CN209071965U - Automatic stripping machine - Google Patents
Automatic stripping machine Download PDFInfo
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- CN209071965U CN209071965U CN201820959567.5U CN201820959567U CN209071965U CN 209071965 U CN209071965 U CN 209071965U CN 201820959567 U CN201820959567 U CN 201820959567U CN 209071965 U CN209071965 U CN 209071965U
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Abstract
The utility model discloses a kind of automatic stripping machine, including being pushed back mould group outside half stripping mould group, conducting wire outside conducting wire, wire mesh severing arranges mould group, when full-automatic processing, utilize the outer quilt of the first cutting mechanism ring cutting conducting wire, first hold-down mechanism is pressed in the first end of conducting wire, second, which pulls mechanism, pulls first hold-down mechanism to move back, and makes to be removed in first end outer outer by half stripping mode by the realization of pull distance L2 along a first direction.Recycle the second hold-down mechanism cooperation second to pull mechanism and push back, make in first end it is outer pushed back distance L3 along second direction, so that wire mesh arches upward in lantern-shaped.Finally, third cutting mechanism is punched the wire mesh outer after severing is arched upward from the front to the back, which is stirred as manpower outside the outer quilt for making to be cut off in first end and wire mesh abjection conducting wire.This kind of automatic equipment is participated in without artificial, promotes wire stripping efficiency, improves product quality.
Description
Technical field
The utility model relates to wire rod treatment process and apparatus field technology, refer in particular to a kind of automatic stripping machine.
Background technique
Authorization Notice No. be CN 1135658C(Patent No. 98104481.6) Chinese utility model patent disclose screen
The earthing or grounding means and method of the screened rope of cable are covered, the technical step being directed to first is needed sub-thread or multiply
Shielded cable is by gymnosis, so as to which conductor and shielding rope is allowed to reveal, the screened rope of shielded cable is respectively in its shielding electricity
It is rolled on the insulation shell of cable, and the length of screened rope is more shorter than conductor, in order to be clipped in this layer of shielding using earthing or grounding means
On hawser.In order to process this shielded cable for needing exposed screened rope, traditional diamond-making technique is manual progress, specifically
Step is and outer quilt (different half stripping modes below) to be completely exfoliated first by outer by ring cutting, makes screened rope and conductor
It is completely exposed, then measures the length for taking screened rope to need to retain with a yardstick, put signs on, then roll screened rope, edge
Mark position cut, made in order again after cutting, and trimmed again for cutting uneven position.Above in relation to adding for screened rope
Work method is although feasible, but efficiency is too slow, and manual operations is high to the skill requirement of worker, it is difficult to guarantee every shielding cable
Processing length of restricting is consistent, there is the solid hardly possible of processing, inferior defect.
Utility model content
In view of this, the utility model is in view of the existing deficiencies of the prior art, main purpose is to provide a kind of automatic stripping
Line machine realizes simple stripping method using full automatic mode, participates in without artificial, promotes wire stripping efficiency, improves product product
Matter, and rapidly realize that wire mesh exposes outside half in core and wire mesh cuts that rear notch is neat, and shape is whole
Clean, quality is good, thus overcome the deficiencies in the prior art.
