CN207559259U - Automated data line pre-processing device - Google Patents
Automated data line pre-processing device Download PDFInfo
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- CN207559259U CN207559259U CN201720934510.5U CN201720934510U CN207559259U CN 207559259 U CN207559259 U CN 207559259U CN 201720934510 U CN201720934510 U CN 201720934510U CN 207559259 U CN207559259 U CN 207559259U
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Abstract
The utility model discloses a kind of automated data line pre-processing device, including：It cuts and clamp cable device, stripping rubber device, brush braiding layer device, braiding decker, braiding layer integrating apparatus, shearing braiding layer device, stripping aluminium foil device；It cuts and clamp cable device has cable conveying mechanism and rotation thread clamping mechanism, which includes a belt mechanism, and the belt in the belt mechanism all constantly rubs to the cable segment section for having shelled rubber, and the braiding layer of cable segment end is enabled to become loose；It is above-mentioned to cut and clamp cable device, stripping rubber device, brush braiding layer device, braiding decker, braiding layer integrating apparatus, shearing braiding layer device, stripping aluminium foil device are successively set on two side of a conveyor, the conveyor is driven by driving device and run, and multiple transmission Tourniquet clamping heads for being used to clamp the cable segment both ends are provided in conveyor.The utility model whole flow uses automated job, substantially increases production efficiency, and may insure the processing quality of product.
Description
Technical field：
The utility model is related to data line pre-treating technology equipment technical fields, refer in particular to a kind of automated data line pre-treatment
Equipment.
Background technology：
Usually the data line is mainly data line, such as USB data line etc. generally comprises：Cable and
It is arranged on the connector at cable both ends.During production, cable is cut into specified length, it then will be in the core wire and connector in cable
Corresponding terminal is electrically connected, then connector is completed.
At present in creation data line, first choice needs to carry out pre-treatment to the end at cable both ends, in order to subsequent work
Industry.As shown in Figure 1, common cable structure is as follows, and including several core wires 01, one layer of aluminium is coated in the periphery of core wire 01
Layers of foil 02, aluminium foil layer 02 are used to, to preventing electromagnetic interference, improve efficiency of transmission.One layer of braiding is coated in the periphery of aluminium foil layer 02
Layer 03, which is toughness for improving product and prevents aluminium foil layer 02 from coming off, finally in the periphery of braiding layer 02
It is coated with one layer of insulation rubber 01.When process data line, in order to which core wire 01 is enabled to reveal, it is necessary to will be outside core wire 01
Aluminium foil layer 02, braiding layer 03, the rubber 04 enclosed is removed, and could carry out the connection operation of follow-up core wire and connector, this stripping core
The operation of line outer layer is in industry called the pre-treating technology of data line.Due to the pre-treating technology of data line be related to it is multiple and different
The cable processing of layer, in order to ensure core wire not to be caused to damage, the pre-treating technology of data line uses manual work more at present, i.e.,
By manually removing the rubber of cable 04, braiding layer 03, aluminium foil layer 02 successively, finally appear place's core wire 01.Due to using people
The industry that works carries out the pre-treating technology of data line, causes production efficiency low, and the end of a thread requirement removed is difficult unified, to rear
Continuous data line processing brings certain trouble.
The present inventor is by continuous design and improves, it is proposed that following technical solution, to realize to data line pre-treatment
Automated job.
Utility model content：
Technical problem to be solved in the utility model, which is that, overcomes the deficiencies of the prior art and provide a kind of automation number
According to line pre-processing device.
