CN207490450U - A kind of processing machine of double end coaxial line - Google Patents
A kind of processing machine of double end coaxial line Download PDFInfo
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- CN207490450U CN207490450U CN201721629213.6U CN201721629213U CN207490450U CN 207490450 U CN207490450 U CN 207490450U CN 201721629213 U CN201721629213 U CN 201721629213U CN 207490450 U CN207490450 U CN 207490450U
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- coaxial line
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Abstract
The utility model discloses a kind of processing machines of double end coaxial line, using two turntables, and two or three wire stripping mechanisms are configured to each turntable, by way of turntable rotation, three layers of the outside of coaxial line is processed respectively, the wire stripping mechanism to another turntable is sent to carry out wire stripping simultaneously the coaxial line for having stripped one on one of turntable using line mechanism is moved, i.e., the corresponding wire stripping mechanism of one of turntable is when shelling one of coaxial line, the corresponding wire stripping mechanism of another turntable is in the other end for shelling another coaxial line, two coaxial lines can be processed simultaneously, substantially increase the efficiency of the double end processing of coaxial line.
Description
Technical field
The utility model is related to cable wire stripping technical field more particularly to a kind of processing machines of double end coaxial line.
Background technology
At present, coaxial line on the market is generally four-layer structure, does not shell coaxial line as shown in Figure 1, being processed to coaxial line
When, need to peel off three layers of outside, and every layer divests length difference, wire stripping cable as shown in Figure 2.To coaxial line stripping
When, all it is that wire stripping is carried out to coaxial line using a wire stripping mechanism in three times at present, processing efficiency is relatively low.When the both ends of coaxial line
When being required for wire stripping, need first to peel off three layers of one, coaxial line is then turned into direction, then in three times by the three of other end
Layer is peelled off.That is, current wire stripping mechanism cannot be when shelling one of coaxial line, it is impossible to while shell the another of another coaxial line
Head, processing efficiency are relatively low.
Further more, existing coaxial line stripping machine generally comprises wire stripping mechanism and thread feeding mechanism, thread feeding mechanism send coaxial line
Wire stripping is carried out to wire stripping mechanism, since coaxial line is not rigid, the thread feeding mechanism is in line sending, it is impossible to make in coaxial line
Heart line is overlapped with the center line in hole that each blade enclosing in wire stripping mechanism forms.In addition, the cutter head of the wire stripping mechanism is generally adopted
It is cut with the mode of two panels blade or so or upper and lower folding, is primarily present following drawback：First, positioning two panels blade
When, it is impossible to accurately make two panels blade face, when cutting coaxial line, easily generate to slide and deviate, it is inaccurate so as to cause positioning；
Second, when being cut using two panels blade, internal layer or shielded layer of coaxial line etc. are pulled when being easily not allowed because positioning；Third,
The defects of feed angle of the blade of the wire stripping mechanism is not plumbness, is easy to cause on cutting accuracy yet with cable axis or
Person leads to the complication of control.
In view of the above shortcomings, the designer, is actively subject to research and innovation, to found a kind of adding for double end coaxial line
Work machine makes it with more the utility value in industry.
Utility model content
The purpose of this utility model is that a kind of processing machine of double end coaxial line is proposed, using two turntables and to each
Two or three wire stripping mechanisms are configured in turntable, and by way of turntable rotation, three layers of the outside of coaxial line is processed respectively,
The wire stripping mechanism to another turntable is sent to carry out the coaxial line for having stripped one on one of turntable using line mechanism is moved
Wire stripping simultaneously can greatly improve the efficiency of the double end processing of coaxial line.
For this purpose, the utility model uses following technical scheme：
A kind of processing machine of double end coaxial line, including two turntables, at least four wire stripping mechanisms, at least with the wire stripper
The equal thread clamping mechanism of structure quantity moves line mechanism, wherein,
Two turntables are arranged side by side, and are at least distributed along its periphery that there are two the wire strippers on the outside of each turntable
Two thread clamping mechanisms are at least installed, the center of each turntable is vertically equipped with static with respect to its on structure, each turntable
Pillar；
Each thread clamping mechanism can distinguish the corresponding each stripping of face in the corresponding turntable rotation process
Line mechanism, the thread clamping mechanism are used to clamp coaxial line；
The shifting line mechanism includes crossbeam, straight line module, wire clipping component, wherein,
The both ends of the crossbeam are connect respectively with two pillars；
The straight line module is mounted on along the crossbeam length direction on the crossbeam；
The wire clipping component be mounted on the straight line module on, the wire clipping component under the driving of the straight line module,
The coaxial line is clamped at the thread clamping mechanism one of them described on turntable and is moved on another described turntable
At the thread clamping mechanism, which grips the coaxial line from the wire clipping component.