To achieve the above object, the utility model is using following technical solution:
A kind of automatic stripping machine, including
One conducting wire is outer by half stripping mould group, including the first clamp system, the first cutting mechanism, the first hold-down mechanism, the first drawing
Mechanism is pulled, first clamp system is located at the front side of the first cutting mechanism, and the first hold-down mechanism is located at the first cutting mechanism
Top, first pulls the rear that mechanism is located at the first cutting mechanism；First clamp system clamps the second end of conducting wire, described
The outer quilt of first cutting mechanism ring cutting conducting wire, first hold-down mechanism retracts evacuation, first hold-down mechanism after the completion of ring cutting
It is pressed in the first end of conducting wire, second, which pulls mechanism, pulls first hold-down mechanism to move back, and makes to be removed in first end
It is outer by pull distance L2 along a first direction；
One conducting wire is outer to be pushed back mould group, including the second clamp system, the second cutting mechanism, the second hold-down mechanism, the second drawing
Mechanism is pulled, second clamp system is located at the front side of the second cutting mechanism, and the second hold-down mechanism is located at the second cutting mechanism
Top, second pulls the rear that mechanism is located at the second cutting mechanism；Second clamp system clamps the second end of conducting wire, described
Second hold-down mechanism is pressed in the first end of conducting wire, and second, which pulls mechanism, pushes back second hold-down mechanism to Forward, makes first end
On outer pushed back distance L3 along second direction；
One wire mesh severing arranges mould group, including third clamp system, third cutting mechanism, is rejected mechanism outside, institute
The front side that third clamp system is located at third cutting mechanism is stated, is rejected the top that mechanism is located at third cutting mechanism outside；It is described
Third clamp system clamps the second end of conducting wire, and third cutting mechanism is punched from the front to the back outside the wire mesh after severing is arched upward
Edge, after third cutting mechanism exits playback, the outer first end for being rejected mechanism decline and nipping conducting wire, and along a first direction
It stirs, the outer quilt and wire mesh that are cut off in first end is deviate from outside conducting wire.
The utility model has clear advantage and beneficial effect compared with prior art, specifically, by above-mentioned technology
Scheme is pushed back mould group, wire mesh outside half stripping mould group, conducting wire it is found that the automatic stripping machine of the utility model includes that conducting wire is outer
Severing arranges mould group, and when full-automatic processing, the second end of conducting wire, the first cutting mechanism ring are clamped using the first clamp system
The outer quilt of incisal guide line, first hold-down mechanism retracts evacuation after the completion of ring cutting, and first hold-down mechanism is pressed in the first of conducting wire
On end, second, which pulls mechanism, pulls first hold-down mechanism to move back, and makes to be removed in first end outer by along first party
To pull distance L2.Second clamp system is recycled to clamp the second end of conducting wire, second hold-down mechanism is pressed in conducting wire
First end on, second, which pulls mechanism, pushes back second hold-down mechanism to Forward, makes outer by along second direction in first end
Push back distance L3.Finally, the third clamp system clamps the second end of conducting wire, third cutting mechanism is punched severing from the front to the back
Wire mesh outer after arching upward, after third cutting mechanism exits playback, this is outer to be rejected mechanism decline and nips the first of conducting wire
End, and stir along a first direction, the outer quilt and wire mesh that are cut off in first end are deviate from outside conducting wire.This kind sets automatically
It is standby to be participated in without artificial, wire stripping efficiency is promoted, product quality is improved.
For the structure feature and effect for more clearly illustrating the utility model, come with reference to the accompanying drawing with specific embodiment pair
The utility model is described in detail.
Detailed description of the invention
Fig. 1 is the conducting wire sectional view of the embodiment of the utility model.
Fig. 2 is the stripping method step schematic diagram of the embodiment of the utility model.
Fig. 3 is the automatic stripping machine schematic diagram of the embodiment of the utility model.
Fig. 4 is the outer perspective view that mould group is shelled by half of conducting wire of the embodiment of the utility model.
Fig. 5 is another view stereo figure of Fig. 4.
Fig. 6 is the outer main view for being pushed back mould group of conducting wire of the embodiment of the utility model.
Fig. 7 is the outer right view for being pushed back mould group of conducting wire of the embodiment of the utility model.
Fig. 8 is that the wire mesh severing of the embodiment of the utility model arranges mould group perspective view.
Fig. 9 is another view stereo figure of Fig. 8.
Figure 10 is that the wire mesh severing of the embodiment of the utility model arranges the right view of mould group.
