CN206595541U - A kind of full automatic processing equipment of cable shielding layer - Google Patents
A kind of full automatic processing equipment of cable shielding layer Download PDFInfo
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- CN206595541U CN206595541U CN201720355248.9U CN201720355248U CN206595541U CN 206595541 U CN206595541 U CN 206595541U CN 201720355248 U CN201720355248 U CN 201720355248U CN 206595541 U CN206595541 U CN 206595541U
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Abstract
Go crust module, man-machine interface, screen layer to break up module, screen layer upset module, screen layer including cabinet and the cable transport mechanism, cable fixed platform, cable for being arranged on cabinet upper end the utility model discloses a kind of full automatic processing equipment of cable shielding layer and prescind overmolded group after module, screen layer, copper-clad paper tinsel module and reclaimer robot module, multiple cable clamp mouths are provided with cable transport mechanism, screen layer breaks up module and screen layer upset module breaks up turning device using screen layer；The utility model can automate realization and crust is cut to cable shielding layer, breaks up, overturn, cutting off and copper-clad paper tinsel, and simple to operate, automaticity is high, saved manpower and materials, improves production efficiency, realizes that automation is produced in enormous quantities；Screen layer of the present utility model break up turning device can by cable shielding layer it is metal knitted break up or overturn, a tractor serves several purposes has not only saved cost, also improves production efficiency, is easy to operation and maintenance.
Description
Technical field
The utility model belongs to cable pre-treatment technical field of automation equipment, and in particular to a kind of cable shielding layer it is complete
Automatic processing equipment.
Background technology
Existing data connecting line, such as coaxial cable, USB and HDMI connecting lines are in order to electromagnetism interference, it is ensured that high frequency
Signal is transmitted, and online outside is provided with metal screen layer.For this kind of connecting line in process of production, it is necessary to artificial to metal screen
Cover the metal knitted of layer broken up, overturn, prescinding work, while in order to ensure shield effectiveness, compiling the metal handled well
Bag is knitted to the copper foil for wrapping conduction on outer insulation again, by welding or riveting mode by metal screen layer and the metal of terminal
Shell is attached, so as to realize shielding protection, it is ensured that the transmission of high-frequency signal.
In existing production, it is metal knitted to cable shielding layer break up, overturn, prescind, the big portion of work such as copper-clad paper tinsel
It is all handwork to divide, and its efficiency is low, cost is high, is affected by human factors big, it is impossible to ensure the stabilization of product quality.According to this
The situation of kind, occurs in that the automatic processing equipment of cable shielding layer beater or cable shielding layer on the market now.Cable shielding layer
Beater only has the metal knitted function of breaing up of cable shielding layer, follow-up upset, prescind, the process such as copper-clad paper tinsel is also needed
Manual operations, it is impossible to fundamentally improve production efficiency, it is cost-effective and improve quality；And existing cable shielding layer is broken up
Machine is broken up for directly one side contact, causes to break up uneven, manufacture efficiency not high.Existing automatically processing for cable shielding layer sets
It is two devices with different structure to be used to breaing up and overturning the metal knitted mechanism of cable screen layer in standby, complicated,
Function is single, and operation and maintenance are extremely inconvenient.
Utility model content
The purpose of this utility model is according to the deficiencies in the prior art, designs a kind of full automatic treatment of cable shielding layer
Equipment, the utility model can cut crust to cable shielding layer automation realization, break up, overturns, prescind and copper-clad paper tinsel, improve band gold
Belong to the efficiency of the cable creation data connecting line of screen layer, realize that automation is produced in enormous quantities.
The utility model solves the technical scheme that its technical problem used：A kind of full automatic treatment of cable shielding layer
Equipment, including cabinet and the cable transport mechanism for being arranged on cabinet upper end, the upper end of described cabinet is located at cable transport mechanism
Side be disposed with cable fixed platform, cable go crust module, screen layer break up module, screen layer upset module, screen
Cover and also set up someone on overmolded group, copper-clad paper tinsel module and reclaimer robot module after layer cut-out module, screen layer, described cabinet
Rule is provided with multiple cable clamp mouths in machine interface, described cable transport mechanism, described screen layer break up module and
Screen layer upset module breaks up turning device using screen layer, and the upper end of described cabinet is additionally provided with breaks up mould with screen layer
The cable retention clip that group and screen layer turning mould group are used cooperatively.
Described screen layer is broken up turning device and broken up including second base and the rotation being slidably arranged in second base
Switching mechanism, described rotation is broken up switching mechanism including the second rotation fixed plate and is fixedly installed in the second rotation fixed plate
The 3rd motor, be fixedly connected with the second runing rest, the second described runing rest on the output shaft of described the 3rd motor
Upper end slide be provided with two the second motor fixing plates side by side, the second electricity is fixedly installed on the second described motor fixing plate
Rotation brush is fixedly installed on machine, the output shaft of described the second motor.
