CN104868259B - The manufacture method of solidification light irradiation device and line module comprising wire connecting portion - Google Patents
The manufacture method of solidification light irradiation device and line module comprising wire connecting portion Download PDFInfo
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- CN104868259B CN104868259B CN201510066531.5A CN201510066531A CN104868259B CN 104868259 B CN104868259 B CN 104868259B CN 201510066531 A CN201510066531 A CN 201510066531A CN 104868259 B CN104868259 B CN 104868259B
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- Prior art keywords
- electric wire
- connecting portion
- solidification
- wire connecting
- 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
-
- 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 kind of manufacture method of solidification light irradiation device and the line module comprising wire connecting portion, it is intended that the light curing agent being attached to around the processing object position of electric wire can be made more reliably to solidify.Solidification possesses with light irradiation device：Illumination part (110)；Rotation support mechanism (120), it is in the state of the light from illumination part (110) is irradiated towards the processing object position for being supported in the electric wire for solidifying Working position P, around the processing object position i.e. wire connecting portion that illumination part (110) is rotatably supported in electric wire (22)；And rotary drive mechanism (130), it rotates rotation support mechanism (120).Preferably, multiple illumination parts (110) are rotatably supported in around the processing object position of electric wire, are rotated in the range of the anglec of rotation smaller than 360 degree.
Description
Technical field
The present invention relates to for making to be attached to the technology of the light curing agent waited around the intermediate connection portion of electric wire solidification.
Background technology
Patent document 1 discloses a kind of technology that sealing is carried out to the mutual intermediate connection portion of connection electric wire.In patent text
Offer in 1, water-stop is supplied to the intermediate connection portion of electric wire, cover intermediate connection portion using sheet material and supply to intermediate connection portion
Water-stop.Afterwards, the UV light from UV (ultraviolet) light irradiation device is radiated on water-stop through sheet material.Thus, make
Water-stop solidifies.
Patent document 1：Japanese Unexamined Patent Publication 2012-80633 publications
But, due to UV just straight aheads, therefore, it is difficult to make UV light to around intermediate connection portion it is overall equably
Irradiation.If moreover, producing the insufficient position of irradiation of the UV light to water-stop around intermediate connection portion, it is likely that in
Between the not enough position of water-stop solidification is produced around wire connecting portion.
The content of the invention
Then, it is an object of the present invention to which the light curing agent being attached to around the processing object position of electric wire can be made more
Reliably solidify.
In order to solve above-mentioned problem, first aspect present invention provides a kind of solidification light irradiation device, and it is used to make attachment
Light curing agent solidification around the processing object position of electric wire, the solidification possesses with light irradiation device：Illumination part, it shines
Penetrate light；Rotation support mechanism, it makes the adding towards the electric wire for being supported on solidification Working position of the light from the illumination part
In the state of the irradiation of work object position, the illumination part is rotatably supported in the processing object position week of the electric wire
Enclose；And rotary drive mechanism, it rotates the rotation support mechanism.
The solidification of second aspect of the present invention is on the basis of first aspect, to possess multiple illumination with light irradiation device
Portion is penetrated, the multiple illumination part is supported on around the processing object position of the electric wire by the rotation support mechanism.
The solidification of third aspect present invention is the rotary drive mechanism on the basis of second aspect with light irradiation device
The rotation support mechanism is set to be rotated in the range of the anglec of rotation smaller than 360 degree.
The solidification of fourth aspect present invention is the rotation branch on the basis of second or third aspect with light irradiation device
Hold mechanism and possess a pair and rotationally support plate, rotationally support plate shape into live wire configuration recess this pair, the electric wire configuration is used
Recess is being supported on the bearing of trend interval configuration of the electric wire of the solidification Working position and rotationally supported from described
Match somebody with somebody towards pivot opening, and in the position protruded towards the electric wire configuration with recess and from the electric wire periphery of plate
Put the part movably supported between the position kept out of the way with recess in the multiple illumination part.
Fifth aspect present invention provides a kind of manufacture method of the line module containing wire connecting portion, and this method possesses following works
Sequence：(a) process that the wire connecting portion that the cored wire portion exposed to multiple electric wires has been engaged with each other supplies light curing agent；(b) connect described
The process for installing sealing part around line portion in the way of by the light curing agent sealing；(c) for the use of the 1st~the 4th for the use of
Any one of solidification light irradiation device, the wire connecting portion is configured at it is described solidification Working position in the state of,
The illumination part is rotated around the wire connecting portion, make the process of the light curing agent solidification.
Invention effect
Solidification light irradiation device according to a first aspect of the present invention, illumination part are so that its light adds towards solidification is supported on
The posture of the processing object position irradiation for the electric wire that station is put, around the processing object portion for the electric wire for being supported in solidification Working position
Position rotation.Therefore, it is possible to make the light from illumination part more uniform around the light curing agent at processing object position to being attached to
Ground irradiates.Thus, it is possible to make the light-cured resin being attached to around the processing object position of electric wire more reliably solidify.
