25, which is equipped with, can prevent the upper roller
First positioning mechanism of 7 offset of wheel, second roll shaft 28 are equipped with the second localization machine that can prevent the lower roll wheel 8 from deviating
Structure.The middle part of first roll shaft 25 and the middle part of second roll shaft 28 are arranged with bearing A29 and by the bearing A29
It is arranged upper roll wheel 7 and lower roll wheel 8 respectively.
Specific embodiment is, by bracket 3 as sliding rail 2 slides on pedestal 1, and is driven by swing handle 9
First elevating screw 13 rises perhaps decline to pass through drive top shoe assembly 4 rising of silk braid 18 or decline, and top shoe
Assembly 4 rises or declines on linear slide rail 6 under the action of upper sliding shoe 10.Risen by the second elevating screw 14 of rotation
Perhaps decline thus drive downslide block assembly 5 rise or decline, and downslide block assembly 5 under the action of downslide motion block 11
Rise on linear slide rail 6 or declines.The pass center of pass between upper roll wheel 7 and lower roll wheel 8 and doubling die hole center and
Traction wheel conduit center on the same line, ensure that when cable core passes through compacting device, molding cable core
Regular shape.Ensure the quality of molding cable core.Bracket 3 by a horizontally disposed bottom plate, on bottom plate with it is vertical
The bottom end for the straight panel set up is fixedly connected, and the straight panel is equipped with horizontally disposed top plate.First elevating lever 13 passes through simultaneously
It is connect after the bearing stretched out on the top plate with handle 9, described, the linear slide rail 6 is arranged in the straight panel, the bottom plate
Bottom surface be provided with horizontal sliding shoe 12.So cable core passes through upper roll wheel 7 and lower roll wheel 8 under the traction of traction device
Pass when, upper roll wheel 7 and lower roll wheel 8 are rotated with the movement of cable core, to realize pressing for cable core.?
During this, by the adjustment of elevating mechanism and mobile mechanism so that pass center between upper roll wheel 7 and lower roll wheel 8 with
Doubling die hole center and traction wheel conduit center are always on the same line.
Embodiment 2,
As shown in Figure 5 and Figure 6, the difference from embodiment 1 is that, first positioning mechanism includes fixed outer 15 He of silk braid
The outer silk braid 16 of activity, the outer silk braid 15 of the fixation and the outer silk braid 16 of the activity are respectively sleeved at the two of first roll shaft 25
End, the outer silk braid 15 of the fixation are abutted with the side of the upper roll wheel 7, and the outer silk braid 16 of activity is another with the upper roll wheel 7
One side contacts, the outer silk braid 15 of the fixation pass through silk braid 26 in first and are fixed on the top shoe assembly 4, the activity
The setting of outer silk braid 16 can move in silk braid 27 and in silk braid 27 in described second in second, and silk braid 27 is logical in described second
Screw 17 is crossed to be fixed on the top shoe assembly 4.
Specifically, second positioning mechanism includes fixed outer silk braid 15 and the outer silk braid 16 of activity, the outer silk braid of the fixation
15 and the outer silk braid 16 of the activity be respectively sleeved at the both ends of second roll shaft 28, the outer silk braid 15 of the fixation and the lower roll
The side of wheel 8 abuts, and another side contacts of the activity outer silk braid 16 and the lower roll wheel 8, the outer silk braid 15 of the fixation passes through
Silk braid 26 is fixed on the downslide block assembly 5 in first, and the outer setting of silk braid 16 of the activity is in second in silk braid 27 and energy
Enough to move in silk braid 27 in described second, silk braid 27 is fixed on the downslide block assembly 5 by screw 17 in described second.
Specific embodiment is the middle part that the first roll shaft 25 is set in due to bearing A29 and the middle part of the second roll shaft 28,
Upper roll wheel 7 can be kept horizontality by the first roll shaft 25, and lower roll wheel 8 can be maintained at horizontality by the second roll shaft 28, so
Afterwards by the outer silk braid 16 of activity distinguish the first roll shaft of precession 25 one end and the second roll shaft 28 one end and the upper roll wheel 7 and under
The side of roller 8 contacts respectively, and then fixed outer silk braid 15 is respectively sleeved at the other end and the second roll shaft 28 of the first roll shaft 25
The other side and upper roll wheel 7 and another side contacts of lower roll wheel 8, it is therefore prevented that the shifting of upper roll wheel 7 and lower roll wheel 8 under horizontality
It is dynamic.
