CN105895363A - Automatic wire-burning and wire-winding machine - Google Patents
Automatic wire-burning and wire-winding machine Download PDFInfo
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- CN105895363A CN105895363A CN201610363915.8A CN201610363915A CN105895363A CN 105895363 A CN105895363 A CN 105895363A CN 201610363915 A CN201610363915 A CN 201610363915A CN 105895363 A CN105895363 A CN 105895363A
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- guided plate
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
- H01R43/00—Apparatus or processes specially adapted for manufacturing, assembling, maintaining, or repairing of line connectors or current collectors or for joining electric conductors
- H01R43/04—Apparatus or processes specially adapted for manufacturing, assembling, maintaining, or repairing of line connectors or current collectors or for joining electric conductors for forming connections by deformation, e.g. crimping tool
- H01R43/048—Crimping apparatus or processes
- H01R43/05—Crimping apparatus or processes with wire-insulation stripping
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- Manufacturing & Machinery (AREA)
- Coiling Of Filamentary Materials In General (AREA)
- Wire Processing (AREA)
Abstract
The invention relates to an automatic wire-burning and wire-winding machine. A mounting plate is mounted on the top of a winding machine body; a wire-releasing frame is mounted at the left end of the mounting plate; a left side plate is mounted in the middle part of the mounting plate; a right side plate is mounted at the right end of the mounting plate; a wire-distance adjusting substrate is mounted on the top of the left side plate and the right side plate; a hollow-out wire-burning opening is formed in the wire-distance adjusting substrate; a guiding mechanism before wire-burning is mounted on the outer side face of the left side plate; a wire-distance adjusting mechanism is mounted on the top of the wire-distance adjusting substrate; a second wire-length adjusting apparatus is arranged on the right side of the wire-distance adjusting mechanism; a guiding mechanism before wire-winding which is used for leading a varnished wire to the working end of the winding machine body is arranged on the outer side face of the right side plate; a laser wire-burning mechanism is arranged on the back side of the winding machine body; the upper and lower front surfaces of the irradiating ends of the upper laser and the lower laser in the laser wire-burning mechanism are opposite and aligned to the hollow-out wire-burning opening in the wire-distance adjusting substrate. The automatic operation of wire winding and wire burning is realized through programs, so that steady and reliable product quality is realized.
Description
Technical field
The present invention relates to the coil winding machine of processing coil, a kind of integrate in the coil course of processing coiling and burn line operation automatically burn wire winding.
Background technology
Coil processing includes coiling and burns line step, and enamel-covered wire is wound on specific workpiece by coiling exactly, and the purpose burning line is, owing to needing to be welded to connect with miscellaneous part after coil, so the enamel-covered wire of coil finished product both positive and negative polarity needs to burn insulating barrier.In prior art, the coiling in coil processing is to use different equipment separate machined with burning line, winds at coil and needs afterwards to stay one section of the end of a thread, then scalds stannum and load onto the most by hand and overlay conjunction.So operating complexity, processing staff is many, and the technology of staff is required height, and unstable product quality.
Summary of the invention
It is an object of the invention to overcome the deficiencies in the prior art, there is provided a kind of integrate in the coil course of processing coiling and burn line operation automatically burn wire winding, it can be carried out solid line coiling by programming, be burnt being performed fully automatic of line, and action required personnel are few, stable and reliable product quality.
The technical scheme provided according to the present invention: automatically burn wire winding, including coil winding machine body, it is characterized in that: at the top of described coil winding machine body, installing plate is installed, the left end of described installing plate installs pay off rack, at the middle part of installing plate, left plate is installed, right-hand member at installing plate is provided with right plate, is provided with line-spacing regulation substrate at the top of left plate and right plate, and described line-spacing regulation substrate is provided with hollow out and burns line mouth；Guide mechanism before the lateral surface of left plate is provided with burning, before described burning, guide mechanism to guide to line-spacing governor motion for the enamel-covered wire released by pay off rack；Described line-spacing governor motion is arranged on the top of line-spacing regulation substrate, and line-spacing governor motion is for being adjusted the spacing of enamel-covered wire, in order to carry out burning line；Online distance regulating mechanism right is provided with the second line length adjusting means, the enamel-covered wire drawn from line-spacing governor motion guides to the second line length adjusting means, and the second line length adjusting means is for regulating the length of enamel-covered wire and guiding enamel-covered wire to guide mechanism before passing down to coiling；Guiding mechanism to be arranged on the lateral surface of right plate before described coiling, guide mechanism for enamel-covered wire is guided the working end to coil winding machine body, be provided with coil clamp on working end before coiling, described enamel-covered wire is connected on the coil rack in coil clamp；Rear side at coil winding machine body is provided with laser and burns line mechanism；Described laser burns line mechanism and includes laser stent, upper laser instrument and lower laser instrument, described laser stent is arranged on coil winding machine body, described upper laser instrument, lower laser instrument are arranged on laser stent one on the other, and the upper and lower vis-a-vis of end and the alignment line hollow out on regulation substrate of irradiating of upper laser instrument and lower laser instrument burns line mouth.