According to a second aspect of the present invention, the multiple illumination part is supported on the electric wire by the rotation support mechanism
Around processing object position, therefore can be by the light from multiple directions to the light curing agent being attached to around processing object position
Irradiation, can be such that the light-cured resin being attached to around the processing object position of electric wire more reliably solidifies.
By such as second aspect of the present invention, the multiple illumination part is supported on the electric wire by the rotation support mechanism
Processing object position around, rotation support mechanism is revolved in the range of the anglec of rotation smaller than 360 degree by such as third aspect
Turn, can also to the light curing agent being attached to around processing object position surrounding's overall exposure light.
According to fourth aspect, it is set to be configured from the electric wire by being configured at the part in the multiple illumination part
The position kept out of the way with recess, through electric wire configuration can easily be configured at processing with recess by the processing object position of electric wire
Cure site.In addition, prominent towards the electric wire configuration recess by being configured at the part in the multiple illumination part
The position gone out, can irradiate the light from illumination part from the electric wire configuration recess.Thus, it is possible to which multiple light irradiations will be come from
The light in portion is to further integrally irradiating around the light curing agent being attached to around processing object position, so as to so as to be attached to
Light-cured resin around the processing object position of electric wire more reliably solidifies.
According to a fifth aspect of the present invention, it can make the light from illumination part further equably to being attached to processing object
The light curing agent circumfusion at position.Thus, it is possible to manufacture the light-cured resin being attached to around the processing object position of electric wire
The line module containing wire connecting portion more reliably solidified.
Brief description of the drawings
Fig. 1 is the stereogram for the line module containing wire connecting portion for representing embodiment；
Fig. 2 is the explanation figure for the manufacture method for representing line module；
Fig. 3 is the explanation figure for the manufacture method for representing line module；
Fig. 4 is the explanation figure for the manufacture method for representing line module；
Fig. 5 is the explanation figure for the manufacture method for representing line module；
Fig. 6 is the explanation figure for the manufacture method for representing line module；
Fig. 7 is the explanation figure for the manufacture method for representing line module；
Fig. 8 is the front view for representing solidification light irradiation device；
Fig. 9 is the top view for representing solidification light irradiation device；
Figure 10 is the explanation figure for representing the composition for moving illumination part；
Figure 11 is the explanation figure for representing the composition for moving illumination part；
Figure 12 is the explanation figure for the state for representing to make illumination part in rotary moving；
Figure 13 is the explanation figure for the state for representing to make illumination part in rotary moving；
Figure 14 is the explanation figure for the action for representing solidification light irradiation device；
Figure 15 is the explanation figure for the action for representing solidification light irradiation device；
Figure 16 is the explanation figure for the action for representing solidification light irradiation device；
Figure 17 is the explanation figure for the action for representing solidification light irradiation device；
Figure 18 is the explanation figure for the action for representing solidification light irradiation device.
Label declaration
P solidifies Working position
10 line modules
20 wire connecting portions
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 drive mechanisms
Embodiment
Hereinafter, the manufacture method to line module of the solidification with light irradiation device and containing wire connecting portion of embodiment is carried out
Explanation.
(the sealing intermediate connection portion of electric wire)
Line module 10 containing wire connecting portion 20 is illustrated.Fig. 1 is to represent the line module 10 containing wire connecting portion 20
Approximate three-dimensional map.
The line module 10 possesses multiple electric wires 22, wire connecting portion 20, water-stop 40, sheet material 30.
Electric wire 22 possesses the coated portion 24 around cored wire portion 26 and covering cored wire portion 26.Coated portion 24 is by that will insulate
Resin extrudes and is coated on around cored wire portion 26 and is formed.
Wire connecting portion 20 is discussed further below position, i.e., partly remove coated portion 24 in the length direction pars intermedia of electric wire 22 and make
Cored wire portion 26 exposes, and the cored wire portion 26 of other electric wires 22 is bonded on to the position in the cored wire portion 26.The cored wire portion of other electric wires 22
26 can expose or expose in the end of the electric wire 22 in the length direction pars intermedia of the electric wire 22.Here, after
Illustrated exemplified by person.In addition, electric wire 22 is many.Cored wire portion 26 is mutual to be engaged through resistance welding, supersonic welding
Connect, laser welding etc. or by crimping in the middle of crimp type terminal etc. carry out.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, the outer weekly form in the cored wire portion 26 particularly exposed in wire connecting portion 20
Face and the mode of outer surface in coated portion 24 in the length direction both sides that spread all over cored wire portion 26 of electric wire 22 are present.It is especially excellent
Select water-stop 40 in the length direction both sides in the cored wire portion 26 exposed, spread all over filling shape between the coated portion 24 of multiple electric wires 22
Mode is present.The water-stop 40, in the stage supplied to wire connecting portion 20, is to have that each of wire connecting portion 20 can be spread all over as described above
The mobility of the degree in portion it is liquid.Moreover, water-stop 40 is supplied to the solidify afterwards of wire connecting portion 20.
As the water-stop 40, using after with the liquid coating with mobility as described above, the photograph of light is utilized
Penetrate curable light curing agent.More specifically, light-cured resin is used as light curing agent, for example, contains Photoepolymerizationinitiater initiater
Ultraviolet (ultraviolet) curable resin etc..
