CN103503083B - Live line changes the wire size adjusting device of mechanism - Google Patents
Live line changes the wire size adjusting device of mechanism Download PDFInfo
- Publication number
- CN103503083B CN103503083B CN201280021190.4A CN201280021190A CN103503083B CN 103503083 B CN103503083 B CN 103503083B CN 201280021190 A CN201280021190 A CN 201280021190A CN 103503083 B CN103503083 B CN 103503083B
- Authority
- CN
- China
- Prior art keywords
- electric wire
- support unit
- size adjusting
- transport path
- downstream
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21F—WORKING OR PROCESSING OF METAL WIRE
- B21F23/00—Feeding wire in wire-working machines or apparatus
- B21F23/005—Feeding discrete lengths of wire or rod
-
- 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
- H01R43/28—Apparatus or processes specially adapted for manufacturing, assembling, maintaining, or repairing of line connectors or current collectors or for joining electric conductors for wire processing before connecting to contact members, not provided for in groups H01R43/02 - H01R43/26
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21F—WORKING OR PROCESSING OF METAL WIRE
- B21F1/00—Bending wire other than coiling; Straightening wire
- B21F1/02—Straightening
-
- 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
- H01R43/052—Crimping apparatus or processes with wire-feeding mechanism
Landscapes
- Engineering & Computer Science (AREA)
- Manufacturing & Machinery (AREA)
- Mechanical Engineering (AREA)
- Wire Processing (AREA)
- Processing Of Terminals (AREA)
Abstract
The wire size adjusting device that live line changes mechanism is configured to change the electric wire as adjusted size object, makes the replacing of the electric wire as adjusted size object simpler.This device possesses: size adjusting mechanism portion, and electric wire each adjusted size on transport path can be become design size and carry by it; Multiple electric wire support unit, the end side part of electric wire is supported to the shape along transport path by it, and has the wire guide that transported by size adjusting mechanism portion to the downstream guide portion of the electric wiring path in downstream; And portion of travel mechanism, it can make multiple electric wire support unit move between the setting position be disposed in by supported electric wire on transport path and the position of readiness different from setting position, under the state that downstream guide portion is disposed in setting position at electric wire support unit, be disposed in the position than size adjusting mechanism portion downstream.
Description
Technical field
Relate to the technology of electric wire being carried out to adjusted size in the manufacturing process of the electric wire of band terminal.
Background technology
The electric wire that is assembled into the band terminal in wiring harness etc. is that electric wire adjust size is produced at end crimp type terminal after cutting off to design shearing length.Supplied continuous print electric wire successively adjust size is extremely designed shearing length and carries by the wire size adjusting device used in the adjusted size operation of electric wire.Further, when carrying out that group changes etc., there is the situation of kind changing electric wire according to the numbering of the electric wire of band terminal.And, also to more rewire the situation of the amount of the electric wire of electric wire supply source next group unit not enough is inferior.
Patent Document 1 discloses the wire size adjusting device that a kind of live line can changing supply electric wire changes function.The wire size adjusting device that this live line changes function possesses: size adjusting mechanism portion, and it carries out adjusted size to electric wire; Electric wire support unit, the end side part of its supporting wire; Support unit disposed portion, it is at the position supporting wire support unit different from electric wire transport path; And portion of travel mechanism, it makes electric wire support unit move between the setting position of adjusted size and the position of readiness different from setting position for carrying out electric wire.Size adjusting mechanism portion has delivery section and aligning portion, wherein, described delivery section conveying is supported on electric wire support unit and end side part is disposed in the electric wire on electric wire transport path, described aligning portion removes the fine wrinkle of described electric wire, and this size adjusting mechanism portion end of downstream side have for by wire guide to the conveying guide portion on the predefined paths in downstream.Conveying guide portion has can the hole portion that inserts of supply lines.
When carrying out the replacing of electric wire, by portion of travel mechanism, the direction orthogonal with electric wire transport path makes the electric wire support unit being supported in setting position move to position of readiness, and make another electric wire support unit being supported in position of readiness move to setting position.
Prior art document
Patent documentation
Patent documentation 1: Japanese Unexamined Patent Publication 2011-54391 publication
Summary of the invention
The problem that invention will solve
Change in the wire size adjusting device of function in the live line of described patent documentation 1, the electric wire supported by the electric wire support unit being disposed in setting position is in the state that its end of downstream side inserts conveying guide portion.When making electric wire support move from setting position to position of readiness, the structure making described electric wire support according to utilizing portion of travel mechanism and move up in the side orthogonal with electric wire transport path, expects the electric wire supported by electric wire support unit to extract from conveying guide portion.
But, changing in the wire size adjusting device of function in the live line of patent documentation 1, in order to meet described requirement, when carrying out the replacing of electric wire, not only increasing the man-hour of being extracted from insertion guide portion by electric wire, but also the structure needing electric wire to extract.
Therefore, the object of the invention is to make the replacing as the electric wire of adjusted size object more simple.
For solving the scheme of problem
First method is the wire size adjusting device that a kind of live line changes mechanism, it can change the electric wire as adjusted size object, it possesses: size adjusting mechanism portion, described electric wire each adjusted size on transport path can be become design size and carries; Multiple electric wire support unit, the end side part of described electric wire is supported to the shape along described transport path, and there is downstream guide portion, described downstream guide portion by the described wire guide that transported by described size adjusting mechanism portion to the electric wiring path in downstream; And portion of travel mechanism, described multiple electric wire support unit can be made to move between the setting position be disposed in by supported described electric wire on described transport path and the position of readiness different from described setting position, under the state that described downstream guide portion is disposed in described setting position at described electric wire support unit, be disposed in the position than described size adjusting mechanism portion downstream.
Second method is, change in the wire size adjusting device of mechanism in the live line of first method, described electric wire support unit possesses aligning portion, and described aligning portion can contact with the peripheral part of the described electric wire supported by described electric wire support unit and remove the fine wrinkle of described electric wire.
Third Way is, change in the wire size adjusting device of mechanism in the live line of first or second method, portion of described travel mechanism has: mobile supporting mass, supports described multiple electric wire support unit side by side; Replace drive division, described mobile supporting mass is supported to and can moves up in the side intersected with described transport path, and described multiple electric wire support unit is replaced between the intermediate position of the upstream side of described position of readiness and described setting position; And advance and retreat drive division, described electric wire support unit can be made to move up along the side of described transport path between described setting position and described intermediate position.
Fourth way is, change in the wire size adjusting device of mechanism in the live line of any one mode of first ~ Third Way, described electric wire support unit has main part and replacing portion, and described replacing portion comprises the described downstream guide portion that can be held in described main part with changing.