In order to solve the above-mentioned technical problem, the utility model employs following technical proposals：Before the automated data line
Reason equipment includes：It cutting and clamp cable device, this cuts and clamp cable device has cable conveying mechanism and rotation thread clamping mechanism,
The end of cable conveying mechanism is wherein provided with cable cutting mechanism, cable is cut into the cable segment of nominal length；Shell glue
Leather jacket is put, which has a bark knife, and sanction stripping is carried out to the end rubber of cable segment；Brush braiding layer device, the brush
Braiding layer device includes a belt mechanism, and the belt in the belt mechanism all constantly rubs to the cable segment section for having shelled rubber
It wipes, the braiding layer of cable segment end is enabled to become loose；Decker is woven, which includes the pressure of an opposite operating
Wheel and the lamination mechanism for being set to pinch roller end of incoming cables, by weaving decker by the loose braiding layer in cable segment end point
It is divided into two layers up and down；Braiding layer integrating apparatus, the braiding layer integrating apparatus include the braiding layer collet of corresponding design up and down, and
The upper and lower braiding layer collet can the rotation under the drive of itself driving mechanism, enable up and down two layers braiding layer distinguish twist and compiled into one
Knit line；Braiding layer device is sheared, which shears the litzendraht wire for being divided into upper and lower two strands；Shell aluminium foil dress
It puts, which is used to remove the aluminium foil layer of cable segment end；It is above-mentioned to cut and clamp cable device, stripping rubber dress
It puts, brush braiding layer device, braiding decker, braiding layer integrating apparatus, shearing braiding layer device, stripping aluminium foil device are set gradually
In a conveyor the same side, which is driven by driving device and run, and is provided in conveyor multiple for pressing from both sides
Hold the transmission Tourniquet clamping head at the cable segment both ends.
Furthermore, in above-mentioned technical proposal, it is described cut and clamp cable device in cable conveying mechanism perpendicular to
The direction setting of conveyor operation；The cable cutting mechanism includes being arranged on the tool apron of cable conveying mechanism end and set
The cable cutter that can be run above tool apron and up and down is placed in, the cable is defeated by the transmission wheel in cable conveying mechanism
It send, and across the through-hole on tool apron, is cut by being about to cable cutter under cable cutter.
Furthermore, in above-mentioned technical proposal, it is described cut and clamp cable device in rotation thread clamping mechanism be set to line
The side of cable cutting mechanism, including：Holder of line, rotating mechanism, elevating mechanism, the holder of line are arranged on a base of the carrier head
Lower section, the base of the carrier head interlock the rotation for realizing 180 degree with rotating mechanism, and the elevating mechanism passes through connecting plate and rotating mechanism
It is fixedly connected, rotating mechanism and base of the carrier head is driven to run up and down.
Furthermore, in above-mentioned technical proposal, the brush braiding layer device includes：Two groups of symmetrically arranged belt feeders
Structure, it is inclined with the belt section of cable segment section friction in the belt mechanism, and the traffic direction of the belt section is along cable
Section is run from interior by outer direction, and using the friction of the rubbing surface on the belt of belt mechanism and cable segment end, order loses glue
The braiding layer of skin protection becomes loose.
Furthermore, in above-mentioned technical proposal, the braiding decker includes：The pinch roller of one group of opposite operating,
And the lamination mechanism of pinch roller end of incoming cables is set to, the pinch roller is driven by being layered cylinder to the operation of cable segment direction, institute
The lamination mechanism stated includes lower leaf plate, higher slice plate, and higher slice plate can be run, and press up and down by cylinder drive
On lower leaf plate, cable segment is compressed, the end of upper and lower demixing plate towards the pinch roller is wedge shaped.
Furthermore, in above-mentioned technical proposal, the braiding layer integrating apparatus includes：The braiding being correspondingly arranged up and down
Layer collet, and the upper and lower braiding layer collet is realized by a belt transmission mechanism and rotated synchronously.
Furthermore, in above-mentioned technical proposal, described shearing braiding layer device includes upper shearing braiding layer mechanism
With down cut braiding layer mechanism.
Furthermore, it in above-mentioned technical proposal, is also set between the shearing braiding layer device and stripping aluminium foil device
A laser ring cutting device is equipped with, the aluminium foil of cable section surface is carried out by ring cutting by the laser ring cutting device.
Furthermore, it in above-mentioned technical proposal, is also set between the laser ring cutting device and shearing braiding layer device
It is equipped with copper-clad foil device.