Sheet material 30 is with supplying to the state of the surface contiguity of wire connecting portion 20 and the water-stop 40 solidified, at least by the sealing
Agent 40 is covered.
That is, in the state of the water-stop 40 before by solidification is attached to wire connecting portion 20, by the side of the sealing of water-stop 40
Formula, as the sheet material 30 of sealing part wound on wire connecting portion 20.Here, sheet material 30 is to will attach to the water-stop 40 of wire connecting portion 20
Wind, in addition, being wound from the part that wire connecting portion 20 is extended around wire connecting portion 20 the mode doubling shape of covering.Thus, in solidification
Before in the state of, water-stop 40 is in the way of covering wire connecting portion 20 by sealing.
In addition, in the state of water-stop 40 have cured, sheet material 30 follows the recessed of the surface of the water-stop 40 that have cured
Convex form and deform, touch with the surface of water-stop 40 that have cured.
It is further preferred, that sheet material 30 have itself adhesion so that its around wire connecting portion 20 and water-stop 40 winding
The reeling condition is able to maintain that in the state of behind midway and winding.Specifically, polyethylene, poly- third can be used as sheet material 30
It is alkene, polyvinyl chloride, the circumvolution sheet material or polyester of Vingon and the poly- alkene system resin of (two) PVF etc. partially, poly- to benzene two
The circumvolution sheet material of the resins for universal use such as Ethyl formate, nylon.
In addition, as sheet material 30, using the sheet material that can pass through the light for solidifying water-stop 40.That is, solidified using UV
Property resin as water-stop 40 in the case of, preferably sheet material 30 have high UV transmitances, additionally, it is preferred that being thin-film sheet.
(manufacture method of the line module containing wire connecting portion)
Manufacture method to the line module 10 containing wire connecting portion 20 is illustrated.
First, as shown in Fig. 2 extension can at least cover the sheet material 30 of the degree size of wire connecting portion 20, from nozzle 60 to this
Water-stop 40 is supplied on sheet material 30.Here, sheet material 30 is formed as square shape.In addition, here, water-stop 40 is ejected to sheet material 30
Central portion.
Then, as shown in figure 3, wire connecting portion 20 is placed on the water-stop 40 being ejected on sheet material 30.
Then, as shown in figure 4, from nozzle 60 further to supply water-stop 40 in the wire connecting portion 20 on sheet material 30.
Thus, water-stop 40 is supplied to the wire connecting portion 20 of electric wire 22.
In addition, being not limited to above-mentioned example, what kind of form to supply water-stop 40 for wire connecting portion 20 in can.It can save
Slightly water-stop 40 can also omit water-stop 40 to the supply in the wire connecting portion 20 on sheet material 30 to the supply on sheet material 30.
Then, as shown in figures 5 and 6, wire connecting portion 20 and supply are covered to the water-stop 40 of wire connecting portion 20 using sheet material 30.
Here, first, as shown in figure 5, by the doubling of sheet material 30, the pars intermedia of sheet material 30 is wound onto wire connecting portion 20 and sealing
In agent 40, and both ends are drawn out towards outside with the state overlapped.In addition, the intersection of sheet material 30 is close using itself
Connecing property and maintain coincidence status.
Afterwards, the intersection of sheet material 30 is wound around wire connecting portion 20 and water-stop 40.Under reeling condition, pass through sheet material
30 adhesions of itself are maintained.
As described above, in the state of sheet material 30 is installed in wire connecting portion 20, the both sides of sheet material 30 are in wire connecting portion 20
Both sides and the coated portion 24 of multiple electric wires 22 touch.Therefore, water-stop 40 is locked in the sheet material 30 of wire connecting portion 20 and winding
Between, spread all between the peripheral part of wire connecting portion 20 and sheet material 30, the outside of wire connecting portion 20 is integrally covered, also, water-stop
40 are also pressed out between cored wire portion 26 and fill these gaps between electric wire 22.
Then, as shown in fig. 7, making the light from illumination part 110 be irradiated through sheet material 30 to water-stop 40.Here,
Using solidification described below light irradiation device 100, wire connecting portion 20 is being configured to the state in defined solidification Working position
Under, by making illumination part 110 be rotated around wire connecting portion 20, so that water-stop 40 solidifies.
Thus, the light from illumination part 110, can more uniformly to the circumfusion of water-stop 40 for being attached to wire connecting portion 20
To obtain the line module 10 that water-stop 40 more reliably solidifies.
(solidification light irradiation device)
Fig. 8 is the front view for representing solidification light irradiation device 100, and Fig. 9 represents the solidification light irradiation device 100
Top view.Fig. 8 is local to omit to draw in order to easily be understood.
Solidification light irradiation device 100 is for making to be attached to around the processing object position of electric wire 22 i.e. wire connecting portion 20
The device that water-stop 40 solidifies, possesses illumination part 110, rotation support mechanism 120, rotary drive mechanism 130.
Illumination part 110 is configured to that the light for solidifying water-stop 40 can be irradiated, here, UV light can be irradiated.