The upper end of described second base is fixedly installed and the second the 3rd guide rail for using cooperatively of rotation fixed plate and the
Three regulation cylinders.
The upper end of the second described runing rest is fixedly installed the second guide rail used cooperatively with the second motor fixing plate
With the second regulation cylinder.
Described cable goes crust module to include first base and removes crust with the rotation for being slidably arranged in first base upper end
Mechanism, described rotation goes to crust mechanism to include the first rotary fixing frame and be fixedly installed on the first rotary fixing frame first
It is fixedly connected with motor, the output shaft of described the first motor on the first runing rest, the first described runing rest side by side
Slip is provided with to be respectively arranged with incision knife rest and upper cutter frame, described incision knife rest and upper cutter frame and used cooperatively down
Cutting knife and upper cutter.
Described screen layer cut-out module include the 3rd base and the recessed blade mechanisms being slidably arranged on the 3rd base and
Convex blade mechanisms, described recessed blade mechanisms include being fixedly installed on recessed blade fixed support, described recessed blade fixed support
Have and be movably set with the recessed blade that center is provided with circular knife edge on the recessed blade installed part of annular, described recessed blade installed part,
Described convex blade mechanisms include convex blade installing plate and convex blade installing plate under being slidably arranged in side by side on the 3rd base,
It is respectively arranged with described on convex blade installing plate and convex blade installing plate and uses cooperatively down convex blade and convex blade,
Convex razor sharpened can be extended under recessed blade circular knife edge and convex by being respectively arranged with described on convex blade and convex blade
Razor sharpened.
Overmolded group includes the 8th regulation cylinder and is arranged on the 8th regulation cylinder and the 8th regulation after described screen layer
Cylinder turns over fixture block after using cooperatively, it is described after turn over conical bore be provided with fixture block.
Described copper-clad paper tinsel module includes the 4th base and is arranged on putting copper foil mechanism, receiving copper foil machine on the 4th base
Structure, send copper foil mechanism, cut copper foil mechanism and copper-clad paper tinsel mechanism, described copper foil mechanism of putting is delayed including discharge plate and multiple copper foils of putting
Punching wheel, described receipts copper foil mechanism includes the 6th motor, the rewinding disk being fixedly connected on the 6th motor output shaft and multiple receipts
Copper foil buffering wheel, described send copper foil mechanism including sending copper foil guide and the 11st tune with sending copper foil guide to use cooperatively
Displacements of cylinders and the 12nd regulation cylinder, described cuts the copper foil mechanism includes copper foil cutting knife and used cooperatively with copper foil cutting knife the tenth
Three regulation cylinders, the 3rd rotation that described copper-clad paper tinsel mechanism includes the 5th motor and is fixedly connected on the 5th motor output shaft
Copper-clad paper tinsel anticlockwise folder and copper-clad paper tinsel right rotation folder are provided with support, the 3rd described runing rest.
The beneficial effects of the utility model are：
The utility model can automate realization and crust is cut to cable shielding layer, breaks up, overturn, prescinding and copper-clad paper tinsel, operate
Simply, automaticity is high, saved manpower and materials, improves the effect of the cable creation data connecting line with metal screen layer
Rate, realizes that automation is produced in enormous quantities.
The utility model screen layer breaks up module and screen layer upset module breaks up turning device using screen layer, so
A tractor serves several purposes, has not only saved cost, also improves efficiency, is easy to operation and maintenance.
Brief description of the drawings
Fig. 1 is the overall structural representation of the utility model；
Fig. 2 is the structural representation that cable of the present utility model removes crust module；
Fig. 3 is the structural representation that screen layer of the present utility model breaks up turning device；
Fig. 4 is the structural representation at the visual angle of overmolded group first after screen layer cut-out module of the present utility model and screen layer；
Fig. 5 is the structural representation at the visual angle of overmolded group second after screen layer cut-out module of the present utility model and screen layer；
Enlarged cross-sectional view when Fig. 6 is screen layer cut-out module work of the present utility model；
Fig. 7 is the structural representation of copper-clad paper tinsel module of the present utility model.