Invention effect
The wire size adjusting device of mechanism is changed according to the live line of first method, portion of travel mechanism electric wire support unit of movement between setting position and position of readiness can be utilized to have the wire guide that transported by the size adjusting mechanism portion downstream guide portion to the electric wiring path in downstream, arrange than size adjusting mechanism portion downstream under the state that described downstream guide portion is disposed in setting position at described electric wire support unit, therefore, compared with the situation of the downstream guide portion guided to downstream by electric wire is set in size adjusting mechanism portion, the operation from setting position to position of readiness and structure that are pulled out from downstream guide portion by electric wire when making electric wire support unit move from can be omitted, the replacing of the electric wire as adjusted size object can be made simpler.
The wire size adjusting device of mechanism is changed according to the live line of second method, electric wire support unit has and can contact with the peripheral part of supported electric wire and remove the aligning portion of the fine wrinkle of electric wire, therefore, it is possible to electric wire to be set to when being omitted in the replacing carrying out electric wire the operation in aligning portion, the replacing efficient activity of electric wire can be made.
The wire size adjusting device of mechanism is changed according to the live line of Third Way, portion of travel mechanism possesses: replace drive division, mobile supporting mass is supported to and can moves along the direction intersected with transport path by it, and multiple electric wire support unit is replaced between position of readiness and intermediate position, wherein, described mobile supporting mass supports multiple electric wire support unit side by side; And advance and retreat drive division, it can make electric wire support unit move up in the side along transport path between setting position and intermediate position, therefore, it is possible to make the shift action of the electric wire support unit in portion of travel mechanism simpler.
The wire size adjusting device of mechanism is changed according to the live line of fourth way, electric wire support unit has main part and replacing portion, described replacing portion comprises the downstream guide portion that can be held in main part with changing, therefore, it is possible to adopt the downstream guide portion corresponding with the diameter of electric wire, even when using when being replaced by different types of electric wire as the electric wire of adjusted size object, also can described electric wire be carried to downstream with reliably suppressing impact sound.
Accompanying drawing explanation
Fig. 1 is the summary overall diagram that live line changes the wire size adjusting device of mechanism.
Fig. 2 is the vertical view in size adjusting mechanism portion.
Fig. 3 is the synoptic diagram of the driving mechanism that size adjusting mechanism portion is shown.
Fig. 4 is the figure in the replacing portion that electric wire support unit is shown.
Fig. 5 is the end view that aligning portion is shown.
Fig. 6 is the vertical view that aligning portion is shown.
Fig. 7 is the front view that portion of travel mechanism is shown.
Fig. 8 is the vertical view that the electric wire support unit of upside and the relation in portion of travel mechanism are shown.
Fig. 9 is the vertical view that the electric wire support unit of downside and the relation in portion of travel mechanism are shown.
Figure 10 illustrates that live line changes the figure of the action of the wire size adjusting device of mechanism.
Figure 11 illustrates that live line changes the figure of the action of the wire size adjusting device of mechanism.
Embodiment
Below, illustrate that the live line of execution mode changes the wire size adjusting device 10 (with reference to Fig. 1) of mechanism.
It is for each for electric wire 2 adjusted size being become setting size and carrying out the device carried in the manufacturing process of the electric wire of band terminal that live line changes the wire size adjusting device 10 of mechanism.At this, setting size is the size of the electric wire 2 that band terminal wires adopts, and it sets with routing path etc. accordingly by being with kind of the electric wire of terminal.The wire size adjusting device 10 that this live line changes mechanism is assembled in hobbing press, is disposed in the upstream of shearing device.Namely, in hobbing press, utilize shearing device to cut off and become setting size and the electric wire 2 carried by each adjusted size of wire size adjusting device 10 of live line replacing mechanism, and utilize and cover film removing apparatus the overlay film of end is peeled off, utilize terminal press-connection device by terminal compression joint to heart yearn exposed portion, thus produce the electric wire of band terminal.
In the manufacturing process of the electric wire of band terminal, be generally the electric wire carrying out fabricated ribbon terminal in units of group, and more rewire 2 when switch groups.In addition, the replacing existence of electric wire 2 is replaced with electric wire 2 not of the same race and is replaced with electric wire 2 both of these case of the same race.Further, the wire size adjusting device 10 of this live line replacing mechanism is configured to change the electric wire 2 as adjusted size object.
The wire size adjusting device 10 that live line changes mechanism possesses size adjusting mechanism portion 20, multiple electric wire support unit 30 and portion of travel mechanism 50.In brief, each for the electric wire 2 being supported in electric wire support unit 30 adjusted size is become setting size and carries along transport path R by the wire size adjusting device 10 that live line changes mechanism, when carrying out the replacing of electric wire 2, utilize portion of travel mechanism 50 to replace with other electric wire support units 30 as the electric wire support unit 30 of the electric wire 2 of adjusted size object before this supporting, thus change the electric wire 2 as adjusted size object.
Size adjusting mechanism portion 20 in the wire size adjusting device 10 of live line replacing mechanism and portion of travel mechanism 50 are fixed relative to the base portion 92 of setting first-class on floor.
Size adjusting mechanism portion 20 is configured to electric wire 2 each adjusted size on transport path R to be become design size and the part (with reference to Fig. 2, Fig. 3) of carrying to downstream.At this, size adjusting mechanism portion 20 is conveying mechanism portion itself, and it has paired conveying roller 22, pair of rolls support 24, motor 26 and transfer part 27.In addition, transport path R is the path passed through for described electric wire 2 when live line is changed and in the wire size adjusting device 10 of mechanism, electric wire 2 carried out to adjusted size and carries, and is set to linearity at this transport path R.
Specifically, conveying roller 22 clips transport path R to make the parallel posture of rotating shaft (in this case along above-below direction) and supports to pair of rolls support 24 respectively in the mode that can rotate in couples.At this, relative to a roller support 24 respectively supporting two conveying rollers 22, namely support two groups of conveying rollers 22.But, paired conveying roller 22 can only be provided with 1 group, also can arrange more than three groups.
And conveying roller 22 is indirectly driven via transfer part 27 by motor 26 and rotates.As shown in Figure 3, transfer part 27 has: driven wheel 271, and itself and motor 26 are arranged coaxially, are driven directly and rotate; Transmit gear 272, it engages with driven wheel 271; And in-line gears 273, itself and conveying roller 22 are arranged coaxially, and engage with driven wheel 271 and any one party transmitting gear 272.Conveying roller 22 is driven by this transfer part 27 and clips transport path R and rotates symmetrically, with towards downstream transportion wire 2.