Rotation support mechanism 120 is configured to, and adds making the light from illumination part 110 towards defined solidification is supported in
Station is put in the state of the irradiation of wire connecting portion 20 of P electric wire 22, and illumination part 110 is supported to rotate around wire connecting portion 20.
Rotary drive mechanism 130 is configured to driving rotation support mechanism 120 and rotated.
Moreover, in the state of electric wire 22 is supported in solidification Working position P, make the light from illumination part 110 to connecing
Line portion 20 is irradiated, and illumination part 110 rotates around wire connecting portion 20.Thus, to being attached to around the water-stop 40 of wire connecting portion 20
Substantially overall exposure light.
Hereinafter, each portion is more specifically illustrated.
(illumination part)
The solidification light irradiation device 100 of present embodiment possesses multiple illumination parts 110, more specifically, possesses three
It is individual.But, as long as illumination part 110 is at least provided with one.
Illumination part 110 possesses base portion 112, illuminating part 114 (reference picture 10 and Figure 11).
Illuminating part 114 be configured to can throughout wire connecting portion 20 bearing of trend is overall and irradiation light.Here, illuminating part 114 contains
There are the multiple ultraviolet LEDs linearly arranged.In addition, illuminating part 114 can also be made up of ultraviolet lamp.
Base portion 112 is formed as strip, is formed as elongated plate-like herein.Installed on an interarea of the base portion 112
There is illuminating part 114.
(rotation support mechanism)
Rotation support mechanism 120 possesses a pair and rotationally supports plate 122, sandwiches supporting bar portion 128.
Respectively rotationally support plate 122 and be formed as discoideus.Moreover, a pair rotationally support plate 122 by sandwiching supporting bar portion 118
And said base portion 112, in the bearing of trend for the electric wire 22 for being supported in solidification Working position P, to separate defined interval
State is supported by.
More specifically, on plate 122 is rotationally supported, the part direction being formed with from its periphery is central (pivot)
The electric wire configuration recess 124 of U-shaped opening., can be by the wire connecting portion of electric wire 22 by using the electric wire configuration recess 124
20 configure from the lateral center in the periphery of plate 122 is originally rotationally supported.In addition, a peripheral part for rotationally supporting plate 122 is formed as gear shape
The periphery gear part 122t of shape.
In addition, one in above three base portion 112 is arranged to rotationally support for a pair between plate 122 and configure with electric wire and uses
The relative position in the bottom of recess 124, and two sandwich supporting bar portion 128 and be arranged at and rotationally support for a pair between plate 122 and electric wire
Position of the configuration near the both sides of the outer openings of recess 124.Base portion 112 and two two ends for sandwiching supporting bar portion 128
Portion is linked by bolt etc. with rotationally supporting plate 122 respectively, thus, rotationally supports plate 122 with the state quilt of interval a pair
Supporting.
The 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 the parastate quilt of interval
A pair of base side boards portion 144 of supporting.
The size of space in a pair of base side boards portion 144 is set as the size of space phase with rotationally supporting plate 122 for above-mentioned a pair
Same degree.
In addition, opening for the toroidal that rotationally supports plate 122 can rotatably be configured by being formed with base side plate portion 144
Mouth 145.Interconnecting part 145a of the opening 145 in the top of base side plate portion 144 is opened towards exterior space, in addition, utilizing pedestal
The bottom of side plate 144 is connected with gear arrangement described later with opening 147a.Beyond these parts, opening 145, which is formed, surrounds
Rotationally support the toroidal of plate 122.Moreover, rotationally supporting each opening that plate 122 is arranged on a pair of base side boards portion 144 by a pair
In 145, pressing plate 146 is installed in the outer surface of each base side plate portion 144, rotationally supported using the pressing plate 146 towards inner side pressing
The outer surface of plate 122, is rotatably supported in opening 145 respectively so as to rotationally support plate 122 for a pair, therefore, rotation branch
Mechanism 120 is held to be rotatably supported by device base portion 140.
In addition, this rotation support mechanism 120 rotatably supports multiple illumination parts 110 around solidification Working position P.
More specifically, rotation support mechanism 120 by one in three illumination parts 110 in electric wire configuration recess 124
Bottom side be supported on certain position.In addition, rotation support mechanism 120 is by two in three illumination parts 110, in direction electricity
Branch is may move between the extrusion position of the protrusion of line configuration recess 124 and the retreating position kept out of the way from electric wire configuration recess 124
Hold.
That is, in order to the week for being attached to the water-stop 40 being configured in the wire connecting portion 20 of solidification Working position P electric wire 22
Overall equably irradiation light is enclosed, preferably matches somebody with somebody thickly and with equally spaced multiple (being herein three) illumination parts 110 as far as possible
Put around solidification Working position P.
Here, being used as the method for configuring wire connecting portion 20 in solidification Working position P, it is considered to make electric wire 22 along rotationally supporting machine
Method and make the side that electric wire 22 is moved from the outer circumferential side of rotation support mechanism 120 towards center that the pivot of structure 120 is moved
Method.