As a further improvement on the present invention, mechanism is guided to be included on left plate lateral surface bottom-up First Line length regulating device, the threading guided plate installed successively and turn to guide before described burning；Described First Line length regulating device is for regulating the length of enamel-covered wire and the enamel-covered wire that pay off rack is released being turned and booted up to threading guided plate, First Line length regulating device includes the first regulation support and the first lifting guide wheel assembly, described first regulation support is arranged on left plate, first lifting guide wheel assembly of the equidistantly distribution of the first quantity is installed on the first regulation support, each first lifting guide wheel assembly all includes the first slide bar, first slip wheel seat and wheel body, described first slide bar is vertically fixed on the first regulation support, first slip wheel seat of one locking screw that can slide up and down is installed on each first slide bar, one wheel body is installed on each first slip wheel seat；Described threading guided plate is arranged on left plate, and threading guided plate is provided with the through wires hole of the equidistantly distribution of the first quantity, and First Line length regulating device enamel-covered wire out guides to turning to guide after threading guided plate is stable；Described turn to guide for enamel-covered wire turns to right guiding to line-spacing governor motion, guide is turned to include turning to guide support and turning to guide wheel assembly, described guide support is turned to be arranged on left plate upper end, turn to be provided with on guide support the first quantity equidistantly distribution turn to guide wheel assembly, each guide wheel assembly is turned to all to include turning to wheel seat and wheel body, described turn to wheel seat to be fixed on to turn on guide support, each turn to one wheel body of installation on wheel seat.
As a further improvement on the present invention, described second line length adjusting means is arranged on line-spacing regulation substrate right-hand member, second line length adjusting means includes the second regulation support and the second lifting guide wheel assembly, described second regulation support is arranged on left plate, second lifting guide wheel assembly of the equidistantly distribution of the first quantity is installed on the second regulation support, each second lifting guide wheel assembly all includes the second slide bar, second slip wheel seat and wheel body, described second slide bar is vertically fixed on the second regulation support, second slip wheel seat of one locking screw that can slide up and down is installed on each second slide bar, one wheel body is installed on each second slip wheel seat.
As a further improvement on the present invention, described line-spacing governor motion includes line-spacing regulation substrate, inlet wire roll adjustment guided plate, outlet roll adjustment guided plate and outlet guide, it is the end of incoming cables before burning line that hollow out on described line-spacing regulation substrate burns line mouth left end, described inlet wire roll adjustment guided plate is arranged close at end of incoming cables, and inlet wire roll adjustment guided plate is provided with the inlet wire through wires hole of the equidistantly distribution of the first quantity；It is the leading-out terminal after burning line that described hollow out burns line mouth right-hand member, described outlet roll adjustment guided plate is arranged close at leading-out terminal, outlet roll adjustment guided plate is provided with the outlet through wires hole of the equidistantly distribution of the first quantity, and the distance between adjacent outlet through wires hole and the distance between the adjacent inlet wire through wires hole on inlet wire roll adjustment guided plate equal；Described outlet guide is arranged on line-spacing regulation substrate right-hand member, outlet guide includes the outlet guide wheel assembly of the first quantity, the outlet guide wheel assembly of the first quantity is equidistantly distributed in line-spacing regulation substrate right-hand member, each outlet guide wheel assembly all includes outlet wheel seat and wheel body, described outlet wheel seat is fixed on line-spacing regulation substrate, and each outlet wheel seat is installed a wheel body.