Each reference is：1-cabinet, 2-cable transport mechanism, 21-cable clamp mouth, 3-cable fixed platform,
4-cable removes crust module, 41-first base, the 42-the first regulation cylinder, the 43-the first motor, the 44-the first guide rail,
45-the first rotary fixing frame, the 46-the first runing rest, 47-incision knife rest, 48-lower cutter, 49-upper cutter frame,
410-upper cutter, the 411-the six regulation cylinder, 5-man-machine interface, 6-screen layer breaks up module, 61-second base, 62-
Second rotation fixed plate, 63-rotation brush, the 64-the second guide rail, the 65-the second motor, the 66-the second motor fixing plate, 67-
Second regulation cylinder, the 68-the three guide rail, the 69-the three motor, the 610-the three regulation cylinder, the 611-the second runing rest,
7-screen layer upset module, 8-screen layer cut-out module, the 81-the four motor, 82-screw mechanism, the 83-the three base,
84-the four guide rail, the 85-the four regulation cylinder, 86-recessed blade fixed support, 87-recessed blade installed part, 88-recessed blade,
881-recessed blade otch, 89-under convex blade installing plate, 810-convex blade installing plate, the 811-the five regulation cylinder,
812-the seven regulation cylinder, the 813-the five guide rail, 814-convex blade, 8141-convex razor sharpened, 815-the first clamps
Part, 816-under convex blade, 8161-under convex razor sharpened, overmolded group after 9-screen layer, 91-after turn over fixture block, 911-conical bore,
92-the eight regulation cylinder, 10-copper-clad paper tinsel module, the 101-the six guide rail, the 102-the four base, the 103-the nine regulation gas
Cylinder, the 104-the five motor, the 105-the ten regulation cylinder, the 106-the ten one regulation cylinder, 107-copper foil buffering wheel is put,
108-discharge plate, the 109-the six motor, 1010-rewinding disk, the 1011-the ten two regulation cylinder, 1012-copper foil compressing member,
1013-receive copper foil buffering wheel, the 1014-the ten three regulation cylinder, 1015-copper foil cutting knife, the 1016-the three runing rest,
1017-send copper foil guide, 1018-copper-clad paper tinsel anticlockwise folder, the 1019-the second clamping element, the paper tinsel right rotation of 1020-copper-clad
Folder, 11-reclaimer robot module, 12-cable retention clip.
Embodiment
The utility model is described in further detail below in conjunction with the accompanying drawings.
Shown in reference picture 1, the utility model discloses a kind of full automatic processing equipment of cable shielding layer, including cabinet 1
With the cable transport mechanism 2 for being arranged on the upper end of cabinet 1, the upper end of described cabinet 1 is located at the side of cable transport mechanism 2 successively
It is provided with cable fixed platform 3, cable and goes crust module 4, screen layer to break up module 6, screen layer upset module 7, screen layer and cuts
It is additionally provided with overmolded group 9, copper-clad paper tinsel module 10 and reclaimer robot module 11 after disconnected module 8, screen layer, described cabinet 1
Rule is provided with multiple cable clamp mouths 21 in man-machine interface 5, described cable transport mechanism 2, described screen layer is broken up
Module 6 and screen layer upset module 7 break up turning device using screen layer, and the upper end of described cabinet 1 is additionally provided with and shielded
Cover layer and break up the cable retention clip 12 that module 6 and screen layer upset module 7 are used cooperatively.
During utility model works, the operational data that man-machine interface 5 inputs each module is first passed through, then cable transport mechanism
2 are sequentially delivered to the cable to be processed being placed in cable fixed platform 3 outside each module gone by cable clamp mouth 21
Skin, break up, overturn, prescind with copper-clad paper tinsel, when cable to be processed complete process after, taken out by reclaimer robot module 11.
Shown in reference picture 2, described cable goes crust module 4 to include first base 41 and be fixedly installed on first base 41
Upper end first guide rail 44 perpendicular with the direction of transfer of cable transport mechanism 2, it is logical that described cable goes crust module 4 also to include
Cross the first guide rail 44 and be slidably arranged in the rotation of the upper end of first base 41 and go to crust mechanism, described rotation goes to crust mechanism to include
The first rotary fixing frame 45 used cooperatively with the first guide rail 44 and the first electricity being fixedly installed on the first rotary fixing frame 45
Machine 43, the installation direction of the first described motor 43 is parallel with the first guide rail 44, on the output shaft of described the first motor 43
It is fixedly connected with the first runing rest 46, the first described runing rest 46 to slide side by side and is provided with incision knife rest 47 and above cuts
Knife rest 49, described incision knife rest 47 and the moving direction of the moving direction of upper cutter frame 49 and the first rotary fixing frame 45 mutually hang down
Directly, it is respectively arranged with the lower cutter 48 and upper cutter 410 used cooperatively on described incision knife rest 47 and upper cutter frame 49.
The the first regulation cylinder 42 used cooperatively with the first rotary fixing frame 45 is additionally provided with described first base 41,
The 6th regulation used cooperatively respectively with incision knife rest 47 and upper cutter frame 49 is additionally provided with the first described runing rest 46
Cylinder 411.
