CN110148501B - Branching and stranding method for double-wire package - Google Patents

Abstract

The invention discloses a branching and stranding method of a double-wire pack, which comprises a branching and stranding structure matched with the double-wire pack, wherein the branching and stranding structure of the double-wire pack comprises a branching A clamp, a branching B clamp, a branching C clamp, a wire arranging D clamp, a stranding crochet hook E, a stranding crochet hook F and a double-wire pack fixing block, the branching B clamp and the branching C clamp are arranged on one side of the same metal base platform in parallel, the stranding crochet hook E and the stranding crochet hook F are respectively arranged on the metal base platforms on two sides of the branching B clamp and the branching C clamp, the branching A clamp is positioned above the branching C clamp and is downward, the branching and stranding method of the branching and stranding of the double-wire pack is designed, aiming at copper wires with different lengths, the corresponding stranding crochet hooks can be accurately separated and fed to perform stranding, the accurate grouping and stranding of the copper wires is convenient, the precision of the stranding crochet hooks is high, and the branching and stranding method can be used for the clamps of groups of long and short copper wires and short groups and grouped copper wires and the mutual matching between the croc, and compact structure, high efficiency and accuracy.

Description

Branching and stranding method for double-wire package

The technical field is as follows:

the invention belongs to the technical field of twice twisting of twisted wires of double-wire packages, and particularly relates to a branching and twisting method of the double-wire packages.

Background art:

the stranded wires of the double-wire package are stranded twice, and are composed of a plurality of groups of copper wires with different lengths, aiming at the copper wires with different lengths, in order to be capable of being accurately separated and accurately fed into the corresponding stranded wire crochet hooks for stranding, the requirements for accurate grouping and branching of the copper wires and accurate stranded wires of the stranded wire crochet hooks are particularly high, and the clamps for grouping and branching of the plurality of groups of long and short copper wires and the design of mutual matching and routing among the crochet hooks of the stranded wires are particularly important and critical.

The invention content is as follows:

the invention aims to solve the problems and provide a branching and stranding method for a double-coil package, which solves the defects of the existing equipment.

In order to solve the above problems, the present invention provides a technical solution:

a branching and stranding method of a double-wire package comprises a branching and stranding structure of a matched double-wire package, wherein the branching and stranding structure of the double-wire package comprises a branching A clamp, a branching B clamp, a branching C clamp, a wire arranging D clamp, a stranding crochet hook E, a stranding crochet hook F and a double-wire package fixing block, the branching B clamp and the branching C clamp are arranged on one side of the same metal base platform in parallel, the stranding crochet hook E and the stranding crochet hook F are respectively arranged on the metal base platforms on two sides of the branching B clamp and the branching C clamp, the branching A clamp is located above the branching C clamp and is downward, the wire arranging D clamp is arranged on the metal base platform on one side of the branching B clamp, a lifting cylinder is arranged on one side of the wire arranging D clamp, the double-wire package fixing block is arranged at the output end of the lifting cylinder, the branching A clamp is moved to the wire arranging D clamp after the double-wire package is taken from the previous process, the wire package is slightly paused, and the wire arranging D clamp clamps the tail wire of the double-wire, the separating line A clamp continues to move forwards, the separating line A clamp can play a role in combing the tail line of the double-line bag, the separating line A clamp continues to move forwards, the U-shaped fixed block ascends at the moment, when the separating line A clamp moves above the U-shaped fixed block, the clamp is opened, the double-line bag falls in the U-shaped fixed block, the U-shaped fixed block clamps the double-line bag magnetic ring to fix the double-line bag magnetic ring, the tail line tail part of one side of the double-line bag is clamped at the separating line D clamp, the copper line on the other side of the double-line bag extends outside the rear part of the U-shaped fixed block through a fine seam behind the U-shaped fixed block, the separating line A clamp moves behind the U-shaped fixed block to clamp all the copper lines extending outside the rear part of the U-shaped fixed block, the separating line A clamp moves towards the separating line B clamp and the separating line C clamp, when the separating line A clamp moves between the separating line B clamp and the separating line C clamp, the separating line B clamp closes and clamps all the, the separating line A clamp is arranged at the rear end of the separating line C clamp to continuously clamp all copper wires to move forwards until only 4 longest wires are clamped, then the separating line A clamps the 4 longest wires to move rightwards until the separating line C clamp cannot reach the position, the separating line C clamp clamps the rest copper wires, then the separating line B clamp is opened, so that the 4 longest wires can be loosened to allow the separating line A to move rightwards with the separating line A, the separating line A clamp clamps the 4 longest wires to continuously move rightwards until the separating line A moves to the position of a stranded wire hooked needle E, the 4 longest wires are sent to the hooked needle, then the clamp is opened, the stranded wire hooked needle E carries out stranding on the 4 longest wires, meanwhile, the arranging line A clamp moves to the rear side of the U-shaped fixed block to clamp the rest copper wires to the arranging line B clamp, the arranging line C clamp is opened when the separating line A clamps between the arranging line B clamp and the arranging line C clamp, the arranging line B clamps the copper wires to clamp when the arranging line A clamps are moved to the arranging line B clamp, the wire arranging A clamp continuously clamps the copper wires to move forwards until only 4 second long wires are clamped, then the wire dividing A clamp clamps the 4 second long wires and moves to the left side to the position where the wire dividing C clamp cannot clamp, the wire dividing C clamp clamps the rest copper wires, then the wire dividing B clamp is opened, so that the 4 second long wires can be loosened to enable the wire dividing A to move leftwards along with the wire dividing A, the wire dividing A clamp clamps the 4 second long wires and continuously moves leftwards until the wire dividing C clamp moves to the position of a wire dividing crochet needle F, the 4 second long wires are sent into crochet needles, then the clamp is opened, the wire dividing crochet needles F perform wire dividing on the 4 second long wires, a material taking tool of the next procedure after the wires are twisted takes materials, and the wire dividing and twisting mechanism enters a new round of wire dividing and twisting work.

