CN103022854B - A kind of automatic tangent peeling loose end press - Google Patents
A kind of automatic tangent peeling loose end press Download PDFInfo
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- CN103022854B CN103022854B CN201210589379.5A CN201210589379A CN103022854B CN 103022854 B CN103022854 B CN 103022854B CN 201210589379 A CN201210589379 A CN 201210589379A CN 103022854 B CN103022854 B CN 103022854B
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Abstract
A kind of automatic tangent peeling loose end press, comprise support, and the workbench be located on this support, described workbench is provided with the wire agency be fed forward by cable, the end of cable is carried out the tangent mechanism cutting off peeling, by the coarctate punching mechanism in end of terminal head and cable, and the swing mechanism that the end of cable can be made to swing between described tangent mechanism and punching mechanism, described swing mechanism is positioned at the rear of described wire agency, described tangent mechanism is positioned at the rear of described swing mechanism, described wire agency is provided with line sending passage, described swing mechanism is provided with threading passage, described tangent mechanism is provided with tangent line passage, and described threading passage, described line sending passage and described tangent line passage can be located along the same line, described punching mechanism is positioned at the side of described swing mechanism.Beneficial effect of the present invention is: the automation that can realize cable processing, substantially increases production efficiency.
Description
Technical field
The present invention relates to a kind of automatic tangent peeling loose end press.
Background technology
Cable needs to process it in use, and wherein a kind of processing mode is cut into chunks by cable, and two end-grain cutting skins make wire exposed, and one end wire exposed end wherein is also provided with terminal head.In the prior art, need substep to carry out above-mentioned procedure of processing, working (machining) efficiency is lower.
Summary of the invention
There is above-mentioned deficiency to overcome in prior art, the invention provides the automatic tangent peeling loose end press that a kind of structure is simple, working (machining) efficiency is high.
The technical scheme that the present invention solves its technical problem is: a kind of automatic tangent peeling loose end press, comprise support, and the workbench be located on this support, described workbench is provided with the wire agency be fed forward by cable, the end of cable is carried out the tangent mechanism cutting off peeling, by the coarctate punching mechanism in end of terminal head and cable, and the swing mechanism that the end of cable can be made to swing between described tangent mechanism and punching mechanism, described swing mechanism is positioned at the rear of described wire agency, described tangent mechanism is positioned at the rear of described swing mechanism, described wire agency is provided with line sending passage, described swing mechanism is provided with threading passage, described tangent mechanism is provided with tangent line passage, and described threading passage, described line sending passage and described tangent line passage can be located along the same line, described punching mechanism is positioned at the side of described swing mechanism.
Further, described wire agency comprises a pair driving pulley and a pair driven pulley, driving pulley described in a pair lays respectively at the both sides of described line sending passage and relatively described line sending passage is symmetrical arranged, driven pulley described in a pair also lays respectively at the both sides of described line sending passage and relatively described line sending passage is symmetrical arranged, connected by belt transmission between the described driving pulley and driven pulley of same side, described a pair driving pulley is driven by a pair stepping motor and is turned to contrary respectively, the both sides of described line sending passage are also arranged with at least two to the squeegee roller be arranged side by side between described driving pulley and driven pulley, this squeegee roller is positioned at described belt and line sending passage described in the side direction of described belt is drawn close thus will be positioned at the cable clamping of described line sending passage.
Further, the outside that two of described line sending passage lays respectively at described driving pulley and driven pulley is provided with front guide holder and rear guide holder, and described front guide holder and rear guide holder are equipped with the pilot hole that can hold cable and pass through, described leading to
The inner side of seat is provided with guide pipe, and one end of this guide pipe is fixed on described front guide holder, and the opposite side of this guide pipe extends between described a pair driving pulley.