Description of drawing identification:
1, conducting wire 2, core
3, wire mesh 4, outer quilt
5, first end 6, second end
10, conducting wire is outer by half stripping mould group 11, the first clamp system
111, the first lifting cylinder 112, U-shaped pushing block
113, left movable clamping head 114, right movable clamping head
115, folder hole 12, the first cutting mechanism
121, the first flat-removing air cyclinder 122, move left and right sliding rail
123, skewback 124, sliding block are driven
125, link block 126, left-cut tool
127, right-cut tool 13, the first hold-down mechanism
131, crimping cylinder 132, tension disc
133, crimping foot 14, first pull mechanism
141, cylinder 142, fixed bracket are pulled
143, sliding rail 144, top plate are moved forward and backward
145, framework soleplate 20, conducting wire are outer is pushed back mould group
21, the second clamp system 22, the second cutting mechanism
23, the second hold-down mechanism 24, second pull mechanism
30, wire mesh severing arranges mould group 31, third clamp system
311, lower seat board 312, top board
313, top board cylinder 314, top board air cylinder support
315, clamp tool apron 32, third cutting mechanism
321, cylinder 322, annular cutting head are punched
33, it is rejected mechanism 331 outside, makes cylinder in order
332, swinging plate 34, hoistable platform
341, platform lifting cylinder 342, pedestal
35, platform 351, anterior-posterior translation cylinder are moved forward and backward.
Specific embodiment
It please refers to shown in Fig. 1, that show the structure of the conducting wire 1 of the utility model, Fig. 2 shows the utility model
1 stripping method of conducting wire.Such stripping method includes the following steps
Step 1: step 2-1 in referring to Fig. 1 and Fig. 2 takes a conducting wire 1, and there are 1 or a plurality of core 2 in the center of the conducting wire 1,
The outer braided metal silk screen 3 of core 2, wire mesh 3 are, for example, the copper wire with tin coating.The outer quilt of 3 outer cladding of wire mesh
4, it by 4 is insulated plastic glue-line that this is outer.
Step 2: step 2-2 in referring to fig. 2, in 5 selection cutting positions of first end of conducting wire 1, along cutting position ring cutting
Outer depth of cut is less than the braiding depth S 1 of wire mesh 3 by 4, so that outside by 4 severings but wire mesh 3 is not by severing.
Step 3: step 2-3 in referring to fig. 2 has cut off first end 5 and pulls a distance along a first direction by 4 outside
L2 exposes wire mesh 3, wherein 0 < L2 < L1.Guarantee to expose one section of wire mesh 3, but what is be cut off outer will not be taken off by 4
Out outside conducting wire 1.
Step 4: step 2-4 in referring to fig. 2, first end 5, which has been cut off, pushes back a distance L3 along second direction by 4 outside,
So that wire mesh 3 arches upward in lantern-shaped, wherein L3 < L2.This is because first direction and second direction are on the contrary, when outer by 4 edges
When first direction is drawn, wire mesh 3 can only be straightened, and when upsiding down pushing along second direction, wire mesh 3 due to it is outer
Contact more compact by 4, can with it is outer by 4 and push back makes the exposed portion in step 3 arch upward together.
Step 5: step 2-4 in referring to fig. 2, the outer severing after wire mesh 3 is arched upward, severing range is in the gold to arch upward
Belong between the most interior edge of silk screen 3 and the width W1 of most outer.
Step 6: first end 5 has been cut off to be pulled by 4 again along first direction outside, makes to have cut off outside by 4 together with by severing
Wire mesh 3 exited outside core 2 together.
Step 7: step 2-7 in referring to fig. 2 makes in order in 1 second end 6 of conducting wire not by the wire mesh of severing 3, makes wire
Net 3 is stirred along second direction until the fold of wire mesh 3 is attached to the outer by surface of second end 6.
The above stripping method can also be adopted and be completed in an automated fashion by manual realization, and Fig. 3 is for the wire stripping
Method and the automatic stripping machine designed.The structure of the automatic stripping machine includes that conducting wire is outer is returned outside half stripping mould group 10, conducting wire
Mould group 20, wire mesh severing arrangement mould group 30 are pushed away, this three mould groups arrange from left to right.
The conducting wire is outer to include the first clamp system 11, the first cutting mechanism 12, the first hold-down mechanism by half stripping mould group 10
13, first mechanism 14 is pullled.First clamp system 11 is located at the front side of the first cutting mechanism 12, the first hold-down mechanism 13
In the top of the first cutting mechanism 12, first pulls the rear that mechanism 14 is located at the first cutting mechanism 12.First clamping machine
Structure 11 clamps the second end 6 of conducting wire 1, outer by 4, first pressure after the completion of ring cutting of the 12 ring cutting conducting wire 1 of the first cutting mechanism
Evacuation is retracted by tight mechanism 13, and first hold-down mechanism 13 is pressed in the first end 5 of conducting wire 1, and second pulls the pulling of mechanism 24 should
First hold-down mechanism 13 moves back, and make to be removed in first end 5 is outer by 4 pull distance L2 along a first direction.
