CN104868259A - Light irradiating device used for curing and manufacturing method of wire module comprising wiring part - Google Patents
Light irradiating device used for curing and manufacturing method of wire module comprising wiring part Download PDFInfo
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- CN104868259A CN104868259A CN201510066531.5A CN201510066531A CN104868259A CN 104868259 A CN104868259 A CN 104868259A CN 201510066531 A CN201510066531 A CN 201510066531A CN 104868259 A CN104868259 A CN 104868259A
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- Prior art keywords
- electric wire
- connecting portion
- solidification
- illumination part
- light
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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
- H01R4/00—Electrically-conductive connections between two or more conductive members in direct contact, i.e. touching one another; Means for effecting or maintaining such contact; Electrically-conductive connections having two or more spaced connecting locations for conductors and using contact members penetrating insulation
- H01R4/70—Insulation of connections
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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
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- Engineering & Computer Science (AREA)
- Manufacturing & Machinery (AREA)
- Heating, Cooling, Or Curing Plastics Or The Like In General (AREA)
- Manufacturing Of Electric Cables (AREA)
- Processing Of Terminals (AREA)
Abstract
A light irradiating device used for curing and a manufacturing method of a wire module comprising a wiring part are provided. The light irradiating device aims to enable a light curing agent attached to the periphery of a processing object part of a wire to be cured more reliably. The light irradiating device used for curing comprises: a light irradiating part (110); a rotation support mechanism (120) for enabling the light irradiating part (110) to be rotatably supported around a processing object part of the wire (22), i.e., a wiring part, in the case of enabling a light from the light irradiating part (110) to irradiate towards the processing object part of the wire supported at a curing processing position P; and a rotation driving mechanism (130) for enabling the rotation support mechanism (120) to rotate. And preferredly, the plurality of light irradiating parts (110) are rotatably supported around the processing object part of the wire, and rotate at a rotating angle within the range less than 360 degrees.
Description
Technical field
The technology of the light curing agent solidification that the surrounding that the present invention relates to the intermediate connection portion for making to be attached to electric wire waits.
Background technology
Patent documentation 1 discloses a kind of technology of connection electric wire intermediate connection portion each other being carried out to sealing.In patent documentation 1, to the intermediate connection portion supply water-stop of electric wire, utilize sheet material to cover intermediate connection portion and be supplied to the water-stop in intermediate connection portion.Afterwards, the UV light transmission sheet material from UV (ultraviolet) light irradiation device is radiated on water-stop.Thus, water-stop is solidified.
Patent documentation 1: Japanese Unexamined Patent Publication 2012-80633 publication
But, due to UV only straight ahead, be therefore difficult to UV light is irradiated equably to surrounding's entirety in intermediate connection portion.And, if produce the insufficient position of the irradiation of UV light to water-stop around intermediate connection portion, then around intermediate connection portion, likely produce the position that water-stop solidification is not enough.
Summary of the invention
So, the object of the invention is to, the light curing agent be attached to around the processing object position of electric wire can be made to solidify more reliably.
In order to solve above-mentioned problem, first aspect present invention provides a kind of solidification light irradiation device, and it is for making the light curing agent solidification be attached to around the processing object position of electric wire, and described solidification light irradiation device possesses: illumination part, and it irradiates light; Rotation support mechanism, it makes under the state of irradiating towards the processing object position of the electric wire being supported on solidification Working position from the light of described illumination part, around the processing object position described illumination part being rotatably supported in described electric wire; And rotary drive mechanism, it makes described rotation support mechanism rotate.
The solidification light irradiation device of second aspect present invention is on the basis of first aspect, possesses multiple described illumination part, and described multiple illumination part is supported on around the processing object position of described electric wire by described rotation support mechanism.
The solidification light irradiation device of third aspect present invention is on the basis of second aspect, and described rotary drive mechanism makes described rotation support mechanism rotate in the scope of the anglec of rotation less than 360 degree.
The solidification light irradiation device of fourth aspect present invention be second or the third aspect basis on, described rotation support mechanism possesses a pair rotationally supported plate, this a pair rotationally supported plate is formed with electric wire configuration recess, described electric wire configuration recess be supported on described solidification Working position described electric wire bearing of trend configuration spaced apart and from the periphery of described rotationally supported plate towards pivot opening, and in the position of giving prominence to towards described electric wire configuration recess with from the part supported movably between the position that described electric wire configuration recess is kept out of the way described multiple illumination part.
Fifth aspect present invention provides a kind of manufacture method of the line module containing wire connecting portion, and the method possesses following operation: the operation of the wire connecting portion supply light curing agent that the heart yearn portion that (a) exposes to multiple electric wire has been engaged with each other; (b) around described wire connecting portion the mode of described light curing agent sealing to be installed the operation of sealing parts; C () uses the solidification light irradiation device according to any one of the 1st aspect ~ the 4th aspect, under the state that described wire connecting portion is configured at described solidification Working position, described illumination part is rotated around described wire connecting portion, makes the operation that described light curing agent solidifies.
Invention effect
Solidification light irradiation device according to a first aspect of the present invention, the posture that illumination part irradiates towards the processing object position being supported on the electric wire solidifying Working position to make its light, rotates around the processing object position of the electric wire being supported in solidification Working position.Therefore, it is possible to make the light from illumination part irradiate more equably around the light curing agent being attached to processing object position.Thus, the light-cured resin be attached to around the processing object position of electric wire can be made to solidify more reliably.