Further, the thread clamping mechanism includes bottom plate, cable support block, two the first cylinders, two clamping plates, wherein,
The bottom plate is mounted on the disk edge；
The cable support block is mounted on the bottom plate；
Two first cylinders are oppositely arranged on the bottom plate and are located at the cable support block both sides respectively, are used for
Two clamping plates of driving are mutually drawn close or are separated from each other；
Two clamping plates are respectively arranged in the output terminal of two first cylinders, the opposite end face of two clamping plates
Cable card slot is equipped with, after two clamping plates are drawn close on the cable support block, and two clamping plates are drawn close, two institutes
It states and cable clamp mouth is enclosed between cable card slot and the cable support block, center line and the stripping of the cable clamp mouth
The center line in hole that each blade enclosing in line mechanism forms overlaps.
Further, the wire stripping mechanism includes installing plate, cutter holder assembly and the first drive component, wherein,
The installing plate is equipped with horizontal support plate, and described support plate one end is vertically connected with starting stave；
The cutter holder assembly includes connecting shaft, wire stripping tool bit, multiple wire stripper sliding blocks, tool apron, rotary head and multiple wire strippings
Knife, wherein,
The tool apron passes through the starting stave and is rotatablely connected with the starting stave；
The connecting shaft is through axially moveablely on the tool apron；
The wire stripping tool bit is coaxially connected in the connecting shaft end and being capable of tool apron axial movement relatively；
Each wire stripper sliding block is uniformly mounted on the wire stripping tool bit, and the axial line away from the connecting shaft is apart from phase
Deng；
The rotary head is arranged in the tool apron, and center is provided with cable-through hole, the rotary head along its edge to
Multiple openings being slidably matched respectively with each wire stripper sliding block are inside recessed with, and the rotary head is equipped with multiple difference
Sliding slot corresponding with each aperture position；
Each wire stripper is slidably connected respectively with each sliding slot, and the wire stripper includes knife bar and mounted on described
After the blade of knife bar one end, the knife bar other end are equipped with the bayonet of wire stripper sliding block described in clamping, and each blade is drawn close,
The center line in hole that each blade enclosing forms is overlapped with the center line of the cable-through hole；
First drive component for drive cutter holder assembly rotation, drive the connecting shaft and the wire stripping tool bit with
Axial movement of each wire stripper sliding block along the connecting shaft.
Further, the installing plate is equipped with the sliding rail parallel with the axial line of the connecting shaft, is slided on the sliding rail
Dynamic to be connected with sliding block, the sliding block is connected with the connecting plate being connect with the support plate；The installing plate is equipped with described in driving
The second drive component that connecting plate is slided along the sliding rail.
Further, the tool apron includes casing and the sleeve connected with described sleeve pipe, and described sleeve pipe passes through described first
Riser is simultaneously rotatablely connected with the starting stave, and the connecting shaft turns with described sleeve pipe socket, the wire stripping tool bit and the sleeve
Dynamic connection；The sleeve ends inner wall is equipped with the step for supporting the rotary head, and the sleeve ends are equipped with and keep out each institute
State the knife lid of wire stripper.
Further, the connecting shaft upper edge its be axially arranged with limiting slot, both ends and the set are equipped in the limiting slot
The key of cylinder connection.
Further, first drive component includes feed servo motor, screw, screw, rotation motor, two bands
Wheel, synchronous belt, vertical connection is parallel to the second riser of the starting stave and third riser in the support plate, and described the
Two risers connect between the starting stave and the third riser between second riser and the third riser
There are multiple guide rods, wherein,
Motor mounting plate is connected on the third riser, the motor mounting plate and the third riser are equipped with position
Corresponding perforation, the feed servo motor is mounted on the motor mounting plate, and the motor of the feed servo motor
Axis passes through each perforation；
The screw is axially interspersed and is connected on second riser, and the screw is threadedly coupled with the screw, and
One end of the screw is connected by first shaft coupling and the motor axis connection, the other end by second shaft coupling and the connecting shaft
It connects；
The rotation motor is connected with sliding seat, and the sliding seat is slidably connected with guide rod one of them described；
One of them described belt wheel is connect with the shaft of the rotation motor, another described belt wheel and the connecting shaft are coaxial
Connection, the synchronous belt are connect with two belt wheel transmissions.
Further, second drive component includes driving motor, eccentric wheel, connecting rod, wherein,
The driving motor is mounted on the installing plate, and the output shaft of the driving motor passes perpendicularly through the installation
Plate；
The eccentric wheel is rotatably arranged on the installing plate and is sequentially connected with the output shaft；
Described connecting rod one end is connected to the eccentric part of the eccentric wheel, the other end is connect with the connecting plate.