When cable goes the work of crust module 4, cable to be processed is sent to by cable transport mechanism 2 by cable clamp mouth 21
Relevant position, make cable to be processed central shaft and the first motor 43 output shaft on the same line, described first regulation
The operational data that cylinder 42 is inputted according to man-machine interface 5 promotes rotation to go to crust mechanism to move, and incision is inserted with cable to be processed
Depth between knife 48 and upper cutter 410 determines the length for needing to remove cable sheath.Cable to be processed is inserted by setting data
After entering between lower cutter 48 and upper cutter 410, the 6th described regulation cylinder 411 promotes incision knife rest 47 and upper cutter frame respectively
49 clamp cable to be processed, then lower cutter 48 and upper cutter 410 under the drive of the first motor 43 by cable to be processed
Crust rotation is removed.After the completion of, lower cutter 48 and upper cutter 410 adjust the work that cylinder 42 and the 6th adjusts cylinder 411 first
With lower away from cable to be processed, described cable clamp mouth 21 drives cable to be processed to continue to be driven.
Shown in reference picture 3, described screen layer breaks up module 6 and screen layer upset module 7 is broken up using screen layer and turned over
Rotary device, described screen layer breaks up turning device including second base 61 and is fixedly installed on the upper end of second base 61 and cable
The 3rd perpendicular guide rail 68 of the direction of transfer of transport mechanism 2, described screen layer, which breaks up turning device, also to be included passing through the 3rd
Switching mechanism is broken up in the rotation that guide rail 68 is slidably arranged in second base 61, and switching mechanism is broken up in described rotation to be included and the
Three guide rails 68 the second rotation fixed plate 62 used cooperatively and the 3rd motor 69 being fixedly installed in the second rotation fixed plate 62,
The installation direction of the 3rd described motor 69 is parallel with the 3rd guide rail 68, fixed on the output shaft of described the 3rd motor 69 to connect
The second runing rest 611 is connected to, the upper end of the second described runing rest 611 is slided side by side by the second guide rail 64 is provided with two
Individual second motor fixing plate 66, the shifting of the moving direction of the second motor fixing plate 66 described in two and the second rotation fixed plate 62
Dynamic direction is perpendicular, and the second motor 65, the second described motor are fixedly installed on the second motor fixing plate 66 described in two
Moving direction of 65 installation direction respectively with the second motor fixing plate 66 and the second rotation fixed plate 62 is perpendicular, and described the
Rotation brush 63 is fixedly installed on the output shaft of two motors 65.
The upper end of described second base 61 is further fixedly arranged on the 3rd tune used cooperatively with the second rotation fixed plate 62
Displacements of cylinders 610.The upper end of the second described runing rest 611 is further fixedly arranged on what is used cooperatively with the second motor fixing plate 66
Second regulation cylinder 67.
During work, the output shaft for the motor 69 of cable clamp mouth 21 and the 3rd that cable to be processed passes through cable transport mechanism 2
Place with one heart, the operational data that the position and man-machine interface 5 further according to cable to be processed are inputted passes through the 3rd guide rail 68 and the 3rd
Adjust cylinder 610 to adjust the depth that cable to be processed is inserted between two rotation brushes 63, then pass through the He of the second guide rail 64
Second regulation cylinder 67 adjusts the spacing between two rotation brushes 63 and cable to be processed.
As screen layer is metal knitted break up when, open the 3rd motor 69 and two the second motors 65, make the second motor 65
With the 3rd all uniform rotation of motor 69, the second motor 65 driving rotation brush 63 on the left of cable to be processed is rotated counterclockwise, treated
The second motor 65 driving rotation brush 63 on the right side of processing cable is rotated clockwise, in the opposite rotation of two rotation brushes 63
Under, the screen layer of cable to be processed is metal knitted just to be broken up.
During upset metal knitted as screen layer, the second motor 65 driving rotation up time of brush 63 on the left of cable to be processed
Pin is rotated, and the second motor 65 driving rotation brush 63 on the right side of cable to be processed is rotated counterclockwise, in two rotation brushes 63
Under opposite rotation, the screen layer broken up of cable to be processed is metal knitted to be just reversed 90 °.
Two the second motors 65 by the second runing rest 611 under the driving of the 3rd motor 69, using cable to be processed as
Central shaft clockwise or counterclockwise, can so ensure cylindrical 360 ° of contacts rotation brush of the screen layer of cable to be processed
63, make rotation brush 63 comprehensive around cable to be processed rotation, quickly, effectively, uniformly can break up or overturn metal volume
Knit, improve production efficiency and product quality.After the completion of, two rotation brushes 63 are remote under the drive of the second regulation cylinder 67 to be treated
Cable is processed, cable to be processed continues transmission under the drive of cable clamp mouth 21.
Shown in reference picture 4-6, described screen layer cut-out module 8 includes the 3rd base 83 and is slidably arranged in the 3rd bottom
Recessed blade mechanisms and convex blade mechanisms on seat 83, described recessed blade mechanisms include being slidably arranged in the by the 4th guide rail 84
Being provided with to coordinate with recessed blade fixed support 86 on recessed blade fixed support 86 on three bases 83, the 3rd described base 83 makes
4th regulation cylinder 85, the moving direction of described recessed blade fixed support 86 and the direction of transfer of cable transport mechanism 2
It is perpendicular.The recessed blade installed part 87 of annular, described recessed blade peace are fixedly installed on described recessed blade fixed support 86
It is movably set with piece installing 87 on the recessed blade 88 that center is provided with circular knife edge, described recessed blade 88 and is provided with recessed blade otch
881。
Described convex blade mechanisms include convex knife under being slidably arranged in side by side on the 3rd base 83 by the 5th guide rail 813
Piece installing plate 89 and convex blade installing plate 810, it is described under convex blade installing plate 89 and convex blade installing plate 810 movement
Direction is perpendicular with the moving direction of recessed blade fixed support 86 and the direction of transfer of cable transport mechanism 2 respectively.Described
The 7th regulation that convex blade installing plate 89 and convex blade installing plate 810 are used cooperatively with respectively is additionally provided with three bases 83
Cylinder 812 and the 5th adjusts cylinder 811, it is described under set respectively on convex blade installing plate 89 and convex blade installing plate 810
Use cooperatively down convex blade 816 and convex blade 814, it is described under set respectively on convex blade 816 and convex blade 814
Convex razor sharpened 8161 and convex razor sharpened 8141, described convex blade 814 under the recessed circular knife edge of blade 88 can be extended into by having
On be additionally provided with the first clamping element 815, it is described under be provided with the groove for accommodating the first clamping element 815 on convex blade 816.
Described screen layer cut-out module 8 also includes the 4th motor 81 and is fixedly connected on the output shaft of the 4th motor 81
Screw mechanism 82, the 3rd described base 83 is arranged on screw mechanism 82, the moving direction of described the 3rd base 83 with it is recessed
The moving direction of blade fixed support 86 is parallel.
During work, cable to be processed passes through the cable clamp mouth 21 of cable transport mechanism 2 and the circular knife edge of recessed blade 88
It is arranged concentrically, the operational data inputted according to man-machine interface 5 drives recessed blade mechanisms by the 4th motor 81 and screw mechanism 82
And convex blade mechanisms movement.
Then convex blade installing plate 89 and convex blade installing plate 810 are in the 7th regulation regulation gas of cylinder 812 and the 5th under
Moved under the drive of cylinder 811 to cable to be processed, convex blade 816, the clamping element 815 of convex blade 814 and first are clamped under utilization
Cable to be processed, convex blade 816 and convex blade 814 are towards the one of recessed blade 88 under inverted 90 ° metal knitted is located at
Face.Further, recessed blade fixed support 86 drives recessed blade 88 to advance under the promotion of the 4th regulation cylinder 85, utilizes recessed blade
88 circular knife edge and convex razor sharpened 8161 will be located at convex razor sharpened 8141 under extending into the recessed circular knife edge of blade 88
Under convex blade 816 and convex blade 814 side metal knitted cut-out.After the completion of, recessed blade 88, under convex blade 816 and convex
The remote cable to be processed in the case where the 4th regulation regulation regulation cylinder 811 of cylinder 812 and the 5th of cylinder the 85, the 7th drives of blade 814,
Cable to be processed continues transmission under the drive of cable clamp mouth 21.
Shown in reference picture 4, Fig. 5, overmolded group 9 includes the 8th regulation cylinder 92 and is arranged on the 8th tune after described screen layer
Fixture block 91 is turned over after being used cooperatively in displacements of cylinders 92 with the 8th regulation cylinder 92, the 8th described regulation cylinder 92 fixes the 3rd bottom
On seat 83, it is described after turn over conical bore 911 be provided with fixture block 91.
During work, cable to be processed turns over the circular cone on fixture block 91 by the cable clamp mouth 21 of cable transport mechanism 2 with after
Hole 911 is arranged concentrically, and the 8th regulation cylinder 92 turns over fixture block 91 after driving and moved to the direction of cable to be processed, until will turn over
Turned 90 ° screen layer it is metal knitted after translate into 180 °.After the completion of, the 8th regulation cylinder 92 turns over fixture block 91 away to be added after driving
Work cable, cable to be processed continues transmission under the drive of cable clamp mouth 21.
Shown in reference picture 7, described copper-clad paper tinsel module 10 includes the 4th base 102 and is arranged on the 4th base 102
Copper foil mechanism is put, copper foil mechanism is received, send copper foil mechanism, cuts copper foil mechanism and copper-clad paper tinsel mechanism, the 4th shown base 102 passes through
6th guide rail 101 is slidably arranged in the upper end of cabinet 1.Described copper foil mechanism of putting is delayed including discharge plate 108 and multiple copper foils of putting
Punching wheel 107, described receipts copper foil mechanism includes the 6th motor 109, the rewinding disk being fixedly connected on the output shaft of the 6th motor 109
1010 and multiple receipts copper foil buffering wheels 1013.Described send copper foil mechanism to include sending copper foil guide 1017 and with sending copper foil to be oriented to
Set on the 11st regulation regulation cylinder 1011 of cylinder 106 and the 12nd that part 1017 is used cooperatively, the 4th described base 102
Have and be provided with and send the copper that copper foil guide 1017 is used cooperatively on the tenth regulation cylinder 105, the tenth described regulation cylinder 105
Paper tinsel compressing member 1012.Described cuts the copper foil mechanism includes copper foil cutting knife 1015 and used cooperatively with copper foil cutting knife 1015 the 13rd
Adjust cylinder 1014.
Described copper-clad paper tinsel mechanism includes the 5th motor 104 and the be fixedly connected on the output shaft of the 5th motor 104 the 3rd
Copper-clad paper tinsel anticlockwise folder 1018 and copper-clad paper tinsel right rotation folder are provided with runing rest 1016, the 3rd described runing rest 1016
1020, described copper-clad paper tinsel anticlockwise folder 1018 and the right rotation of copper-clad paper tinsel are pressed from both sides and are respectively arranged with the semicircle used cooperatively on 1020
The second clamping element 1019, described copper-clad paper tinsel right rotation folder 1020 are provided with folder hole, described copper-clad paper tinsel anticlockwise folder 1018
On be provided with the groove for accommodating the second clamping element 1019, be additionally provided with the 4th described base 102 and the anticlockwise of copper-clad paper tinsel pressed from both sides
1018 the 9th regulation cylinders 103 used cooperatively.
During work, cable clamp mouth 21 and copper-clad paper tinsel right rotation folder 1020 that cable to be processed passes through cable transport mechanism 2
On semicircle folder hole be arranged concentrically, according to man-machine interface 5 input operational data, copper-clad paper tinsel as needed it is metal knitted really
The depth in 1020 upper semi-circle clevis holes is pressed from both sides in fixed cable insertion copper-clad paper tinsel right rotation to be processed.Copper foil by discharge plate 108, put copper
Paper tinsel buffering wheel 107, copper foil compressing member 1012, send copper foil guide 1017 and receive copper foil buffering wheel 1013 and return to rewinding disk 1010.
Send copper foil guide 1017 in the presence of the 11st regulation regulation cylinder 1011 of cylinder 106 and the 12nd by copper foil
Deliver between copper-clad paper tinsel anticlockwise folder 1018 and copper-clad paper tinsel right rotation folder 1020, then cable clamp mouth 21 drives cable to be processed
Insert the right rotation of copper-clad paper tinsel to press from both sides in 1020 upper semi-circle clevis holes, cable to be processed is pressed on copper foil.Copper foil guide 1017 is sent to exist
Away from cable to be processed in the presence of the 11st regulation regulation cylinder 1011 of cylinder 106 and the 12nd, while copper-clad paper tinsel anticlockwise
Folder 1018 and copper-clad paper tinsel right rotation folder 1020 are clamped, then drive incision of the copper foil cutting knife 1015 in the 13rd regulation cylinder 1014
Disconnected copper foil, the 5th motor 104 drives copper-clad paper tinsel anticlockwise folder 1018 and the right rotation of copper-clad paper tinsel to press from both sides by the 3rd runing rest 1016
1020 rotate, and copper foil is just wrapped in cable to be processed and has turned over 180 ° metal knitted upper afterwards.After the completion of, copper-clad paper tinsel anticlockwise
Folder 1018 is away from cable to be processed in the presence of the 9th regulation cylinder 103, and cable to be processed is in the band in cable clamp mouth 21
Dynamic lower continuation is driven, and is finally taken out by reclaimer robot module 11, is completed whole process.
Above-described embodiment only illustrative principle of the present utility model and its effect, and the embodiment that part is used,
For the person of ordinary skill of the art, on the premise of the utility model creation design is not departed from, if can also make
Dry modification and improvement, these belong to protection domain of the present utility model.
Claims (8)
1. a kind of full automatic processing equipment of cable shielding layer, it is characterised in that：Including cabinet（1）Be arranged on cabinet（1）On
The cable transport mechanism at end（2）, described cabinet（1）Upper end be disposed with cable fixed platform（3）, cable remove crust mould
Group（4）, screen layer break up module（6）, screen layer upset module（7）, screen layer cut-out module（8）, overmolded group after screen layer
（9）, copper-clad paper tinsel module（10）With reclaimer robot module（11）, described cabinet（1）On be additionally provided with man-machine interface（5）, institute
The cable transport mechanism stated（2）On be provided with multiple cable clamp mouths（21）, described screen layer breaks up module（6）And screen layer
Overturn module（7）Turning device, described cabinet are broken up using screen layer（1）Upper end be additionally provided with and break up mould with screen layer
Group（6）Module is overturn with screen layer（7）The cable retention clip used cooperatively（12）.
2. a kind of full automatic processing equipment of cable shielding layer according to claim 1, it is characterised in that described shielding
Layer, which breaks up turning device, includes second base（61）Be slidably arranged in second base（61）On rotation break up switching mechanism, institute
Switching mechanism is broken up in the rotation stated includes the second rotation fixed plate（62）Be fixedly installed on the second rotation fixed plate（62）On
3rd motor（69）, described the 3rd motor（69）Output shaft on be fixedly connected with the second runing rest（611）, described
Two runing rests（611）Upper end slide be provided with two the second motor fixing plates side by side（66）, the second described motor fixes
Plate（66）On be fixedly installed the second motor（65）, described the second motor（65）Output shaft on be fixedly installed rotation brush
（63）.
3. a kind of full automatic processing equipment of cable shielding layer according to claim 2, it is characterised in that described second
Base（61）Upper end be fixedly installed and second rotation fixed plate（62）The 3rd guide rail used cooperatively（68）With the 3rd regulation
Cylinder（610）.
4. a kind of full automatic processing equipment of cable shielding layer according to claim 3, it is characterised in that described second
Runing rest（611）Upper end be fixedly installed and the second motor fixing plate（66）The second guide rail used cooperatively（64）With second
Adjust cylinder（67）.
5. a kind of full automatic processing equipment of cable shielding layer according to any one of Claims 1-4, it is characterised in that
Described cable removes crust module（4）Including first base（41）Be slidably arranged in first base（41）The rotation of upper end is gone outer
Skin mechanism, described rotation goes to crust mechanism to include the first rotary fixing frame（45）Be fixedly installed on the first rotary fixing frame
（45）On the first motor（43）, described the first motor（43）Output shaft on be fixedly connected with the first runing rest（46）,
The first described runing rest（46）On side by side slide be provided with incision knife rest（47）With upper cutter frame（49）, described lower cutter
Frame（47）With upper cutter frame（49）On be respectively arranged with the lower cutter used cooperatively（48）And upper cutter（410）.
6. a kind of full automatic processing equipment of cable shielding layer according to any one of Claims 1-4, it is characterised in that
Described screen layer cut-out module（8）Including the 3rd base（83）Be slidably arranged in the 3rd base（83）On recessed blade mechanisms
And convex blade mechanisms, described recessed blade mechanisms include recessed blade fixed support（86）, described recessed blade fixed support（86）
On be fixedly installed annular recessed blade installed part（87）, described recessed blade installed part（87）On be movably set with center and be provided with
The recessed blade of circular knife edge（88）, described convex blade mechanisms including being slidably arranged in the 3rd base side by side（83）On under convex knife
Piece installing plate（89）With convex blade installing plate（810）, it is described under convex blade installing plate（89）With convex blade installing plate
（810）On be respectively arranged with and use cooperatively down convex blade（816）With convex blade（814）, it is described under convex blade（816）With
Convex blade（814）On be respectively arranged with and can extend into recessed blade（88）Convex razor sharpened under circular knife edge（8161）With convex knife
Piece point（8141）.
7. a kind of full automatic processing equipment of cable shielding layer according to any one of Claims 1-4, it is characterised in that
Overmolded group after described screen layer（9）Including the 8th regulation cylinder（92）Cylinder is adjusted with being arranged on the 8th（92）It is upper to be adjusted with the 8th
Displacements of cylinders（92）Fixture block is turned over after using cooperatively（91）, it is described after turn over fixture block（91）On be provided with conical bore（911）.
8. a kind of full automatic processing equipment of cable shielding layer according to any one of Claims 1-4, it is characterised in that
Described copper-clad paper tinsel module（10）Including the 4th base（102）Be arranged on the 4th base（102）On put copper foil mechanism, receive copper
Paper tinsel mechanism, send copper foil mechanism, cut copper foil mechanism and copper-clad paper tinsel mechanism, described copper foil mechanism of putting includes discharge plate（108）With it is many
It is individual to put copper foil buffering wheel（107）, described receipts copper foil mechanism includes the 6th motor（109）, be fixedly connected on the 6th motor（109）
Rewinding disk on output shaft（1010）With multiple receipts copper foil buffering wheels（1013）, described send copper foil mechanism to include sending copper foil to be oriented to
Part（1017）With with sending copper foil guide（1017）The 11st regulation cylinder used cooperatively（106）With the 12nd regulation cylinder
（1011）, described copper foil mechanism of cutting includes copper foil cutting knife（1015）With with copper foil cutting knife（1015）The 13rd tune used cooperatively
Displacements of cylinders（1014）, described copper-clad paper tinsel mechanism includes the 5th motor（104）Be fixedly connected on the 5th motor（104）Output shaft
On the 3rd runing rest（1016）, described the 3rd runing rest（1016）On be provided with the anticlockwise of copper-clad paper tinsel folder（1018）With
The right rotation of copper-clad paper tinsel is pressed from both sides（1020）.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201720355248.9U CN206595541U (en) | 2017-04-06 | 2017-04-06 | A kind of full automatic processing equipment of cable shielding layer |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720355248.9U CN206595541U (en) | 2017-04-06 | 2017-04-06 | A kind of full automatic processing equipment of cable shielding layer |
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| CN206595541U true CN206595541U (en) | 2017-10-27 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201720355248.9U Active CN206595541U (en) | 2017-04-06 | 2017-04-06 | A kind of full automatic processing equipment of cable shielding layer |
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| CN107919601A (en) * | 2018-01-08 | 2018-04-17 | 深圳市原创自动化设备有限公司 | One kind shielding wire rod tail end is peeled automatically turns round line processor |
| CN108074686A (en) * | 2017-12-31 | 2018-05-25 | 深圳市中海通机器人有限公司 | The metal knitted processing unit of Novel wire cable |
| CN108520804A (en) * | 2018-04-23 | 2018-09-11 | 东莞市珍世好电子科技有限公司 | A kind of wire rod brush separated time pretreating machine |
| CN108907038A (en) * | 2018-06-29 | 2018-11-30 | 广州市力肯智能科技有限公司 | Cable shielding line brush shearing machine |
| CN109560446A (en) * | 2018-12-10 | 2019-04-02 | 江苏博之旺自动化设备有限公司 | Gauze screen cuts off turnover device and its control method |
| CN110170714A (en) * | 2019-05-21 | 2019-08-27 | 深圳市嘉鸿电器工控工程有限公司 | A kind of cable shield minimizing technology of discharge cutting machine structure and the use mechanism of cable shield |
| CN110190490A (en) * | 2019-07-12 | 2019-08-30 | 席早明 | Coaxial cable insulating layer wire stripping equipment |
| CN111029888A (en) * | 2019-12-25 | 2020-04-17 | 嘉兴君权自动化设备有限公司 | Cable end processing production line |
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| CN117748266A (en) * | 2023-12-05 | 2024-03-22 | 苏州营科智能装备有限公司 | Processing technology of high-voltage wire harness shielding braid |
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| CN108074686A (en) * | 2017-12-31 | 2018-05-25 | 深圳市中海通机器人有限公司 | The metal knitted processing unit of Novel wire cable |
| CN107919601A (en) * | 2018-01-08 | 2018-04-17 | 深圳市原创自动化设备有限公司 | One kind shielding wire rod tail end is peeled automatically turns round line processor |
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| CN108520804A (en) * | 2018-04-23 | 2018-09-11 | 东莞市珍世好电子科技有限公司 | A kind of wire rod brush separated time pretreating machine |
| CN108907038A (en) * | 2018-06-29 | 2018-11-30 | 广州市力肯智能科技有限公司 | Cable shielding line brush shearing machine |
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| CN110170714A (en) * | 2019-05-21 | 2019-08-27 | 深圳市嘉鸿电器工控工程有限公司 | A kind of cable shield minimizing technology of discharge cutting machine structure and the use mechanism of cable shield |
| CN110170714B (en) * | 2019-05-21 | 2024-06-04 | 深圳市嘉鸿工业自动化有限公司 | Discharge cutting mechanism for cable shielding layer and cable shielding layer removing method using same |
| CN110190490A (en) * | 2019-07-12 | 2019-08-30 | 席早明 | Coaxial cable insulating layer wire stripping equipment |
| CN111029888A (en) * | 2019-12-25 | 2020-04-17 | 嘉兴君权自动化设备有限公司 | Cable end processing production line |
| CN112201405B (en) * | 2020-09-27 | 2022-04-29 | 中天科技装备电缆有限公司 | Flat flexible cable with good conductivity |
| CN112201405A (en) * | 2020-09-27 | 2021-01-08 | 朱克凤 | Flat flexible cable with good conductivity |
| CN117748266A (en) * | 2023-12-05 | 2024-03-22 | 苏州营科智能装备有限公司 | Processing technology of high-voltage wire harness shielding braid |
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