It is close or with leaving mobile that pair of rolls support 24 is configured to clip transport path R.More specifically, pair of rolls support 24 is supported by cylinder 242 respectively.At this, cylinder 242 is cylinders, but can certainly be hydraulic cylinder.And, replace cylinder 242, also can adopt the structure using helical spring pressing mechanism and use the straight line driving mechanism of cylinder or motor to combine.Further, under the state that pair of rolls support 24 moves to close position, conveying roller 22 clamps the electric wire 2 passed through on transport path R.That is, by making paired conveying roller 22 rotate, and the electric wire 2 be clamped between described conveying roller 22 is carried.And under the state moving to the position left at pair of rolls support 24, each pair of conveying roller 22 separates the interval larger than the diameter of electric wire 2, removes the clamp position to electric wire 2.That is, the state that electric wire 2 can be come in and gone out between paired conveying roller 22 is become.
Electric wire support unit 30 be configured to the end side part of electric wire 2 can be supported to along transport path R shape, be namely supported to the parts of the substantially linear from upstream side towards downstream.At this, electric wire support unit 30 is provided with two, is alternately moved between the setting position of supported electric wire 2 on transport path R and the position of readiness different from described setting position by portion of travel mechanism described later 50.Described electric wire support unit 30 has adjusted size guide portion 32, downstream guide portion 34, support 42, aligning portion 44 and route leading part 47.In the explanation to electric wire support unit 30 below, if electric wire support unit 30 is disposed in setting position.
Adjusted size guide portion 32 is the parts (with reference to Fig. 2, Fig. 4) guided the electric wire 2 passed through in size adjusting mechanism portion 20.This adjusted size guide portion 32 has the logical line portion 33 of tubular, and described logical line portion 33 makes electric wire 2 be inserted into its inside to guide.More specifically, logical line portion 33 is the parts of the drum linearly arranged intermittently, and its internal diameter is set to larger than the external diameter of electric wire 2.As shown in Figure 2, logical line portion 33 intermittently (being divided into three parts at this) is formed in the mode being positioned at the both sides of the part in opposite directions of two groups of conveying rollers 22 on the direction along transport path R.That is, logical line portion 33 with not with clip transport path R and mode that opposed paired conveying roller 22 is interfered is formed.Each end of the part in opposite directions near each pair of conveying roller 22 in logical line portion 33 is formed as following shape: along with near this part, clamps transport path R and on opposed direction, size reduces gradually at conveying roller 22.That is, logical line portion 33 is formed as on the direction along transport path R, to guide electric wire 2 in the scope wider than size adjusting mechanism portion 20.Thus, in size adjusting mechanism portion 20, more reduced exposing of electric wire 2, when inhibit conveying, electric wire 2 stretches out.
Downstream guide portion 34 is located at the end of downstream side of electric wire support unit 30, is the part (with reference to Fig. 4) being utilized by the electric wire 2 transported by size adjusting mechanism portion 20 size adjusting mechanism portion 20 to guide to the electric wiring path in downstream.More specifically, downstream guide portion 34 is located at the downstream in logical line portion 33, and under the state being namely disposed in setting position at electric wire support unit 30, downstream guide portion 34 is disposed in the position (with reference to Fig. 1) than size adjusting mechanism portion 20 downstream.
Described downstream guide portion 34 can be inserted by supply lines 2, and has at least one direction with the opposed limiting unit in the interval less than the internal diameter in logical line portion 33.That is, compared with the logical line portion 33 be bearing in by electric wire 2 on transport path R, downstream guide portion 34 is formed as carrying out more strict location at least one direction, thus suppresses impact sound ground to guide to downstream.And downstream guide portion 34 adopts following structure: carry out path restriction to the electric wire 2 transferred out and be limited in the electric wiring path in downstream and make described electric wiring path have the degree of freedom.That is, also there is the electric wire 2 sent by downstream guide portion 34 has the enterprising row relax of electric wiring path of the degree of freedom to a certain degree situation in its downstream.Therefore, preferably path restriction carried out to electric wire 2 and be limited on each electric wiring path in the scope of the described degree of freedom and guide.
Therefore, at this, downstream guide portion 34 is formed as front end spiral spring type.This downstream guide portion 34 entirety is formed as nozzle form, and is configured to from the leading section in the through hole portion the being formed at base end side part extended helical spring in side (in this case closely helical spring) forward.That is, downstream guide portion 34 is formed as making leading section can strain on the direction that the transport path R with electric wire 2 is orthogonal for basic point with the base end part of helical spring part.And downstream guide portion 34 is formed as along with the tapered shape near leading section (end of downstream side).The leading section opening of downstream guide portion 34 becomes the circular along the outer peripheral face of electric wire 2, and its opening diameter is slightly larger than the external diameter of electric wire 2, and is set to less than the internal diameter in logical line portion 33 at this.Preferably, the opening diameter of the leading section of downstream guide portion 34 be set as suppressing impact sound and swimmingly the electric wire 2 transferred out be delivered to the diameter in downstream.In addition, this downstream guide portion 34 also can overall be formed by helical spring.
And, described electric wire 2, by contacting with the peripheral part of the electric wire 2 passed through (need not be permanently connected to) from the direction (in this case all directions) orthogonal with transport path R, is guided to the electric wiring path than size adjusting mechanism portion 20 downstream within it by downstream guide portion 34.And downstream guide portion 34 makes front bend portions, thus path restriction can be carried out to electric wire 2 and be limited on each electric wiring path in the downstream in described diastrophic scope guiding with suppressing impact sound.
In addition, as such downstream guide portion, the shape of rectification type up and down can also be adopted.The downstream guide portion of rectification type is up and down formed as the shape helical spring part of front end spiral spring type being replaced to the part with a pair opposed wall portion.More specifically, a pair wall portion is configured to separate the opposed form in the compartment of terrain slightly larger than electric wire 2 along the vertical direction.Thus, described downstream guide portion can carry out more strict location on the above-below direction of impact being easily subject to gravity, and electric wire 2 can be made to be directed to each electric wiring path with having the degree of freedom in generally horizontal directions.
And, also can adopt the downstream guide portion of strip.The downstream guide portion of strip eliminates the helical spring part of front end spiral spring type, has and can insert and the diameter through hole portion less than logical line portion 33 by supply lines 2.That is, electric wire 2 is guided to the fixed position of the basic point of each electric wiring path as downstream by the downstream guide portion of strip, thus is configured to make electric wire 2 have the degree of freedom and can move to each electric wiring path.
And, as long as electric wire 2 can be guided to the electric wiring path being positioned at downstream than size adjusting mechanism portion 20 by downstream guide portion with suppressing impact sound, the nozzle form that metal material or resin material carry out the tip tubular of die forming also can be formed through.
And electric wire support unit 30 entirety is configured to be held in replacing portion 31 and can change relative to main part 41.More specifically, by replacing portion 31 being remained on the downstream of main part 41, form electric wire support unit 30.At this, main part 41 supports aligning portion 44 and route leading part 47 and the part formed by support 42.And replacing portion 31 is the parts with adjusted size guide portion 32, downstream guide portion 34 and maintained portion 39.