As a further improvement on the present invention, between the end of incoming cables of described inlet wire roll adjustment guided plate and hollow out burning line mouth, the steady line apparatus of inlet wire is installed, the steady line apparatus of described inlet wire includes that mouth led by steady line bracket and steady line, described steady line bracket is arranged on line-spacing regulation substrate, mouth led by the steady line of the equidistantly distribution being provided with the first quantity on steady line bracket, and the distance that adjacent steady line is led between the distance between mouth and the adjacent inlet wire through wires hole on inlet wire roll adjustment guided plate is equal；Being provided with the steady line apparatus of outlet between the leading-out terminal of described outlet roll adjustment guided plate and hollow out burning line mouth, the structure line apparatus steady with inlet wire of the steady line apparatus of described outlet is identical.
As a further improvement on the present invention, described inlet wire roll adjustment guided plate left and/or outlet guided plate right are provided with displacement guided plate group, and described displacement guided plate group is to make the diminishing contracting of line-spacing away from guided plate group or for the expansion guided plate group that makes line-spacing become larger.
As a further improvement on the present invention, away from guided plate group, described contracting includes that at least one-level contracts away from guided plate, contractings at different levels are equipped with the contracting of the equidistantly distribution of the first quantity away from through wires hole on guided plate, and the contracting that contracting at different levels is away from guided plate is gradually reduced to afterbody by the first order away from through wires hole spacing；Described expansion guided plate group includes at least one-level expansion guided plate, and expansion guided plates at different levels are equipped with the expansion through wires hole of the equidistantly distribution of the first quantity, and the expansion through wires hole spacing of expansion guided plate at different levels is become larger to afterbody by the first order.
As a further improvement on the present invention, it is provided with wire-clamping device between described outlet roll adjustment guided plate and displacement guided plate group, described wire-clamping device includes montant, lower plate and train wheel bridge, described montant is vertically fixed on line-spacing regulation substrate, described train wheel bridge and lower plate are assemblied on montant and energy lifting carriage one on the other, walk, all with lock-screw on train wheel bridge and lower plate for enamel-covered wire between train wheel bridge and lower plate.
As a further improvement on the present invention, guiding mechanism to include that mouth is led in coiling guide support and coiling before described coiling, described coiling guide support is fixed on right plate, and mouth is led in the coiling of the equidistantly distribution that coiling guide support is installed with the first quantity.
As a further improvement on the present invention, described laser burns line mechanism and also includes screw nut driving pair, crane and regulation bolt, described screw nut driving pair is mounted vertically on laser stent, adjusting handle is installed in screw mandrel upper end in screw nut driving pair, described crane one end is fixing with the nut in screw nut driving pair to be connected, and the screw mandrel in screw nut driving pair rotates can drive crane lifting moving；The described crane other end is provided with two bearings one on the other, described upper laser instrument is fixedly mounted in the upper bracket of the crane other end, described lower laser instrument is arranged on the interior also energy lifting moving of undersetting of the crane other end, equipped with regulation bolt on this undersetting, described regulation bolt is connected with lower laser instrument, and regulation bolt rotates and can drive lower laser instrument lifting moving.
The present invention compared with prior art, has the advantage thatThe present invention integrates coiling in the coil course of processing and burns line operation, can be carried out solid line coiling by programming, be burnt being performed fully automatic of line, and action required personnel are few, stable and reliable product quality.
Accompanying drawing explanation
Fig. 1 is the structural front view of the embodiment of the present invention.
Fig. 2 is the top view of Fig. 1.
Fig. 3 is the side view of Fig. 1.
Fig. 4 is the structural front view of Fig. 1 center line distance governor motion.
Fig. 5 is the top view of Fig. 4.
Fig. 6 is the A portion enlarged diagram in Fig. 4.
Fig. 7 is the structural principle simplified schematic diagram that Fig. 1 laser burns line mechanism.
Detailed description of the invention
Below in conjunction with concrete drawings and Examples, the invention will be further described.
As shown in the figure: the wire winding that automatically burns in embodiment includes that coil winding machine body 1, described coil winding machine body 1 can use outsourcing product.
As shown in Fig. 1 ~ Fig. 3, at the top of described coil winding machine body 1, installing plate 2 is installed, the left end of described installing plate 2 installs pay off rack 3, at the middle part of installing plate 2, left plate 4 is installed, right-hand member at installing plate 2 is provided with right plate 5, be provided with line-spacing regulation substrate 6 at the top of left plate 4 and right plate 5, described line-spacing regulation substrate 6 is provided with hollow out and burns line mouth.In the present embodiment, described pay off rack 3 can also use outsourcing product.