Further, described a pair driving pulley is fixing on the supporting plate, this supporting bracket is provided with many bar-shaped troughs paralleled with described line sending passage, hold-down screw is equipped with in this bar-shaped trough, described supporting bracket is fixed on described workbench by described hold-down screw, described front guide holder is equipped with adjustment screw, the end of this adjustment screw is connected with described supporting bracket through after described front guide holder, the described driven pulley and the squeegee roller that are wherein positioned at described line sending passage side are fixed on a fixed head, the described driven pulley and the squeegee roller that are positioned at described line sending passage opposite side are fixed on a portable plate, this portable plate is slidably installed on guide pillar, this guide pillar is fixed on supporting seat, this supporting seat is fixed with adjusting cylinders, the output of this adjusting cylinders and institute
State portable plate to be connected, wherein in belt described in, be provided with the regulating wheel that can be used for belt described in tensioning.
Further, described tangent mechanism comprises a pair tangential knife being positioned at described tangent line passage both sides, this a pair tangential knife be separately fixed at be positioned at described tangent line passage both sides tool rest on, described workbench is provided with the tangent line cylinder that can drive described a pair tool rest relative motion.
Further, described punching mechanism comprises stamping station, and the side of this stamping station is provided with terminal head transfer passage, and the top of this stamping station is provided with staking punch, and this staking punch is driven by stamping cylinder.
Further, described staking punch is also provided with the mounting rod of the top extending laterally to described swing mechanism, this mounting rod is provided with the auxiliary depression bar that can be pressed on described swing mechanism.
Further, described swing mechanism comprises the turntable be located on described workbench, this turntable is driven by rotary electric machine and can rotate relative to described workbench, this turntable is provided with propelling movement guide rail, this propelling movement guide rail is slidably equipped with by the propelling movement slide pushing air cylinder driven, this propelling movement slide is equipped with described threading passage, this propelling movement slide is provided with the propelling movement conduit be connected with described threading passage, this propelling movement conduit extends on described tangent mechanism, described propelling movement slide is also provided with clamping cylinder, the output of this clamping cylinder is provided with the clamping mechanical hand being positioned at described threading passage both sides.
Further, the rear of described tangent mechanism is also provided with material fetching mechanism, this material fetching mechanism comprises feeding seat, this feeding seat is provided with transfer guide rail, this transfer guide rail is slidably equipped with by the transfer slide of transfer air cylinder driven, this transfer slide is also provided with feeding cylinder, and the output of this feeding cylinder is provided with reclaimer robot, is also provided with the guiding briquetting of the top being positioned at described threading passage between this reclaimer robot and described tangent mechanism.
Further, described support is also provided with control panel and the display for display working condition.
The present invention in use, punching mechanism is connected with terminal head conveying mechanism, terminal head conveying mechanism constantly gives punching mechanism feeding terminal head, threading passage and line sending passage and tangent line passage are located along the same line, cable is penetrated in the line sending passage of wire agency, by wire agency, the front end of cable is delivered in the threading passage of swing mechanism, wire agency continues running until the front end of cable is positioned at the tangent line passage of tangent mechanism, wire agency decommissions, and by tangent mechanism, tangent line peeling is carried out in the front end of cable, then the front end of cable is rocked in the terminal head on described punching mechanism by swing mechanism, then punching mechanism action thus the front end of terminal head and cable is forced together.After completing above-mentioned action, swing mechanism turns round, thus the front end pressing the cable of terminal head is rocked in the tangent line passage of tangent mechanism again, then wire agency again action make cable continue to be fed forward from tangent line passage, until the length that the cable having pressed terminal head shifts out tangent line passage reaches set point, and again carry out tangent line peeling by tangent mechanism, thus complete the processing of one section of cable, next circulation can be entered.
The operation principle of wire agency of the present invention: drive portable plate opposing fixed plate to open by adjusting cylinders, thus make two belts leave the distance being greater than cable, then the pilot hole of cable the past guide holder penetrates, through guide pipe, through two belts, finally pass from the pilot hole of rear guide holder, then drive portable plate near fixed head by adjusting cylinders, thus make two belt clamp stringing cables, at this moment, two stepping motors drive two driving pulleys to rotate simultaneously, a driving pulley rotates forward, another driving pulley reverses, thus a belt is rotated forward, another root belt reverses, thus under the drive of two belts, make cable be fed forward.Can turning to by control step motor, not only can be fed forward cable, but also be recoverable to cable, use convenient.