Support 42 is parts of tabular.Directly or indirectly support aligning portion 44 and route leading part 47 at this support 42, and be provided with the maintaining part 49 keeping replacing portion 31.
More specifically, maintaining part 49 is supported on an interarea in the end of downstream side of support 42.Described maintaining part 49 is formed as the maintained portion 39 of the upstream-side-end being located at replacing portion 31 (adjusted size guide portion 32) to be held in anchor.At this, an example of the combination of maintained portion 39 and maintaining part 49 is described.Maintained portion 39 there is from the upstream-side-end of adjusted size guide portion 32 to side rectangular tabular outstanding part and be arranged at its upper surface and there is the return portion that can apply the face of pulling force towards described side.And maintaining part 49 has: recess, it can make the ledge of maintained portion 39 embed; Hook portion, it can be hooked on return portion; And stretching bar, it can to the stretching hook portion, side of adjusted size guide portion 32.Further, under the state making the ledge of maintained portion 39 embed the recess of maintaining part 49, hook portion be hooked on return portion and operate stretching bar, thus keeping replacing portion 31 relative to main part 41.In addition, as the combination of maintained portion 39 with maintaining part 49, the structure of maintaining part relative to the concavo-convex engaging of maintained portion, the structure etc. of maintaining part holding maintained portion in addition also can be adopted.
Aligning portion 44 is parts (with reference to Fig. 5, Fig. 6) of the fine wrinkle for removing the electric wire 2 being supported in electric wire support unit 30.This aligning portion 44 is configured to contact by the peripheral part of the electric wire 2 with conveying the fine wrinkle removing this electric wire 2.At this, on the direction along transport path R, support 42 is supported with two aligning portions 44 side by side.But, one or multiple aligning portions 44 of more than three are set can only be arranged.
More specifically, aligning portion 44 has pair of rolls support 45 and multiple smoothing roll 46.Multiple smoothing roll 46 clips transport path R with the posture making rotating shaft parallel and can support to pair of rolls support 45 respectively rotatably.More specifically, multiple smoothing roll 46 is supported on the direction along transport path R staggered by each roller support 45.At this, each roller support 45 is respectively supported with three smoothing rolls 46.But, be not limited to the situation being respectively supported with three smoothing rolls 46 on each roller support 45, as long as at least on each roller support 45, staggered twelve Earthly Branches have held more than one smoothing roll 46, can be the quantity of each two or each more than four, can also be the smoothing roll 46 that the mode of the opposing party four is supported varying number by each roller support 45 with a side three.
Smoothing roll 46 is formed as having the shape that the section orthogonal with circumference is the roughly groove of V shape at peripheral part.At this, the bottom of the groove of the peripheral part of smoothing roll 46 is formed at and rotates axial center.Further, the electric wire 2 passed through between multiple smoothing roll 46 passes through and is transferred near the bottom of groove.But, the shape of smoothing roll 46 is not limited to above-mentioned shape, also can be the shape being formed as having the groove that the section orthogonal with circumference is a substantially U-shaped.
It is close or with leaving mobile that pair of rolls support 45 is configured to clip transport path R.More specifically, roller support 45 by cylinder 452 be supported to can relative to another roller support 45 near or with leaving mobile.At this, cylinder 452 is cylinders, but can certainly be hydraulic cylinder.And, replace cylinder 242, also can adopt the structure using helical spring pressing mechanism and use the straight line driving mechanism of cylinder or motor to combine.
Further, under the state that pair of rolls support 45 is close, each smoothing roll 46 clipping transport path R contacts with the peripheral part of the electric wire 2 passed through on transport path R.At this, each smoothing roll 46 contacts with the electric wire 2 passed through at transport path R thus rotates along with the movement of electric wire 2.And the electric wire 2 passed through between each smoothing roll 46 is subject to pressing force from smoothing roll 46 on the direction clipping transport path R, and bending advance (in this case slight curvature is advanced) and carry.In addition, the pressing force of multiple smoothing rolls 46 pairs of electric wires 2 that cylinder 452 produces at random can adjust by being located at the pressure-regulating valve of described cylinder 452, can be set as the appropriate value corresponding with various electric wire 2.And, under the state that pair of rolls support 45 leaves, become noncontact by each smoothing roll 46 that a roller support 45 supports with the peripheral part of electric wire 2.Preferably, on the direction clipping transport path R, be configured at by the smoothing roll 46 that each roller support 45 supports the position separating the interval larger than the external diameter of electric wire 2.That is, described position is the position easily electric wire 2 being arranged the transport path R between each smoothing roll 46.
At this, two aligning portions 44 are arranged at support 42 with the posture of the rotating shaft direct cross of smoothing roll 46 respectively.That is, electric wire 2 is subject to the pressing force in orthogonal direction respectively from smoothing roll 46 in each aligning portion 44.
Route leading part 47 is the parts be directed to by electric wire 2 for the upstream side in adjusted size guide portion 32 on transport path R.Described route leading part 47 has the through hole portion that supply lines 2 is inserted, and contacts the path limiting this electric wire 2 by making its inner peripheral portion with the peripheral part of electric wire 2.Further, the internal diameter in the through hole portion of route leading part 47 is set to larger than the external diameter of electric wire 2, and the inner peripheral portion in through hole portion is arranged on the position surrounding transport path R.And the upstream-side-end in the logical line portion 33 of route leading part 47 relative to adjusted size guide portion 32 on the direction along transport path R is arranged at spaced intervals.Preferably, on the direction along transport path R, be provided with multiple route leading part 47 at spaced intervals.
At this, route leading part 47 is arranged at the both ends (both ends along the direction of transport path R) in an aligning portion 44 of middle and upper reaches side, two aligning portions 44.That is, route leading part 47 is supported by support 42 indirectly across aligning portion 44.But, route leading part 47 also directly can erect and be arranged on support 42, also can arrange more than one or three multiple again at the position different from above-mentioned position.
Below, for convenience of description, for the path that the electric wire 2 supported by electric wire support unit 30 passes through, when not with size adjusting mechanism portion 20 direct correlation be described (comprising the explanation to the electric wire support unit 30 being positioned at position of readiness), sometimes this path is called support path.
Portion of travel mechanism 50 is the parts for making the movement between setting position and position of readiness of multiple (in this case two) electric wire support unit 30.This portion of travel mechanism 50 is configured to make two electric wire support units 30 along with the direction that transport path R intersects (in this case orthogonal with transport path R above-below direction) with move along the direction of transport path R.Portion of described travel mechanism 50 has replacement drive division 52 and advance and retreat drive division 56.In brief, portion of travel mechanism 50 makes two electric wire support units 30 upstream move along the vertical direction between the intermediate position kept out of the way of side and two position of readiness (upside position of readiness and downside position of readiness) relative to setting position by replacing drive division 52, and by advance and retreat drive division 56, electric wire support unit 30 is retreated movement between setting position and intermediate position.