But, in the former method, electric wire 22 is the component of strip, so its disposal is difficult.In the method for the latter,
As described above, it is necessary to form electric wire configuration recess 124 on rotation support mechanism 120.Due to electric wire 22 is passed through into the electric wire
Configuration recess 124 and be configured at solidification Working position P, when illumination part 110 is present in electric wire configuration recess 124,
The obstacle of the configuration operation of electric wire 22 can be turned into.
Then, according to following composition, a part of (being herein two) in multiple illumination parts 110 is matched somebody with somebody towards electric wire
Put and supported in a movable manner between the position protruded with recess 124 and the position kept out of the way from electric wire configuration with recess 124.
That is, as shown in Fig. 8~Figure 13, the electric wire configuration recess 124 into part is rotationally supported in plate 122 at a pair
Both sides Outboard Sections, are formed with guide groove 126.Guide groove 126 is orthogonal with the bearing of trend of recess 124 along electric wire configuration
Direction, is formed as the shallow slot shape from the both sides of electric wire configuration recess 124 towards the outside extension for rotationally supporting plate 122.Separately
Outside, the thickness for rotationally supporting plate 122 for a pair is set to bigger than the thickness of base side plate portion 144, and is set as being oriented to
The bottom surface of groove 126 is concordant with the inner surface of base side plate portion 144.A pair of guide grooves 126 rotationally support plate 122 at a pair respectively
Formed.
In the guide groove 126, movable body 116 is movably supported on towards the close position of electric wire configuration recess 124
Put and between the remote position of electric wire configuration recess 124.
Movable body 116 is formed as tabular, and its top and the bottom is formed as the upper lower edge along electric wire configuration recess 124
The shape that linearly extends of bearing of trend.
The both ends of the base portion 112 of illumination part 110 are fixedly linked on by screw clamp etc. in relative movable body 116
The part of the electric wire configuration side of recess 124.Thus, relative movable body 116 is linked with parastate and supported.Moreover, relative
Movable body 116 rotationally supports plate 122 using a pair and is configured in relative guide groove 126, thus, is movably supported on to electricity
Line configuration is with the close position (hereinafter referred to as in-position) of recess 124 and from the remote position of electric wire configuration recess 124
Between (following, retreating position).
The part away from the electric wire configuration side of recess 124, is formed with bearing groove 118 in movable body 116.Here,
Bearing groove 118 is formed at the interior to part of movable body 116.Bearing groove 118 is formed as along the circumferentially extending for rotationally supporting plate 122
Arcuation groove, the outside side opening in its both ends.The interior peripheral wall sections and peripheral wall portions of bearing groove 118 need not closely finishings
Work is into the radius of curvature identical radius of curvature with rotationally supporting plate 122.Bearing groove is formed with when rotationally supporting the rotation of plate 122
The configurable space described later retreated with the arcuation of pin 158.
Moreover, movable body 116 close to electric wire configuration with the side of recess 124 in the state of, illumination part 110 turns into electric wire
The state that configuration is protruded with the side of recess 124.In addition, as the portion away from the electric wire configuration side of recess 124 in movable body 116
Divide and configured along the peripheral part for rotationally supporting plate 122, and the state being contained in the peripheral part for rotationally supporting plate 122.
In addition, movable body 116 away from electric wire configuration with recess 124 in the state of, illumination part 110 turn into matches somebody with somebody from electric wire
Put the state kept out of the way with recess 124.In addition, as in movable body 116 away from electric wire configuration with the part of the side of recess 124 from
The peripheral part for rotationally supporting plate 122 protrudes the state of configuration.
Above-mentioned movable body 116 is moved by following advance and retreat drive mechanism 150 and driven.
That is, advance and retreat drive 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 of advance and retreat plate portion 154a, a pair of advance and retreat plate portion 154a of link linking parts
154b.At linking part 154b both ends, a pair of advance and retreat plate portion 154a are linked with parastate, a pair of advance and retreat plate portion 154a branch
Hold in the position relative with a pair of bearing grooves 118.
Drive division 152 is by the transmission mechanism structure such as the actuators such as cylinder, hydraulic cylinder or linear motor, gear, linkage
Into drivingly supporting above-mentioned advance and retreat movable part 154 relative to rotationally supporting plate 122 and can retreat.
In addition, advance and retreat pin 158 is provided projectingly to advance and retreat plate portion 154a export-oriented part, the advance and retreat pin 158 is inserted
To the bearing groove 118 of movable body 116.
Moreover, when making advance and retreat movable part 154 keep out of the way mobile, the face retreated with pin 158 and the outer circumferential side of bearing groove 118
Abut.Thus, movable body 116 is oriented to by guide groove 126, is moved (reference picture 10) to retreating position.
In addition, by making advance and retreat pin 158 enter movement, advance and retreat are supported with pin 158 and the face of the inner circumferential side of bearing groove 118
Connect.Thus, movable body 116 is guided by guide groove 126, is moved (reference picture 11) to in-position.In addition, in a pair of movable bodys
In the state of 116 enter, the state abutted as respective leading section in configuration with recess 124.