The operation principle of tangent mechanism of the present invention: when cable in tangent line passage namely between a pair tangential knife time, tangent line cylinder action thus make a pair tool rest relative motion, thus drive a pair tangential knife relative motion thus tangent line peeling is realized to cable.
The operation principle of punching mechanism of the present invention: terminal head is delivered in stamping station by terminal head transfer passage, when the front end of cable is between terminal head and staking punch, stamping cylinder action thus drive staking punch press down, thus the front end of terminal head and cable is forced together, and staking punch assists depression bar also move down and be pressed on swing mechanism while moving down thereupon, thus the one end making cable be positioned on swing mechanism also moves down thereupon, thus can ensure that when staking punch presses down cable is horizontal, thus guarantee that terminal head is connected reliably with the front end of cable.
The operation principle of swing mechanism of the present invention: when being positioned at tangent mechanism under the conveying at wire agency of the front end of cable, clamping cylinder drives clamping mechanical hand thus will be positioned at the cable clamping of threading passage, can prevent cable from moving when tangent line peeling and punching press, then the tangent line peeling of cable can be carried out, after tangent line peeling completes, push air cylinder driven and push slide along pushing guide rail retrogressing thus driving the clamping cylinder pushed on slide, clamping mechanical hand and cable retreat, now, the front end of cable is away from tangent mechanism, then rotary electric machine drives turntable to rotate thus that the front end of cable is turned to is relative with punching mechanism, then push air cylinder driven and push slide along pushing guide rail advance thus driving clamping cylinder, clamping mechanical hand and cable advance, thus make the front end of cable be positioned at punching mechanism, then by punching mechanism, punching press is carried out to the front end of cable and terminal head, after punching press completes, pushing cylinder makes cable retreat, then that the front end of cable is turned to is relative with tangent mechanism for drive motors, then pushing cylinder makes cable advance, thus make the front end of cable enter in tangent mechanism, then clamping cylinder drives clamping mechanical hand to unclamp cable, thus can continue to be fed forward cable by wire agency and next circulation can be entered.
The operation principle of material fetching mechanism of the present invention: after the front end of cable is pressed with terminal head, cable passes tangent mechanism under the conveying of wire agency, then feeding air cylinder driven reclaimer robot clamping cable, then tangent mechanism carries out tangent line peeling to the tail end of this section of cable, then air cylinder driven transfer slide is transferred along the reach of transfer guide rail, thus drive feeding cylinder, reclaimer robot and cable move forward, thus make the tail end of cable shift out tangent mechanism, and by reclaimer robot, cable is put into collecting box, then transfer air cylinder driven transfer slide to retreat along transfer guide rail, thus drive feeding cylinder and reclaimer robot to retreat, and enter next circulation.
Beneficial effect of the present invention is: the automation that can realize cable processing, substantially increases production efficiency.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention.
Fig. 2 is the structural representation of wire agency of the present invention.
Fig. 3 is the structural representation of tangent mechanism of the present invention and material fetching mechanism.
Fig. 4 is the structural representation of swing mechanism of the present invention.
Embodiment
Below in conjunction with the drawings and specific embodiments, the present invention is described in further detail.
With reference to Fig. 1 ~ Fig. 4, a kind of automatic tangent peeling loose end press, comprise support 1, and the workbench 2 be located on this support 1, described workbench 2 is provided with the wire agency be fed forward by cable 3, the end of cable is carried out the tangent mechanism cutting off peeling, by the coarctate punching mechanism in end of terminal head and cable, and the swing mechanism that the end of cable can be made to swing between described tangent mechanism and punching mechanism, described swing mechanism is positioned at the rear of described wire agency, described tangent mechanism is positioned at the rear of described swing mechanism, described wire agency is provided with line sending passage, described swing mechanism is provided with threading passage, described tangent mechanism is provided with tangent line passage, and described threading passage, described line sending passage and described tangent line passage can be located along the same line, described punching mechanism is positioned at the side of described swing mechanism.