As shown in Figure 1 and Figure 7, two electric wire support units 30 are supported by mobile supporting mass 60.Mobile supporting mass 60 is formed as observing in コ font (on one side the rectangle of complete opening) along the direction of transport path R, and is supported by electric wire support unit 30 on each opposed as moving up along the side of transport path R.At this, mobile supporting mass 60 is set as towards the posture of side opening, opposed of upside is supported electric wire support unit 30 (below, electric wire support unit 30 for upside), and (between opposed) supports another electric wire support unit 30 (below, the electric wire support unit 30 for downside) on opposed of downside.
More specifically, extended on each opposed of mobile supporting mass 60 have guide rail 62, and described guide rail 62 is the shape extended on the direction along transport path R.Described guide rail 62 is such as the rectangular strip member of section, can adopt the shape forming the groove extended along its length in two sides alongst.Guide rail 62 also can be fixed etc. by screw thread and be fixed on each opposed of mobile supporting mass 60.
Traveling portion 43 is the mode of movement along its length can be embedded in described guide rail 62.Such as, traveling portion 43 has recess that can be chimeric with guide rail 62, is formed with the protuberance of the groove embedding guide rail 62 in a part for the opposed wall portion of described recess.Further, traveling portion 43 slides mobile under the form that carry support 42 along guide rail 62, thus moves along transport path R.
At this, in the electric wire support unit 30 of upside, be provided with traveling portion 43 (with reference to Fig. 7, Fig. 8) in the bottom of support 42.Further, the electric wire support unit 30 of upside is moving up along the side of transport path R by making support 42 move along guide rail 62.In addition, the leading section in the advance and retreat portion 57 of advance and retreat drive division 56 described later is fixed with at support 42.
And, the electric wire support unit 30 of downside is supported on one opposed between opposed a pair at mobile supporting mass 60, and in order to improve the workability arranging operation of electric wire 2, the electric wire support unit 30 of described downside is formed as to exit from described a pair inner side of opposed.More specifically, the support 42 of the electric wire support unit 30 of downside is supported in intermediate support 422 (with reference to Fig. 7, Fig. 9) in the mode that can go up movement in the direction (in this case connecting the left and right directions of the open side of mobile supporting mass and the direction of bottom side and Fig. 7) orthogonal with transport path R, wherein, described intermediate support 422 is can be supported in mobile support 60 in the mode moved up along the side of transport path R.
Intermediate support 422 is parts of tabular.Further, traveling portion 43 is provided with in the bottom of intermediate support 422.In addition, the leading section in the advance and retreat portion 57 of advance and retreat drive division 56 described later is fixed with in intermediate support 422.And extended in the bottom surface of support 42 have running rail 421, described running rail 421 is the shapes extended along the direction orthogonal with transport path R.This running rail 421 can adopt the shape identical with described guide rail 62.On the other hand, be provided with sliding supporting part 423 at the upper surface of intermediate support 422, running rail 421 is supported to movement of can sliding by described sliding supporting part 423.Described sliding supporting part 423 is formed as the shape that can be embedded in running rail 421 slidably and movingly, that is, can adopt the shape identical with described traveling portion 43.
Further, the electric wire support unit 30 of downside is moving up along the side of transport path R by making intermediate support 422 move along guide rail 62.And the electric wire support unit 30 of downside moves inside and outside mobile support 60 by making support 42 slide mobile relative to sliding supporting part 423.In addition, as shown in Fig. 7, Fig. 9, in order to make support 42 move relative to intermediate support 422, also pull-out handle 48 can be set at the sidepiece of support 42.
And mobile supporting mass 60 is the mode of (in this case above-below direction) movement on the direction orthogonal with transport path R can be supported in base portion 92 (with reference to Fig. 1).More specifically, mobile supporting mass 60 is supported by sliding axle 66, and the bearing 64 that described sliding axle 66 is fixed in base portion 92 supports.In addition, mobile supporting mass 60 is limited movement downwards in the position (in the vertical direction, adjusted size guide portion 32 does not interfere the position in size adjusting mechanism portion 20) that the electric wire support unit 30 of upside is disposed in intermediate position or setting position.Such as, as shown in Figure 1, the bolt 68 screwed togather relative to base portion 92 can be adopted as retainer.
Replace drive division 52 to be configured to make to be supported to as described above to move in the position of intermediate position with between the position of each position of readiness at two electric wire support units 30 the mobile supporting mass 60 of movement.As the straight line driving mechanism etc. (in this case cylinder) replacing drive division 52 and can adopt cylinder, hydraulic cylinder, use motor.Replace drive division 52 to be disposed between base portion 92 and mobile supporting mass 60.And, replace drive division 52 to be configured to mobile supporting mass 60 to be lifted movement, the amount of described movement is the electric wire support unit 30 of upside moves to position of readiness, the i.e. downside of upside electric wire support unit 30 from intermediate position moves to intermediate position amount of movement from the position of readiness of downside.
Advance and retreat drive division 56 is configured to make electric wire support unit 30 move up along the side of transport path R (with reference to Fig. 8, Fig. 9) between intermediate position and setting position, wherein, described electric wire support unit 30 is moved supporting mass 60 and is supported to and can moves.The straight line driving mechanism etc. (in this case cylinder) of cylinder, hydraulic cylinder, use motor can be adopted as advance and retreat drive division 56.Advance and retreat drive division 56 is moved supporting mass 60 and supports, and the leading section in advance and retreat portion 57 is fixed on support 42 or intermediate support 422 directly or indirectly.At this, under the state that electric wire support unit 30 enters in the advance and retreat portion 57 of advance and retreat drive division 56, be disposed in intermediate position side, and be disposed in setting position side under the state of keeping out of the way in advance and retreat portion 57.
And be provided with guiding supporting slice 671 at mobile supporting mass 60, described guiding supporting slice 671 is in upstream side supporting upstream guide portion 67 (with reference to Fig. 1) of electric wire support unit 30.Two upstream guide portion 67 are supported with accordingly at guiding supporting slice 671 and two electric wire support units 30.More specifically, upstream guide portion 67 has can the through hole portion that inserts of supply lines 2, is arranged at the position making the inner peripheral portion in this through hole portion surround transport path R.Described upstream guide portion 67 is maintained at fixed position relative to mobile supporting mass 60 on the direction along transport path R, and this upstream guide portion 67 is the parts at first electric wire 2 supplied by supply source being directed to transport path R.