Furthermore, in above-mentioned technical proposal：One end of the conveyor is provided with the driving horse of its operating of driving
It reaches, the belt wheel of conveyor is driven by drive motor；The transmission Tourniquet clamping head includes：Fixed plate fixed with conveyor, with
And the left and right clamping plate in fixed plate is articulated in, left and right clamping plate upper end has been correspondingly formed the portion of being mutually twisted, and under Gravitative Loads
Left and right clamping plate, which has, relatively rotates operation trend, its occlusion portion is enabled to be in clamped condition, cable segment is clamped；When transmission Tourniquet clamping head
When running to transmission strap end portion belt wheel position, left and right clamping plate lower end is formed with belt wheel interferes, and is driven and rotates by belt wheel, enables left and right
Clamping plate deflects, its occlusion portion is enabled to be in releasing orientation.
After adopting the above technical scheme, the working method of the utility model is as follows：Conveyor side in sequence according to
Secondary setting is cut and clamp cable device, stripping rubber device, brush braiding layer device, braiding decker, braiding layer integrating apparatus, cuts
Braiding layer device, stripping aluminium foil device are cut, conveyor is driven by driving device and run, and multiple use are provided in conveyor
In the transmission Tourniquet clamping head for clamping the cable segment both ends.By transmitting Tourniquet clamping head by after the clamping of cable segment both ends, pass through stripping successively
Rubber device, brush braiding layer device, braiding decker, braiding layer integrating apparatus, shearing braiding layer device, stripping aluminium foil device,
The rubber at cable segment both ends, braiding layer, aluminium foil layer are removed successively, the core wire inside cable segment both ends is finally enabled to reveal,
So as to carry out the technique being connect in next step with cable connector.
The utility model whole flow uses automated job, substantially increases production efficiency, and may insure product
Processing quality.
Description of the drawings：
Fig. 1 is the diagrammatic cross-section of available data line cable；
Fig. 2 is process flow chart of the utility model to data line pre-treatment；
Fig. 3 is the stereogram of the utility model；
Fig. 4 is the vertical view of the utility model；
Fig. 5 is enlarged drawing at A in the utility model Fig. 3；
Fig. 6 is enlarged drawing at B in the utility model Fig. 3；
Fig. 7 is enlarged drawing at C in the utility model Fig. 3.
Specific embodiment：
The utility model is further illustrated with reference to specific embodiments and the drawings.
As shown in Fig. 2-7, the utility model is a kind of automated data line pre-processing device, and as shown in Figure 2, this practicality is new
The pre-treating technology of data line includes the following steps in type：
The cable 9 of entire volume is sheared specified length by the first step, using as cable segment 90, the cable segment 90 is just after conduct
Cable in continuous data line.Then the both ends of cable segment 90, and reserved certain length are clamped by two transmission Tourniquet clamping heads 11
Workshop section 900 to be added.
Second step removes the 900 outermost rubber 91 of workshop section to be added of 90 end of cable segment, manifests the braiding of the inside
Layer 92.
Third walks, and constantly rubs to the braiding layer 92 that cable segment 90 appears, the litzendraht wire that braiding layer 92 is enabled to be interweaved
Become loose.
4th step by continuous brush braiding layer 92, enables the braiding layer 92 at cable segment 90 be loosened completely.
5th step, loose braiding layer 92 completely arrange be classified as about two two beam litzendraht wires 921,922.
It is for the ease of subsequently being sheared to litzendraht wire in this way, the loose litzendraht wire of no person is difficult to realize automatic shearing.
6th step shears above-mentioned two beams litzendraht wire 921,922.
7th step carries out the processing sections 900 for eliminating braiding layer 92 stripping aluminium foil operation, by 900 outer surface of processing sections
The aluminium foil 93 of cladding is removed, and appears several core wires 94 of place's cable centerline.This completes the pre-treatment operations of data line.
Above-mentioned processing is further described with reference to the utility model.
The automated data line pre-processing device of the utility model includes：Cut and clamp cable device 2, stripping rubber device 3,
Brush braiding layer device 4, braiding decker 5, braiding layer integrating apparatus 6, shearing braiding layer device 7, stripping aluminium foil device 8.And
These devices are successively set on the side of a conveyor 1, which is driven by driving device 10 and run, and is being transmitted
It is multiple for clamping the transmission Tourniquet clamping heads 11 at 90 both ends of cable segment with being provided on 1.