The outer mould group 20 that pushed back of the conducting wire includes the second clamp system 21, the second cutting mechanism 22, the second hold-down mechanism
23, second mechanism 24 is pullled.Second clamp system 21 is located at the front side of the second cutting mechanism 22, the second hold-down mechanism 23
In the top of the second cutting mechanism 22, second pulls the rear that mechanism 24 is located at the second cutting mechanism 22.First clamping machine
Structure 11 clamps the second end 6 of conducting wire 1, and second hold-down mechanism 23 is pressed in the first end 5 of conducting wire 1, and second pulls mechanism 24
Second hold-down mechanism 23 is pushed back to Forward, make in first end 5 outer pushes back distance L3 along second direction by 4.
The wire mesh severing arranges mould group 30 and includes third clamp system 31, third cutting mechanism 32, is rejected outside
Mechanism 33.The third clamp system 31 is located at the front side of third cutting mechanism 32, is rejected mechanism 33 outside and cuts positioned at third
The top of mechanism 32.The third cutting mechanism 32 clamps the second end 6 of conducting wire 1, and third cutting mechanism 32 is punched from the front to the back
Severing arch upward after 3 outer of wire mesh, after third cutting mechanism 32 exits playback, this is outer to be rejected the decline of mechanism 33 and nips and lead
The first end of line 1, and stirring along a first direction outer deviates from conducting wire 1 by 4 and wire mesh 3 for what is be cut off in first end 5
Outside.
As shown in Figures 4 to 7, first clamp system 11 is identical with the structure of the second clamp system 21, includes the
One lifting cylinder 111, U-shaped pushing block 112, left movable clamping head 113, right movable clamping head 114.First lifting cylinder 111
Erect-type to be fixed on framework soleplate 145, the piston rod of first lifting cylinder 111 connects U-shaped pushing block 112, the U-shaped pushing block
It is inclined-plane on the inside of 112 top two, left movable clamping head 113 and right movable clamping head 114 are installed in the U-shaped pushing block 112 simultaneously
And inclined-plane is contacted respectively, the folder hole for clamping conducting wire 1 is formed between left movable clamping head 113 and right movable clamping head 114
115。
As shown in Figures 4 to 7, described first pull mechanism 14 with second pull mechanism 24 structure it is identical, include water
Flat pulling cylinder 141, is moved forward and backward sliding rail 143, top plate 144 at fixed bracket 142.The fixed bracket 142 and framework soleplate
145 is fixed, and the top for pulling cylinder 141 to be fixedly arranged on fixed bracket 142 pulls the piston rod of cylinder 141 to connect top plate
144, the top of the fixation bracket 142 is provided with the back-and-forth motion sliding rail 143, and the top plate 144 is slideable to be installed on this
It is moved forward and backward sliding rail 143.
As shown in Figures 4 to 7, the conducting wire is outer is pushed back in mould group 20, second cutting mechanism 22 and the first guillotine
The structure of structure 12 is identical, includes that one first flat-removing air cyclinder 121, one moves left and right sliding rail 122, two driving skewback 123, two sliding blocks
124, two link blocks 125, left-cut tool 126, right-cut tool 127.First flat-removing air cyclinder 121 is fixed on top plate 144, moves left and right
Sliding rail 122 is fixed on 121 front end of the first flat-removing air cyclinder, and the piston rod connection two of first flat-removing air cyclinder 121 drives skewback 123,
The skewed slot being arranged in two driving skewbacks 123 and two sliding blocks 124 matches, and on two sliding blocks 124 assembly sliding rail, two link blocks, 125 phase
Two sliding blocks 124 are connect, left-cut tool 126 and right-cut tool 127 are individually fixed in two link blocks 125.
