CN101431223B - Cutting tool assembly for peeling three bundle of parallel core wires and peeling machine using the same - Google Patents

Cutting tool assembly for peeling three bundle of parallel core wires and peeling machine using the same Download PDF

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Publication number
CN101431223B
CN101431223B CN2008102200280A CN200810220028A CN101431223B CN 101431223 B CN101431223 B CN 101431223B CN 2008102200280 A CN2008102200280 A CN 2008102200280A CN 200810220028 A CN200810220028 A CN 200810220028A CN 101431223 B CN101431223 B CN 101431223B
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CN
China
Prior art keywords
toolbox
cylinder
cutting die
core wires
cutting
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Expired - Fee Related
Application number
CN2008102200280A
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Chinese (zh)
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CN101431223A (en
Inventor
白建文
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
LINOYA ELECTRONICS CO Ltd
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LINOYA ELECTRONICS CO Ltd
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Priority to CN2008102200280A priority Critical patent/CN101431223B/en
Publication of CN101431223A publication Critical patent/CN101431223A/en
Application granted granted Critical
Publication of CN101431223B publication Critical patent/CN101431223B/en
Expired - Fee Related legal-status Critical Current
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    • HELECTRICITY
    • H02GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02GINSTALLATION OF ELECTRIC CABLES OR LINES, OR OF COMBINED OPTICAL AND ELECTRIC CABLES OR LINES
    • H02G1/00Methods or apparatus specially adapted for installing, maintaining, repairing or dismantling electric cables or lines
    • H02G1/12Methods or apparatus specially adapted for installing, maintaining, repairing or dismantling electric cables or lines for removing insulation or armouring from cables, e.g. from the end thereof
    • H02G1/1202Methods or apparatus specially adapted for installing, maintaining, repairing or dismantling electric cables or lines for removing insulation or armouring from cables, e.g. from the end thereof by cutting and withdrawing insulation
    • H02G1/1248Machines
    • H02G1/127Features relating to cutting elements

Abstract

The invention relates to a three-bundle parallel core wire stripping toolbox and a stripping machine using the toolbox. The toolbox first branches off three bundles of parallel core wires by a branch cutting die, then precutting process is carried out on skins of the core wires at two sides and in the middle by a first cutting die and a second cutting die respectively, and a partition board arranged between the first cutting die and the second cutting die can ensured that a certain distance exists between the cutting positions of the core wires at two side parts and the core wire in the middle, so as to meet market requirements. The stripping machine precuts the skin at the end parts of the core wires by the toolbox driven by a first cylinder, and then drives the toolbox and the first cylinder to move along the core wire extending direction by a second cylinder, so that the toolbox can move to strip the precut skins under the condition that the core wires keep motionless, therefore, the manual work manner in the prior art can be replaced, the skins at the end parts of the core wires can be stripped off rapidly and conveniently, and the invention is suitable for mass production is high, thus improving the stripping efficiency.