As shown in Fig. 1 ~ Fig. 3, before the lateral surface of left plate 4 is provided with burning, guide mechanism, before described burning, guide mechanism to guide to line-spacing governor motion for the enamel-covered wire released by pay off rack 3.
In the present embodiment, mechanism before described burning, is guided to be included on left plate 4 lateral surface bottom-up First Line length regulating device 7, the threading guided plate 8 installed successively and turn to guide 9；Described First Line length regulating device 7 boots up to threading guided plate 8 for regulating the length of enamel-covered wire being turned by the enamel-covered wire that pay off rack 3 is released, First Line length regulating device 7 includes the first regulation support 7.1 and lifting guide wheel assembly, described first regulation support 7.1 is arranged on left plate 4, first lifting guide wheel assembly of six equidistant distributions is installed on the first regulation support 7.1, each first lifting guide wheel assembly all includes the first slide bar 7.2, first slip wheel seat 7.3 and wheel body, described first slide bar 7.2 is vertically fixed on the first regulation support 7.1, first slip wheel seat 7.3 of one locking screw that can slide up and down is installed on each first slide bar 7.2, one wheel body is installed on each first slip wheel seat 7.3；Described threading guided plate 8 is arranged on left plate 4, and threading guided plate 8 is provided with the through wires hole of six equidistant distributions, and First Line length regulating device 7 enamel-covered wire out guides to turning to guide 9 after threading guided plate 8 is stable；Described turn to guide 9 for enamel-covered wire turns to right guiding to line-spacing governor motion, guide 9 is turned to include turning to guide support 9.1 and turning to guide wheel assembly, described guide support 9.1 is turned to be arranged on left plate 4 upper end, turn to what six equidistant distributions were installed on guide support 9.1 to turn to guide wheel assembly, each guide wheel assembly is turned to all to include turning to wheel seat 9.2 and wheel body, described turn to wheel seat 9.2 to be fixed on to turn on guide support 9.1, each turn to one wheel body of installation on wheel seat 9.2.
As shown in Fig. 1 ~ Fig. 3, described line-spacing governor motion is arranged on the top of line-spacing regulation substrate 6, and line-spacing governor motion is for being adjusted the spacing of enamel-covered wire, in order to carry out burning line.
In the present embodiment, the structure of described line-spacing governor motion is as shown in Figure 4, Figure 5, it mainly includes line-spacing regulation substrate 6, inlet wire roll adjustment guided plate 10, outlet roll adjustment guided plate 13 and outlet guide 16, it is the end of incoming cables before burning line that hollow out on described line-spacing regulation substrate 6 burns line mouth left end, described inlet wire roll adjustment guided plate 10 is arranged close at end of incoming cables, and inlet wire roll adjustment guided plate 10 is provided with the inlet wire through wires hole of six equidistant distributions；It is the leading-out terminal after burning line that described hollow out burns line mouth right-hand member, described outlet roll adjustment guided plate 13 is arranged close at leading-out terminal, the distance that outlet roll adjustment guided plate 13 is provided with between the distance between the outlet through wires hole of six equidistant distributions, and adjacent outlet through wires hole and the adjacent inlet wire through wires hole on inlet wire roll adjustment guided plate 10 is equal；Described outlet guide 16 is arranged on line-spacing regulation substrate 6 right-hand member, outlet guide 16 includes six outlet guide wheel assemblies, six outlet guide wheel assemblies are equidistantly distributed in line-spacing regulation substrate 6 right-hand member, each outlet guide wheel assembly all includes outlet wheel seat 16.1 and wheel body, described outlet wheel seat 16.1 is fixed on line-spacing regulation substrate 6, and each outlet wheel seat 16.1 is installed a wheel body.
As shown in Figure 4, Figure 5, in the present embodiment, in order to ensure that enamel-covered wire keeps stable in burning line process, the steady line apparatus of inlet wire 11 is installed between the end of incoming cables of described inlet wire roll adjustment guided plate 10 and hollow out burning line mouth, between the leading-out terminal of described outlet roll adjustment guided plate 13 and hollow out burning line mouth, the steady line apparatus of outlet 12 is installed；The steady line apparatus of described inlet wire 11 is mainly led mouth 11.2 by steady line bracket 11.1 and steady line and is formed, described steady line bracket 11.1 is arranged on line-spacing regulation substrate 6, mouth 11.2 led by the steady line being provided with six equidistant distributions on steady line bracket 11.1, and the distance that adjacent steady line is led between the distance between mouth 11.2 and the adjacent inlet wire through wires hole on inlet wire roll adjustment guided plate 10 is equal；The structure line apparatus steady with inlet wire 11 of the steady line apparatus of described outlet 12 is identical, therefore here is omitted.
Owing to laser works region [corresponding hollow out burns line mouth] is relatively fixed, in order to ensure that all of enamel-covered wire can pass through from laser works region, so needing the spacing during enamel-covered wire being walked according to practical situation to zoom in and out, this is accomplished by using displacement guided plate group, displacement guided plate group can be to make the diminishing contracting of line-spacing away from guided plate group, or makes the expansion guided plate group that line-spacing becomes larger.
In the present embodiment, described inlet wire roll adjustment guided plate 10 left is not provided with displacement guided plate group, and enamel-covered wire guides mechanism to be formed directly into inlet wire roll adjustment guided plate 10 the most afterwards before burning；It is provided with expansion guided plate group in outlet roll adjustment guided plate 13 right, this expansion guided plate group includes two-stage expansion guided plate 15, it is equipped with the expansion through wires hole of six equidistant distributions on expansion guided plates 15 at different levels, and the expansion through wires hole spacing of expansion guided plate 15 at different levels is become larger to afterbody by the first order.So, from outlet roll adjustment guided plate 13 enamel-covered wire out after by two-stage expansion guided plate 15, the spacing between enamel-covered wire becomes larger.
In actual applications, described inlet wire roll adjustment guided plate 10 left can arrange contracting away from guided plate group, contract and include that at least one-level contracts away from guided plate away from guided plate group, contractings at different levels are equipped with the contracting of six equidistant distributions away from through wires hole on guided plate, and the contracting that contracting at different levels is away from guided plate is gradually reduced to afterbody by the first order away from through wires hole spacing.
As shown in Figure 6, in the present embodiment, for protective paint envelope curve, in each through wires hole, it is respectively arranged with wiring sheath 28.
As shown in Fig. 1 ~ Fig. 5, in the present embodiment, between described outlet roll adjustment guided plate 13 and displacement guided plate group, it is provided with the wire-clamping device 14 for clamping enamel-covered wire.Described wire-clamping device 14 is mainly made up of montant 14.1, lower plate 14.3 and train wheel bridge 14.2, described montant 14.1 is vertically fixed on line-spacing regulation substrate 6, described train wheel bridge 14.2 and lower plate 14.3 are assemblied on montant 14.1 and energy lifting carriage one on the other, walk, all with lock-screw on train wheel bridge 14.2 and lower plate 14.3 for enamel-covered wire between train wheel bridge 14.2 and lower plate 14.3.
As shown in Fig. 1 ~ Fig. 3, online distance regulating mechanism right is provided with the second line length adjusting means 17, the enamel-covered wire drawn from line-spacing governor motion guides to the second line length adjusting means 17, and the second line length adjusting means 17 is for regulating the length of enamel-covered wire and guiding enamel-covered wire to guide mechanism before passing down to coiling.
In the present embodiment, the structure of described second line length adjusting means 17 is as shown in Figure 7, it mainly includes the second regulation support 17.1 and the second lifting guide wheel assembly, described second regulation support 17.1 is arranged on left plate 4, second lifting guide wheel assembly of six equidistant distributions is installed on the second regulation support 17.1, each second lifting guide wheel assembly all includes the second slide bar 7.2, second slip wheel seat 7.3 and wheel body, described second slide bar 17.2 is vertically fixed on the second regulation support 17.1, second slip wheel seat 17.3 of one locking screw that can slide up and down is installed on each second slide bar 17.2, one wheel body is installed on each second slip wheel seat 17.3.
As shown in Fig. 1 ~ Fig. 3, mechanism is guided to be arranged on the lateral surface of right plate 5 before described coiling, guiding mechanism for enamel-covered wire is guided the working end to coil winding machine body 1 before coiling, be provided with coil clamp 20 on working end, described enamel-covered wire is connected on the coil rack in coil clamp 20.
In the present embodiment, guiding mechanism to include that mouth 19 is led in coiling guide support 18 and coiling before described coiling, described coiling guide support 18 is fixed on right plate 5, and coiling guide support 18 is installed with the coiling of six equidistant distributions and leads mouth 19.
As shown in Fig. 1 ~ Fig. 3, rear side at coil winding machine body 1 is provided with laser and burns line mechanism, described laser burns the structural principle of line mechanism as shown in Figure 7, it is mainly by laser stent 21, upper laser instrument 22, lower laser instrument 23, screw nut driving pair 24, crane 26 and regulation composition such as bolt 27 grade, described laser stent 21 is arranged on coil winding machine body 1, described screw nut driving pair 24 is mounted vertically on laser stent 21, adjusting handle 25 is installed in screw mandrel upper end in screw nut driving pair 24, described crane 26 one end is fixing with the nut in screw nut driving pair 24 to be connected, screw mandrel in screw nut driving pair 24 rotates can drive crane 26 lifting moving；Described crane 26 other end is provided with two bearings one on the other, described upper laser instrument 22 is fixedly mounted in the upper bracket 26a of crane 26 other end, described lower laser instrument 23 is arranged on the interior also energy lifting moving of undersetting 26b of crane 26 other end, equipped with regulation bolt 27 on this undersetting 26b, described regulation bolt 27 is connected with lower laser instrument 23, and regulation bolt 27 rotates and can drive lower laser instrument 23 lifting moving；The upper and lower vis-a-vis of end and the alignment line hollow out on regulation substrate 6 of irradiating of described upper laser instrument 22 and lower laser instrument 23 burns line mouth.
When specifically applying, enamel-covered wire is released from pay off rack 3, the most bottom-up sequentially pass through First Line length regulating device 7, threading guided plate 8 and after turning to guide 9 to the right, sequentially pass through inlet wire roll adjustment guided plate 10 the most from left to right, the steady line apparatus of inlet wire 11, the steady line apparatus of outlet 12, outlet roll adjustment guided plate 13, wire-clamping device 14, the expansion guided plate 15 of the first order and the second level, outlet guide 16 and the second line length adjusting means 17 are downward, the most from up to down guide the coiling mechanism to lead in mouth 19 before coiling to pass, enter finally on the coil rack in coil clamp 20, coil winding machine body 1 operates, i.e. start winding operation.
In enamel-covered wire traveling process, laser burns the upper laser instrument 22 in line mechanism and lower laser instrument 23 to carry out laser according to the upper and lower surface of the program setting enamel-covered wire to having released preseting length and burns line operation, remove the insulating barrier on enamel-covered wire, burn line position and be the both positive and negative polarity of coil finished product, the both positive and negative polarity that so coiling completes is no need for scalding stannum operation, substantially increases work efficiency.
Claims (10)
- The most automatically wire winding is burnt, including coil winding machine body (1), it is characterized in that: at the top of described coil winding machine body (1), installing plate (2) is installed, the left end of described installing plate (2) installs pay off rack (3), at the middle part of installing plate (2), left plate (4) is installed, right-hand member at installing plate (2) is provided with right plate (5), is provided with line-spacing regulation substrate (6) at the top of left plate (4) and right plate (5), and described line-spacing regulation substrate (6) is provided with hollow out and burns line mouth；Guide mechanism before the lateral surface of left plate (4) is provided with burning, before described burning, guide mechanism to guide to line-spacing governor motion for the enamel-covered wire released by pay off rack (3)；Described line-spacing governor motion is arranged on the top of line-spacing regulation substrate (6), and line-spacing governor motion is for being adjusted the spacing of enamel-covered wire, in order to carry out burning line；Online distance regulating mechanism right is provided with the second line length adjusting means (17), the enamel-covered wire drawn from line-spacing governor motion guides to the second line length adjusting means (17), and the second line length adjusting means (17) is for regulating the length of enamel-covered wire and guiding enamel-covered wire to guide mechanism before passing down to coiling；Mechanism is guided to be arranged on the lateral surface of right plate (5) before described coiling, guide mechanism for enamel-covered wire is guided the working end to coil winding machine body (1) before coiling, being provided with coil clamp (20) on working end, described enamel-covered wire is connected on the coil rack in coil clamp (20)；Rear side at coil winding machine body (1) is provided with laser and burns line mechanism；Described laser burns line mechanism and includes laser stent (21), upper laser instrument (22) and lower laser instrument (23), described laser stent (21) is arranged on coil winding machine body (1), described upper laser instrument (22), lower laser instrument (23) are arranged on laser stent (21) one on the other, and the upper and lower vis-a-vis of irradiation end and the alignment line hollow out in regulation substrate (6) of upper laser instrument (22) and lower laser instrument (23) burn line mouth.