Further, the wire clipping component include the fixed plate being installed on the straight line module, be vertically installed at it is described
Lifting cylinder in fixed plate, mounted on the clamping jaw installing plate of the lifting cylinder output terminal, mounted on the clamping jaw installing plate
On opposite two group clamping jaw, in the clamping jaw installing plate and respectively drive two clamping jaws of clamping jaw folding described in two groups
Cylinder；When the wire clipping component is located at the thread clamping mechanism, the center line of the clamp port after jaws close described in two groups and institute
The center line for stating cable clamp mouth overlaps.
Further,
Be equipped on each turntable with the one-to-one locating piece in the position of the thread clamping mechanism, set on the locating piece
There is location hole；
The processing machine of the double end coaxial line further includes two detent mechanisms corresponding with two turntables respectively, described
Detent mechanism includes being located at stent below turntable, installation on the bracket and the second cylinder towards the turntable and institute
The guide rod of the telescopic rod connection of the second cylinder is stated, is injected in the location hole when under driving of the guide rod in second cylinder
When, the thread clamping mechanism is positioned.
The beneficial effects of the utility model are：Using two turntables and two or three wire strippers are configured to each turntable
Structure by way of turntable rotation, is processed three layers of the outside of coaxial line, using moving line mechanism by one of them turn respectively
The coaxial line of one has been stripped on disk send the wire stripping mechanism to another turntable to carry out wire stripping simultaneously, that is, one of turntable
For corresponding wire stripping mechanism when shelling one of coaxial line, the corresponding wire stripping mechanism of another turntable is shelling the another of another coaxial line
One, two coaxial lines can be processed simultaneously, substantially increase the efficiency of the double end processing of coaxial line.
Description of the drawings
Fig. 1 is structure diagram of the current coaxial line under non-wire stripping state；
Fig. 2 is structure diagram of the current coaxial line after three layers of outside are peelled off；
Fig. 3 is the structure diagram of the processing machine for the double end coaxial line that specific embodiment of the present invention provides；
Fig. 4 is the structure of the thread clamping mechanism in the processing machine for the double end coaxial line that specific embodiment of the present invention provides
Schematic diagram；
Fig. 5 is the structure diagram of the clamping plate in thread clamping mechanism；
Fig. 6 is the structure of the wire stripping mechanism in the processing machine for the double end coaxial line that specific embodiment of the present invention provides
Schematic diagram；
Fig. 7 is the internal structure schematic diagram of wire stripping mechanism；
Fig. 8 is the internal structure schematic diagram of another angle of wire stripping mechanism；
Fig. 9 is the structure diagram of the cutter holder assembly in wire stripping mechanism；
Figure 10 is the structure diagram of the tool apron in cutter holder assembly；
Figure 11 is the structure diagram left out in cutter holder assembly after tool apron；
Figure 12 is the knot of the wire clipping component in the processing machine for the double end coaxial line that specific embodiment of the present invention provides
Structure schematic diagram；
Figure 13 is the knot of the detent mechanism in the processing machine for the double end coaxial line that specific embodiment of the present invention provides
Structure schematic diagram.
In figure：100- turntables, 102- locating pieces, 103- pillars, 200- wire stripping mechanisms, 201- tracheaes, 10- installing plates, 11-
Support plate, 12- starting staves, the second risers of 13-, 14- third risers, 15- guide rods, 16- motor mounting plates, 17- sliding seats,
18- cases, 19- cover boards, 20- cutter holder assembly, 21- connecting shafts, 211- limiting slots, 212- keys, 22- wire stripping tool bits, 23- wire strippers are slided
Block, 24- tool aprons, 241- casings, 242- sleeves, 243- steps, 244- knife lids, 25- rotary heads, 26- wire strippers, 27- bearings,
28- loosens nut, 31- feed servo motors, 32- screws, 33- screws, 34- rotation motors, 35- belt wheels, 36- synchronous belts, 37-
First shaft joint, the second shaft joints of 38-, 41- sliding rails, 42- sliding blocks, 43- connecting plates, 44- driving motors, 45- eccentric wheels, 46-
Connecting rod, 47- sensing chips, 48- inductors, 300- thread clamping mechanisms, 301- bottom plates, 302- cable support blocks, the first cylinders of 303-,
304- clamping plates, 305- cable card slots, 400- detent mechanisms, 401- stents, the second cylinders of 402-, 403- guide rods, 500- coaxial lines,
601- crossbeams, 602- straight line modules, 603- wire clipping components, 604- fixed plates, 605- lifting cylinders, 606- clamping jaw installing plates,
607- clamping jaws, 608- clamping jaw cylinders.
Specific embodiment
Further illustrate the technical solution of the utility model below with reference to the accompanying drawings and specific embodiments.