According to a second aspect of the present invention, described multiple illumination part is supported on around the processing object position of described electric wire by described rotation support mechanism, therefore the light from multiple directions can be irradiated to the light curing agent be attached to around processing object position, the light-cured resin be attached to around the processing object position of electric wire can be made to solidify more reliably.
By such as second aspect present invention, described multiple illumination part is supported on around the processing object position of described electric wire by described rotation support mechanism, by the such as third aspect, rotation support mechanism is rotated in the scope of the anglec of rotation less than 360 degree, also can to surrounding's WBR light of the light curing agent be attached to around processing object position.
According to fourth aspect, making its position of keeping out of the way from described electric wire configuration recess by making the part in described multiple illumination part be configured at, the processing object position of electric wire easily can be configured at processing cure site through electric wire configuration recess.In addition, by making the part in described multiple illumination part be configured at towards the outstanding position of described electric wire configuration recess, can from the light of this electric wire configuration recess irradiation from illumination part.Thus, the light from multiple illumination part integrally can be irradiated further around the light curing agent be attached to around processing object position, thus the light-cured resin be attached to around the processing object position of electric wire can be made to solidify more reliably.
According to a fifth aspect of the present invention, light from illumination part can be made further equably to the light curing agent circumfusion being attached to processing object position.Thus, the line module containing wire connecting portion that the light-cured resin that can manufacture around the processing object position being attached to electric wire solidifies more reliably.
Accompanying drawing explanation
Fig. 1 is the stereogram of the line module containing wire connecting portion representing execution mode;
Fig. 2 is the key diagram of the manufacture method representing line module;
Fig. 3 is the key diagram of the manufacture method representing line module;
Fig. 4 is the key diagram of the manufacture method representing line module;
Fig. 5 is the key diagram of the manufacture method representing line module;
Fig. 6 is the key diagram of the manufacture method representing line module;
Fig. 7 is the key diagram of the manufacture method representing line module;
Fig. 8 is the front view representing solidification light irradiation device;
Fig. 9 is the vertical view representing solidification light irradiation device;
Figure 10 is the key diagram of the formation represented for making illumination part movement;
Figure 11 is the key diagram of the formation represented for making illumination part movement;
Figure 12 is the key diagram representing the state making illumination part in rotary moving;
Figure 13 is the key diagram representing the state making illumination part in rotary moving;
Figure 14 is the key diagram of the action representing solidification light irradiation device;
Figure 15 is the key diagram of the action representing solidification light irradiation device;
Figure 16 is the key diagram of the action representing solidification light irradiation device;
Figure 17 is the key diagram of the action representing solidification light irradiation device;
Figure 18 is the key diagram of the action representing solidification light irradiation device.
Label declaration
P solidifies Working position
10 line module
20 wire connecting portion
22 electric wires
30 sheet materials
40 water-stops
100 solidification light irradiation devices
110 illumination parts
116 movable bodys
119 bearing grooves
120 rotation support mechanisms
130 rotary drive mechanisms
150 advance and retreat driving mechanisms
Embodiment
Below, the manufacture method of the solidification light irradiation device of execution mode and the line module containing wire connecting portion is described.
(the sealing intermediate connection portion of electric wire)
Line module 10 containing wire connecting portion 20 is described.Fig. 1 is the approximate three-dimensional map of the line module 10 represented containing wire connecting portion 20.
This line module 10 possesses multiple electric wire 22, wire connecting portion 20, water-stop 40, sheet material 30.
Electric wire 22 possesses the coating portion 24 of the surrounding in heart yearn portion 26 and covering heart yearn portion 26.Coating portion 24 is formed by insulating resin extrusion is coated on the surrounding in heart yearn portion 26.
Wire connecting portion 20 is positions as described below, namely removes coating portion 24 partly at the length direction pars intermedia of electric wire 22 and heart yearn portion 26 is exposed, the heart yearn portion 26 of other electric wire 22 is bonded on the position in this heart yearn portion 26.The heart yearn portion 26 of other electric wire 22 exposes at the length direction pars intermedia of this electric wire 22, also can be expose in the end of this electric wire 22.At this, be described for the latter.In addition, electric wire 22 is many.Heart yearn portion 26 joint is each other by resistance welded, ultrasonic bonding, laser welding etc. or undertaken by crimping middle crimp type terminal etc.In the present embodiment, wire connecting portion 20 is processing object position.
Water-stop 40 is to spread all over around above-mentioned wire connecting portion 20, and the mode of outer surface in coating portion 24 of the outer surface particularly in the heart yearn portion 26 that wire connecting portion 20 is exposed and the both sides that spread all over heart yearn portion 26 at the length direction of electric wire 22 exists.Particularly preferably water-stop 40 is in the length direction both sides in the heart yearn portion 26 of exposing, and exists in the mode of filling between coating portion 24 that shape spreads all over multiple electric wire 22.This water-stop 40, in the stage supplied to wire connecting portion 20, is the liquid of the mobility of the degree with each portion that can spread all over wire connecting portion 20 as mentioned above.And water-stop 40 is supplied to wire connecting portion 20 Post RDBMS.