In addition, in the state of movable body 116 is moved to in-position, bearing groove 118 is along with rotation support mechanism 120
Pivot centered on arc direction extension.Therefore, it is possible in the state of making movable body 116 be moved to in-position,
Rotation support mechanism 120 is set to rotate (Figure 12 and Figure 13).
In addition, the both ends opening of bearing groove 118, therefore, it can make the rotation of rotation support mechanism 120 until using advance and retreat
The degree (reference picture 12) that pin 158 is deviate from from bearing groove 118.
In addition, in the state of movable body 116 is located at upside, that is, becoming what advance and retreat pin 158 was deviate from from bearing groove 118
State, the supporting part that plate 122 can also be rotationally supported by using the movable body 116 or be arranged at of opposite side grade block this can
Kinetoplast 116, so as to hold it in certain position.
In addition, here, in the state of movable body 116 is located at downside, maintaining advance and retreat pin 158 positioned at bearing groove 118
Interior state, therefore, movable body is maintained at certain position.
(rotary drive mechanism)
Reference picture 8 and Fig. 9 are illustrated to rotary drive mechanism 130.
Rotary drive mechanism 130 is configured to that rotation driving can be carried out to rotation support mechanism 120.More specifically, rotate
Drive mechanism 130 possess rotary driving part 132, as transfer driving section multiple (they being herein two) middle rotating disk 134.
Rotary driving part 132 is made up of motor etc., is fixed between a pair of base side boards portion 144 and rotation support mechanism
The certain position of 120 lower sections.The driving axle portion 132a of the rotary driving part 132 bearing of trend and rotation support mechanism 120
The direction of rotary shaft is consistent.Driving gear 133 is linked with driving axle portion 132a.It is formed with a base side plate portion 144
The configurable driving gear arrangement of gear 133 opening 147a, driving is with gear 133 in gear arrangement opening 147a
Rotated.
Rotating disk 134 is arranged at the side of a base side plate portion 144 in a pair.Rotating disk 134 can used with driving in this pair
Gear 133 and one is rotatably supported by the state of rotationally supporting the periphery gear part 122t engagements of plate 122.
That is, the both sides of the part of opening 145 and rotary driving part 132 are linked in a base side plate portion 144, are formed with
Gear arrangement opening 147b.In addition, being provided with auxiliary side plates 144a in the outer surface of a base side plate portion 144.Moreover, a pair
Middle rotating disk 134 gear arrangement with opening 147b by auxiliary side plates 144a in the way of it can be rotated via axle portion branch
Hold.
Rotating disk 134 is engaged relative to driving with the position different in its periphery of gear 133 in a pair, and relatively
In the periphery gear part 122t of a base side plate portion 144, also it is engaged from below in the different position in its periphery.Moreover, rotation
The rotary driving force for turning drive division 132 is transferred to a base side plate portion 144 via rotating disk in a pair 134, according to rotation driving
Direction of rotation, rotating speed and the rotation amount in portion 132, are rotated rotation support mechanism 120.
In addition, above-mentioned drive division 152 and rotary driving part 132 carry out action control using control unit 90.Here, control
Unit 90 processed possesses microprocessor, the main storage portion combined with microprocessor, auxiliary storage portion.Main storage portion is by RAM (Random
Access Memory) etc. constitute, auxiliary storage portion by flash memory, EPROM (Erasable Programmabel ROM), hard disk fill
The storage device for the non-transitory such as putting is constituted.The program for describing the instruction to microprocessor, micro- place are stored in auxiliary storage portion
Reason device reads in the program and performs various processes described later.In addition, control unit 90 perform various processing a part or
It can also all be realized by hardware.Here, describing the driving moment (condition) for having above-mentioned drive division 152 and rotation in program
Turn driving moment (condition), driving content (direction of rotation, rotation amount) of drive division 132 etc., this solidification light irradiation device 100
According to the description of the program, action described below is performed.
(action)
14~Figure 16 of reference picture is illustrated to solidification with the action of light irradiation device 100.
First, in an initial condition, as shown in figure 14, rotation support mechanism 120 is formed the periphery of configuration recess 124
The state of side opening upward.In addition, a pair of movable bodys 116 are located at retreating position, a pair of illumination parts 110 be configured at from
Put the position kept out of the way with recess 124.In addition, the light from illumination part 110 can also rotationally supported only with prolonged exposure
Irradiated in the rotation of mechanism 120.
In this condition, the wire connecting portion 20 of electric wire 22 passes through configuration recess 124, from the outside position of configuration recess 124
Put towards the solidification Working position P of the pivot in rotation support mechanism 120 and relatively moved.Now, a pair of illumination
Penetrate portion 110 and be in the position kept out of the way from configuration recess 124, therefore the wire connecting portion 20 of electric wire 22 can be made swimmingly to be used to configuration
The inboard of recess 124 is mobile.
In addition, above-mentioned relative movement for example can hold electric wire 22 using a pair of handle part 80a of electric wire support 80
Carried out in the state of the two ends Outboard Sections of middle wire connecting portion 20.In addition, the movement of the wire connecting portion 20 of said wires 22 can pass through
The relative movement of wire connecting portion 20 and rotation support mechanism 120 is carried out.Therefore, electric wire support 80 can make the court of electric wire 22
To the center in rotation support mechanism 120 solidification Working position P move structure or pass through this solidification illumination
Injection device 100 is moved integrally, and make electric wire 22 be located in rotation support mechanism 120 center solidification Working position P knot
Structure.