As shown in figure 3, the processing machine of the double end coaxial line of the utility model, including two turntables 100, at least four wire strippings
Mechanism 200, moves line mechanism at thread clamping mechanism 300 at least equal with 200 quantity of wire stripping mechanism, wherein, two turntables 100 are side by side
Setting, and the outside of each turntable 100 is at least distributed that there are two be at least equipped with two on wire stripping mechanism 200, each turntable 100 along its periphery
A thread clamping mechanism 300, the center of each turntable 100 are vertically equipped with its opposite static pillar 103；Each thread clamping mechanism 300 is with phase
Face each wire stripping mechanism 200 accordingly can be distinguished in 100 rotation process of turntable answered, thread clamping mechanism 300 is coaxial for clamping
Line；Move line mechanism include crossbeam 601 that both ends connects respectively with two pillars 103, along 601 length direction of crossbeam mounted on crossbeam
Straight line module 602 on 601, the wire clipping component 603 on straight line module 602, wire clipping component 603 is in straight line module 602
Driving under, clamp and coaxial line and be moved on another turntable 100 at the thread clamping mechanism 300 on one of turntable 100
Thread clamping mechanism 300 at, which grips coaxial line from wire clipping component 603.Using two turntables 100 and to every
Two or three wire stripping mechanisms 200 are configured in a turntable, in a manner that turntable 100 rotates, to three layers of the outside difference of coaxial line
It is processed, is sent the coaxial line that one has been stripped on one of turntable 100 to another turntable 100 using line mechanism is moved
Wire stripping mechanism 200 carry out wire stripping simultaneously, that is, one of 100 corresponding wire stripping mechanism 200 of turntable is in stripping one of coaxial line
When, another 100 corresponding wire stripping mechanism 200 of turntable in the other end for shelling another coaxial line, can process simultaneously two it is same
Axis substantially increases the efficiency of the double end processing of coaxial line.
Specifically, as shown in Figure 4 and Figure 5, the thread clamping mechanism 300 in the utility model includes bottom plate 301, cable support block
302nd, two the first cylinders, 303, two clamping plates 304, wherein, bottom plate 301 is mounted on turntable frontside edge；Cable support block 302
On bottom plate 301；Two the first cylinders 303 are oppositely arranged on bottom plate 301 and are located at 302 liang of cable support block respectively
Side, for two clamping plates 304 to be driven mutually to draw close or be separated from each other；Two clamping plates 304 are respectively arranged in two the first cylinders 303
Output terminal, the opposite end face of two clamping plates 304 is equipped with cable card slot 305, and two clamping plates 304 are drawn close in cable support block
On 302, and after two clamping plates 304 are drawn close, cable clamp mouth is enclosed between two cable card slots 305 and cable support block 302,
The center line of cable clamp mouth is overlapped with the center line in hole that each blade enclosing in wire stripping mechanism 200 forms.As it can be seen that the clamp
The center in hole that the center line of coaxial line that mechanism 300 can come conveying is formed with each blade enclosing in wire stripping mechanism 200
Line overlaps, and ensures that cutting accuracy.
As shown in Fig. 6 to Figure 11, wire stripping mechanism 200 in the utility model includes installing plate 10, cutter holder assembly 20 and the
One drive component, wherein, installing plate 10 is equipped with horizontal support plate 11, and support plate 11 is vertical successively from one end to the other end
Riser, respectively starting stave 12, the second riser 13 and third riser 14 there are three connecting, and the second riser 13 and third riser
Multiple guide rods 15 are connected between 14.
In the utility model, cutter holder assembly 20 include connecting shaft 21, wire stripping tool bit 22, multiple wire stripper sliding blocks 23, tool apron 24,
Rotary head 25 and multiple wire strippers 26, wherein, tool apron 24 passes through starting stave 12 and is rotatablely connected with starting stave 13；Connecting shaft
21 are through axially moveablely on tool apron 24；Wire stripping tool bit 22 is coaxially connected in 21 end of connecting shaft and being capable of opposite 24 axis of tool apron
To movement；Each wire stripper sliding block 23 is uniformly mounted on wire stripping tool bit 22, and the axial line away from connecting shaft 21 is apart from equal；Rotating knife
Disk 25 is arranged in tool apron 24, and center is provided with cable-through hole, rotary head 25 along its edge be concaved with it is multiple respectively with respectively
The opening that wire stripper sliding block 23 is slidably matched, and rotary head 25 is equipped with multiple sliding slots corresponding with each aperture position respectively；
Each wire stripper 26 is slidably connected respectively with each sliding slot, and wire stripper 26 includes knife bar and the blade mounted on knife bar one end, and knife bar is another
After one end is equipped with the bayonet of clamping wire stripper sliding block 23, and each blade is drawn close, the center line and mistake in hole that each blade enclosing forms
The center line of string holes overlaps.Since each axial line of the wire stripper sliding block 23 away from connecting shaft 21 is apart from equal, and each opening respectively with respectively
23 position of wire stripper sliding block corresponds, and each sliding slot and the position of each opening correspond, in this way, wire stripper 26 is slidably connected
In sliding slot, and utilize bayonet clamping wire stripper sliding block 23, you can each blade is precisely located, when cutting coaxial line, each knife
The center line in hole that piece enclosing forms is overlapped with the center line of cable-through hole, and blade confronting coaxial line, which will not generate slip, to be deviateed, fixed
Precisely, cutting accuracy is high for position.