As this water-stop 40, after being used in have the liquid coating of mobility as above, utilize the light curing agent of the radiation curable of light.More particularly, use light-cured resin as light curing agent, such as, ultraviolet (ultraviolet) curable resin etc. containing Photoepolymerizationinitiater initiater.
Sheet material 30, with the state of touching with the surface being supplied to the water-stop 40 that wire connecting portion 20 is also solidified, covers to this water-stop 40 of major general.
That is, under the state that the water-stop 40 before solidification is attached to wire connecting portion 20, in the mode by this water-stop 40 sealing, the sheet material 30 as sealing parts is wound on wire connecting portion 20.At this, sheet material 30 reels with the mode doubling shape covered by the water-stop 40 being attached to wire connecting portion 20, and in addition, the part of extending from wire connecting portion 20 reels around wire connecting portion 20.Thus, under state before curing, water-stop 40 is to cover the mode of wire connecting portion 20 by sealing.
In addition, under the state that water-stop 40 have cured, sheet material 30 is followed the concaveconvex shape on the surface of the water-stop 40 that this have cured and is out of shape, and touches with the surface of the water-stop 40 that have cured.
In addition, preferably, sheet material 30 has self adhesion, can maintain this reeling condition to make it under the midway reeled around wire connecting portion 20 and water-stop 40 and the state after reeling.Specifically, the circumvolution sheet material of the resins for universal use such as the circumvolution sheet material of the alkene system resins such as polyethylene, polypropylene, polyvinyl chloride, Vingon and poly-(two) PVF partially or polyester, polyethylene terephthalate, nylon can be used as sheet material 30.
In addition, as sheet material 30, use the sheet material that can pass through for the light making water-stop 40 solidify.That is, use UV curable resin as water-stop 40 when, preferred sheet material 30 has high UV transmitance, in addition, preferably thin-film sheet.
(manufacture method of the line module containing wire connecting portion)
The manufacture method of the line module 10 containing wire connecting portion 20 is described.
First, as shown in Figure 2, expansion at least can cover the sheet material 30 of the degree size of wire connecting portion 20, supplies water-stop 40 from nozzle 60 to this sheet material 30.At this, sheet material 30 is formed as square shape.In addition, at this, water-stop 40 is ejected to the central portion of sheet material 30.
Then, as shown in Figure 3, wire connecting portion 20 is placed on the water-stop 40 be ejected on sheet material 30.
Then, as shown in Figure 4, water-stop 40 is supplied to the wire connecting portion 20 sheet material 30 further from nozzle 60.
Thus, water-stop 40 is supplied to the wire connecting portion 20 of electric wire 22.
In addition, be not limited to above-mentioned example, can with what kind of form supply water-stop 40 for wire connecting portion 20.Water-stop 40 can be omitted to the supply on sheet material 30, also can omit water-stop 40 to the supply in the wire connecting portion 20 on sheet material 30.
Then, as shown in figures 5 and 6, utilize sheet material 30 to cover wire connecting portion 20 and be supplied to the water-stop 40 of wire connecting portion 20.
At this, first, as shown in Figure 5, by sheet material 30 doubling, the pars intermedia of sheet material 30 is wound onto on wire connecting portion 20 and water-stop 40, and both ends are drawn out with the state overlapped toward the outer side.In addition, the intersection of sheet material 30 utilizes the adhesion of self and maintains coincidence status.
Afterwards, the intersection of sheet material 30 is reeled around wire connecting portion 20 and water-stop 40.Under reeling condition, maintained by the adhesion of sheet material 30 self.
As mentioned above, under the state that sheet material 30 is installed in wire connecting portion 20, the both sides of sheet material 30 are touched in the coating portion 24 of the both sides of wire connecting portion 20 and multiple electric wire 22.Therefore, water-stop 40 is locked between the sheet material 30 of wire connecting portion 20 and winding, spreads all between the peripheral part of wire connecting portion 20 and sheet material 30, the outside of wire connecting portion 20 entirety is covered, further, water-stop 40 to be also pressed out between heart yearn portion 26 and between electric wire 22 by these gap landfills.
Then, as shown in Figure 7, make the light transmission sheet material 30 from illumination part 110 and irradiate to water-stop 40.At this, using solidification light irradiation device 100 described below, under the state of solidification Working position that wire connecting portion 20 is configured in regulation, by making illumination part 110 rotate around wire connecting portion 20, thus water-stop 40 being solidified.
Thus, from the light of illumination part 110 more uniformly to water-stop 40 circumfusion being attached to wire connecting portion 20, the line module 10 that water-stop 40 solidifies more reliably can be obtained.
(solidification light irradiation device)
Fig. 8 is the front view representing solidification light irradiation device 100, and Fig. 9 is the vertical view representing this solidification light irradiation device 100.Fig. 8 is in order to easily understand, and local is omitted and drawn.
Solidification light irradiation device 100 is devices that the water-stop 40 around processing object position for making to be attached to electric wire 22 and wire connecting portion 20 solidifies, and possesses illumination part 110, rotation support mechanism 120, rotary drive mechanism 130.
Illumination part 110 is configured to irradiate the light for making water-stop 40 solidify, and at this, can irradiate UV light.
Rotation support mechanism 120 is configured to, make from illumination part 110 light towards be supported in regulation solidification Working position P electric wire 22 wire connecting portion 20 irradiate state under, illumination part 110 is supported for rotating around wire connecting portion 20.