Conveyor 1 can be belt transport, can also use chain drive.The present embodiment uses belt transmission, driving dress
It is the drive motor for being arranged on 1 one end of conveyor to put 10, and the sprocket wheel 13 for driving conveyor 1 by drive motor is run.It is transmitting
Transmission Tourniquet clamping head 11 is evenly arranged on band 1, these transmission Tourniquet clamping heads 11 are fixed with conveyor 1, operated with conveyor 1 is synchronous.
In order to ensure transmission Tourniquet clamping head 11 at work keeps stablize, conveyor 1 through cutting and clamp cable device 2 to stripping aluminium foil fill
The area segments both sides for putting 8 are provided with baffle 12, and 12 upper end of baffle is formed there are one limitation bending, so as to enable transmission Tourniquet clamping head 11 into
When entering 12 region of baffle, transmission Tourniquet clamping head 11 can be enabled to keep stablizing by limiting bending.
The transmission Tourniquet clamping head 11 includes：With 1 fixed fixed plate 111 of conveyor and being plugged in fixed plate 111
Left and right clamping plate 112,113, offer slide opening on left and right clamping plate 112,113, a spacer pin is inserted into fixed plate 111 and simultaneously passes through
The slide opening.Left and right clamping plate 112,113 upper ends have been correspondingly formed the portion of being mutually twisted, and under Gravitative Loads left and right clamping plate 112,
113 have downward operation trend, its occlusion portion is enabled to be in clamped condition, cable segment 90 is clamped.It is pressed from both sides when needing opening conveyor
When first 11, removing cable segment 90, it is only necessary to will push on left and right clamping plate 112,113 lines, be enabled by the cooperation of slide opening and spacer pin
Left and right clamping plate 112,113 generates the deflection of certain angle, so as to which left and right clamping plate 112,113 upper ends be enabled to be correspondingly formed and be mutually twisted
Portion is opened, thus can be by cable segment 90 by being taken out on transmission Tourniquet clamping head 11.In the present embodiment trigger left and right clamping plate 112,
113 open modes be：Conveyor 1 end set there are one sprocket wheel 13, when transmission Tourniquet clamping head 11 runs to 1 end of conveyor
During portion 13 position of sprocket wheel, left and right clamping plate 112,113 lower ends and sprocket wheel 13, which are formed, interferes, and drives rotation by sprocket wheel 13, enables left and right
Clamping plate 112,113 deflects, its occlusion portion is enabled to be in releasing orientation.It is, of course, also possible to directly manually by left and right clamping plate 112,113 to
On lift, the occlusion portion of transmission Tourniquet clamping head 11 upper end is at the state unclamped.
It is described to cut and clamp cable device 2 has cable conveying mechanism 21 and rotation wire holding machine with reference to shown in Fig. 3, Fig. 5
Cable 9 wherein being provided with cable cutting mechanism 23 in the end of cable conveying mechanism 21, is cut into the line of nominal length by structure 22
Cable section 90.
It is described cut and clamp cable device 2 in cable conveying mechanism 21 perpendicular to the direction that conveyor 1 is run set；Institute
The cable cutting mechanism 23 stated includes being arranged on the tool apron 231 of 21 end of cable conveying mechanism and be set to the top of tool apron 231,
And the cable cutter 232 that can be run up and down, the cable is conveyed by the transmission wheel in cable conveying mechanism 21, and is passed through
Through-hole on tool apron 231 is cut by being about to cable cutter under cable cutter 232.
It is described cut and clamp cable device 2 in rotation thread clamping mechanism 22 be set to the side of cable cutting mechanism 23, packet
It includes：Holder of line 221, rotating mechanism 222, elevating mechanism 223, the holder of line 221 are arranged on 224 lower section of a base of the carrier head,
The base of the carrier head 224 interlocks the rotation for realizing 180 degree with rotating mechanism 222, and the elevating mechanism 223 passes through connecting plate and rotation
Mechanism 222 is fixedly connected, and rotating mechanism 222 and base of the carrier head is driven to be run about 224.