Described wire agency comprises a pair driving pulley 4 and a pair driven pulley 5, driving pulley described in a pair lays respectively at the both sides of described line sending passage and relatively described line sending passage is symmetrical arranged, driven pulley described in a pair also lays respectively at the both sides of described line sending passage and relatively described line sending passage is symmetrical arranged, be in transmission connection by belt 6 between the described driving pulley 4 and driven pulley 5 of same side, described a pair driving pulley 4 is driven by a pair stepping motor 7 and is turned to contrary respectively, the both sides of described line sending passage are also arranged with at least two to the squeegee roller 8 be arranged side by side between described driving pulley 4 and driven pulley 5, this squeegee roller 8 is positioned at described belt 6 and makes line sending passage described in the side direction of described belt 6 draw close thus be clamped by the cable 3 being positioned at described line sending passage.In the present embodiment, it is three right that described squeegee roller 8 has, thus make the contact area of belt and cable large, conveying cable better effects if.
The outside that two of described line sending passage lays respectively at described driving pulley 4 and driven pulley 5 is provided with front guide holder 9 and rear guide holder 10, described front guide holder 9 and rear guide holder 10 are equipped with the pilot hole 11 that can hold cable 3 and pass through, the inner side of described front guide holder 9 is provided with guide pipe 12, one end of this guide pipe 12 is fixed on described front guide holder 9, and the opposite side of this guide pipe 12 extends between described a pair driving pulley 4.Cable 3 stretches into guide pipe 12 through after the pilot hole 11 of front guide holder 9, then passes between two belts 6, finally stretches out from the pilot hole 11 of rear guide holder 10, carry more steady.
Described a pair driving pulley 4 is fixed in supporting bracket 13, this supporting bracket 13 is provided with many bar-shaped troughs 14 paralleled with described line sending passage, hold-down screw is equipped with in this bar-shaped trough 14, described supporting bracket 13 is fixed on described workbench 2 by described hold-down screw, described front guide holder 9 is equipped with adjustment screw 15, the end of this adjustment screw 15 is connected with described supporting bracket 13 through after described front guide holder 9, by regulating adjustment screw 15, thus regulate the position of supporting bracket 13, thus regulate the position of driving pulley 4, belt 6 tensioning can be made, then supporting bracket 13 is fixed on workbench 2 by hold-down screw through after bar-shaped trough 14, use convenient.The described driven pulley 5 and the squeegee roller 8 that are wherein positioned at described line sending passage side are fixed on a fixed head 16, the described driven pulley 5 and the squeegee roller 8 that are positioned at described line sending passage opposite side are fixed on a portable plate 17, this portable plate 17 is slidably installed on guide pillar 18, this guide pillar 18 is fixed on supporting seat 19, this supporting seat 19 is fixed with adjusting cylinders 20, the output of this adjusting cylinders 20 is connected with described portable plate 17, is wherein provided with the regulating wheel 21 that can be used for belt described in tensioning in belt 6 described in.Portable plate 17 is driven to move along guide pillar 18 by adjusting cylinders 20, thus regulate the distance between two belts 6, thus adjustment two belts 6 are squeezed in the pressure on cable 3, prevent that pressure is excessive damages cable by pressure, or pressure is too small and phenomenon that line sending precision is not high produces, and makes line sending more reliable and more stable, simultaneously, distance between two belts can be set, thus transmit the cable of different-diameter.