Rotary drive mechanism 130 is configured to drive rotation support mechanism 120 to rotate.
And, under the state that electric wire 22 is supported in solidification Working position P, the light from illumination part 110 is irradiated to wire connecting portion 20, and illumination part 110 rotate around wire connecting portion 20.Thus, to the roughly WBR light around the water-stop 40 being attached to wire connecting portion 20.
Below, each portion is more specifically described.
(illumination part)
The solidification light irradiation device 100 of present embodiment possesses multiple illumination part 110, more particularly, possesses three.But, as long as illumination part 110 at least arranges one.
Illumination part 110 possesses base portion 112, illuminating part 114 (with reference to Figure 10 and Figure 11).
Illuminating part 114 is configured to irradiate light throughout the bearing of trend entirety of wire connecting portion 20.At this, the multiple ultraviolet LEDs of illuminating part 114 containing linearity arrangement.In addition, illuminating part 114 also can be made up of ultra-violet lamp.
Base portion 112 is formed as strip, is formed as elongated plate-like at this.An interarea of this base portion 112 is provided with illuminating part 114.
(rotation support mechanism)
Rotation support mechanism 120 possesses a pair rotationally supported plate 122, sandwiches cramp bar portion 128.
Each rotationally supported plate 122 is formed as discoideus.And a pair rotationally supported plate 122, by sandwiching cramp bar portion 118 and said base portion 112, being supported in the bearing of trend of the electric wire 22 solidifying Working position P, is supported with the state separating the interval of regulation.
More particularly, on rotationally supported plate 122, be formed with the electric wire configuration recess 124 from the part of its periphery towards central authorities' (pivot) U-shaped opening.By utilizing this electric wire configuration recess 124, the wire connecting portion 20 of electric wire 22 can be configured from this rotationally supported plate 122 outer circumferential side to central authorities.In addition, the peripheral part of a rotationally supported plate 122 is formed as the periphery gear part 122t of gear shape.
In addition, one in above-mentioned three base portion 112 is arranged at position between a pair rotationally supported plate 122 and relative with the end of electric wire configuration recess 124, and two sandwich cramp bar portion 128 and to be arranged between a pair rotationally supported plate 122 and position near the both sides of the outer openings of electric wire configuration recess 124.Base portion 112 and two both ends sandwiching cramp bar portion 128 link with rotationally supported plate 122 respectively by bolt etc., and thus, a pair rotationally supported plate 122 is supported with state spaced apart.
This rotation support mechanism 120 is rotatably supported by device base portion 140.
That is, device base portion 140 possess seat base 142, by seat base 142 with parastate spaced apart by the pair of base side boards portion 144 of supporting.
The size of space in pair of base side boards portion 144 is set as the size of space same degree with above-mentioned a pair rotationally supported plate 122.
In addition, base side boards portion 144 is formed with the opening 145 of the toroidal that rotatably can configure rotationally supported plate 122.The interconnecting part 145a towards the outside space opening of opening 145 above base side boards portion 144, in addition, utilizes the bottom in base side boards portion 144 to be connected with gear arrangement described later opening 147a.Beyond these parts, opening 145 forms the toroidal surrounding rotationally supported plate 122.And, a pair rotationally supported plate 122 is arranged in each opening 145 in pair of base side boards portion 144, outer surface in each base side boards portion 144 installs pressing plate 146, this pressing plate 146 is utilized to press the outer surface of rotationally supported plate 122 towards inner side, thus a pair rotationally supported plate 122 is rotatably supported in opening 145 respectively, therefore, rotation support mechanism 120 is rotatably supported by device base portion 140.
In addition, this rotation support mechanism 120 rotatably supports multiple illumination part 110 around solidification Working position P.
More particularly, rotation support mechanism 120 by three illumination parts 110 one be supported on certain position at the bottom side of electric wire configuration recess 124.In addition, rotation support mechanism 120 by two in three illumination parts 110, mobile-bearing between the extrusion position outstanding towards electric wire configuration recess 124 and the retreating position kept out of the way from electric wire configuration recess 124.
Namely, in order to irradiate light equably to surrounding's entirety of the water-stop 40 in the wire connecting portion 20 being attached to the electric wire 22 being configured at solidification Working position P, preferably by multiple (in this case three) illumination part 110 as far as possible thickly and to be configured in all at equal intervals around solidification Working position P.
At this, as the method configuring wire connecting portion 20 at solidification Working position P, consider to make electric wire 22 along the method for the pivot movement of rotation support mechanism 120 and make electric wire 22 from the outer circumferential side of rotation support mechanism 120 towards the method for center movement.
But in the former method, electric wire 22 is rectangular component, so it disposes difficulty.In the method for the latter, as mentioned above, need on rotation support mechanism 120, form electric wire configuration recess 124.Owing to electric wire 22 to be configured at solidification Working position P through this electric wire configuration recess 124, when illumination part 110 is present in electric wire configuration recess 124, the obstacle of the configuration operation of electric wire 22 can be become.
So, according to formation below, by a part (in this case two) in multiple illumination part 110 towards the outstanding position of electric wire configuration recess 124 with support in a movable manner between the position that electric wire configuration recess 124 is kept out of the way.