Then, as shown in figure 15, control unit 90 sends entry instruction to a pair 152, makes a pair of movable bodys 116 from keeping out of the way
Moved to in-position position.Thus, a pair of illumination parts 110 enter to be advanced into movement into configuration recess 124.
In this condition, Working position P is solidified with equally spaced surround as multiple (being herein three) illumination parts 110
The state of surrounding.More specifically, the shape surrounded as three illumination parts 110 with 120 degree of intervals around solidification Working position P
State.Therefore, it can using multiple illumination parts 110 to be attached to around the water-stop 40 of wire connecting portion 20 as homogeneously as possible according to
Penetrate light.
Then, as shown in FIG. 16 and 17, control unit 90 sends rotation instruction to rotary driving part 132.
Here, due to being provided with three illumination parts 110, therefore, as long as each illumination part 110 rotates 120 degree, so that it may
With to the surrounding's overall exposure light for the water-stop 40 for being attached to wire connecting portion 20.Therefore, control unit 90 is sent out rotary driving part 132
Go out to indicate, it is rotated 120 degree.More specifically, control unit 90 proceeds as described below control, i.e. by rotation driving
Portion 132 sends instruction, it is rotated 60 degree to ± direction on the basis of initial position, so that the rotation of illumination part 110 120
Degree.That is, control unit 90 sends instruction to rotary driving part 132, it is rotated 60 to prescribed direction (in Figure 16, right-hand rotation direction)
Degree.Thus, as shown in figure 16, rotation support mechanism 120 and illumination part 110 rotate around solidification Working position P to prescribed direction
60 degree.Then, i.e. control unit 90 sends instruction to rotary driving part 132, it is made to the direction (figure opposite with prescribed direction
Turn left in 17 direction) 120 degree of rotation.Thus, as shown in figure 17, rotation support mechanism 120 and illumination part 110 are processed around solidification
Position P rotates 120 degree to the direction opposite with prescribed direction.Then, control unit 90 sends instruction to rotary driving part 132,
It is returned to initial position (that is, making it rotate 60 degree to prescribed direction).Thus, three illumination parts 110 rotate 120 degree,
Light to solidification Working position P around 360 degree of range illumination.
In addition, making rotation support mechanism 120 rotate ± 60 degree on the basis of defined initial position and return to initial bit
Put, this is to reduce the rotating range of rotation support mechanism 120 as far as possible.Thus, have the following advantages that, to illumination part
The simplification of 110 distribution component becomes easy.
In addition, the rotating range of rotation support mechanism 120 is different because of quantity of illumination part 110 etc..Typically in n light
In the case that irradiation portion 110 is with equally spaced be arranged on around solidification Working position P, as long as making rotation support mechanism 120 exist
The scope rotation of (360/n) degree, it becomes possible to the outside overall exposure light of wire connecting portion 20.
Moreover, as shown in figure 18, in the state of rotation support mechanism 120 returns to initial posture, control unit 90 to
A pair of drive divisions 152, which are sent, keeps out of the way instruction, a pair of movable bodys 116 is moved from in-position to retreating position.Thus, a pair of light
Irradiation portion 110 carries out the movement kept out of the way from configuration recess 124.In this condition, the wire connecting portion 20 of electric wire 22 is used through configuration
Recess 124, is relatively moved from configuration with the inboard solidification Working position P of recess 124 towards outside.Now, a pair of light
Irradiation portion 110 is in the position kept out of the way from configuration recess 124, therefore can be by the wire connecting portion 20 of electric wire 22 swimmingly from configuration
Taken out with the inboard of recess 124.
Thus, implement the curing process of the water-stop 40 shown in Fig. 7, the electricity that water-stop 40 more reliably solidifies can be obtained
Wire module 10.
(effect etc.)
According to solidification configured as described above light irradiation device 100 and the electric wire of use solidification light irradiation device 100
The manufacture method of module 10, illumination part 110 are so that its light direction is supported in the wire connecting portion of solidification Working position P electric wire 22
The posture of 20 irradiations, is rotated around the wire connecting portion 20.Therefore, it is possible to make the light from illumination part 110 more uniformly irradiate
It is being attached to around the water-stop 40 of wire connecting portion 20.Thus, it is possible to make the waterproofing agent 40 more reliably solidify, wiring can be suppressed
The local solidification of the water-stop 40 in portion 20 is not enough, stabilizes its sealing performance.
Further, since rotating electric wire 22 but rotating illumination part 110, it is possible to realize the damage of electric wire 22
And the stabilisation of sealing performance.That is, as the composition for rotating electric wire 22, it is contemplated that make to sandwich the part of electric wire 22 to mutually different
Direction relatively moved, make composition that electric wire 22 therebetween rotates etc..However, in this case, it is possible to damage electric wire 22,
Furthermore, it is possible to due to electric wire 22 rotation and wire connecting portion 20 and its peripheral part are disorderly.In this regard, by making illumination part 110
Rotation, it is suppressed that the disorder of the damage of electric wire 22, wire connecting portion 20 and its peripheral part as described above, can make its sealing performance
Stabilize.