It cuts and the working method of clamp cable device 2 is：Coiled cable 9 is sent by the arrival end of cable conveying mechanism 21
Enter, moved forwards by the delivery roll wheel belt moving-wire cable 9 set in cable conveying mechanism 21, and pass through in cable cutting mechanism 23
Tool apron 231, then the end of cable 9 is clamped using transmitting Tourniquet clamping head 11.Rotation thread clamping mechanism 22 is started to work at this time, first
The rotary cylinder for first passing through rotating mechanism 222 drives base of the carrier head 224 and holder of line 221 to rotate to and clamped 9 end of cable
Transmission Tourniquet clamping head 11 top, then by elevating mechanism 223 downwards run, holder of line 221 is enabled just to be set in above-mentioned
The outer of Tourniquet clamping head 11 is transmitted, then, holder of line 221 starts to fold, and will just transmit the line of the exposing at the both ends of Tourniquet clamping head 11
Cable 9 is clamped.Followed by elevating mechanism 223 rises again, and transmission Tourniquet clamping head is detached from so as to which holder of line 221 be enabled to clamp cable 9
11.Then, rotating mechanism 222 rotates 180 degree, holder of line 221 is enabled to move to the top of next transmission Tourniquet clamping head 11, finally
Declined by elevating mechanism 223, cable 9 is placed again into corresponding transmission Tourniquet clamping head 11, elevating mechanism 223 is multiple
, the end of cable 9 is just transferred to second transmission collet 11 by first transmission Tourniquet clamping head 11 and suffers at this time, rotates simultaneously
During rotation, cable 9 is different under the driving of cable conveying mechanism 21 simultaneously to be moved forwards thread clamping mechanism 22.When defeated
After 9 length of cable sent reaches designated length, the cable cutter 232 in cable cutting mechanism 23 drives fortune downwards by cylinder
Row, so as to which cable 9 be cut off, and the remaining cable segment 90 just become for process data line.Cable selects 90 both ends at this time
It is just clamped simultaneously by two adjacent transmission Tourniquet clamping heads 11, as shown in Figure 3.
The cable segment 90 for clamping both ends by two neighboring transmission Tourniquet clamping heads 11 will be transported as conveyor 1 continues to move forwards
Row arrives apparatus for peeling off 3.
Shown in Figure 5, the stripping rubber device 3 has a bark knife 31, and the end rubber of cable segment 90 is carried out
Cut out stripping；Usual bark knife 31 includes upper slitter and cuts, and the edge of a knife of upper and lower knife is each formed with being recessed, when cable segment 90 runs to this
When shelling rubber 3 position of device, the end of cable segment 90 is dropped between the edge of a knife up and down of bark knife 31, and bark knife 31 passes through at this time
Opposite operation is realized in cylinder driving, and the end of cable segment 90 is clamped, and the depth of cut cut on bark knife 31 just with
91 thickness of rubber layer of cable segment 90 is suitable.It is corresponded in stripping rubber device 3 and is also provided with rotary chuck between cutting, pass through rotation
Turn collet to clamp the end of cable segment 90, reciprocating rotary 180 degree, bark knife 31 is enabled to cut one on cable segment 90 completely
Annular incision when rotary chuck moves forwards, just pulls out rubber on cable segment 90, is detached from cable segment 90, so as to complete
The stripping rubber operation of cable segment 90.
With reference to shown in Fig. 6, the brush braiding layer device 4 includes belt mechanism 41, the belt in the belt mechanism 41
410 pairs of 90 sections of cable segments for having shelled rubber are all constantly rubbed, and the braiding layer of 90 end of cable segment is enabled to become loose.It is specific and
Speech, the brush braiding layer device 4 include：Two groups of belt mechanisms 41 by same driving mechanism synchronous drive, the belt feeder
It is inclined with the belt section 411 of 90 sections of frictions of cable segment in structure 41, and the traffic direction of the belt section 411 is along cable segment
90 are run from interior by outer direction, using the rubbing surface on the belt of belt mechanism 41 and 90 end of cable segment for processing sections 900
Friction, enable and lose rubber protection and become loose for the braiding layers 92 of processing sections 900.