And, live line change the wire size adjusting device 10 of mechanism possess can controlling dimension adjusting mechanism portion 20, electric wire support unit 30 and portion of travel mechanism 50 the control part 96 (with reference to Fig. 1) of action.Control part 96 is formed by possessing the general microcomputer omitting illustrated CPU, ROM and RAM etc.Described control part 96 is providing the mode of various action command to be connected the cylinder 242 in size adjusting mechanism portion 20, motor 26, the cylinder 452 in aligning portion 44 of electric wire support unit 30, the replacement drive division 52 in portion of travel mechanism 50 with advance and retreat drive division 56 respectively.Further, control part 96 synthetically controls described each portion according to the software program prestored with by the various instructions that the input part that operator operates inputs.As input part, the structure of the switch with various action can be adopted.
When carrying out the adjusted size of electric wire 2, control part 96 sends based on information-driven motors 26 such as the transporting velocity be stored in ROM and time of deliveries to size adjusting mechanism portion 20 with the signal making it rotate.
When carrying out the replacing of electric wire 2, first control part 96 sends size adjusting mechanism portion 20 and makes cylinder 242 action with the signal making roller support 24 separated from one another.And, control part 96 pairs of portions of travel mechanism 50 send following signal: make advance and retreat drive division 56 and replace drive division 52 action to move to intermediate position to make the electric wire support unit 30 being positioned at setting position, and make described electric wire support unit 30 move to a position of readiness (making another electric wire support unit 30 move to intermediate position from another position of readiness).Further, control part 96 pairs of portions of travel mechanism 50 send and make advance and retreat drive division 56 action with the signal making the electric wire support unit 30 moving to intermediate position move to setting position.
When electric wire 2 is arranged at electric wire support unit 30, control part 96 sends each aligning portion 44 and makes the action of each cylinder 452 with the signal making roller support 45 separated from one another.Further, when electric wire 2 is arranged at support path, control part 96 sends each aligning portion 44 according to instruction being imported into input part etc. and makes the action of each cylinder 452 with the signal making roller support 45 close to each other.
Then, action live line being changed to the wire size adjusting device 10 of mechanism is described.
First, action electric wire 2 being carried out under the state being equipped on setting position at an electric wire support unit 30 to adjusted size is described.In addition, as initial condition, the electric wire support unit 30 being set to upside is in the state (with reference to Fig. 1) being disposed in setting position.Now, size adjusting mechanism portion 20 is in and utilizes the state that paired roller support 24 is maintained close position by cylinder 242, paired conveying roller 22 clamps the electric wire 2 on transport path R.And each aligning portion 44 is in and utilizes each cylinder 452 paired roller support 45 to be maintained close position, multiple smoothing roll 46 from the state clipping the peripheral part of the both sides of transport path R with the electric wire 2 transport path R and contact.
When motor 26 is rotated by driving, via transfer part 27, conveying roller 22 is rotated to direction electric wire 2 being transported to downstream.Thus, electric wire 2 is resized and sets size to downstream conveying at every turn.More specifically, electric wire 2 passes through in upstream guide portion 67, each route leading part 47 and each aligning portion 44, and then passes through in logical line portion 32 and downstream guide portion 34 and be transported to downstream.That is, electric wire 2 passes through in upstream guide portion 67, each route leading part 47 thus is directed on transport path R.And electric wire 2 passes through between multiple smoothing rolls 46 in each aligning portion 44, thus apply pressing force by described multiple smoothing roll 46 to all directions and be removed fine wrinkle.Further, electric wire 2 in logical line portion 33 by thus guided on transport path R more accurately between paired conveying roller 22, downstream guide portion 34 by thus suppressed impact sound carry to downstream.
Further, when carrying the electric wire 2 of amount of Wan Zu unit, size adjusting mechanism portion 20 stops.
Then, to replace setting position electric wire support unit 30 and more rewire 2 action be described.
First, in size adjusting mechanism portion 20, utilize cylinder 242 to make roller support 24 with leaving mobile, paired conveying roller 22 becomes the state (double dot dash line with reference to Fig. 2) of release electric wire 2.From this state, the electric wire support unit 30 of the upside being positioned at setting position is made to move to position of readiness (with reference to Figure 10).Described action is undertaken by drive division 56 of retreating.More specifically, the mode action that advance and retreat drive division 56 enters to make advance and retreat portion 57, makes the support 42 of the leading section being fixed on described advance and retreat portion 57 upstream move side along the guide rail 62 (direction along transport path R) of mobile supporting mass 60.
Then, the electric wire support unit 30 of the upside of the intermediate position moved to is made to move to the position of readiness (with reference to Figure 11) of upside.In other words, the electric wire support unit 30 of the downside of the position of readiness being configured in downside is made to move to intermediate position.Described action is undertaken by replacing drive division 52.More specifically, replace the mode action that drive division 52 enters to make advance and retreat portion, mobile supporting mass 60 is boosted upward.Then, the electric wire support unit 30 of the downside of the intermediate position moved to is made to move to setting position (with reference to Figure 11).Described action is undertaken by drive division 56 of retreating.More specifically, the mode action that advance and retreat drive division 56 is kept out of the way to make advance and retreat portion 57, makes the intermediate support 422 of the leading section being fixed on described advance and retreat portion 57 move along the guide rail 62 of mobile supporting mass 60 to side, downstream.
When the electric wire support unit 30 of downside moves to setting position, utilize cylinder 242 that roller support 24 is closely moved, paired conveying roller 22 becomes the state of grip wire 2 (solid line with reference to Fig. 2).
Then, the operation of the electric wire support unit 30 electric wire 2 being arranged at position of readiness is described.
First, the paired roller support 45 moving to each aligning portion 44 of the electric wire support unit 30 of the upside of position of readiness is driven by each cylinder 452 thus leaves (double dot dash line with reference to Fig. 5, Fig. 6).Thus, the pressed state of the electric wire 2 in smoothing roll 46 pairs of support path is removed.
From this state, operator by electric wire 2 support path upstream layback go out, the electric wire 2 being supported in another supply source is passed through in support path and be set to upside electric wire support unit 30.More specifically, operator makes electric wire 2 by the route leading part 47 of upstream guide portion 67 and upstream side, between multiple smoothing rolls 46 in the aligning portion 44 of upstream side by and by the route leading part 47 in downstream, between the multiple smoothing rolls 46 by the aligning portion 44 in downstream.Further, operator makes electric wire 2 by logical line portion 33 and by downstream guide portion 34.
After electric wire 2 is arranged at electric wire support unit 30, by pressing the switch (switch etc. of the input part be connected with control part 96) making cylinder 452 action, thus drive to make the close mode of the roller support 45 in each aligning portion 44 carry out (solid line with reference to Fig. 5, Fig. 6).Thus, multiple smoothing rolls 46 in each aligning portion 44 become the state contacted with the peripheral part of the electric wire 2 on transport path R.