As shown in Figures 4 to 7, first hold-down mechanism 13 is identical with the structure of the second hold-down mechanism 23, includes perpendicular
Vertical crimping cylinder 131 and tension disc 132, the crimping cylinder 131 are fixed on top plate 144, the piston of the crimping cylinder 131
Bar connects tension disc 132, which extends downwardly into 1 top of conducting wire, and the bottom of tension disc 132 is equipped with horizontal crimping
Foot 133.
As shown in Fig. 8 to Figure 10, it further comprises hoistable platform 34, the liter that the wire mesh severing, which arranges mould group 30,
The piston rod of 34 connecting platform lifting cylinder 341 of platform drops, which is fixed on pedestal 342.And institute
Stating wire mesh severing and arranging mould group 30 further comprises being moved forward and backward platform 35, and the connection of back-and-forth motion platform 35 front and back is flat
The piston rod of cylinder 351 is moved, which is fixed on hoistable platform 34, the back-and-forth motion platform 35 and lifting
It is cooperatively connected between platform 34 by the slide construction that sliding block 124 and sliding rail are formed.
As shown in Fig. 8 to Figure 10, the third clamp system 31 includes lower seat board 311, top board 312, top board cylinder
313, top board air cylinder support 314.The lower seat board 311, which is fixed on, to be moved forward and backward on platform 35, the top board 312 and lower seat board
Clamp tool apron 315 is equipped between 311, which is connected to the piston rod of the top board cylinder 313, the top board gas
Cylinder 313 is fixed on top board air cylinder support 314, which is fixed on lower seat board 311.
As shown in Fig. 8 to Figure 10, the third cutting mechanism 32 includes being punched cylinder 321 and annular cutting head 322, described
Punching cylinder 321, which is fixed on, to be moved forward and backward on platform 35, the piston rod of the annular cutting head 322 connection punching cylinder 321, annular
Cutting head 322 and 315 face of clamp tool apron.
As shown in Fig. 8 to Figure 10, the outer mechanism 33 that is rejected includes that cylinder 331, swinging plate are made in erect-type installation in order
332, the cylinder 331 of making in order is fixed on top board air cylinder support 314, and swinging plate 332 is connected to the piston for making cylinder 331 in order
Bar, the swinging plate 332 are equipped with the material toggling pawl for that will be pushed out by the wire mesh after severing and outside.
The working principle of the automatic stripping machine of the utility model is:
By in half stripping mould group 10 outside conducting wire, left movable clamping head 113 and right movable clamping head 114 are in open configuration,
After conducting wire 1 is put into folder hole 115, the first lifting cylinder 111 pushes U-shaped pushing block 112 to rise, and utilizes the left work of the slope driving of two sides
Dynamic clamping head 113 and right movable clamping head 114 are close to each other, so that conducting wire 1 is clamped in folder hole 115.Then, the first translation
The piston rod of cylinder 121 pulls back, and driving skewback 123 moves backward, and keeps two sliding blocks 124 close to each other, left-cut tool 126 and right cut
Knife 127 is in contact, by the outer by 4 cuttings, depth of cut S1 of conducting wire 1.After cutting, left-cut tool 126 and right-cut tool 127 playback.
Followed by crimping cylinder 131 drives tension disc 132 to move down, and crimping foot 133 is made to be pressed in 1 surface of conducting wire.Finally pull cylinder
141 move back, and synchronize tension disc 132 and move backward, and will can strip out backward a distance L2 by 4 outside conducting wire 1.At this point, loose
Convince line 1 by patient analysis, conducting wire 1 can enter that conducting wire is outer to be pushed back mould group 20 under the transmission of automatic conveying equipment (not shown go out).
It is pushed back outside conducting wire in mould group 20, each mechanism is identical as mould group 10 is partly shelled outside conducting wire, the drive of each cylinder
Flowing mode is also essentially identical.The difference is that second hold-down mechanism 23 is just after conducting wire 1 is clamped by the second clamp system 21
It is downwardly against outer by 4, then drives second to pull mechanism 24 and move forward L3, so that wire mesh 3 arches upward in lantern-shaped.This
When, conducting wire 1 is unclamped, conducting wire 1 can enter wire mesh severing under the transmission of automatic conveying equipment (not shown go out) and arrange mould
Group 30.
Mould group 30 is arranged in wire mesh severing, platform lifting cylinder 341 pushes hoistable platform 34 to adapt to conducting wire 1 automatically
It is sent into height；Being moved forward and backward 35 cylinder of platform pushes back-and-forth motion platform 35 close to conducting wire 1.Then, top board cylinder 313 is downward
Top board 312 is pushed, is clamped at conducting wire 1 on clamp tool apron 315, cylinder 321 is then punched to being pushed forward, is punched using annular
Outer severing of first 322 impact on clamp tool apron 315, after wire mesh 3 is arched upward.After cutting, annular cutting head 322 is returned
Position then makes cylinder 331 in order and pushes swinging plate 332 to moving down, until the material toggling pawl on swinging plate 332 nips conducting wire 1, then before using
35 cylinder of mobile platform moves back afterwards, outer being exited by 4 and wire mesh 3 after being cut off.
The above descriptions are merely preferred embodiments of the present invention, not makees to the technical scope of the utility model
Any restrictions, therefore any trickle amendment made by the above technical examples according to the technical essence of the present invention, equivalent change
Change and modify, is still within the scope of the technical solutions of the present invention.
Claims (9)
1. a kind of automatic stripping machine, it is characterised in that: including
One conducting wire is outer by half stripping mould group, including the first clamp system, the first cutting mechanism, the first hold-down mechanism, first pulls machine
Structure, first clamp system are located at the front side of the first cutting mechanism, and the first hold-down mechanism is located at the top of the first cutting mechanism,
First pulls the rear that mechanism is located at the first cutting mechanism；First clamp system clamps the second end of conducting wire, and described first
The outer quilt of cutting mechanism ring cutting conducting wire, first hold-down mechanism retracts evacuation after the completion of ring cutting, and first hold-down mechanism is pressed in
In the first end of conducting wire, second, which pulls mechanism, pulls first hold-down mechanism to move back, and makes the outer quilt being removed in first end
Pull distance L2 along a first direction；
One conducting wire is outer to be pushed back mould group, including the second clamp system, the second cutting mechanism, the second hold-down mechanism, second pulls machine
Structure, second clamp system are located at the front side of the second cutting mechanism, and the second hold-down mechanism is located at the top of the second cutting mechanism,
Second pulls the rear that mechanism is located at the second cutting mechanism；Second clamp system clamps the second end of conducting wire, and described second
Hold-down mechanism is pressed in the first end of conducting wire, and second, which pulls mechanism, pushes back second hold-down mechanism to Forward, is made in first end
It is outer to be pushed back distance L3 along second direction；
One wire mesh severing arranges mould group, including third clamp system, third cutting mechanism, is rejected mechanism outside, and described the
Three clamp systems are located at the front side of third cutting mechanism, are rejected the top that mechanism is located at third cutting mechanism outside；The third
Clamp system clamps the second end of conducting wire, and third cutting mechanism is punched the wire mesh outer after severing is arched upward from the front to the back, the
After three cutting mechanisms exit playback, which declines the first end for nipping conducting wire, and stirs along a first direction,
The outer quilt and wire mesh that are cut off in first end are deviate from outside conducting wire.
2. automatic stripping machine according to claim 1, it is characterised in that: first clamp system and the second clamp system
Structure it is identical, include the first lifting cylinder, U-shaped pushing block, left movable clamping head, right movable clamping head, it is described first lifting
Cylinder is erect-type to be fixed on framework soleplate, and the piston rod of first lifting cylinder connects U-shaped pushing block, the top of the U-shaped pushing block
Two insides are inclined-plane, and left movable clamping head and right movable clamping head are installed in the U-shaped pushing block and contact inclined-plane, Yu Zuo respectively
The folder hole for clamping conducting wire is formed between movable clamping head and right movable clamping head.
3. automatic stripping machine according to claim 1, it is characterised in that: described first, which pulls mechanism and second, pulls mechanism
Structure it is identical, include horizontal pulling cylinder, fixed bracket, be moved forward and backward sliding rail, top plate；The fixed bracket and rack
Bottom plate is fixed, and the pulling cylinder is fixedly arranged on support bracket fastened top, and the piston rod of cylinder is pulled to connect top plate, the fixation bracket
Top be provided with the back-and-forth motion sliding rail, the top plate is slideable to be installed on the back-and-forth motion sliding rail.