- 2. automatically burn wire winding as claimed in claim 1, it is characterised in that: guide mechanism be included on left plate (4) lateral surface bottom-up First Line length regulating device (7), the threading guided plate (8) installed successively and turn to guide (9) before described burning；nullDescribed First Line length regulating device (7) boots up to threading guided plate (8) for regulating the length of enamel-covered wire being turned by the enamel-covered wire that pay off rack (3) is released，First Line length regulating device (7) includes the first regulation support (7.1) and the first lifting guide wheel assembly，Described first regulation support (7.1) is arranged on left plate (4)，First lifting guide wheel assembly of the equidistantly distribution of the first quantity is installed in the first regulation support (7.1)，Each first lifting guide wheel assembly all includes the first slide bar (7.2)、First slip wheel seat (7.3) and wheel body，Described first slide bar (7.2) is vertically fixed on the first regulation support (7.1)，First slip wheel seat (7.3) of one locking screw that can slide up and down is installed on each first slide bar (7.2)，Each first slip wheel seat (7.3) is upper installs a wheel body；Described threading guided plate (8) is arranged on left plate (4), threading guided plate (8) is provided with the through wires hole of the equidistantly distribution of the first quantity, and First Line length regulating device (7) enamel-covered wire out guides to turning to guide (9) after threading guided plate (8) is stable；Described turn to guide (9) for turning to right guiding to line-spacing governor motion in enamel-covered wire, guide (9) is turned to include turning to guide support (9.1) and turning to guide wheel assembly, described guide support (9.1) is turned to be arranged on left plate (4) upper end, turn to be provided with on guide support (9.1) the first quantity equidistantly distribution turn to guide wheel assembly, each guide wheel assembly is turned to all to include turning to wheel seat (9.2) and wheel body, described turn to wheel seat (9.2) to be fixed on to turn on guide support (9.1), each turning to installs a wheel body on wheel seat (9.2).
- null3. automatically burn wire winding as claimed in claim 1，It is characterized in that: described second line length adjusting means (17) is arranged on line-spacing regulation substrate (6) right-hand member，Second line length adjusting means (17) includes the second regulation support (17.1) and the second lifting guide wheel assembly，Described second regulation support (17.1) is arranged on left plate (4)，Second lifting guide wheel assembly of the equidistantly distribution of the first quantity is installed in the second regulation support (17.1)，Each second lifting guide wheel assembly all includes the second slide bar (17.2)、Second slip wheel seat (17.3) and wheel body，Described second slide bar (17.2) is vertically fixed on the second regulation support (117.1)，Second slip wheel seat (17.3) of one locking screw that can slide up and down is installed on each second slide bar (17.2)，Each second slip wheel seat (17.3) is upper installs a wheel body.
- 4. automatically burn wire winding as claimed in claim 1, it is characterized in that: described line-spacing governor motion includes line-spacing regulation substrate (6), inlet wire roll adjustment guided plate (10), outlet roll adjustment guided plate (13) and outlet guide (16), it is the end of incoming cables before burning line that hollow out on described line-spacing regulation substrate (6) burns line mouth left end, described inlet wire roll adjustment guided plate (10) is arranged close at end of incoming cables, and inlet wire roll adjustment guided plate (10) is provided with the inlet wire through wires hole of the equidistantly distribution of the first quantity；It is the leading-out terminal after burning line that described hollow out burns line mouth right-hand member, described outlet roll adjustment guided plate (13) is arranged close at leading-out terminal, outlet roll adjustment guided plate (13) is provided with the outlet through wires hole of the equidistantly distribution of the first quantity, and the distance between adjacent outlet through wires hole and the distance between the adjacent inlet wire through wires hole on inlet wire roll adjustment guided plate (10) equal；Described outlet guide (16) is arranged on line-spacing regulation substrate (6) right-hand member, outlet guide (16) includes the outlet guide wheel assembly of the first quantity, the outlet guide wheel assembly of the first quantity is equidistantly distributed in line-spacing regulation substrate (6) right-hand member, each outlet guide wheel assembly all includes outlet wheel seat (16.1) and wheel body, described outlet wheel seat (16.1) is fixed on line-spacing regulation substrate (6), and each outlet wheel seat (16.1) is upper installs a wheel body.