In the utility model, the first drive component is used to that cutter holder assembly 20 to be driven to rotate, drive connecting shaft 21 and wire stripping tool bit
22 include feed servo motor 31, screw 32, silk with axial movement of each wire stripper sliding block 23 along connecting shaft 21, the first drive component
Mother 33, rotation motor 34, two belt wheels 35, synchronous belts 36, wherein, feed servo motor 31, which is installed on, is connected to third riser 14
On motor mounting plate 16, and motor mounting plate 16 and third riser 14 are equipped with the corresponding perforation in position, feed servo electricity
The motor shaft of machine 31 passes through each perforation；Screw 33 is axial interspersed and is connected on the second riser 13, screw 32 and 33 screw thread of screw
Connection, and one end of screw 32 passes through second shaft coupling 38 and connecting shaft by first shaft coupling 37 and motor axis connection, the other end
Connection；Rotation motor 34 is connected with sliding seat 17, and sliding seat 17 is slidably connected with one of guide rod 15；One of belt wheel
35 connect with the shaft of rotation motor 34, another belt wheel 35 and connecting shaft 21 are coaxially connected, and synchronous belt 36 is passed with two belt wheels 35
Dynamic connection.Feed servo motor 31 drives screw 32 and wire stripper sliding block 23 to move back and forth to control feed and withdrawing, passes through rotation
Turning motor 34 drives wire stripping tool bit 22 persistently to rotate, and when rotary head 25 rotates, the rod end of each activity knife bar is with feed servo electricity
Machine 31 and screw 32 drive wire stripper sliding block 23 to push each blade folding, complete wire stripping action.
Wire stripper sliding block 23 pushes each blade folding, is to be set as oblique by the end for contacting wire stripper sliding block 23 with bayonet
Face is realized, when under drive of the wire stripper sliding block 23 in screw 32, when being moved axially with connecting shaft 21, and 23 opposed open of wire stripper sliding block
It is mobile, so as to drive each blade folding using inclined-plane.
Specifically, the tool apron 24 in the utility model includes casing 241 and the sleeve 242 connected with casing 241, casing
241 pass through and starting stave 12 and are rotatablely connected with starting stave 12, and connecting shaft 21 is socketed with casing 241, wire stripping tool bit 22 and sleeve
242 rotation connections；242 inner wall of end of sleeve is equipped with the step 243 of support rotary head 25, and 242 end of sleeve is equipped with and keeps out
The knife lid 244 of each wire stripper 26.To realize the rotation connection of sleeve 242 and starting stave 12, and when connecting shaft 21 moves axially,
It will not be moved with connecting shaft 21, the utility model sets a via on starting stave 12, bearing 27 is installed in via, by casing
241 is coaxially connected with bearing 27；And be threaded on one end of casing 241, the thread connection anti-loose nut 28 on the end of thread,
And stop nut 28 is made to lean with bearing 27.In this way, when connecting shaft 21 is when opposite tool apron 24 moves axially, tool apron 24 will not be with
Connecting shaft 21 moves together, it is ensured that the smoothly folding of each blade carries out wire stripping.And tool apron 24 is with the rotation of connecting shaft 21, is to pass through
Connecting shaft 21 is connect by key 212 with sleeve 242.Meanwhile for the stroke for limiting the axial movement of connecting shaft 21, the utility model is in connecting shaft
It axially sets limiting slot 211 to 21 upper edges, key 212 can be through in limiting slot 211, and connect the both ends of key 212 and sleeve 242
Connect, kill two birds with one stone, not only realized rotation of the tool apron 24 with connecting shaft 21, but realize limitation connecting shaft 21 relative to tool apron 24 move away from
From.