In addition, carrying out the part of sealing to above-mentioned water-stop 40 in addition to sheet material or heat-shrinkable tube etc..In addition,
The part that water-stop 40 carries out sealing is not essential.
In addition, illumination part 110 is provided with multiple around wire connecting portion 20, and rotated around the wire connecting portion 20, therefore can be with
The light from multiple directions is set to be irradiated to the water-stop 40 for being attached to wire connecting portion 20.Thus, it is possible to make to be attached to wire connecting portion 20 weeks
The water-stop 40 enclosed more reliably solidifies.
In addition, setting multiple illumination parts 110 to be not essential.Can also be that an illumination part is carried out around wire connecting portion 20
The composition of rotation.
Certainly, in the case where being provided with multiple illumination parts 110, have the following advantages that, i.e. even if not making to rotationally support
Mechanism 120 rotates a circle, and can also make light to the surrounding's overall exposure for the water-stop 40 being attached to around wire connecting portion 20.
Here, by rotating the scope of three each comfortable 120 degree of illumination parts 110, light can be made to being attached to wiring
Surrounding's overall exposure of water-stop 40 around portion 20.Thereby, it is possible to be fairly simple composition, and can promptly make light to
Surrounding's overall exposure of water-stop 40, can also stabilize sealing performance.
Further, since being set as the illumination part 110 of a part can be carried out from electric wire configuration with recess 124 into retiring
It is dynamic, therefore by making illumination part 110 be moved to the position kept out of the way from electric wire configuration recess 124, wire connecting portion 20 can be worn
Cross electric wire configuration and be easily configured at processing cure site with recess 124.In addition, by by illumination part 110 be configured to
Electric wire configuration recess 124 is protruded, and can also irradiate the light from illumination part 110 from the electric wire configuration recess 124.By
This, be able to can make to the light from multiple illumination parts 110 is more integrally irradiated around the water-stop 40 around wire connecting portion 20
The water-stop 40 being attached to around wire connecting portion 20 more reliably solidifies.
Certainly, a part of illumination part 110 can move back and forth the situation of configuration and be not essential as described above.
As previously discussed, the present invention is described in detail by, but above-mentioned explanation is all to illustrate in all aspects, the present invention
It is not limited to this.The countless variations not illustrated are interpreted as the example being contemplated that without departing from the scope of the present invention.
Claims (3)
1. a kind of solidification light irradiation device, it is used to consolidate the light curing agent being attached to around the processing object position of electric wire
Change, the solidification possesses with light irradiation device：
Multiple illumination parts, its irradiation light；
Rotation support mechanism, it makes processing of the light from the illumination part towards the electric wire for being supported on solidification Working position
In the state of the irradiation of object position, the illumination part is rotatably supported in around the processing object position of the electric wire；
And
Rotary drive mechanism, it rotates the rotation support mechanism,
The multiple illumination part is supported on around the processing object position of the electric wire by the rotation support mechanism,
The rotation support mechanism possesses a pair and rotationally supports plate, rotationally supports plate shape into live wire configuration recess this pair,
The electric wire configuration recess be supported on it is described solidification Working position the electric wire bearing of trend interval configuration and
From the periphery for rotationally supporting plate towards pivot opening, and in the position protruded towards the electric wire configuration with recess
A part in movably supporting the multiple illumination part between the position kept out of the way from the electric wire configuration with recess.
2. solidification light irradiation device according to claim 1, wherein,
The rotary drive mechanism makes the rotation support mechanism be rotated in the range of the anglec of rotation smaller than 360 degree.
3. a kind of manufacture method of the line module comprising wire connecting portion, possesses following processes：
(a) process that the wire connecting portion that the cored wire portion exposed to multiple electric wires has been engaged with each other supplies light curing agent；
(b) process for installing sealing part in the way of by the light curing agent sealing around the wire connecting portion；
(c) usage right requirement 1 or claim 2 described in solidification light irradiation device, the wire connecting portion is being configured at institute
State in the state of solidification Working position, the illumination part is rotated around the wire connecting portion, make the work of the light curing agent solidification
Sequence.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2014-030227 | 2014-02-20 | ||
| JP2014030227A JP6128006B2 (en) | 2014-02-20 | 2014-02-20 | Light curing device for curing and method of manufacturing electric wire module including splice part |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104868259A CN104868259A (en) | 2015-08-26 |
| CN104868259B true CN104868259B (en) | 2017-08-08 |
Family
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Family Applications (1)
| 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) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2019046734A (en) * | 2017-09-06 | 2019-03-22 | 矢崎総業株式会社 | Method of manufacturing electric wire 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 |
Also Published As
| Publication number | Publication date |
|---|---|
| JP6128006B2 (en) | 2017-05-17 |
| CN104868259A (en) | 2015-08-26 |
| JP2015156277A (en) | 2015-08-27 |
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