- 5. automatically burn wire winding as claimed in claim 4, it is characterized in that: between the end of incoming cables of described inlet wire roll adjustment guided plate (10) and hollow out burning line mouth, the steady line apparatus of inlet wire (11) is installed, the steady line apparatus of described inlet wire (11) includes that mouth (11.2) led by steady line bracket (11.1) and steady line, described steady line bracket (11.1) is arranged on line-spacing regulation substrate (6), mouth (11.2) led by the steady line of the equidistantly distribution being provided with the first quantity on steady line bracket (11.1), the distance that adjacent steady line is led between the distance between mouth (11.2) and the adjacent inlet wire through wires hole on inlet wire roll adjustment guided plate (10) is equal；Being provided with the steady line apparatus of outlet (12) between the leading-out terminal of described outlet roll adjustment guided plate (13) and hollow out burning line mouth, structure line apparatus steady with inlet wire (11) of the steady line apparatus of described outlet (12) is identical.
- 6. automatically burn wire winding as claimed in claim 4, it is characterized in that: described inlet wire roll adjustment guided plate (10) left and/or outlet guided plate right are provided with displacement guided plate group, described displacement guided plate group is to make the diminishing contracting of line-spacing away from guided plate group or for the expansion guided plate group that makes line-spacing become larger.
- 7. automatically burn wire winding as claimed in claim 6, it is characterized in that: away from guided plate group, described contracting includes that at least one-level contracts away from guided plate, contractings at different levels are equipped with the contracting of the equidistantly distribution of the first quantity away from through wires hole on guided plate, and the contracting that contracting at different levels is away from guided plate is gradually reduced to afterbody by the first order away from through wires hole spacing；Described expansion guided plate group includes at least one-level expansion guided plate (15), it is equipped with the expansion through wires hole of the equidistantly distribution of the first quantity on expansion guided plates (15) at different levels, and the expansion through wires hole spacing of expansion guided plate at different levels (15) is become larger to afterbody by the first order.
- 8. automatically burn wire winding as claimed in claim 4, it is characterized in that: between described outlet roll adjustment guided plate (13) and displacement guided plate group, be provided with wire-clamping device (14), described wire-clamping device (14) includes montant (14.1), lower plate (14.3) and train wheel bridge (14.2), described montant (14.1) is vertically fixed on line-spacing regulation substrate (6), described train wheel bridge (14.2) and lower plate (14.3) are assemblied in the upper also energy lifting carriage of montant (14.1) one on the other, walk for enamel-covered wire between train wheel bridge (14.2) and lower plate (14.3), train wheel bridge (14.2) and lower plate (14.3) are upper all with lock-screw.
- 9. automatically burn wire winding as claimed in claim 1, it is characterized in that: before described coiling, guide mechanism to include that mouth (19) is led in coiling guide support (18) and coiling, described coiling guide support (18) is fixed on right plate (5), and mouth (19) is led in the coiling of the equidistantly distribution that coiling guide support (18) is installed with the first quantity.
- 10. automatically burn wire winding as claimed in claim 1, it is characterized in that: described laser burns line mechanism and also includes screw nut driving secondary (24), crane (26) and regulation bolt (27), described screw nut driving secondary (24) is mounted vertically on laser stent (21), adjusting handle (25) is installed in screw mandrel upper end in screw nut driving secondary (24), described crane (26) one end is fixing with the nut in screw nut driving secondary (24) to be connected, and the screw mandrel in screw nut driving secondary (24) rotates and can drive crane (26) lifting moving；Described crane (26) other end is provided with two bearings one on the other, described upper laser instrument (22) is fixedly mounted in the upper bracket (26a) of crane (26) other end, described lower laser instrument (23) is arranged on the interior also energy lifting moving of undersetting (26b) of crane (26) other end, equipped with regulation bolt (27) on this undersetting (26b), described regulation bolt (27) is connected with lower laser instrument (23), and regulation bolt (27) rotates can drive lower laser instrument (23) lifting moving.
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| CN201610363915.8A CN105895363B (en) | 2016-05-30 | 2016-05-30 | It is automatic to burn wire winding |
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| CN201610363915.8A CN105895363B (en) | 2016-05-30 | 2016-05-30 | It is automatic to burn wire winding |
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| CN105895363B CN105895363B (en) | 2017-08-15 |
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| CN105895363B (en) | 2017-08-15 |
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