In addition, when electric wire 2 being arranged at the electric wire support unit 30 of downside, pulling operation can be carried out to the pull-out handle 48 being located at support 42, under the state electric wire support unit 30 of described downside being pulled out to outside from the position of the inner side of mobile supporting mass 60, carry out operation (double dot dash line with reference to Fig. 7).
The wire size adjusting device 10 of mechanism is changed according to the live line of said structure, portion of travel mechanism 50 electric wire support unit 30 of movement between setting position and position of readiness can be utilized to have the downstream guide portion 34 electric wire 2 transported by size adjusting mechanism portion 20 being directed to the fixed position in downstream, arrange than size adjusting mechanism portion 20 downstream under the state that described downstream guide portion 34 is disposed in setting position at described electric wire support unit 30, therefore, compared with the situation of the downstream guide portion 34 guided to downstream by electric wire 2 is set in size adjusting mechanism portion 20, the operation from setting position to position of readiness and structure that are pulled out from downstream guide portion 34 by electric wire 2 when making electric wire support unit 30 move from can be omitted, the replacing of the electric wire 2 as adjusted size object can be made simpler.
And, electric wire support unit 30 has and can contact with the peripheral part of supported electric wire 2 and remove the aligning portion 44 of the fine wrinkle of electric wire 2, therefore, it is possible to electric wire 2 to be set to when being omitted in the replacing carrying out electric wire 2 operation in aligning portion 44, the replacing efficient activity of electric wire 2 can be made.
And, portion of travel mechanism 50 possesses: replace drive division 52, the mobile supporting mass 60 supporting multiple electric wire support unit 30 is side by side supported to and can moves along the direction intersected with transport path R by it, and multiple electric wire support unit 30 is replaced between position of readiness and intermediate position; And advance and retreat drive division 56, it can make electric wire support unit 30 move up along the side of transport path R between setting position and intermediate position.According to this structure, the shift action of the electric wire support unit 30 in portion of travel mechanism 50 can be made simpler.
And, electric wire support unit 30 has main part 41 and replacing portion 31, described replacing portion 31 comprises the downstream guide portion 34 that can be kept by main part 41 with changing, according to this structure, the downstream guide portion 34 corresponding with the diameter of electric wire 2 can be adopted, even when using when being replaced by different types of electric wire 2 as the electric wire 2 of adjusted size object, also can described electric wire 2 be carried to downstream with reliably suppressing impact sound.
So far, support two electric wire support units 30 side by side with mobile supporting mass about 60, and utilize replacement drive division 52 that described mobile supporting mass 60 is moved as example describes portion of travel mechanism 50 at above-below direction, but be not limited thereto.Such as, portion of travel mechanism 50 also can be configured to: about mobile supporting mass, (horizontal direction) supports two electric wire support units 30 side by side, and utilizes replacement drive division that described mobile supporting mass is moved at left and right directions.Further, also can be arranged to make mobile supporting mass 60 along the oblique movement of tilting relative to above-below direction and left and right directions by replacing drive division.
And to support multiple electric wire support unit 30 by mobile supporting mass 60 and to make the structure of mobile supporting mass 60 movement describe portion of travel mechanism 50, but the structure in portion of travel mechanism 50 is not limited thereto.Such as, also can be, arrange the supporting base that can support multiple electric wire support units 30 respectively at setting position and position of readiness, portion of travel mechanism optionally keeps multiple electric wire support unit 30 and object electric wire support unit is moved between setting position and position of readiness.
And, be illustrated to be provided with two electric wire support units 30, but multiple electric wire support units 30 of more than three also can be set.Further, when carrying out the replacing of electric wire 2, the electric wire support unit 30 supported as the electric wire 2 of next adjusted size object in multiple electric wire support unit 30 is moved according to the order of intermediate position, setting position.
Size adjusting mechanism portion also can be except conveying mechanism portion also comprises the structure in aligning portion.That is, the position arranging smoothing roll clipping transport path R always arranges aligning portion, and omits the aligning portion 44 of electric wire support unit 30.In addition, when omitting aligning portion 44 at electric wire support unit 30, route leading part 47 can be erected and be arranged on support 42.
And so far, 20 pairs, the size adjusting mechanism portion electric wire 2 described as conveying mechanism portion carries out adjusted size and the structure of conveying, but size adjusting mechanism portion also can be configured to have the mechanism carrying out adjusted size action and conveying action respectively.
So far, for electric wire support unit 30, the structure that replacing portion 31 can be changed relative to main part 41 is illustrated, but also can be the only structure that can change of downstream guide portion 34.
Be described in detail the wire size adjusting device 10 of described live line replacing mechanism as mentioned above, but above-mentioned explanation is only illustration in all modes, the present invention is not limited thereto.Can think that the infinite variety example be not exemplified all can be expected when not exceeding the scope of the invention.
Label declaration
2: electric wire;
10: live line changes the wire size adjusting device of mechanism;
20: size adjusting mechanism portion;
30: electric wire support unit;
31: replacing portion;
32: adjusted size guide portion;
34: downstream guide portion;
41: main part;
44: aligning portion;
50: portion of travel mechanism;
52: replace drive division;
56: advance and retreat drive division;
60: mobile supporting mass.
Claims (4)
1. live line changes a wire size adjusting device for mechanism, and it can change the electric wire as adjusted size object, it is characterized in that,
Possess: size adjusting mechanism portion, described electric wire each adjusted size on transport path can be become design size and carries;
Multiple electric wire support unit, the end side part of described electric wire is supported to the shape along described transport path, and there is downstream guide portion, described downstream guide portion by the described wire guide that transported by described size adjusting mechanism portion to the electric wiring path in downstream; And
Portion of travel mechanism, can make described multiple electric wire support unit move between the setting position be disposed in by supported described electric wire on described transport path and the position of readiness different from described setting position,
Under the state that described downstream guide portion is disposed in described setting position at described electric wire support unit, be disposed in the position than described size adjusting mechanism portion downstream.
2. live line according to claim 1 changes the wire size adjusting device of mechanism, wherein,
Described electric wire support unit possesses aligning portion, and described aligning portion can contact with the peripheral part of the described electric wire supported by described electric wire support unit and remove the fine wrinkle of described electric wire.
3. live line according to claim 1 changes the wire size adjusting device of mechanism, wherein,
Portion of described travel mechanism has:
Mobile supporting mass, supports described multiple electric wire support unit side by side;
Replace drive division, described mobile supporting mass is supported to and can moves up in the side intersected with described transport path, and described multiple electric wire support unit is replaced between the intermediate position of the upstream side of described position of readiness and described setting position; And
Advance and retreat drive division, can make described electric wire support unit move up along the side of described transport path between described setting position and described intermediate position.