Description

The toolbox of three beams parallel core wires peeling and use the peeling machine of this toolbox
Technical field
The present invention relates to electric wire peeling technology, refer in particular to the toolbox of a kind of three beams parallel core wires peeling and use the peeling machine of this toolbox.
Background technology
Electric wire is used very wide in daily life, the conductive cores system of electric wire is wrapped up by insulation sheath under the general situation, this insulation sheath is pvc material normally, when wiring, usually the first crust with wire end of needs peels and conductive cores is exposed, so that conductive cores is connected with other conductor; For the crust with wire end peels smoothly, conventional method is with the crust of burning wire end, make crust softening, when it is uncolled, with hand or other instrument it is pulled apart rapidly, but this crust that divests easily sticks on hand or on the instrument, and, also easily there is the oxidized possibility of conductive cores because it is restive to burn temperature.Afterwards, also the someone utilized the instruments such as wire stripping pliers of all styles of, adverse consequences such as cut off but use wire stripping pliers usually conductive cores to be caused.Yet, when carrying out peeling,, show not peeling state of electric wire as Fig. 1 for three beams parallel core wires 5; Fig. 2, wire termination is the peeling state; Current for this three beams heart yearn 5, need in the industry each heart yearn was opened in 51,52,53 minutes, but also the crust of heart yearn end, both sides 51,52 will be divested different in size causing than the crust of middle heart yearn 53 ends the time, so utilizing above-mentioned several mode is to carry out smoothly, aforesaid way can only be to adopt the manual work method still more, can not form scale peeling effect, for electric wire manufacturing enterprise, obviously production efficiency is low, can't satisfy the demand of production now.
Summary of the invention
The present invention is directed to the existing disappearance of above-mentioned prior art, main purpose is to provide a kind of toolbox and peeling machine that can divest three beams parallel core wires end crust fast, easily.
For realizing above-mentioned purpose, the present invention takes following technical scheme:
The toolbox of a kind of three beams parallel core wires peeling, comprise that one is used for the bifurcated cutting die that three beams parallel core wires bifurcated is come, the first cutting knife mould of a corresponding cutting sidepiece heart yearn, the space bar that corresponding second a cutting knife mould and that cuts middle heart yearn is used to separate the first cutting knife mould and second cutting die, described bifurcated cutting die, the first cutting knife mould, space bar and the second cutting knife mould are docile and obedient preface and are carried out superimposed.
Described bifurcated cutting die comprises public cutting die and female cutting die structure, and the land area of this public affairs cutting die is provided with two upper and lower parallel bifurcated cutters.
The described first cutting knife mould is made of first cutting die and second cutting die, the matched moulds end of this first cutting die, second cutting die offers the first concave station face that can be superimposed with each other, the ora terminalis of each first concave station face offers first gap slot respectively, and in each first gap slot all correspondence offer and fix a cutting tool and bottom tool; The described second cutting knife mould is made of the 3rd cutting die and four blade mould, the matched moulds end of the 3rd cutting die, four blade mould offers the second concave station face that can be superimposed with each other, the ora terminalis of each second concave station face offers second gap slot respectively, and cutter in the middle of correspondence offers in each second gap slot, this centre cutter fix a cutting tool, between the bottom tool.
Described space bar comprises first dividing plate and the second partition of stack pile, and this first dividing plate is located between first cutting die and the 3rd cutting die, and this second partition is located between second cutting die and the four blade mould.
A kind of peeling machine of three beams parallel core wires comprises above-mentioned toolbox, and it is located on the board, also is provided with one first cylinder and second cylinder on this board, and this toolbox is installed on the pushing end of first cylinder, promotes toolbox cutting heart yearn by this first cylinder; This second cylinder is installed on the first cylinder side, is used to promote first cylinder and toolbox and moves along the heart yearn direction of extension is forward and backward.
On the guide rail that the bottom of described toolbox, first cylinder and second cylinder is installed on the board to be set firmly, so that toolbox, first cylinder and second cylinder can slide along guide rail.
Also be provided with a positioner that is used for determining heart yearn peeling position on board, it is located at the rear side end of toolbox.This positioner is installed on the track, is to be movable adjustment structure.