The operation principle of wire agency of the present invention: drive portable plate 17 opposing fixed plate 16 to open by adjusting cylinders 20, thus make two belts 6 leave the distance being greater than cable 3, then the pilot hole 11 of cable 3 the past guide holder 9 penetrates, through guide pipe 12, through two belts 6, finally pass from the pilot hole 11 of rear guide holder 10, then drive portable plate 17 near fixed head 16 by adjusting cylinders 20, thus make two belts 6 clamp cable 3, at this moment, two stepping motors 7 drive two driving pulleys 4 to rotate simultaneously, a driving pulley 4 rotates forward, another driving pulley 4 reverses, thus a belt 6 is rotated forward, another root belt 6 reverses, thus under the drive of two belts 6, make cable 3 be fed forward.Can turning to by control step motor 7, not only can be fed forward cable, but also be recoverable to cable, use convenient.
Described tangent mechanism comprises a pair tangential knife 22 being positioned at described tangent line passage both sides, this a pair tangential knife 22 be separately fixed at be positioned at described tangent line passage both sides tool rest 23 on, described workbench 2 is also provided with the tangent line cylinder 45 that can drive the relative motion of described a pair tool rest 23.
The operation principle of tangent mechanism of the present invention: when cable 3 in tangent line passage namely between a pair tangential knife 22 time, tangent line cylinder 45 action thus make the relative motion of a pair tool rest 23, thus drive the relative motion of a pair tangential knife 22 thus tangent line peeling is realized to cable 3.
Described punching mechanism comprises stamping station 24, the side of this stamping station 24 is provided with terminal head transfer passage 25, the top of this stamping station 24 is provided with staking punch 26, this staking punch 26 is driven by stamping cylinder 27, described staking punch 26 is also provided with the mounting rod 28 of the top extending laterally to described swing mechanism, this mounting rod 28 is provided with the auxiliary depression bar 29 that can be pressed on described swing mechanism, assists depression bar 29 can make cable 3 maintenance level when carrying out punching press.
The operation principle of punching mechanism of the present invention: terminal head is delivered in stamping station 24 by terminal head transfer passage 25, when the front end of cable 3 is between terminal head and staking punch 26, stamping cylinder 27 action thus drive staking punch 26 press down, thus the front end of terminal head and cable is forced together, and staking punch 26 assists depression bar 29 also move down and be pressed on swing mechanism while moving down thereupon, thus the one end making cable 3 be positioned on swing mechanism also moves down thereupon, thus can ensure that when staking punch 26 presses down cable 3 is horizontal, thus guarantee that terminal head is connected reliably with the front end of cable 3.
Described swing mechanism comprises the turntable 30 be located on described workbench 2, this turntable 30 is driven by rotary electric machine and can rotate relative to described workbench 2, this turntable 30 is provided with and pushes guide rail 31, this propelling movement guide rail 31 is slidably equipped with the propelling movement slide 33 driven by propelling movement cylinder 32, this propelling movement slide 33 is equipped with described threading passage, this propelling movement slide 33 is provided with the propelling movement conduit 34 be connected with described threading passage, this propelling movement conduit 34 extends on described tangent mechanism, pushing conduit 34 can make cable 3 be delivered to accurately on tangent mechanism, described propelling movement slide 33 is also provided with clamping cylinder 35, the output of this clamping cylinder 35 is provided with the clamping mechanical hand 36 being positioned at described threading passage both sides.