The invention has the beneficial effects that: this strake stranded conductor's of double-solenoid design of walking method, to the copper line of different length, can be accurate separately and accurate send into corresponding stranded conductor crochet hook and carry out the stranded conductor, be convenient for to the accurate grouping separated line of copper line, and stranded conductor crochet hook precision is high, can be used to the anchor clamps of the grouping separated line of multiunit long and short copper line and mutually support between the crochet hook of stranded conductor to compact structure, high efficiency and accurate.

Description of the drawings:

for ease of illustration, the invention is described in detail by the following detailed description and the accompanying drawings.

Fig. 1 is a schematic diagram of a branching stranded wire structure of a matched double-coil.

In the figure: the wire harness fixing block comprises a 1-wire dividing C clamp, a 2-wire dividing B clamp, a 3-wire twisting bearded needle F, a 4-wire twisting bearded needle E, a 5-wire dividing A clamp, a 6-wire arranging D clamp and a 7-double wire harness fixing block.

The specific implementation mode is as follows:

as shown in fig. 1-1, the following technical solutions are adopted in the present embodiment: a branching and stranding method of a double-wire bag comprises a branching and stranding structure of the double-wire bag, wherein the branching and stranding structure of the double-wire bag comprises a branching A clamp 5, a branching A clamp 2, a branching A clamp 1, a wire arranging D clamp 6, a stranding crochet hook E4, a stranding crochet hook F3 and a double-wire bag fixing block 7, the branching A clamp 2 and the branching A clamp 1 are installed on one side of the same metal base, the stranding crochet hook E4 and the stranding crochet hook F3 are installed on the metal base on two sides of the branching A clamp 2 and the branching A clamp 1 respectively, the branching A clamp 5 is located above the branching A clamp 1 and is downward, the wire arranging D clamp 6 is installed on the metal base on one side of the branching A clamp 2, a lifting cylinder is installed on one side of the wire arranging D clamp 6, the output end of the lifting cylinder is provided with the double-wire bag 7, the branching A clamp is taken from the previous process and then moved to the wire arranging D clamp, stopping for a while slightly, clamping the tail wire of the double-wire package by the wire arranging D clamp, continuously moving the wire dividing A clamp forwards, opening the clamp when the wire dividing A clamp moves above the U-shaped fixed block, enabling the double-wire package to fall into the U-shaped fixed block, clamping the double-wire package magnetic ring by the U-shaped fixed block to fix the double-wire package magnetic ring, clamping the tail wire at one side of the double-wire package at the wire dividing D clamp, extending the copper wire at the other side of the double-wire package outside the rear part of the U-shaped fixed block through a thin slit at the rear part of the U-shaped fixed block, clamping all the copper wires extending outside the rear part of the U-shaped fixed block by the wire dividing A clamp, moving the wire dividing B clamp and the wire dividing C clamp, clamping all the copper wires by the wire dividing B clamp when the wire dividing A clamp moves between the wire dividing B clamp and the wire dividing C clamp, at the moment, the branching C clamp is in an open state, the branching A clamp continuously clamps all copper wires to move forwards at the rear end of the branching C clamp until only 4 longest wires are clamped, then the branching A clamps the 4 longest wires to move right to a position where the branching C clamp cannot be clamped, the branching C clamp clamps the rest copper wires, then the branching B clamp is opened, so that the 4 longest wires can be loosened to allow the branching A to move right with the branching A clamp, the branching A clamp continuously moves right with the 4 longest wires until the branching A clamp moves to a stranded wire hooked needle E, the 4 longest wires are sent to the hooked needle, then the clamp is opened, the stranded wire hooked needle E strands the 4 longest wires, meanwhile, the wire arranging A clamp moves to the rear side of the U-shaped fixed block to clamp the rest copper wires to move towards the wire arranging B clamp, the wire arranging C clamp is opened when the wire arranging A clamp moves to a position between the wire arranging B clamp and the wire arranging C clamp, the wire arranging B clamp clamps a copper wire, the wire arranging A clamp continuously clamps the copper wire to move forwards until only 4 second long wires are clamped, then the wire dividing A clamp clamps the 4 second long wires and moves to the left side until the wire dividing C clamp cannot clamp the position, the wire dividing C clamp clamps the rest copper wires, then the wire dividing B clamp is opened, so that the 4 second long wires can be loosened to enable the wire dividing A to move leftwards along with the wire dividing A clamp, the wire dividing A clamp clamps the 4 second long wires and continues to move leftwards until the wire dividing C clamp moves to a wire dividing hook needle F, the 4 second long wires are sent into a hook needle, then the clamp is opened, the wire dividing hook needle F performs wire dividing on the 4 second long wires, a material taking tool of the next procedure after the wires are twisted to take materials, and the wire dividing and twisting mechanism enters a new round of wire dividing and twisting work.