That is, as shown in Fig. 8 ~ Figure 13, to the both sides Outboard Sections of electric wire configuration recess 124 in part in a pair rotationally supported plate 122, gathering sill 126 is formed with.Gathering sill 126, in the orthogonal direction of the bearing of trend along electric wire configuration recess 124, is formed as from the both sides of electric wire configuration recess 124 towards the shallow slot shape that the outside of rotationally supported plate 122 extends.In addition, the gauge of a pair rotationally supported plate 122 sets larger than the gauge in base side boards portion 144, and is set as that the bottom surface of gathering sill 126 is concordant with the inner surface in base side boards portion 144.A pair gathering sill 126 is formed at a pair rotationally supported plate 122 respectively.
In this gathering sill 126, movable body 116 be bearing in movably towards the close position of electric wire configuration recess 124 and from electric wire configuration recess 124 away from position between.
Movable body 116 is formed as tabular, and its top and the bottom are formed as the shape extended along the bearing of trend linearity of the upper lower edge of electric wire configuration recess 124.
The both ends of the base portion 112 of illumination part 110 are fixedly linked on the part of electric wire configuration recess 124 side in relative movable body 116 by screw clamp etc.Thus, relative movable body 116 links supporting with parastate.And, relative movable body 116 utilizes a pair rotationally supported plate 122 to be configured in relative gathering sill 126, thus, the position be bearing in movably to electric wire configuration recess 124 is close is (following, be called in-position) and from electric wire configuration recess 124 away from position (following, retreating position) between.
Away from the part of electric wire configuration with the side of recess 124 in movable body 116, be formed with bearing groove 118.At this, bearing groove 118 is formed at the interior to part of movable body 116.Bearing groove 118 is formed as the arcuation groove extended along the circumference of rotationally supported plate 122, its both ends opening laterally.The interior peripheral wall sections of bearing groove 118 and peripheral wall portions do not need to be finish-machined to the radius of curvature identical with the radius of curvature of rotationally supported plate 122 closely.Bearing groove is formed with the space of the arcuation of the configurable advance and retreat pin 158 described later when rotationally supported plate 122 rotates.
And at movable body 116 under the state of electric wire configuration with recess 124 side, illumination part 110 becomes to the outstanding state in electric wire configuration recess 124 side.In addition, become in movable body 116 and configure away from the circumference of the part of the side of electric wire configuration recess 124 along rotationally supported plate 122, and be contained in the state in the circumference of rotationally supported plate 122.
In addition, at movable body 116 away under the state of electric wire configuration with recess 124, illumination part 110 becomes the state of keeping out of the way from electric wire configuration recess 124.In addition, the state of giving prominence to configuration in movable body 116 away from the part of the side of electric wire configuration recess 124 from the circumference of rotationally supported plate 122 is become.
Above-mentioned movable body 116 moves driving by advance and retreat driving mechanism 150 below.
That is, advance and retreat driving mechanism 150 possesses drive division 152, advance and retreat movable part 154, advance and retreat pin 158.
Advance and retreat movable part 154 possesses a pair advance and retreat plate portion 154a, links the linking part 154b of a pair advance and retreat plate portion 154a.At linking part 154b both ends, a pair advance and retreat plate portion 154a links with parastate, and a pair advance and retreat plate portion 154a is supported on the position relative with a pair bearing groove 118.
Drive division 152 is made up of transmission mechanisms such as the actuators such as cylinder, hydraulic cylinder or linear motor, gear, linkages, can retreat support above-mentioned advance and retreat movable part 154 with driving relative to rotationally supported plate 122.
In addition, advance and retreat pin 158 is projecting to the export-oriented part of advance and retreat plate portion 154a, and this advance and retreat pin 158 is inserted into the bearing groove 118 of movable body 116.
And, when making advance and retreat movable part 154 keep out of the way mobile, retreating and using pin 158 to abut with the face of the outer circumferential side of bearing groove 118.Thus, movable body 116 is led by gathering sill 126, moves (with reference to Figure 10) to retreating position.
In addition, by making advance and retreat pin 158 enter movement, retreating and using pin 158 to abut with the face of the inner circumferential side of bearing groove 118.Thus, movable body 116 is guided by gathering sill 126, moves (with reference to Figure 11) to in-position.In addition, under the state that a pair movable body 116 enters, the state that respective leading section abuts at configuration recess 124 is become.
In addition, under the state that movable body 116 moves to in-position, bearing groove 118 extends along the direction of the arc centered by the pivot of rotation support mechanism 120.Therefore, it is possible to making movable body 116 under the state of in-position movement, make rotation support mechanism 120 rotate (Figure 12 and Figure 13).
In addition, the both ends opening of bearing groove 118, therefore, can make rotation support mechanism 120 rotate until the degree (with reference to Figure 12) that makes advance and retreat pin 158 deviate from from bearing groove 118.
In addition, under the state that movable body 116 is positioned at upside, even if become the state that advance and retreat pin 158 is deviate from from bearing groove 118, also can be graded by the supporting part utilizing the movable body 116 of opposition side or be arranged at rotationally supported plate 122 and block this movable body 116, thus can certain position be held it in.
In addition, at this, under the state that movable body 116 is positioned at downside, maintain the state that advance and retreat pin 158 is positioned at bearing groove 118, therefore, movable body is maintained at certain position.
(rotary drive mechanism)
With reference to Fig. 8 and Fig. 9, rotary drive mechanism 130 is described.