As previously described, it since braiding layer 92 is intertwined to form by several litzendraht wires, is filled when by brush braiding layer
It puts after 4 the litzendraht wire brush in braiding layer is opened, become loose, automation shearing is highly detrimental at this time, so the utility model
Increase braiding decker 5 and braiding layer integrating apparatus 6.
With reference to shown in Fig. 6, the braiding decker 5 includes the pinch roller 51 of an opposite operating and is set to pinch roller
The loose braiding layer in 90 end of cable segment is divided into upper and lower two by the lamination mechanism 52 of 51 ends of incoming cables by weaving decker 5
Layer；The pinch roller 51 is driven by being layered cylinder 53 to the operation of 90 direction of cable segment, and the lamination mechanism 52 includes lower point
Laminate 521, higher slice plate 522, and higher slice plate 522 can be run, and be pressed together on lower leaf plate up and down by cylinder drive
On 521, cable segment 90 is compressed, the end of upper and lower demixing plate 521,522 towards the pinch roller 51 is wedge shaped.During its work,
Cable segment 90 is compressed by upper and lower demixing plate 521,522, then drives and is brushed loose braiding layer into pinch roller 51
Between run, loose braiding layer drive is divided into two bursts of volumes up and down by pinch roller 51 while rotating, by the frictional force of pinch roller 51
Knit line 921,922.Then, then by braiding layer whole device 6 by this two strands of litzendraht wire 921,922 opposite collection is twisted into a bundle respectively
In harness.
With reference to shown in Fig. 7, described braiding layer integrating apparatus 6 includes the braiding layer collet 61,62 of corresponding design up and down,
And the upper and lower braiding layer collet 61,62 can the rotation under the drive of itself driving mechanism, enable two layers braiding layer difference twist up and down
Into one litzendraht wire.When the cable segment 90 for having been separated into two strands of litzendraht wires 921,922 runs to the position of braiding layer integrating apparatus 6
When putting, two strands of litzendraht wires 921,922 are clamped respectively by braiding layer collet 61,62, then upper and lower braiding layer collet 61,
62 can itself driving mechanism drive under rotation, such two strands of litzendraht wires 921,922 just by rotate be twisted into Relatively centralized
Two strands of litzendraht wires 921,922, thus convenient for subsequent shearing work.
Shearing to above-mentioned two strands of litzendraht wires 921,922 is carried out by shearing braiding layer device 7.With reference to shown in Fig. 7,
The shearing braiding layer device 7 shears the litzendraht wire for being divided into upper and lower two strands.Described shearing braiding layer device 7 includes upper
Shear braiding layer mechanism 71 and down cut braiding layer mechanism 72.Since two strands of litzendraht wires 921,922 have been twisted into Relatively centralized
Harness, so by shear set in braiding layer device 7 upper and lower two groups of scissors be easily achieved to this two strands of litzendraht wires 921,
922 shearing.
Finally, the aluminium foil layer for treating processing sections 900 is needed to be handled, i.e., by shelling aluminium foil device 8 by 90 end of cable segment
It is removed for the aluminium foil layer of processing sections 900 in portion.
A laser ring cutting device 81 is additionally provided between the shearing braiding layer device 7 and stripping aluminium foil device 8, is passed through
The aluminium foil on 90 surface of cable segment is carried out ring cutting by the laser ring cutting device 81.In addition, after since braiding layer being sheared, remaining volume
It knits line and easily forms yoke, be unfavorable for following process, so between the laser ring cutting device 81 and shearing braiding layer device 7 stated
It is additionally provided with copper-clad foil device 82.Cable segment 90 is woven to one layer of copper foil of cladding at the port of line shearing, is not only contributed in this way
It treats processing sections 900 to be protected, prevents braiding layer further loose in following process, and also to to be processed
Section 900 carries out shielding processing, improves follow-up data line efficiency of transmission.
After carrying out copper-clad foil processing for the incision of processing sections 900, cable segment 90 continues to move ahead with conveyor 1, supports
Up to laser ring cutting device 81, the aluminium foil at workshop section 900 to be added is carried out by laser by ring cutting by laser ring cutting device 81, is formed
Then by shelling the rotary chuck 80 in aluminium foil device 8, the aluminium foil outside notch is removed for one annular incision.
The utility model whole flow uses automated job, substantially increases production efficiency, and may insure product
Processing quality.
Certainly, the foregoing is merely specific embodiment of the utility model, are not to implement to limit the utility model
Range, all equivalent change or modifications done according to construction, feature and principle described in present utility model application the scope of the claims, should all wrap
It includes in present utility model application the scope of the claims.
Claims (10)
1. automated data line pre-processing device, which is characterized in that the equipment includes：
It cuts and clamp cable device (2), this cuts and clamp cable device (2) has cable conveying mechanism (21) and rotates wire holding machine
Cable wherein being provided with cable cutting mechanism (23) in the end of cable conveying mechanism (21), is cut into specified length by structure (22)
The cable segment (90) of degree；
Shell rubber device (3), which has a pair of of bark knife (31), to the end rubber of cable segment (90) into
Row cuts out stripping；
Brush braiding layer device (4), the brush braiding layer device (4) include a belt mechanism (41), in the belt mechanism (41)
Belt (410) constantly rubs to cable segment (90) tip position for having shelled rubber, enables the braiding layer of cable segment (90) end
Become loose；
Decker (5) is woven, the braiding decker (5) is including an opposite pinch roller (51) operated and is set to pinch roller
(51) lamination mechanism (52) of end of incoming cables is separated the loose braiding layer in cable segment (90) end by weaving decker (5)
It is upper and lower two layers；
Braiding layer integrating apparatus (6), the braiding layer integrating apparatus (6) include the braiding layer collet (61,62) of corresponding design up and down,
And the upper and lower braiding layer collet (61,62) can itself driving mechanism drive under rotation, enable up and down two layers of braiding layer turn round respectively
Synthesize a branch of litzendraht wire (921,922)；
Braiding layer device (7) is sheared, which cuts to being divided into two beam litzendraht wires (921,922) up and down
It cuts；
Shell aluminium foil device (8), the stripping aluminium foil device (8) for by the aluminium foil layer of cable segment (90) end remove；
It is above-mentioned cut and clamp cable device (2), stripping rubber device (3), brush braiding layer device (4), braiding decker (5),
Braiding layer integrating apparatus (6), shearing braiding layer device (7), to be successively set on a conveyor (1) same for stripping aluminium foil device (8)
Side, the conveyor (1) are driven by driving device (10) and run, and are provided in conveyor (1) multiple for clamping institute
State the transmission Tourniquet clamping head (11) at cable segment (90) both ends.
2. automated data line pre-processing device according to claim 1, it is characterised in that：It is described cut and clamp cable dress
The cable conveying mechanism (21) put in (2) is set perpendicular to the direction that conveyor (1) is run；The cable cutting mechanism (23)
Including being arranged on the tool apron (231) of cable conveying mechanism (21) end and being set to above tool apron (231) and can transport up and down
Capable cable cutter (232), the cable are conveyed by the transmission wheel in cable conveying mechanism (21), and pass through tool apron
(231) through-hole on is cut by being about to cable cutter under cable cutter (232).
3. automated data line pre-processing device according to claim 2, it is characterised in that：It is described cut and clamp cable dress
The side that rotation thread clamping mechanism (22) in (2) is set to cable cutting mechanism (23) is put, including：Holder of line (221), rotation
Mechanism (222), elevating mechanism (223), the holder of line (221) are arranged below a base of the carrier head (224), the base of the carrier head
(224) rotation for realizing 180 degree is interlocked with rotating mechanism (222), the elevating mechanism (223) passes through connecting plate and whirler
Structure (222) is fixedly connected, and rotating mechanism (222) and base of the carrier head (224) is driven to run up and down.
4. automated data line pre-processing device according to claim 1, it is characterised in that：The brush braiding layer device
(4) include：Two groups of symmetrically arranged belt mechanisms (41), the belt section in the belt mechanism (41) with cable segment (90) section friction
(411) it is inclined, and the traffic direction of the belt section (411) is to be run along cable segment (90) from interior by outer direction, profit
With the friction of the rubbing surface on the belt of belt mechanism (41) and cable segment (90) end, the braiding layer for losing rubber protection is enabled to become
Loosely.
5. automated data line pre-processing device according to claim 1, it is characterised in that：The braiding decker
(5) include：One group of opposite pinch roller (51) operated and the lamination mechanism (52) for being set to pinch roller (51) end of incoming cables, it is described
Pinch roller (51) is driven by being layered cylinder (53) to the operation of cable segment (90) direction, and the lamination mechanism (52) is including lower leaf
Plate (521), higher slice plate (522), and higher slice plate (522) can be run up and down by cylinder drive, and is pressed together on down and is divided
On laminate (521), cable segment (90) is compressed, the upper and lower demixing plate (521,522) is towards the end of pinch roller (51) in wedge
Shape.
6. automated data line pre-processing device according to claim 1, it is characterised in that：The braiding layer integrates dress
(6) are put to include：The braiding layer collet (61,62) being correspondingly arranged up and down, and the upper and lower braiding layer collet (61,62) passes through one
Belt transmission mechanism (60), which is realized, to be rotated synchronously.
7. automated data line pre-processing device according to claim 1, it is characterised in that：Described shearing braiding layer
Device (7) includes upper shearing braiding layer mechanism (71) and down cut braiding layer mechanism (72).
8. the automated data line pre-processing device according to any one in claim 1-7, it is characterised in that：Described
Shearing braiding layer device (7) and stripping aluminium foil device (8) between be additionally provided with a laser ring cutting device (81), pass through the laser ring
The aluminium foil on cable segment (90) surface is carried out ring cutting by cutting apparatus (81).
9. automated data line pre-processing device according to claim 8, it is characterised in that：The laser ring cutting device
(81) it is additionally provided with copper-clad foil device (82) between shearing braiding layer device (7).
10. the automated data line pre-processing device according to any one in claim 1-7, it is characterised in that：It is described
Driving device (10) be to be arranged on the drive motor of conveyor (1) one end, pass through drive motor drive conveyor (1) sprocket wheel
(13)；The transmission Tourniquet clamping head (11) includes：With conveyor (1) fixed fixed plate (111) and being plugged on fixed plate
(111) the left and right clamping plate (112,113) on, left and right clamping plate (112,113) upper end have been correspondingly formed the portion of being mutually twisted, and
Left and right clamping plate (112,113) has operation trend under phase under Gravitative Loads, its occlusion portion is enabled to be in clamped condition, by cable segment
(90) it clamps；When transmitting Tourniquet clamping head (11) and running to conveyor (1) end sprocket wheel (13) position, left and right clamping plate (112,
113) lower end forms with sprocket wheel (13) and interferes, and is deflected by sprocket wheel (13) the band left and right clamping plate of the command of execution (112,113), enables its occlusion portion
In releasing orientation.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201720934510.5U CN207559259U (en) | 2017-07-28 | 2017-07-28 | Automated data line pre-processing device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720934510.5U CN207559259U (en) | 2017-07-28 | 2017-07-28 | Automated data line pre-processing device |
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| Publication Number | Publication Date |
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| CN207559259U true CN207559259U (en) | 2018-06-29 |
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| Application Number | Title | Priority Date | Filing Date |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107293928A (en) * | 2017-07-28 | 2017-10-24 | 湖北瀛通电子有限公司 | Automation data line pre-processing device |
| CN111446606A (en) * | 2020-05-13 | 2020-07-24 | 中山立杰精密器材有限公司 | Automatic assembly line for signal line connector lug machining |
| CN112186645A (en) * | 2019-07-01 | 2021-01-05 | 苏州瀚川智能科技股份有限公司 | Aluminum foil removing mechanism for cables |
-
2017
- 2017-07-28 CN CN201720934510.5U patent/CN207559259U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107293928A (en) * | 2017-07-28 | 2017-10-24 | 湖北瀛通电子有限公司 | Automation data line pre-processing device |
| CN112186645A (en) * | 2019-07-01 | 2021-01-05 | 苏州瀚川智能科技股份有限公司 | Aluminum foil removing mechanism for cables |
| CN111446606A (en) * | 2020-05-13 | 2020-07-24 | 中山立杰精密器材有限公司 | Automatic assembly line for signal line connector lug machining |
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