While there have been shown and described what are at present considered to be the fundamental principles of the invention and its essential features and advantages, it will be understood by those skilled in the art that the invention is not limited by the embodiments described above, which are merely illustrative of the principles of the invention, but that various changes and modifications may be made therein without departing from the spirit and scope of the invention as defined by the appended claims and their equivalents.

Claims (1)

1. The utility model provides a separated time stranded conductor of double-strand package moves method, includes the separated time stranded conductor structure of supporting double-strand package, and the separated time stranded conductor structure of double-strand package includes that separated time A presss from both sides, separated time B presss from both sides, separated time C presss from both sides, reason line D presss from both sides, stranded conductor crochet hook E, stranded conductor crochet hook F and double-strand package fixed block, separated time B presss from both sides with separated time C and installs side by side in one side of same metal base platform, stranded conductor crochet hook E and stranded conductor crochet hook F install respectively on the metal base platform that separated time B pressed from both sides and separated time C pressed from both sides, separated time A presss from both sides the top that lies in separated time C and presss from both sides and is downward form, reason line D presss from both sides and installs on the metal base platform of separated time B clamp one side, reason line D presss from both sides one side and: the separating A clamp is taken from the previous working procedure and then moved to a separating D clamp, the separating A clamp stops for a while slightly, the separating D clamp clamps the tail wire of the double-wire pack, the separating A clamp continues to move forwards, the separating D clamp plays a role in combing the tail wire of the double-wire pack, the separating A clamp continues to move forwards, the U-shaped fixed block ascends at the moment, when the separating A clamp moves above the U-shaped fixed block, the clamp is opened, the double-wire pack falls into the U-shaped fixed block, the U-shaped fixed block clamps the double-wire pack magnetic ring to fix the double-wire pack, the tail wire at one side of the double-wire pack is also clamped at the separating D clamp, the copper wire at the other side of the double-wire pack extends outside the rear part of the U-shaped fixed block through a fine seam behind the U-shaped fixed block, the separating A clamp moves behind the U-shaped fixed block, all the copper wires extending outside the rear part of the U-shaped fixed block are clamped, the separating B clamp and the separating C clamp, and when the separating A clamp moves between the separating B and the separating C, the dividing line B clamp is closed and clamps all copper wires, the dividing line C clamp is in an open state, the dividing line A clamp is arranged at the rear end of the dividing line C clamp and continuously clamps all the copper wires to move forwards until only 4 longest wires are clamped, then the dividing line A clamps 4 longest wires and moves right to a position where the dividing line C clamp cannot be clamped, the dividing line C clamp clamps the rest copper wires, then the dividing line B clamp is opened, so that the 4 longest wires can be loosened to allow the dividing line A to move right with the dividing line A, the dividing line A clamp clamps the 4 longest wires and continuously moves right until the dividing line A is moved to a twisting line bearded needle E, the 4 longest wires are sent to the bearded needle, then the clamp is opened, the twisting line bearded needle E twists the 4 longest wires, meanwhile, the arranging line A clamp moves to the rear of the U-shaped fixed block to clamp the rest copper wires and move towards the arranging line B clamp, and when the arranging line A clamp and the arranging line C clamp quickly move between the arranging line B clamp and the arranging line C clamp, the wire arranging B clamp clamps a copper wire, the wire arranging A clamp continuously clamps the copper wire to move forwards until only 4 second long wires are clamped, then the wire dividing A clamp clamps the 4 second long wires and moves to the left side until the wire dividing C clamp cannot clamp the position, the wire dividing C clamp clamps the rest copper wires, then the wire dividing B clamp is opened, so that the 4 second long wires can be loosened to enable the wire dividing A to move leftwards along with the wire dividing A clamp, the wire dividing A clamp clamps the 4 second long wires and continues to move leftwards until the wire dividing C clamp moves to a wire dividing hook needle F, the 4 second long wires are sent into a hook needle, then the clamp is opened, the wire dividing hook needle F performs wire dividing on the 4 second long wires, a material taking tool of the next procedure after the wires are twisted to take materials, and the wire dividing and twisting mechanism enters a new round of wire dividing and twisting work.

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