4. live line according to claim 1 changes the wire size adjusting device of mechanism, wherein,
Described electric wire support unit has main part and replacing portion, and described replacing portion comprises the described downstream guide portion that can be held in described main part with changing.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2011-235816 | 2011-10-27 | ||
| JP2011235816A JP5794103B2 (en) | 2011-10-27 | 2011-10-27 | Electric wire adjustment device with electric wire exchange mechanism |
| PCT/JP2012/055159 WO2013061630A1 (en) | 2011-10-27 | 2012-03-01 | Wire-length-adjusting device provided with wire replacement mechanism |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103503083A CN103503083A (en) | 2014-01-08 |
| CN103503083B true CN103503083B (en) | 2016-02-24 |
Family
ID=48167477
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201280021190.4A Expired - Fee Related CN103503083B (en) | 2011-10-27 | 2012-03-01 | Live line changes the wire size adjusting device of mechanism |
Country Status (4)
| Country | Link |
|---|---|
| EP (1) | EP2772925A4 (en) |
| JP (1) | JP5794103B2 (en) |
| CN (1) | CN103503083B (en) |
| WO (1) | WO2013061630A1 (en) |
Families Citing this family (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP7203347B2 (en) * | 2018-10-15 | 2023-01-13 | パナソニックＩｐマネジメント株式会社 | Parts supply device and parts mounting device |
| JP7071939B2 (en) | 2019-03-12 | 2022-05-19 | 旭精機工業株式会社 | Wire rod feeder |
| IT202000007474A1 (en) * | 2020-04-08 | 2021-10-08 | Sacma Limbiate Spa | Feeding equipment of a metal wire |
| CN111716676B (en) * | 2020-06-19 | 2022-05-06 | 安徽渡江电缆集团有限公司 | Auxiliary device for cable rubber extrusion continuous vulcanization process |
| CN111716677B (en) * | 2020-06-19 | 2022-05-03 | 安徽渡江电缆集团有限公司 | Vertical tower type cable continuous vulcanizing equipment |
| CN113680925A (en) * | 2021-07-22 | 2021-11-23 | 成梦杰 | Sensitive component testing system of protective relay |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3766624A (en) * | 1969-08-13 | 1973-10-23 | Amp Inc | Automatic lead making and wiring machine |
| US4997173A (en) * | 1990-02-26 | 1991-03-05 | Amp Incorporated | Rotary wire selection and feed apparatus |
| JP2001210154A (en) * | 2000-01-31 | 2001-08-03 | Shin Meiwa Ind Co Ltd | Automatic electric wire replacement device |
| CN1314737A (en) * | 2000-03-22 | 2001-09-26 | 矢崎总业株式会社 | Wire feeder |
| CN1319923A (en) * | 2000-03-28 | 2001-10-31 | 矢崎总业株式会社 | Wire material replacing device |
| JP2008004556A (en) * | 2007-07-31 | 2008-01-10 | Furukawa Automotive Systems Inc | Cable-measuring device in electric wire processing machine |
| JP2011054391A (en) * | 2009-09-01 | 2011-03-17 | Sumitomo Wiring Syst Ltd | Electric wire length adjusting device with wire exchange function |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2814473B2 (en) * | 1994-03-29 | 1998-10-22 | ヒロセ電機株式会社 | Cable feeder for automatic wiring device |
-
2011
- 2011-10-27 JP JP2011235816A patent/JP5794103B2/en not_active Expired - Fee Related
-
2012
- 2012-03-01 CN CN201280021190.4A patent/CN103503083B/en not_active Expired - Fee Related
- 2012-03-01 WO PCT/JP2012/055159 patent/WO2013061630A1/en active Application Filing
- 2012-03-01 EP EP12843128.5A patent/EP2772925A4/en not_active Withdrawn
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3766624A (en) * | 1969-08-13 | 1973-10-23 | Amp Inc | Automatic lead making and wiring machine |
| US4997173A (en) * | 1990-02-26 | 1991-03-05 | Amp Incorporated | Rotary wire selection and feed apparatus |
| JP2001210154A (en) * | 2000-01-31 | 2001-08-03 | Shin Meiwa Ind Co Ltd | Automatic electric wire replacement device |
| CN1314737A (en) * | 2000-03-22 | 2001-09-26 | 矢崎总业株式会社 | Wire feeder |
| CN1319923A (en) * | 2000-03-28 | 2001-10-31 | 矢崎总业株式会社 | Wire material replacing device |
| JP2008004556A (en) * | 2007-07-31 | 2008-01-10 | Furukawa Automotive Systems Inc | Cable-measuring device in electric wire processing machine |
| JP2011054391A (en) * | 2009-09-01 | 2011-03-17 | Sumitomo Wiring Syst Ltd | Electric wire length adjusting device with wire exchange function |
Also Published As
| Publication number | Publication date |
|---|---|
| EP2772925A1 (en) | 2014-09-03 |
| JP2013093272A (en) | 2013-05-16 |
| CN103503083A (en) | 2014-01-08 |
| EP2772925A4 (en) | 2016-01-27 |
| WO2013061630A1 (en) | 2013-05-02 |
| JP5794103B2 (en) | 2015-10-14 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN103503083B (en) | Live line changes the wire size adjusting device of mechanism | |
| JP5853578B2 (en) | Electric wire straightening device | |
| CN102653356B (en) | Silk thread cuts off suction device and spinning take-up machine | |
| WO2013068988A1 (en) | Line transport device | |
| CN103204409A (en) | Wire bundling device and wire bundling method | |
| CN101663111B (en) | Wire rod correcting apparatus and solar cell assembling apparatus | |
| CN102465374A (en) | False twist processing machine | |
| CN104094366A (en) | Power line shifting device | |
| CN112068246A (en) | Multi-core wire stripping method based on roller wire stripping equipment | |
| CN106463905A (en) | Terminal crimping system | |
| CN111362051A (en) | Cable transfer device of intelligent wire harness machine | |
| AU2017374521A1 (en) | Mesh welding machine and method for producing wire meshes | |
| CN102005684A (en) | Electric wire size adjustment device with electric wire exchange function | |
| JP6336823B2 (en) | Electric wire supply apparatus and electric wire supply method | |
| US20160301178A1 (en) | Wire discharge device | |
| CN203209583U (en) | Welding wire straightening device | |
| CN102138187B (en) | Electric wire laying head device, and electric wire laying apparatus | |
| TW201741525A (en) | Manufacturing device and manufacturing method for steel cord-embedded rubber sheet | |
| JP5182916B2 (en) | Fine wire feeder | |
| CN109152474B (en) | Apparatus for manufacturing round brush | |
| JP4080399B2 (en) | Movable wire feeder | |
| CN202877336U (en) | Stainless steel sleeve continuous stamping device | |
| CN216705772U (en) | Bidirectional spring wire winding device | |
| KR960000402B1 (en) | Apparatus for manufacturing combined springs | |
| JP4649449B2 (en) | Wire length measuring device for wire processing machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160224 Termination date: 20210301 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |