CN101548443A - Terminal crimping device - Google Patents
Terminal crimping device Download PDFInfo
- Publication number
- CN101548443A CN101548443A CNA2007800447564A CN200780044756A CN101548443A CN 101548443 A CN101548443 A CN 101548443A CN A2007800447564 A CNA2007800447564 A CN A2007800447564A CN 200780044756 A CN200780044756 A CN 200780044756A CN 101548443 A CN101548443 A CN 101548443A
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- terminal
- counterdie
- shared
- outer conductor
- crimp type
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- 238000002788 crimping Methods 0.000 title claims abstract description 87
- 239000004020 conductor Substances 0.000 claims abstract description 263
- 230000007246 mechanism Effects 0.000 claims description 22
- 239000003990 capacitor Substances 0.000 abstract description 28
- 230000000630 rising effect Effects 0.000 description 10
- 230000000153 supplemental effect Effects 0.000 description 9
- 210000000078 claw Anatomy 0.000 description 8
- 239000012467 final product Substances 0.000 description 3
- 238000009413 insulation Methods 0.000 description 3
- 239000011347 resin Substances 0.000 description 3
- 229920005989 resin Polymers 0.000 description 3
- RYGMFSIKBFXOCR-UHFFFAOYSA-N Copper Chemical compound [Cu] RYGMFSIKBFXOCR-UHFFFAOYSA-N 0.000 description 2
- 230000006835 compression Effects 0.000 description 2
- 238000007906 compression Methods 0.000 description 2
- 229910052802 copper Inorganic materials 0.000 description 2
- 239000010949 copper Substances 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 238000000926 separation method Methods 0.000 description 2
- 239000005030 aluminium foil Substances 0.000 description 1
- 230000005465 channeling Effects 0.000 description 1
- 230000007423 decrease Effects 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 238000003780 insertion Methods 0.000 description 1
- 230000037431 insertion Effects 0.000 description 1
- 239000002184 metal Substances 0.000 description 1
- 229910052751 metal Inorganic materials 0.000 description 1
- 239000007787 solid Substances 0.000 description 1
- 239000002023 wood Substances 0.000 description 1
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
- H01R43/00—Apparatus or processes specially adapted for manufacturing, assembling, maintaining, or repairing of line connectors or current collectors or for joining electric conductors
- H01R43/04—Apparatus or processes specially adapted for manufacturing, assembling, maintaining, or repairing of line connectors or current collectors or for joining electric conductors for forming connections by deformation, e.g. crimping tool
- H01R43/048—Crimping apparatus or processes
- H01R43/05—Crimping apparatus or processes with wire-insulation stripping
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- Engineering & Computer Science (AREA)
- Manufacturing & Machinery (AREA)
- Manufacturing Of Electrical Connectors (AREA)
Abstract
The present invention discloses a terminal crimping device used to make connection between an electric cable that has conductors and a crimping terminal in which an inner conductor terminal and an electric component are assembled to an outer conductor terminal. The terminal crimping device excellently performs both crimping of a crimping section of the outer conductor terminal to one conductor and crimping of a co-crimping terminal to the other conductor and to a connection section of the electric component. In crimping a crimping section (28) to a braided layer (13) between a first lower die (64) and a first upper die (84), in a plane substantially perpendicular to the direction in which the first lower die (64) and the first upper die (84) approach each other, a second lower die (70) and a second upper die (90) are arranged at positions at which the co-crimping terminal (38) is to be placed and at which the co-crimping terminal (38) can be crimped to a center conductor (11) and to a lead section (35) of a capacitor component (34).
Description
Technical field
The present invention relates to a kind of technology with electric wire and terminal crimping.
Background technology
As the crimp type terminal that is connected on the coaxial cord, propose to have in outer conductor terminal, to keep the inner wire terminal and crimping is connected with capacitor on this inner wire terminal structure.Be crimped on by pressure contact portion on the external conductor and crust of coaxial cord outer conductor terminal, and use shared crimp type terminal to come the inner conductor of crimping coaxial cord and the lead of capacitor in addition, thereby the crimping that constitutes this crimp type terminal and coaxial cord is connected.
In addition, the prior art as disclosing the terminal that is connected with coaxial cord for example is documented in (TOHKEMY 2001-176566 communique) patent documentation 1.