Rotary drive mechanism 130 is configured to carry out rotary actuation to rotation support mechanism 120.More particularly, rotary drive mechanism 130 possesses rotary driving part 132, transfer gear 134 as multiple (in this case two) of transfer driving section.
Rotary driving part 132 is made up of motor etc., to be fixed between pair of base side boards portion 144 and certain position below rotation support mechanism 120.The bearing of trend of the driving shaft portion 132a of this rotary driving part 132 is consistent with the direction of the rotating shaft of rotation support mechanism 120.In this driving shaft portion, 132a is linked with driving gear 133.Be formed with the gear arrangement opening 147a of configurable driving gear 133 in a base side boards portion 144, driving gear 133 rotates in this gear arrangement opening 147a.
A pair transfer gear 134 is arranged at a side, base side boards portion 144.This pair transfer gear 134 is rotatably supported under the state that can engage with the periphery gear part 122t of driving gear 133 and a rotationally supported plate 122.
That is, in a base side boards portion 144, link the both sides of the part of opening 145 and rotary driving part 132, be formed with gear arrangement opening 147b.In addition, at the outer surface in a base side boards portion 144, auxiliary side plates 144a is installed.And a pair transfer gear 134 is supported in the mode can carrying out rotating via axle portion by auxiliary side plates 144a in gear arrangement opening 147b.
A pair transfer gear 134 engages in the position that its periphery is different relative to driving gear 133, and relative to the periphery gear part 122t in a base side boards portion 144, also engages from below in the position that its periphery is different.And the rotary driving force of rotary driving part 132 is passed to a base side boards portion 144 via a pair transfer gear 134, according to the direction of rotation of rotary driving part 132, rotating speed and rotation amount, rotation support mechanism 120 is rotated.
In addition, above-mentioned drive division 152 and rotary driving part 132 utilize control unit 90 to carry out action control.At this, control unit 90 possesses microprocessor, the main storage portion be combined with microprocessor, auxiliary storage portion.Main storage portion is made up of RAM (Random Access Memory) etc., and auxiliary storage portion is made up of the storage device of the non-transitory such as flash memory, EPROM (Erasable Programmabel ROM), hard disk unit.Store the program described the instruction of microprocessor in auxiliary storage portion, microprocessor reads in this program and performs various processes described later.In addition, part or all of various process that control unit 90 performs also can be realized by hardware.At this, describe the driving moment (condition) of driving moment (condition) and the rotary driving part 132 having above-mentioned drive division 152 in program, drive content (direction of rotation, rotation amount) etc., this solidification description of light irradiation device 100 according to this program, performs action described below.
(action)
Be described with reference to the action of Figure 14 ~ Figure 16 to solidification light irradiation device 100.
First, in an initial condition, as shown in figure 14, rotation support mechanism 120 is formed the outer circumferential side opening state upward of configuration recess 124.In addition, a pair movable body 116 is positioned at retreating position, and a pair illumination part 110 is configured at the position of keeping out of the way from configuration recess 124.In addition, the light from illumination part 110 can prolonged exposure, also can only irradiate in the rotation of rotation support mechanism 120.
In this condition, the wire connecting portion of electric wire 22 20, through configuration recess 124, carries out relative movement from the outer fix of configuration recess 124 towards the solidification Working position P of the pivot being in rotation support mechanism 120.Now, a pair illumination part 110 is in the position of keeping out of the way from configuration recess 124, and the wire connecting portion 20 of electric wire 22 therefore can be made to move to the inboard of configuration recess 124 swimmingly.
In addition, above-mentioned relative movement such as can be carried out under the state utilizing a pair handle part 80a of electric wire support 80 to hold the two ends Outboard Sections of wire connecting portion 20 in electric wire 22.In addition, the movement of the wire connecting portion 20 of said wires 22 can be carried out with the relative movement of rotation support mechanism 120 by wire connecting portion 20.Therefore, electric wire support 80 can be make electric wire 22 towards the structure of solidification Working position P movement at center being in rotation support mechanism 120, also can be moved integrally by this solidification light irradiation device 100, and make electric wire 22 be positioned at the structure of the solidification Working position P at the center being in rotation support mechanism 120.
Then, as shown in figure 15, control unit 90 sends entry instruction to a pair 152, and a pair movable body 116 is moved from retreating position to in-position.Thus, a pair illumination part 110 enters movement in configuration recess 124.
In this condition, multiple (in this case three) illumination part 110 is become to surround the state around solidification Working position P all at equal intervals.More particularly, become three illumination parts 110 and surround the state of solidifying around Working position P with 120 degree of intervals.Therefore, multiple illumination part 110 can be utilized to irradiate light as far as possible equably to the surrounding of the water-stop 40 being attached to wire connecting portion 20.
Then, as shown in FIG. 16 and 17, control unit 90 pairs of rotary driving parts 132 send rotate instruction.
At this, owing to being provided with three illumination parts 110, therefore, as long as each illumination part 110 rotates 120 degree, just can to the surrounding's WBR light of water-stop 40 being attached to wire connecting portion 20.Therefore, control unit 90 pairs of rotary driving parts 132 send instruction, make it rotate 120 degree.More particularly, control unit 90 is as described below to be controlled, that is, by sending instruction to rotary driving part 132, make it take initial position as benchmark to ± direction rotates 60 degree, thus makes illumination part 110 rotate 120 degree.That is, control unit 90 pairs of rotary driving parts 132 send instruction, make it rotate 60 degree to prescribed direction (in Figure 16, right-hand rotation direction).Thus, as shown in figure 16, rotation support mechanism 120 and illumination part 110 rotate 60 degree around solidification Working position P to prescribed direction.Then, that is, control unit 90 pairs of rotary driving parts 132 send instruction, make it rotate 120 degree to the direction (direction of turning left in Figure 17) contrary with prescribed direction.Thus, as shown in figure 17, rotation support mechanism 120 and illumination part 110 rotate 120 degree around solidification Working position P to the direction contrary with prescribed direction.Then, control unit 90 pairs of rotary driving parts 132 send instruction, make it turn back to initial position (that is, making it rotate 60 degree to prescribed direction).Thus, three illumination parts 110 rotate 120 degree, and light is to the range illumination of 360 degree around solidification Working position P.
In addition, make rotation support mechanism 120 with the initial position of regulation for benchmark rotates ± 60 degree and turn back to initial position, this is the rotating range in order to reduce rotation support mechanism 120 as far as possible.Thus, tool has the following advantages, and the simplification to the distribution component of illumination part 110 becomes easy.
In addition, the rotating range of rotation support mechanism 120 is different because of the quantity etc. of illumination part 110.Generally when n illumination part 110 is disposed on around solidification Working position P with equalization, as long as the scope making rotation support mechanism 120 spend at (360/n) rotates, just can to the outside WBR light of wire connecting portion 20.
And as shown in figure 18, under the state that rotation support mechanism 120 returns to initial posture, control unit 90 sends to a pair drive division 152 keeps out of the way instruction, makes a pair movable body 116 move from in-position to retreating position.Thus, a pair illumination part 110 movement of carrying out keeping out of the way from configuration recess 124.In this condition, the wire connecting portion 20 of electric wire 22, through configuration recess 124, carries out relative movement toward the outer side from the solidification Working position P of the inboard of configuration recess 124.Now, a pair illumination part 110 is in the position of keeping out of the way from configuration recess 124, therefore the wire connecting portion 20 of electric wire 22 can be taken out from the inboard of configuration recess 124 swimmingly.
Thus, implement the curing process of the water-stop 40 shown in Fig. 7, the line module 10 that water-stop 40 solidifies more reliably can be obtained.
(effect etc.)
According to solidification light irradiation device 100 configured as described above and the manufacture method of line module 10 using this solidification light irradiation device 100, the posture that illumination part 110 irradiates towards the wire connecting portion 20 being supported in the electric wire 22 solidifying Working position P to make its light, rotates around this wire connecting portion 20.Therefore, it is possible to around the water-stop 40 making the light from illumination part 110 more uniformly be radiated to be attached to wire connecting portion 20.Thus, this waterproofing agent 40 can be made to solidify more reliably, the solidification of the local of the water-stop 40 of wire connecting portion 20 can be suppressed not enough, make its sealing performance stabilisation.
In addition, rotate owing to not making electric wire 22 but illumination part 110 is rotated, so the damage of electric wire 22 and the stabilisation of sealing performance can be realized.That is, as the formation making electric wire 22 rotate, imagination makes the part sandwiching electric wire 22 carry out relative movement to mutually different directions, makes the formation etc. that electric wire 22 therebetween rotates.But, in this situation, likely damage electric wire 22, in addition, likely wire connecting portion 20 and peripheral part disorder thereof due to the rotation of electric wire 22.To this, by making illumination part 110 rotate, inhibit the disorder of the damage of electric wire 22 as above, wire connecting portion 20 and peripheral part thereof, its sealing performance stabilisation can be made.
In addition, carrying out the parts of sealing except sheet material to above-mentioned water-stop 40, also can be heat-shrinkable tube etc.In addition, the parts of sealing are carried out not necessarily to water-stop 40.
In addition, illumination part 110 is provided with multiple around wire connecting portion 20, and rotates around this wire connecting portion 20, and the light from multiple directions therefore can be made to irradiate to the water-stop 40 being attached to wire connecting portion 20.Thus, the water-stop 40 be attached to around wire connecting portion 20 can be made to solidify more reliably.
In addition, multiple illumination part 110 is set not necessarily.Also can be the formation that an illumination part carries out around wire connecting portion 20 rotating.
Certainly, when being provided with multiple illumination part 110, tool has the following advantages, even if that is, do not make rotation support mechanism 120 rotate a circle, light also can be made to surrounding's WBR of the water-stop 40 be attached to around wire connecting portion 20.
At this, by making the scope of each comfortable 120 degree of three illumination parts 110 rotate, light can be made to surrounding's WBR of the water-stop 40 be attached to around wire connecting portion 20.Thereby, it is possible to be fairly simple formation, and light promptly can be made to surrounding's WBR of water-stop 40, sealing performance stabilisation can also be made.
In addition, owing to being set as that the illumination part 110 of a part can carry out advance and retreat from electric wire configuration recess 124 and move, therefore by making illumination part 110 move to the position of keeping out of the way from electric wire configuration recess 124, wire connecting portion 20 easily can be configured at processing cure site through electric wire configuration recess 124.In addition, outstanding by illumination part 110 is configured to electric wire configuration recess 124, also can irradiate light from illumination part 110 from this electric wire configuration recess 124.Thus, around the water-stop 40 around wire connecting portion 20, more integrally can irradiate the light from multiple illumination part 110, the water-stop 40 be attached to around wire connecting portion 20 can be made to solidify more reliably.
Certainly, the illumination part 110 of a part can move back and forth the situation of configuration not necessarily as mentioned above.
As previously discussed, understand the present invention in detail, but above-mentioned explanation is all illustrate in all, the present invention is not limited to this.Not illustrative countless variation is interpreted as the example that can expect without departing from the scope of the present invention.
Claims (5)
1. a solidification light irradiation device, it is for making the light curing agent solidification be attached to around the processing object position of electric wire, and described solidification light irradiation device possesses:
Illumination part, it irradiates light;
Rotation support mechanism, it makes under the state of irradiating towards the processing object position of the electric wire being supported on solidification Working position from the light of described illumination part, around the processing object position described illumination part being rotatably supported in described electric wire; And
Rotary drive mechanism, it makes described rotation support mechanism rotate.
2. solidification light irradiation device according to claim 1, wherein,
Possess multiple described illumination part,
Described multiple illumination part is supported on around the processing object position of described electric wire by described rotation support mechanism.
3. solidification light irradiation device according to claim 2, wherein,
Described rotary drive mechanism makes described rotation support mechanism rotate in the scope of the anglec of rotation less than 360 degree.
4. according to claim 2 or solidification light irradiation device according to claim 3, wherein,
Described rotation support mechanism possesses a pair rotationally supported plate, this a pair rotationally supported plate is formed with electric wire configuration recess, described electric wire configuration recess be supported on described solidification Working position described electric wire bearing of trend configuration spaced apart and from the periphery of described rotationally supported plate towards pivot opening, and in the position of giving prominence to towards described electric wire configuration recess with from the part supported movably between the position that described electric wire configuration recess is kept out of the way described multiple illumination part.
5. comprise a manufacture method for the line module of wire connecting portion, possess following operation:
The operation of the wire connecting portion supply light curing agent that a heart yearn portion that () exposes to multiple electric wire has been engaged with each other;
(b) around described wire connecting portion the mode of described light curing agent sealing to be installed the operation of sealing parts;
C () uses the solidification light irradiation device according to any one of claim 1 ~ claim 4, under the state that described wire connecting portion is configured at described solidification Working position, described illumination part is rotated around described wire connecting portion, makes the operation that described light curing agent solidifies.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2014030227A JP6128006B2 (en) | 2014-02-20 | 2014-02-20 | Light curing device for curing and method of manufacturing electric wire module including splice part |
| JP2014-030227 | 2014-02-20 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104868259A true CN104868259A (en) | 2015-08-26 |
| CN104868259B CN104868259B (en) | 2017-08-08 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510066531.5A Expired - Fee Related CN104868259B (en) | 2014-02-20 | 2015-02-09 | The manufacture method of solidification light irradiation device and line module comprising wire connecting portion |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP6128006B2 (en) |
| CN (1) | CN104868259B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109462110A (en) * | 2017-09-06 | 2019-03-12 | 矢崎总业株式会社 | Electric wire manufacturing method with terminal |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN202137106U (en) * | 2011-04-28 | 2012-02-08 | 苏州互友工业设备有限公司 | UV (ultraviolet) photocuring furnace |
| EP2533365A1 (en) * | 2010-02-05 | 2012-12-12 | Furukawa Electric Co., Ltd. | Connecting structure |
| CN103155318A (en) * | 2010-09-30 | 2013-06-12 | 株式会社自动网络技术研究所 | Method of manufacturing water stop intermediate splice unit of electric wire and water stop intermediate splice unit of electric wire |
| CN203415729U (en) * | 2012-09-11 | 2014-01-29 | 苹果公司 | Electric connection assembly including connector and cable |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP5182019B2 (en) * | 2008-11-05 | 2013-04-10 | 住友電装株式会社 | Splice part protection structure manufacturing method and splice part protection structure manufacturing apparatus |
| JP5621686B2 (en) * | 2011-03-29 | 2014-11-12 | 住友電装株式会社 | Harness component film thickness inspection method and harness component film thickness inspection device |
-
2014
- 2014-02-20 JP JP2014030227A patent/JP6128006B2/en active Active
-
2015
- 2015-02-09 CN CN201510066531.5A patent/CN104868259B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP2533365A1 (en) * | 2010-02-05 | 2012-12-12 | Furukawa Electric Co., Ltd. | Connecting structure |
| CN103155318A (en) * | 2010-09-30 | 2013-06-12 | 株式会社自动网络技术研究所 | Method of manufacturing water stop intermediate splice unit of electric wire and water stop intermediate splice unit of electric wire |
| CN202137106U (en) * | 2011-04-28 | 2012-02-08 | 苏州互友工业设备有限公司 | UV (ultraviolet) photocuring furnace |
| CN203415729U (en) * | 2012-09-11 | 2014-01-29 | 苹果公司 | Electric connection assembly including connector and cable |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109462110A (en) * | 2017-09-06 | 2019-03-12 | 矢崎总业株式会社 | Electric wire manufacturing method with terminal |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2015156277A (en) | 2015-08-27 |
| JP6128006B2 (en) | 2017-05-17 |
| CN104868259B (en) | 2017-08-08 |
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