Also be installed with a wire-clamping device on the described board, it is installed on the front side end of toolbox, and this wire-clamping device comprises anchor clamps and the 3rd cylinder that promotes this clamp or unclamp of clamping heart yearn.
The present invention's advantage is that toolbox is that three beams parallel core wires crust is precut instrument, wherein earlier the three beams parallel core wires is carried out bifurcated by the bifurcated cutting die, respectively both sides heart yearn, middle heart yearn crust are realized pre-cutting process by the first cutting knife mould, the second cutting knife mould then, and guarantee that by the space bar between the first cutting knife mould and the second cutting knife mould there are a determining deviation in both sides heart yearn cutting position and middle heart yearn, to meet the demand in market.So use the peeling machine of this toolbox, cut the crust of heart yearn end in advance by first cylinder control toolbox, move along the heart yearn direction of extension in the lump by second cylinder promotion toolbox and first cylinder then, so remain static down at heart yearn, toolbox is moved and the crust that cuts in advance can be divested, so replaced manual work mode in the prior art, can divest heart yearn end crust fast, easily, be fit to produce in batches, thereby improve peeling efficient.The present invention is simple in structure, easy to operate, and is practical, helps the processing of electric wire enterprise automation machinery production.
Description of drawings
Fig. 1 is a not peeling view of three beams parallel core wires end;
Fig. 2 is the schematic diagram after three beams parallel core wires end bifurcated, the peeling;
Fig. 3 is the perspective exploded view of toolbox of the present invention;
Fig. 4 is the schematic cross-section under the toolbox combination back peeling state of the present invention;
Fig. 5 is a peeling machine sectional perspective schematic appearance of the present invention.
Embodiment
Below in conjunction with accompanying drawing and embodiment the present invention is further described.
See also Fig. 1 to shown in Figure 4, the toolbox 100 of a kind of three beams parallel core wires peeling is that three beams parallel core wires crust is precut instrument, and this toolbox is to comprise bifurcated cutting die 1, the first cutting knife mould 2, the second cutting knife mould 3 and space bar 4, wherein:
This bifurcated cutting die 1 is used for each heart yearn 51,52,53 bifurcated of three beams parallel core wires 5 are come; It comprises public cutting die 11 and female cutting die 12 structures, and the land area of this public affairs cutting die 11 is provided with two upper and lower parallel bifurcated cutters 13, be beneficial to this bifurcated cutter with the three beams parallel core wires in advance bifurcated come.
This first cutting knife mould 2 is used for the corresponding crust that cuts the sidepiece heart yearn 51,52 of three beams parallel core wires 5; Wherein this first cutting knife mould 2 is made of first cutting die 21 and second cutting die 22, the matched moulds end of this first cutting die 21, second cutting die 22 offers the first concave station face 23 that can be superimposed with each other, the ora terminalis of each first concave station face 23 offers first gap slot 24 respectively, and in each first gap slot 24 all correspondences offer and fix a cutting tool 25 and bottom tool 26, so the crust by this fixes a cutting tool 25, bottom tool 26 cuts sidepiece heart yearn 51,52 in advance divests this crust then under the effect of external force.
This second cutting knife mould 3 is used for the corresponding crust that cuts the middle heart yearn 53 of three beams parallel core wires 5; Wherein this second cutting knife mould 3 is made of the 3rd cutting die 31 and four blade mould 32, the matched moulds end of the 3rd cutting die 31, four blade mould 32 offers the second concave station face 33 that can be superimposed with each other, the ora terminalis of each second concave station face 33 offers second gap slot 34 respectively, and cutter 35 in the middle of correspondences offer in each second gap slot 34, this centre cutter 35 fix a cutting tool 25, between the bottom tool 26.
This space bar 4 is used to separate the first cutting knife mould 2 and second cutting die 3, so that the maintenance of the crust position of sidepiece heart yearn and the middle heart yearn of cutting staggers, to meet the demand of current wire stripping.This space bar 4 comprises first dividing plate 41 and the second partition 42 of stack pile, and this first dividing plate 41 is located between first cutting die 21 and the 3rd cutting die 31, and this second partition 42 is located between second cutting die 22 and the four blade mould 32.
Described bifurcated cutting die 1, the first cutting knife mould 2, the space bar 4 and the second cutting knife mould 3 are docile and obedient preface and are carried out superimposed, when 5 peelings of three beams parallel core wires, be to pass through bifurcated cutting die 1 earlier earlier to each heart yearn 51,52,53 carry out bifurcated, then by the first cutting knife mould 2, cutter on the second cutting knife mould 3 is respectively to both sides heart yearn 51,52, middle heart yearn 53 is cut in advance, by external force its crust is peeled off then, be to guarantee both sides heart yearn 51 wherein by the space bar 4 between the first cutting knife mould 2 and the second cutting knife mould 3,52 cutting positions and middle heart yearn 53 are inconsistent, promptly make it to exist a determining deviation, to meet the demand in market.