Summary of the invention
But, when crimping connects above-mentioned crimp type terminal and coaxial cord, if carry out the crimping of pressure contact portion of outer conductor terminal and the crimping of shared crimp type terminal at different parts, then depart from a little at both crimping positions, particularly might after carry out crimping produce can not crimping or the bad situation of crimping at the position.
The objective of the invention is to, when the electric wire that will have a plurality of conductors is connected with the crimp type terminal that is assembled with inner wire terminal and electric component in outer conductor terminal, the pressure contact portion that can carry out outer conductor terminal well on side's conductor crimping and the crimping of shared crimp type terminal (co-crimpingterminal) on the connecting portion of the opposing party's conductor and electric component the two.
In order to solve above-mentioned problem, the terminal press-connection device of the 1st mode, when the crimp type terminal crimping that is assembled with inner wire terminal and electric component in the electric wire that will have 2 conductors and the outer conductor terminal with pressure contact portion is connected, described pressure contact portion is crimped on side's conductor in described 2 conductors, and shared crimp type terminal is crimped on the connecting portion and the opposing party's conductor in described 2 conductors of described electric component, described terminal press-connection device has: the 1st counterdie, and it can carry described pressure contact portion; The 1st patrix, itself and described the 1st counterdie subtend dispose, and the described pressure contact portion that will be equipped on described the 1st counterdie is crimped on described side's conductor; The 2nd counterdie, it can carry described shared crimp type terminal; The 2nd patrix, itself and described the 2nd counterdie subtend dispose, and the described shared crimp type terminal that will be equipped on described the 2nd counterdie is crimped on the connecting portion of described the opposing party's conductor and described electric component; And driving mechanism portion, it moves described the 1st patrix and described the 1st counterdie near-earth that connects, between described the 1st patrix and described the 1st counterdie, to carry out the crimping of described pressure contact portion, and described the 2nd patrix and described the 2nd counterdie near-earth that connects is moved, between described the 2nd patrix and described the 2nd counterdie, to carry out the crimping of described shared crimp type terminal, described the 2nd counterdie and the 2nd patrix are configured in upper/lower positions: in relative with described the 1st patrix approaching direction with described the 1st counterdie roughly on the plane orthogonal, the position that described crimp type terminal is disposed when being crimped on described pressure contact portion on described side's conductor between described the 1st counterdie and described the 1st patrix can be crimped on described shared crimp type terminal the connecting portion of described the opposing party's conductor and described electric component.
Thus, roughly on the plane orthogonal crimp type terminal is configured under the state of constant position in relative with described the 1st patrix approaching direction with described the 1st counterdie, crimping and shared crimp type terminal the crimping on the connecting portion of the opposing party conductor and electric component of pressure contact portion on side's conductor of outer conductor terminal can be carried out well, above-mentioned two crimping can be carried out well.
The terminal press-connection device of the 2nd mode, in the terminal press-connection device of the 1st mode, described the 1st counterdie and described the 2nd counterdie are being fixed on the base station on the constant position, described driving mechanism portion makes described the 1st patrix descend towards described the 1st counterdie, and described the 2nd patrix is descended towards described the 2nd counterdie.
Thus, simplification that can implementation structure.
The terminal press-connection device of the 3rd mode, in the terminal press-connection device of the 2nd mode, described outer conductor terminal is connected outer conductor terminal side by side with on chain being with, supply to described terminal press-connection device as the chain outer conductor terminal, described terminal press-connection device also has outer conductor terminal cut-out portion, this outer conductor terminal cut-out portion has the concave part that can accommodate described connecting band, and be configured at the side of described the 1st counterdie free lifting, cutting off by the edge of described concave part and the edge of described the 1st counterdie, in the described concave part that described outer conductor terminal is configured in the described outer conductor terminal cut-out portion above moving to chain band and with a described outer conductor terminal, be configured under the state above described the 1st counterdie, make described outer conductor terminal cut-out portion be subjected to making the actuating force that described the 1st patrix descends towards described the 1st counterdie and descend, at described two edges a described outer conductor terminal is cut off with chain band from described outer conductor terminal thus, and its pressure contact portion lift-launch is carried out crimping on described the 1st counterdie.
Thus, can successfully carry out with chain band outer conductor terminal being cut off and the crimping of pressure contact portion with simple structure from outer conductor terminal.
The terminal press-connection device of the 4th mode, in the terminal press-connection device of the 3rd mode, described outer conductor terminal place of incision in above state under, outer conductor terminal is configured in than the position of the shared crimp type terminal that is carried on the 2nd counterdie by the top, cut off at described outer conductor terminal that the subordinate falls, the pressure contact portion of outer conductor terminal carries under the state on the 1st counterdie, the shared crimp type terminal that carries on the 2nd counterdie be configured in can be in described outer conductor terminal the connecting portion of the described electric component of crimping and the position of described the opposing party's conductor.
Like this and since described outer conductor terminal place of incision in above state under, outer conductor terminal is configured in than the shared crimp type terminal that carries on the 2nd counterdie by the position of top, therefore shared crimp type terminal is easy to be configured on the 2nd counterdie.In addition, the subordinate falls, the pressure contact portion of outer conductor terminal carries under the state on the 1st counterdie owing to cutting off at described outer conductor terminal, the shared crimp type terminal that carries on the 2nd counterdie is disposed at can be in described outer conductor terminal on the position of the connecting portion of the described electric component of crimping and described the opposing party's conductor, therefore can roughly carry out two crimping operations simultaneously.
The terminal press-connection device of the 5th mode, in the 2nd～the 4th mode in the terminal press-connection device of arbitrary mode, described shared crimp type terminal is connected shared crimp type terminal side by side with on chain being with, supply to described terminal press-connection device as the shared crimp type terminal of chain, described terminal press-connection device also has shared crimp type terminal cut-out portion, this shared crimp type terminal cut-out portion has can accommodate the concave part of described shared crimp type terminal with connecting band, and be configured at the side of described the 2nd counterdie free lifting, cutting off by the edge of described concave part and the edge of described the 2nd counterdie, described shared crimp type terminal is configured under the state above described the 2nd counterdie in the described concave part that described shared crimp type terminal is configured in the described shared crimp type terminal cut-out portion above moving to chain band and with one, make described shared crimp type terminal cut-out portion be subjected to making the actuating force that described the 2nd patrix descends towards described the 2nd counterdie and descend, at described two edges a described shared crimp type terminal is cut off with chain band from described shared crimp type terminal thus, and lift-launch is carried out crimping on described the 2nd counterdie.
Thus, can successfully carry out cutting off the crimping of shared crimp type terminal and shared crimp type terminal with simple structure from chain band.
According to following detailed description and accompanying drawing, it is more clear that purpose of the present invention, feature, situation and advantage will become.
Description of drawings
Fig. 1 is the vertical view of expression crimp type terminal and coaxial cord.
Fig. 2 is the vertical view of expression chain outer conductor terminal.
Fig. 3 is the vertical view of the shared crimp type terminal of expression chain.
Fig. 4 is the integrally-built approximate vertical view of expression terminal press-connection device.
Fig. 5 is the integrally-built outline elevation of expression terminal press-connection device.
Fig. 6 is that module reaches the end view of going up module under the expression.
Fig. 7 is the figure of expression along the state of the 1st counterdie and the 2nd patrix of axially observing from the coaxial cord side of outer conductor terminal.
Fig. 8 is the figure of expression along the state of the 2nd counterdie and the 2nd patrix of axially observing from the coaxial cord side of outer conductor terminal.
Fig. 9 is the state diagram of axially from coaxial cord side observing center conductor location division, 2nd counterdie and 2nd patrix, lead location division of expression along outer conductor terminal.
Figure 10 is the figure that observes center conductor location division and the 2nd counterdie from the top.
Figure 11 is the figure of expression along the state of outer conductor terminal cut-out portion, the 1st cut-out press section and electric wire press section of axially observing from the coaxial cord side of outer conductor terminal.
Figure 12 is the end view of the state expression cuts off from outer conductor terminal outer conductor terminal with chain band before.
Figure 13 is the figure of the variation of expression terminal press-connection device.
Embodiment
Below the terminal press-connection device of execution mode is described.At this, after the crimp type terminal and electric wire of explanation, put off until some time later bright terminal press-connection device as object.