The operation principle of swing mechanism of the present invention: when being positioned at tangent mechanism under the conveying at wire agency of the front end of cable 3, clamping cylinder 35 drives clamping mechanical hand 36 thus is clamped by the cable 3 being positioned at threading passage, can prevent cable 3 from moving when tangent line peeling and punching press, then the tangent line peeling of cable 3 can be carried out, after tangent line peeling completes, pushing cylinder 32 drives propelling movement slide 33 retreat along pushing guide rail 31 thus drive the clamping cylinder 35 pushed on slide 33, clamping mechanical hand 36 and cable 3 retreat, now, the front end of cable 3 is away from tangent mechanism, then rotary electric machine drives turntable 30 to rotate thus that the front end of cable 3 is turned to is relative with punching mechanism, then pushing cylinder 32 drives propelling movement slide 33 advance along propelling movement guide rail 31 thus drive clamping cylinder 35, clamping mechanical hand 36 and cable 3 advance, thus make the front end of cable 3 be positioned at punching mechanism, then by punching mechanism, punching press is carried out to the front end of cable and terminal head, after punching press completes, pushing cylinder 32 makes cable 3 retreat, then that the front end of cable 3 is turned to is relative with tangent mechanism for drive motors, then pushing cylinder 32 makes cable 3 advance, thus make the front end of cable 3 enter in tangent mechanism, then clamping cylinder 35 drives clamping mechanical hand 36 to unclamp cable 3, thus can continue to be fed forward cable 3 by wire agency and next circulation can be entered.
The rear of described tangent mechanism is also provided with material fetching mechanism, this material fetching mechanism comprises feeding seat 37, this feeding seat 37 is provided with transfer guide rail 38, this transfer guide rail 38 is slidably equipped with the transfer slide 40 driven by transfer cylinder 39, this transfer slide 40 is also provided with feeding cylinder 41, the output of this feeding cylinder 41 is provided with reclaimer robot 42, the guiding briquetting 43 of the top being positioned at described threading passage is also provided with between this reclaimer robot 42 and described tangent mechanism, guiding briquetting 43 leads through after tangent mechanism at cable 3, prevents cable 3 from arbitrarily tilting.
The operation principle of material fetching mechanism of the present invention: after the front end of cable 3 is pressed with terminal head, cable 3 passes tangent mechanism under the conveying of wire agency, then feeding cylinder 41 drives reclaimer robot 42 to clamp cable 3, then tangent mechanism carries out tangent line peeling to the tail end of this section of cable 3, then transferring cylinder 39 drives transfer slide 40 to move forward along transfer guide rail 38, thus drive feeding cylinder 41, reclaimer robot 42 and cable 3 move forward, thus make the tail end of cable 3 shift out tangent mechanism, and by reclaimer robot 42, cable 3 is put into collecting box, then transferring cylinder 39 drives transfer slide 40 to retreat along transfer guide rail 38, thus drive feeding cylinder 41 and reclaimer robot 42 to retreat, and enter next circulation.
Described support 1 is also provided with control panel and the display 44 for display working condition, by control panel, whole process is arranged, and display 44 can shows whole process, use convenient.
The present invention in use, punching mechanism is connected with terminal head conveying mechanism, terminal head conveying mechanism constantly gives punching mechanism feeding terminal head, threading passage and line sending passage and tangent line passage are located along the same line, cable is penetrated in the line sending passage of wire agency, by wire agency, the front end of cable is delivered in the threading passage of swing mechanism, wire agency continues running until the front end of cable is positioned at the tangent line passage of tangent mechanism, wire agency decommissions, and by tangent mechanism, tangent line peeling is carried out in the front end of cable, then the front end of cable is rocked in the terminal head on described punching mechanism by swing mechanism, then punching mechanism action thus the front end of terminal head and cable is forced together.After completing above-mentioned action, swing mechanism turns round, thus the front end pressing the cable of terminal head is rocked in the tangent line passage of tangent mechanism again, then wire agency again action make cable continue to be fed forward from tangent line passage, until the length that the cable having pressed terminal head shifts out tangent line passage reaches set point, and again carry out tangent line peeling by tangent mechanism, thus complete the processing of one section of cable, next circulation can be entered.
Claims (4)
1. an automatic tangent peeling loose end press, comprise support, and the workbench be located on this support, it is characterized in that: described workbench is provided with the wire agency be fed forward by cable, the end of cable is carried out the tangent mechanism cutting off peeling, by the coarctate punching mechanism in end of terminal head and cable, and the swing mechanism that the end of cable can be made to swing between described tangent mechanism and punching mechanism, described swing mechanism is positioned at the rear of described wire agency, described tangent mechanism is positioned at the rear of described swing mechanism, described wire agency is provided with line sending passage, described swing mechanism is provided with threading passage, described tangent mechanism is provided with tangent line passage, and described threading passage, described line sending passage and described tangent line passage can be located along the same line, described punching mechanism is positioned at the side of described swing mechanism,
Described wire agency comprises a pair driving pulley and a pair driven pulley, driving pulley described in a pair lays respectively at the both sides of described line sending passage and relatively described line sending passage is symmetrical arranged, driven pulley described in a pair also lays respectively at the both sides of described line sending passage and relatively described line sending passage is symmetrical arranged, connected by belt transmission between the described driving pulley and driven pulley of same side, described a pair driving pulley is driven by a pair stepping motor and is turned to contrary respectively, the both sides of described line sending passage are also arranged with at least two to the squeegee roller be arranged side by side between described driving pulley and driven pulley, this squeegee roller is positioned at described belt and line sending passage described in the side direction of described belt is drawn close thus will be positioned at the cable clamping of described line sending passage,
Described tangent mechanism comprises a pair tangential knife being positioned at described tangent line passage both sides, this pair tangential knife be separately fixed at be positioned at described tangent line passage both sides tool rest on, described workbench is also provided with the tangent line cylinder that can drive described a pair tool rest relative motion;
Described punching mechanism comprises stamping station, and the side of this stamping station is provided with terminal head transfer passage, and the top of this stamping station is provided with staking punch, and this staking punch is driven by stamping cylinder;
Described swing mechanism comprises the turntable be located on described workbench, this turntable is driven by rotary electric machine and can rotate relative to described workbench, this turntable is provided with propelling movement guide rail, this propelling movement guide rail is slidably equipped with by the propelling movement slide pushing air cylinder driven, this propelling movement slide is equipped with described threading passage, this propelling movement slide is provided with the propelling movement conduit be connected with described threading passage, this propelling movement conduit extends on described tangent mechanism, described propelling movement slide is also provided with clamping cylinder, the output of this clamping cylinder is provided with the clamping mechanical hand being positioned at described threading passage both sides,
The rear of described tangent mechanism is also provided with material fetching mechanism, this material fetching mechanism comprises feeding seat, this feeding seat is provided with transfer guide rail, this transfer guide rail is slidably equipped with by the transfer slide of transfer air cylinder driven, this transfer slide is also provided with feeding cylinder, the output of this feeding cylinder is provided with reclaimer robot, is also provided with the guiding briquetting of the top being positioned at described threading passage between this reclaimer robot and described tangent mechanism;
Described support is also provided with control panel and the display for display working condition.
2. according to the loose end of the automatic tangent peeling described in claim 1 press, it is characterized in that: the outside that two of described line sending passage lays respectively at described driving pulley and driven pulley is provided with front guide holder and rear guide holder, described front guide holder and rear guide holder are equipped with the pilot hole that can hold cable and pass through, the inner side of described front guide holder is provided with guide pipe, one end of this guide pipe is fixed on described front guide holder, and the opposite side of this guide pipe extends between described a pair driving pulley.
3. according to the loose end of the automatic tangent peeling described in claim 2 press, it is characterized in that: described a pair driving pulley is fixing on the supporting plate, this supporting bracket is provided with many bar-shaped troughs paralleled with described line sending passage, hold-down screw is equipped with in this bar-shaped trough, described supporting bracket is fixed on described workbench by described hold-down screw, described front guide holder is equipped with adjustment screw, the end of this adjustment screw is connected with described supporting bracket through after described front guide holder, the described driven pulley and the squeegee roller that are wherein positioned at described line sending passage side are fixed on a fixed head, the described driven pulley and the squeegee roller that are positioned at described line sending passage opposite side are fixed on a portable plate, this portable plate is slidably installed on guide pillar, this guide pillar is fixed on supporting seat, this supporting seat is fixed with adjusting cylinders, the output of this adjusting cylinders is connected with described portable plate, wherein be provided with the regulating wheel that can be used for belt described in tensioning in belt described in.
4. according to the loose end of the automatic tangent peeling described in claim 1 or 2 press, it is characterized in that: the mounting rod described staking punch being also provided with the top extending laterally to described swing mechanism, this mounting rod is provided with the auxiliary depression bar that can be pressed on described swing mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210589379.5A CN103022854B (en) | 2012-12-31 | 2012-12-31 | A kind of automatic tangent peeling loose end press |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210589379.5A CN103022854B (en) | 2012-12-31 | 2012-12-31 | A kind of automatic tangent peeling loose end press |
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| Publication Number | Publication Date |
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| CN103022854A CN103022854A (en) | 2013-04-03 |
| CN103022854B true CN103022854B (en) | 2015-08-19 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201210589379.5A Expired - Fee Related CN103022854B (en) | 2012-12-31 | 2012-12-31 | A kind of automatic tangent peeling loose end press |
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| CN200959490Y (en) * | 2006-08-22 | 2007-10-10 | 大连专用机床厂 | Cable controlled inserting coiler |
| CN201623357U (en) * | 2010-02-04 | 2010-11-03 | 吴兴钿 | Conveying mechanism of full-automatic wire-cutting stripping and terminal crimping machine |
| CN102195226A (en) * | 2010-03-12 | 2011-09-21 | 库迈思控股股份公司 | Cable supplying and rotating system |
| CN202150618U (en) * | 2011-07-13 | 2012-02-22 | 慈溪市宏晟机械设备有限公司 | Double-end terminal crimping machine capable of automatic wire cutting and stripping |
| CN202150619U (en) * | 2011-07-13 | 2012-02-22 | 慈溪市宏晟机械设备有限公司 | Single-head automatic wire cutting stripping terminal pressing machine |
| CN102361204A (en) * | 2011-10-01 | 2012-02-22 | 蒙功尧 | Full automatic busbar terminal crimping device and crimping method and terminal crimping machine |
| CN203056353U (en) * | 2012-12-31 | 2013-07-10 | 慈溪市宏晟机械设备有限公司 | Automatic-cutting and stripping dispersed-end crimping machine |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CA2724421A1 (en) * | 2008-05-20 | 2009-11-26 | Schleuniger Holding Ag | Cable transport device |
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2012
- 2012-12-31 CN CN201210589379.5A patent/CN103022854B/en not_active Expired - Fee Related
Patent Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2324675Y (en) * | 1998-01-25 | 1999-06-16 | 陈有信 | Feeding and crimping apparatus for terminal machine |
| CN200959490Y (en) * | 2006-08-22 | 2007-10-10 | 大连专用机床厂 | Cable controlled inserting coiler |
| CN201623357U (en) * | 2010-02-04 | 2010-11-03 | 吴兴钿 | Conveying mechanism of full-automatic wire-cutting stripping and terminal crimping machine |
| CN102195226A (en) * | 2010-03-12 | 2011-09-21 | 库迈思控股股份公司 | Cable supplying and rotating system |
| CN202150618U (en) * | 2011-07-13 | 2012-02-22 | 慈溪市宏晟机械设备有限公司 | Double-end terminal crimping machine capable of automatic wire cutting and stripping |
| CN202150619U (en) * | 2011-07-13 | 2012-02-22 | 慈溪市宏晟机械设备有限公司 | Single-head automatic wire cutting stripping terminal pressing machine |
| CN102361204A (en) * | 2011-10-01 | 2012-02-22 | 蒙功尧 | Full automatic busbar terminal crimping device and crimping method and terminal crimping machine |
| CN203056353U (en) * | 2012-12-31 | 2013-07-10 | 慈溪市宏晟机械设备有限公司 | Automatic-cutting and stripping dispersed-end crimping machine |
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|---|---|
| CN103022854A (en) | 2013-04-03 |
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