In order to adjust the position of blade cutting coaxial line, the utility model is equipped with the axle center with connecting shaft 21 on installing plate 10
Line parallel sliding rail 41 slidably connects sliding block 42 on sliding rail 41, and sliding block 42 is connected with the connecting plate being connect with support plate 11
43；Installing plate 10, which is equipped with, is drivingly connected the second drive component that plate 43 is slided along sliding rail 41, and the second drive component includes driving
Motor 44, eccentric wheel 45, connecting rod 46, wherein, driving motor 44 is mounted on installing plate 10, and the output shaft of driving motor 44 hangs down
Direct puncture crosses installing plate 10；Eccentric wheel 45 is rotatably arranged on installing plate 10 and is sequentially connected with output shaft；46 one end of connecting rod connects
It is connected in the eccentric part of eccentric wheel 45, the other end and connecting plate 43.
In order to control the initial position of each blade, the utility model is equipped with sensing chip 47 on 45 periphery of eccentric wheel, is pacifying
Loading board 10 is equipped with the inductor 48 for sensing the sensing chip 47, and when inductor 48 senses sensing chip 47, each blade is in just
Beginning position, at this point, the rotating speed of control driving motor 44, the position of adjustment blade cutting coaxial line；When each blade is not at initially
During position, driving motor 44 is controlled, sensing chip 47 is made to turn at inductor 48, each blade is made to be in initial position, Ran Houjin
The follow-up adjustment of row.
Certainly, clean and tidy in order to ensure coaxial line, the utility model can also be in the top of 200 knife-edge part of wire stripping mechanism under
Side's installation tracheae 201, before wire stripping and after wire stripping, purges coaxial line.
As shown in figure 12, the wire clipping component 603 in the utility model includes the fixed plate being installed on straight line module 602
604th, the lifting cylinder 605 in fixed plate 604, the clamping jaw installing plate mounted on 605 output terminal of lifting cylinder are vertically installed at
606th, the opposite two group clamping jaw 607 in clamping jaw installing plate 606, in clamping jaw installing plate 606 and respectively drive
Two clamping jaw cylinders 608 of two groups of 607 foldings of clamping jaw；When wire clipping component 603 is located at thread clamping mechanism 300, two groups of clamping jaws 607 close
The center line of clamp port after holding together is overlapped with the center line of the cable clamp mouth of thread clamping mechanism 300.When on one of turntable 100
Coaxial line three layers of one end wire stripping after, clamped by thread clamping mechanism 300, with turntable 100 turn to move line mechanism below, directly
The driving wire clipping component 603 of line module 602 is moved to the surface of the thread clamping mechanism 300, and lifting cylinder 605 starts, and pacifies clamping jaw
Loading board 606 declines, and drives the center of the cable clamp mouth of the center alignment thread clamping mechanism 300 of the clamp port of two groups of clamping jaws 607,
Then, clamping jaw cylinder 608 starts, and two groups of clamping jaws 607 is made to clamp coaxial line from the both ends of coaxial line；And then, lifting cylinder 607
Return, straight line module 602 drive the surface of thread clamping mechanism 300 that wire clipping component 603 is moved on another turntable 100, lifting
Cylinder 605 starts, and declines clamping jaw installing plate 606, and two clamping plates 304 of the thread clamping mechanism 300 separate, and treats that two clamping jaws 607 will
Coaxial line is moved between two clamping plates 304, and two the first cylinders 303 drive two clamping plates 304 to close up clamping coaxial line, then clamping jaw gas
608 return of cylinder, lifting cylinder return, the thread clamping mechanism 300 on the turntable 100 turn to corresponding wire stripping with the turntable 100
At mechanism 200, wire stripping is carried out to three layers of the other end of the coaxial line successively by 3 wire stripping mechanisms 200.The turntable 100 corresponds to
Three wire stripping mechanisms 200 in wire stripping, 100 corresponding three wire stripping mechanisms 200 of another turntable are shelling an another coaxial line,
In this way, more coaxial lines can be processed simultaneously using two turntables.
In addition, as shown in figure 13, the processing machine of the double end coaxial line of the utility model, which further includes, carries out thread clamping mechanism 300
The detent mechanism 400 of positioning.It is corresponded specifically, the utility model is equipped on turntable 100 with the position of thread clamping mechanism 300
Mounting hole, be equipped with location hole equipped with locating piece 102, locating piece 102 in mounting hole；Detent mechanism 400 includes being located at turntable
The stents 401 of 100 lower sections, the second cylinder 402 on stent 401 and towards turntable 100 are stretched with the second cylinder 402
The guide rod 403 of contracting bar connection, when being injected in location hole under driving of the guide rod 403 in the second cylinder 402, to thread clamping mechanism 300
It is positioned.It can be further assured that the center line and wire stripper of the cable clamp mouth in thread clamping mechanism 300 by detent mechanism 400
Clamping after the center line in hole that each blade enclosing in structure 200 forms overlaps, two groups of clamping jaws 607 close up in wire clipping component 603
The center line of mouth is overlapped with the center line of the cable clamp mouth of thread clamping mechanism 300.