Embodiment 3,
As shown in Figure 3 and Figure 4, the difference from embodiment 1 is that, the upper roll wheel 7 is equipped with through its axle center and water
The first roll shaft 25 of flat setting, the lower roll wheel 8 are equipped with through its axle center and horizontally disposed second roll shaft 28, and described first
One end of roll shaft 25 and one end of second roll shaft 28 are arranged with bearing B31, pass through the first roll shaft 25 and the second roll shaft 28
The side contacts with the upper roll wheel 7 and lower roll wheel 8, the other end of first roll shaft 25 are equipped with the step of upper setting respectively
The first positioning mechanism of 7 horizontal-shift of upper roll wheel can be prevented, the other end of second roll shaft 28 is equipped with and can prevent
Only the second positioning mechanism of 8 horizontal-shift of lower roll wheel.
Embodiment 4,
As shown in Figure 7 and Figure 8, the difference with embodiment 3 is, first positioning mechanism is that first roll shaft 25 is remote
The spindle Lock that the limitation upper roll wheel 7 being arranged on one end from the bearing B31 moves horizontally, second positioning mechanism are
The spindle Lock that the limitation lower roll wheel 28 that second roll shaft 28 is arranged on one end far from the bearing B31 moves horizontally.
The spindle Lock another side contacts with the upper roll wheel 7 and the lower roll wheel 8 respectively.Shown spindle Lock use is existing on the market
Spindle Lock, spindle Lock includes inner sleeve 23, housing 24, steel ball 22, tapered sleeve 21, spring 20 and stop collar 19, first roll shaft
25 and second roll shaft 28 on be arranged with inner sleeve 23, contradicted when horizontal displacement occurs for upper roll wheel 7 or lower roll wheel 8 described in
Tapered sleeve 21, tapered sleeve 21 is squeezed to 25 direction of roll shaft, so that spindle Lock is locked on the first roll shaft 25 or the second roll shaft 28, is prevented
Upper roll wheel 7 is stopped or horizontal displacement occurs for lower roll wheel 8.When needing to take out upper roll wheel 7 or lower roll wheel 8, the hand-held limit of a hand
Stop collar 19 is pulled outwardly by position ring 19, another hand fixed jacket 24, so that spring 23 be driven to stretch.Result in steel ball 22 from
Tapered sleeve 22 is opened, so that steel ball 22 is not with the first roll shaft 25 or 28 mutual extrusion of the second roll shaft so that spindle Lock is unclamped, by core
Axis lock is displaced outwardly certain distance along the first roll shaft 25 or the second roll shaft 28.Finally realize tearing open for upper roll wheel 7 or lower roll wheel 8
It unloads.
The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all practical at this
Within novel spirit and principle, any modification, equivalent replacement, improvement and so on should be included in the guarantor of the utility model
Within the scope of shield.
Claims (10)
1. a kind of adjustable cable core compacting device, which is characterized in that including pedestal (1), upper roll wheel (7), lower roll wheel
(8), bracket (3), top shoe assembly (4) and downslide block assembly (5), the bracket (3) are arranged on the pedestal (1) and pass through
Mobile mechanism is slidably connected with the pedestal (1), and the top shoe assembly (4) and the downslide block assembly (5) pass through lifting
Mechanism is arranged on the bracket (3)；
It is arranged in the upper roll wheel (7) on the top shoe assembly (4) and is arranged described on the downslide block assembly (5)
Lower roll wheel (8) is symmetrical arranged, and horizontally disposed and described upper roll wheel (7) setting exists the upper roll wheel (7) with the lower roll wheel (8)
The pass that power supply cable core passes through is formed above the lower roll wheel (8), between the upper roll wheel (7) and the lower roll wheel (8).
2. adjustable cable core compacting device according to claim 1, which is characterized in that on the upper roll wheel (7)
Equipped with through its axle center and horizontally disposed first roll shaft (25), the lower roll wheel (8) is equipped with through its axle center and horizontal
The second roll shaft (28) being arranged, first roll shaft (25) are equipped with the first positioning that the upper roll wheel (7) can be prevented to deviate
Mechanism, second roll shaft (28) are equipped with the second positioning mechanism that the lower roll wheel (8) can be prevented to deviate.
3. adjustable cable core compacting device according to claim 2, which is characterized in that first positioning mechanism
Including fixed outer silk braid (15) and the outer silk braid (16) of activity, the outer silk braid (15) of the fixation and the outer silk braid of activity (16) are respectively
The both ends of first roll shaft (25) are set in, the outer silk braid (15) of the fixation is abutted with the side of the upper roll wheel (7), described
Another side contacts of activity outer silk braid (16) and the upper roll wheel (7), the outer silk braid (15) of the fixation pass through silk braid in first
(26) it is fixed on the top shoe assembly (4), the outer silk braid of activity (16) is arranged in second in silk braid (27) and can
It is moved in silk braid (27) in described second, silk braid (27) is fixed on the top shoe assembly by screw (17) in described second
(4) on.
4. adjustable cable core compacting device according to claim 2, which is characterized in that second positioning mechanism
Including fixed outer silk braid (15) and the outer silk braid (16) of activity, the outer silk braid (15) of the fixation and the outer silk braid of activity (16) are respectively
The both ends of second roll shaft (28) are set in, the outer silk braid (15) of the fixation is abutted with the side of the lower roll wheel (8), described
Another side contacts of activity outer silk braid (16) and the lower roll wheel (8), the outer silk braid (15) of the fixation pass through silk braid in first
(26) it is fixed on downslide block assembly (5), the outer silk braid of activity (16) is arranged in second in silk braid (27) and can be in institute
It states and is moved in silk braid in second (27), silk braid (27) is fixed on the downslide block assembly (5) by screw (17) in described second
On.
5. adjustable cable core compacting device according to claim 2, which is characterized in that first positioning mechanism
For the spindle Lock that the limitation upper roll wheel (7) being arranged on first roll shaft (25) moves horizontally, second positioning mechanism
The spindle Lock moved horizontally for the limitation lower roll wheel (8) being arranged on second roll shaft (28).
6. adjustable cable core compacting device according to claim 1, which is characterized in that the number of the mobile mechanism
The both ends that amount is two and setting is opposite in the pedestal (1).
7. adjustable cable core compacting device according to claim 6, which is characterized in that the mobile mechanism includes
Sliding rail (2) and horizontal sliding shoe (12), the sliding rail (2) be arranged on the upper surface of the pedestal (1) and with the pedestal (1)
It is fixedly connected, the top of the horizontal sliding shoe (12) is fixedly connected with the bottom surface of the bracket (3), sliding rail (2) insertion
The bottom end of the horizontal sliding shoe (12) and the horizontal sliding shoe (12) can slide on the sliding rail (2).
8. adjustable cable core compacting device according to claim 1, which is characterized in that the elevating mechanism includes
Linear slide rail (6), upper sliding shoe (10) and the downslide motion block (11) set up vertically, the linear slide rail (6) are fixed on the branch
On frame (3), the top shoe assembly (4) is slidably connected by the upper sliding shoe (10) with the linear slide rail (6), under described
Sliding block assembly (5) is slidably connected by the downslide motion block (11) with the linear slide rail (6).
9. adjustable cable core compacting device according to claim 8, which is characterized in that the elevating mechanism also wraps
The second elevating screw (14) for including the first elevating screw (13) set up vertically and setting up vertically, first elevating screw (13)
Top connect through and out the top of the bracket (3) with handle (9), the bottom end of first elevating screw (13) and silk
It covers (18) to be threadedly coupled, the silk braid (18) at the top of screw and the top shoe assembly (4) by being fixedly connected；
Second elevating screw (14) is threadedly coupled with the bracket (3) bottom end, the top of second elevating screw (14)
It is abutted through and out the bottom end of the bracket (3) with the bottom end of the downslide block assembly (5).
10. -9 described in any item adjustable cable core compacting devices according to claim 1, which is characterized in that on described
The axial line of roller (7) and the axial line of the lower roll wheel (8) are in the same plane.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822273094.6U CN209266099U (en) | 2018-12-29 | 2018-12-29 | A kind of adjustable cable core compacting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822273094.6U CN209266099U (en) | 2018-12-29 | 2018-12-29 | A kind of adjustable cable core compacting device |
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| CN209266099U true CN209266099U (en) | 2019-08-16 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109585089A (en) * | 2018-12-29 | 2019-04-05 | 张尔 | A kind of adjustable cable core compacting device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109585089A (en) * | 2018-12-29 | 2019-04-05 | 张尔 | A kind of adjustable cable core compacting device |
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