In conjunction with shown in Figure 5, a kind of peeling machine 200 comprises a board 201 again, is provided with aforesaid toolbox 100, first cylinder 202, second cylinder 203 and wire-clamping device 204 on board 201, wherein:
Toolbox 100 is used for cutting in advance the heart yearn crust; These toolbox 100 structures can be consulted the foregoing description and be described, and do not add at this and give detailed description; Wherein heart yearn is to pass between bifurcated cutting die 1, the first cutting knife mould 2, the second cutting knife mould 3, by behind each cutting die matched moulds the heart yearn crust being cut in advance.
First cylinder 202 is used to promote toolbox 100 matched moulds or die sinking, so, when first cylinder 202 promotes toolbox 100 matched moulds, can cut in advance heart yearn end crust by each cutter in the toolbox 100.
Second cylinder 203 is used to impel toolbox 100, first cylinder 202 to move along the heart yearn direction of extension is forward and backward in the lump.This second cylinder 204 moves toolbox 100, first cylinder 202 after tying up to the precut crust of 100 pairs of heart yearns of cutting die assembly together backward, and so under the motionless situation of heart yearn, each cutter can be sloughed heart yearn end crust in the toolbox 100.
For guaranteeing that toolbox 100, first cylinder 202, the forward and backward of second cylinder 203 move, so the bottom at toolbox 100, first cylinder 202 and second cylinder 203 is installed on the guide rail 205 that is set firmly on the board 201, so that toolbox 100, first cylinder 202 and second cylinder 203 can slide along guide rail 205.
Wire-clamping device 204 is to be fixedly arranged on the board 201, and is installed on the front side end of toolbox 100, and it comprises that the anchor clamps 204a and that clamps heart yearn promotes the 3rd cylinder 204b that these anchor clamps 204a clamps or unclamps.
Further, for determining peeling position, heart yearn end, a location device 206 can be set in the rear side end of toolbox 100.According to the requirement of the required different peeling length in different heart yearns end, so this positioner 206 is installed on the track 207, be to be movable adjustment structure, can move forward and backward.
Operation principle of the present invention is: the mould closing section that earlier unpeeled three beams parallel core wires 5 (as Fig. 1) is passed toolbox 100, the top, end of this heart yearn 5 is resisted against on the positioner 206, this positioner 206 can be adjusted the position according to needs, during adjustment positioner 206 is slided on track 207, can determine heart yearn 5 peeling positions flexibly so on the one hand, the person that is not convenient to operation on the other hand consistently keeps the heart yearn spread length.To start wire-clamping device 204 then, be to promote anchor clamps 204a by the 3rd cylinder 204b to clamp heart yearn 5, makes heart yearn 5 keep motionless state; Restart first cylinder 202, impel the matched moulds of toolbox 100, each cutter that is beneficial in the toolbox 100 cuts heart yearn end crust in advance, start second cylinder 203 then, drive toolbox 100, first cylinder 202 by second cylinder 203 and move backward along guide rail 205 in the lump, this moment, mobile toolbox 100 can be sloughed the heart yearn crust because heart yearn 5 remains static down, unclamp the anchor clamps 204a of wire-clamping device 204 at last, take out skinned heart yearn (as shown in Figure 2); So, next time during tangent line,, do not add to give at this and give unnecessary details toolbox 100, first cylinder 202 and second cylinder 203 above-mentioned steps again that resets.
Therefore, design focal point of the present invention is that toolbox is that three beams parallel core wires crust is precut instrument, wherein earlier the three beams parallel core wires is carried out bifurcated by the bifurcated cutting die, respectively both sides heart yearn, middle heart yearn crust are realized pre-cutting process by the first cutting knife mould, the second cutting knife mould then, and guarantee that by the space bar between the first cutting knife mould and the second cutting knife mould there are a determining deviation in both sides heart yearn cutting position and middle heart yearn, to meet the demand in market.So use the peeling machine of this toolbox, cut the crust of heart yearn end in advance by first cylinder control toolbox, move along the heart yearn direction of extension in the lump by second cylinder promotion toolbox and first cylinder then, so remain static down at heart yearn, toolbox is moved and the crust that cuts in advance can be divested, so replaced manual work mode in the prior art, can divest heart yearn end crust fast, easily, be fit to produce in batches, thereby improve peeling efficient.
The above, it only is structure preferred embodiment of the present invention, be not that technical scope of the present invention is imposed any restrictions, so every foundation technical spirit of the present invention all still belongs in the scope of technical solution of the present invention any trickle modification, equivalent variations and modification that above embodiment did.

Claims (10)

1. the toolbox of three beams parallel core wires peeling, it is characterized in that: comprise that one is used for the bifurcated cutting die that three beams parallel core wires bifurcated is come, the first cutting knife mould of a corresponding cutting sidepiece heart yearn, the space bar that corresponding second a cutting knife mould and that cuts middle heart yearn is used to separate the first cutting knife mould and the second cutting knife mould, described bifurcated cutting die, the first cutting knife mould, space bar and the second cutting knife mould are docile and obedient preface and are carried out superimposed.
2. according to the toolbox of the described three beams parallel core wires of claim 1 peeling, it is characterized in that: described bifurcated cutting die comprises public cutting die and female cutting die, and the land area of this public affairs cutting die is provided with two upper and lower parallel bifurcated cutters.
3. according to the toolbox of the described three beams parallel core wires of claim 1 peeling, it is characterized in that: the described first cutting knife mould is made of first cutting die and second cutting die, the matched moulds end of this first cutting die, second cutting die offers the first concave station face that can be superimposed with each other, the ora terminalis of each first concave station face offers first gap slot respectively, and in each first gap slot all correspondence offer and fix a cutting tool and bottom tool; The described second cutting knife mould is made of the 3rd cutting die and four blade mould, the matched moulds end of the 3rd cutting die, four blade mould offers the second concave station face that can be superimposed with each other, the ora terminalis of each second concave station face offers second gap slot respectively, and cutter in the middle of correspondence offers in each second gap slot, this centre cutter fix a cutting tool, between the bottom tool.
4. according to the toolbox of the described three beams parallel core wires of claim 3 peeling, it is characterized in that: described space bar comprises first dividing plate and the second partition of stack pile, this first dividing plate is located between first cutting die and the 3rd cutting die, and this second partition is located between second cutting die and the four blade mould.
5. the peeling machine of a three beams parallel core wires, it is characterized in that: possess any one described toolbox in the claim 1 to 4, it is located on the board, on this board, also be provided with one first cylinder and second cylinder, this toolbox is installed on the pushing end of first cylinder, promotes toolbox cutting heart yearn by this first cylinder; This second cylinder is installed on the first cylinder side, is used to promote first cylinder and toolbox and moves along the heart yearn direction of extension is forward and backward.
6. according to the peeling machine of the described three beams parallel core wires of claim 5, it is characterized in that: on the guide rail that the bottom of described toolbox, first cylinder and second cylinder is installed on the board to be set firmly, so that toolbox, first cylinder and second cylinder can slide along guide rail.
7. according to the peeling machine of the described three beams parallel core wires of claim 5, it is characterized in that: also be provided with a positioner that is used for determining heart yearn peeling position on board, it is located at the rear side end of toolbox.
8. according to the peeling machine of the described three beams parallel core wires of claim 7, it is characterized in that: this positioner is installed on the track, is movable adjustment structure.
9. according to the peeling machine of the described three beams parallel core wires of claim 5, it is characterized in that: also be installed with a wire-clamping device on the described board, it is installed on the front side end of toolbox.
10. according to the peeling machine of the described three beams parallel core wires of claim 9, it is characterized in that: this wire-clamping device comprises anchor clamps and the 3rd cylinder that promotes this clamp or unclamp of clamping heart yearn.
CN2008102200280A 2008-12-16 2008-12-16 Cutting tool assembly for peeling three bundle of parallel core wires and peeling machine using the same Expired - Fee Related CN101431223B (en)

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CN101431223B true CN101431223B (en) 2011-08-17

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CN102290702B (en) * 2011-07-01 2014-06-25 惠州市升华工业有限公司 Double-row core wire peeling machine
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