4. automatic stripping machine according to claim 3, it is characterised in that: second cutting mechanism and the first cutting mechanism
Structure it is identical, include one first flat-removing air cyclinder, one move left and right sliding rail, two driving skewbacks, two sliding blocks, two link blocks, a left side
Cutter, right-cut tool, first flat-removing air cyclinder are fixed on top plate, move left and right sliding rail and are fixed on the first flat-removing air cyclinder front end, should
The two driving skewback of piston rod connection of first flat-removing air cyclinder, two driving skewbacks are matched with the skewed slot being arranged in two sliding blocks, and two is sliding
It is packaged on sliding rail, two link blocks connect two sliding blocks, and left-cut tool and right-cut tool are individually fixed in two link blocks.
5. automatic stripping machine according to claim 3 or 4, it is characterised in that: first hold-down mechanism and second compresses
The structure of mechanism is identical, includes the crimping cylinder and tension disc erect, and the crimping cylinder is fixed on top plate, the crimping gas
The piston rod of cylinder connects tension disc, which extends downwardly into above conducting wire, and the bottom of tension disc is equipped with horizontal crimping foot.
6. automatic stripping machine according to claim 1, it is characterised in that: it is further that the wire mesh severing arranges mould group
Including hoistable platform, the piston rod of the hoistable platform connecting platform lifting cylinder, the platform lifting cylinder is fixed on pedestal；
And it further comprises being moved forward and backward platform that the wire mesh severing, which arranges mould group, the back-and-forth motion platform connection
The piston rod of anterior-posterior translation cylinder, the anterior-posterior translation cylinder are fixed on hoistable platform, the back-and-forth motion platform and hoistable platform
Between be cooperatively connected by the slide construction that sliding block and sliding rail are formed.
7. automatic stripping machine according to claim 6, it is characterised in that: the third clamp system include lower seat board, on
Pressing plate, top board cylinder, top board air cylinder support, the lower seat board, which is fixed on, to be moved forward and backward on platform, the top board and lower seat
Clamp tool apron is equipped between plate, which is connected to the piston rod of the top board cylinder, and the top board cylinder is fixed on
Pressing plate air cylinder support, the top board air cylinder support are fixed on lower seat board.
8. automatic stripping machine according to claim 7, it is characterised in that: the third cutting mechanism include punching cylinder and
Annular cutting head, the punching cylinder, which is fixed on, to be moved forward and backward on platform, the piston rod of annular cutting head connection punching cylinder,
Annular cutting head and clamp tool apron face.
9. automatic stripping machine according to claim 7, it is characterised in that: being rejected mechanism outside described includes erect-type installation
Make cylinder, swinging plate in order, the cylinder of making in order is fixed on top board air cylinder support, and swinging plate is connected to the piston for making cylinder in order
Bar, the swinging plate are equipped with for pinching the material toggling pawl in conducting wire first end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820959567.5U CN209071965U (en) | 2018-06-21 | 2018-06-21 | Automatic stripping machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820959567.5U CN209071965U (en) | 2018-06-21 | 2018-06-21 | Automatic stripping machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209071965U true CN209071965U (en) | 2019-07-05 |
Family
ID=67089005
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820959567.5U Active CN209071965U (en) | 2018-06-21 | 2018-06-21 | Automatic stripping machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209071965U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108565792A (en) * | 2018-06-21 | 2018-09-21 | 东莞市三信精密机械有限公司 | Automatic stripping machine and stripping method |
-
2018
- 2018-06-21 CN CN201820959567.5U patent/CN209071965U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108565792A (en) * | 2018-06-21 | 2018-09-21 | 东莞市三信精密机械有限公司 | Automatic stripping machine and stripping method |
| CN108565792B (en) * | 2018-06-21 | 2024-05-03 | 东莞市三信精密机械有限公司 | Automatic wire stripping machine and wire stripping method |
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