During the processing machine work of the double end coaxial line of the utility model, three thread clamping mechanisms on one of turntable 100
300 first respectively press from both sides a coaxial line to be processed, are then turned at hithermost wire stripping mechanism 200 with turntable 100, three wire strippings
Mechanism 200 carries out wire strippings to three coaxial lines successively, has shelled three layers of coaxial line at first by thread clamping mechanism 300 with the turntable 100
It turns to and moves below line mechanism, be moved on another turntable 100 by shifting line mechanism, by an another turntable 100 corresponding three
Wire stripping mechanism 300 peels off three layers of the coaxial line other end successively.As it can be seen that using the recyclable operation of two turntables 100, processing effect
Rate is higher.
The technical principle of the utility model is described above in association with specific embodiment.These descriptions are intended merely to explain this reality
With novel principle, and it cannot be construed to the limitation to scope of protection of the utility model in any way.Based on explanation herein,
Those skilled in the art would not require any inventive effort the other specific embodiments that can associate the utility model,
These modes are fallen within the scope of protection of the utility model.
Claims (10)
1. a kind of processing machine of double end coaxial line, which is characterized in that including two turntables, at least four wire stripping mechanisms, at least with
The equal thread clamping mechanism of the wire stripping mechanism quantity moves line mechanism, wherein,
Two turntables are arranged side by side, and on the outside of each turntable along its periphery be at least distributed there are two the wire stripping mechanism,
Two thread clamping mechanisms are at least installed, the center of each turntable is vertically equipped with its opposite static branch on each turntable
Column；
Each thread clamping mechanism can distinguish the corresponding each wire stripper of face in the corresponding turntable rotation process
Structure, the thread clamping mechanism are used to clamp coaxial line；
The shifting line mechanism includes crossbeam, straight line module, wire clipping component, wherein,
The both ends of the crossbeam are connect respectively with two pillars；
The straight line module is mounted on along the crossbeam length direction on the crossbeam；
The wire clipping component is mounted on the straight line module, and the wire clipping component is under the driving of the straight line module, from it
In the clamping coaxial line and be moved to described on another described turntable at the thread clamping mechanism on a turntable
At thread clamping mechanism, which grips the coaxial line from the wire clipping component.
2. the processing machine of double end coaxial line according to claim 1, which is characterized in that the thread clamping mechanism include bottom plate,
Cable support block, two the first cylinders, two clamping plates, wherein,
The bottom plate is mounted on the disk edge；
The cable support block is mounted on the bottom plate；
Two first cylinders are oppositely arranged on the bottom plate and are located at the cable support block both sides respectively, for driving
Two clamping plates are mutually drawn close or are separated from each other；
Two clamping plates are respectively arranged in the output terminal of two first cylinders, and two clamping plates are set on opposite end face
There is a cable card slot, after two clamping plates are drawn close on the cable support block, and two clamping plates are drawn close, two lines
Cable clamp mouth, center line and the wire stripper of the cable clamp mouth are enclosed between cable card slot and the cable support block
The center line in hole that each blade enclosing in structure forms overlaps.
3. the processing machine of double end coaxial line according to claim 1, which is characterized in that the wire stripping mechanism includes installation
Plate, cutter holder assembly and the first drive component, wherein,
The installing plate is equipped with horizontal support plate, and described support plate one end is vertically connected with starting stave；
The cutter holder assembly includes connecting shaft, wire stripping tool bit, multiple wire stripper sliding blocks, tool apron, rotary head and multiple wire strippers,
In,
The tool apron passes through the starting stave and is rotatablely connected with the starting stave；
The connecting shaft is through axially moveablely on the tool apron；
The wire stripping tool bit is coaxially connected in the connecting shaft end and being capable of tool apron axial movement relatively；
Each wire stripper sliding block is uniformly mounted on the wire stripping tool bit, and the axial line away from the connecting shaft is apart from equal；
The rotary head is arranged in the tool apron, and center is provided with cable-through hole, and the rotary head concaves along its edge
Equipped with multiple openings being slidably matched respectively with each wire stripper sliding block, and the rotary head be equipped with it is multiple respectively with respectively
The corresponding sliding slot of the aperture position；
Each wire stripper is slidably connected respectively with each sliding slot, and the wire stripper includes knife bar and mounted on the knife bar
After the blade of one end, the knife bar other end are equipped with the bayonet of wire stripper sliding block described in clamping, and each blade is drawn close, each institute
The center line in hole that blade enclosing forms is stated to overlap with the center line of the cable-through hole；
First drive component is used to drive the cutter holder assembly rotation, drives the connecting shaft and the wire stripping tool bit and each institute
State axial movement of the wire stripper sliding block along the connecting shaft.
4. the processing machine of double end coaxial line according to claim 3, which is characterized in that the installing plate be equipped with it is described
The axial line of connecting shaft parallel sliding rail slidably connects sliding block on the sliding rail, and the sliding block is connected with and the support plate
The connecting plate of connection；The installing plate is equipped with the second drive component that the connecting plate is driven to be slided along the sliding rail.
5. the processing machine of double end coaxial line according to claim 3, which is characterized in that the tool apron include casing and with institute
State casing connection sleeve, described sleeve pipe pass through the starting stave and with the starting stave be rotatablely connected, the connecting shaft with
Described sleeve pipe socket, the wire stripping tool bit and the sleeve are rotatablely connected；The sleeve ends inner wall, which is equipped with, supports the rotation
The step of cutterhead, and the sleeve ends are equipped with the knife lid for keeping out each wire stripper.
6. the processing machine of double end coaxial line according to claim 5, which is characterized in that the connecting shaft upper edge its be axially arranged with
Limiting slot is equipped with the key at both ends and the sleeve connection in the limiting slot.
7. the processing machine of double end coaxial line according to claim 3, which is characterized in that first drive component include into
Knife servo motor, screw, screw, rotation motor, two belt wheels, synchronous belts, vertical connection is parallel to institute in the support plate
State the second riser of starting stave and third riser, second riser be located at the starting stave and the third riser it
Between, and multiple guide rods are connected between second riser and the third riser, wherein,
Motor mounting plate is connected on the third riser, it is opposite that the motor mounting plate and the third riser are equipped with position
The perforation answered, the feed servo motor is mounted on the motor mounting plate, and the motor shaft of the feed servo motor is worn
Cross each perforation；
The screw is axially interspersed and is connected on second riser, and the screw is threadedly coupled with the screw, and described
One end of screw is connect with the motor axis connection, the other end by first shaft coupling by second shaft coupling with the connecting shaft；
The rotation motor is connected with sliding seat, and the sliding seat is slidably connected with guide rod one of them described；
One of them described belt wheel is connect with the shaft of the rotation motor, another described belt wheel coaxially connects with the connecting shaft
It connects, the synchronous belt is connect with two belt wheel transmissions.
8. the processing machine of double end coaxial line according to claim 4, which is characterized in that second drive component includes driving
Dynamic motor, eccentric wheel, connecting rod, wherein,
The driving motor is mounted on the installing plate, and the output shaft of the driving motor passes perpendicularly through the installing plate；
The eccentric wheel is rotatably arranged on the installing plate and is sequentially connected with the output shaft；
Described connecting rod one end is connected to the eccentric part of the eccentric wheel, the other end is connect with the connecting plate.
9. the processing machine of double end coaxial line according to claim 2, which is characterized in that the wire clipping component includes being installed on
It is fixed plate on the straight line module, the lifting cylinder being vertically installed in the fixed plate, defeated mounted on the lifting cylinder
The clamping jaw installing plate of outlet, the opposite two group clamping jaw in the clamping jaw installing plate, mounted on the clamping jaw installing plate
Two clamping jaw cylinders that are upper and respectively driving clamping jaw folding described in two groups；When the wire clipping component is located at the thread clamping mechanism,
The center line of clamp port after jaws close described in two groups is overlapped with the center line of the cable clamp mouth.
10. the processing machine of double end coaxial line according to claim 1, which is characterized in that
It is equipped on each turntable and is equipped with fixed with the one-to-one locating piece in the position of the thread clamping mechanism, the locating piece
Position hole；
The processing machine of the double end coaxial line further includes two detent mechanisms corresponding with two turntables respectively, the positioning
Mechanism includes being located at stent below turntable, installation on the bracket and the second cylinder towards the turntable, with described the
The guide rod of the telescopic rod connection of two cylinders, when being injected in the location hole under driving of the guide rod in second cylinder,
The thread clamping mechanism is positioned.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201721629213.6U CN207490450U (en) | 2017-11-29 | 2017-11-29 | A kind of processing machine of double end coaxial line |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201721629213.6U CN207490450U (en) | 2017-11-29 | 2017-11-29 | A kind of processing machine of double end coaxial line |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107809096A (en) * | 2017-11-29 | 2018-03-16 | 昆山雷匠通信科技有限公司 | A kind of processing machine of double end coaxial line |
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2017
- 2017-11-29 CN CN201721629213.6U patent/CN207490450U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107809096A (en) * | 2017-11-29 | 2018-03-16 | 昆山雷匠通信科技有限公司 | A kind of processing machine of double end coaxial line |
| CN107809096B (en) * | 2017-11-29 | 2023-09-15 | 昆山雷匠通信科技有限公司 | Double-end coaxial line's processor |
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