＜1. crimp type terminal and electric wire 〉
Fig. 1 is the vertical view of expression crimp type terminal and coaxial cord, and Fig. 2 is the vertical view of expression chain outer conductor terminal, and Fig. 3 is the vertical view of the shared crimp type terminal of expression chain.
At first, the electric wire as object is a coaxial cord 10 at this.The braid 13 of the insulation endodermis 12 of covering center conductor 11 peripheries that coaxial cord 10 comprises the center conductor 11 of the wire that is formed by copper cash etc., formed by insulating resin etc., covering insulation endodermis 12 peripheries that formed by copper cash etc., the covering braid 13 that formed by insulating resin etc. be the exodermis 14 of periphery more.This coaxial cord 10 has center conductor 11 and braid 13 as 2 conductors.
For coaxial cord 10, when crimping is connected to crimp type terminal 20, implement terminal processing the such as peeling of leading section.It is that leading section from coaxial cord 10 begins the processing that makes center conductor 11, insulation endodermis 12, braid 13 expose predetermined length respectively successively that this end is handled.
In addition, also can on interior week of above-mentioned braid 13 or periphery or its both sides, conductivity paper tinsels such as aluminium foil be set.In addition, 2 conductors do not need necessarily to be configured to concentric circles, can be the electric wires that 2 conductor arrangement become shape arranged side by side yet.And then, can be the electric wire that except having 2 conductors, also has other conductors.That is, has the electric wire integral body of at least 2 conductors as processing object.
Connecting portion 24 has the roughly barrel 24a of toe lateral and the semicircular cylinder part 24b of rear portion side.Be formed with the space that is used to accommodate inner wire terminal 30 in the fore roughly cylindrical portion 24a.Semicircular cylinder part 24b at the rear portion is formed with the space that is used to accommodate capacitor part 34.
Above-mentioned inner wire terminal 30 and capacitor part 34 are assembled in the outer conductor terminal 22 as described as follows.That is, a Square wire portion 35 crimping of above-mentioned capacitor part 34 are connected on the pressure contact portion 32 of above-mentioned inner wire terminal 30.Under this state, inner wire terminal 30 remains in the above-mentioned connecting portion 24.At this, in the roughly cylindrical portion 24a of connecting portion 24 front portions, insert the holding member 36 of the roughly tubular that forms by insulating resin etc., in this holding member 36, insert inner wire terminal 30, thereby make inner wire terminal 30 to remain in the connecting portion 24 with the not direct state of contact of outer conductor terminal 22.
Under this state, crimping is connected capacitor part 34 on the pressure contact portion 32 of inner wire terminal 30 in the mode in the semicircular cylinder part 24b that is configured in connecting portion 24 rear portions, is supported for cantilever-shaped via wire portion 35.In addition, under this state, the opposing party's wire portion 35 that extends from capacitor part 34 between a pair of lateral plate 26a of terminal pars intermedia 26 along outer conductor terminal 22 axially with cantilever-shaped extension.
In addition, illustrated that in the present embodiment electric component is the situation of capacitor part 34, but, can adopt resistance component or rectifier cell parts etc. to have the various electric components of couple of conductor parts according to required electrical characteristic as electric component.
This outer conductor terminal 22 is supplied with (with reference to Fig. 2) in the mode of chain outer conductor terminal 29 to terminal press-connection device.To be a plurality of outer conductor terminals 22 separate predetermined space and be connected outer conductor terminal side by side with the structure on the chain band 29a in pressure contact portion 28 1 sides this chain outer conductor terminal 29.In addition, outer conductor terminal with chain band 29a on, be formed with a plurality of sprocket hole 29h with predetermined space.Utilize this sprocket hole 29h, send into chain outer conductor terminal 29 by terminal press-connection device etc.
Shared crimp type terminal 38 is suitably sheet metal to be carried out blanking curved processing and the parts that form, forms the semicircle tubular that the cross section roughly is " U " font.This shared crimp type terminal 38 forms on the wire portion 35 and center conductor 11 that can be crimped on above-mentioned capacitor part 34 jointly.
In addition, this shared crimp type terminal 38 is supplied with (with reference to Fig. 3) in the mode of the shared crimp type terminal 39 of chain to terminal press-connection device.To be a plurality of shared crimp type terminals 38 separate predetermined space and be connected shared crimp type terminal side by side with the structure on the chain band 39a in that one is distolateral the shared crimp type terminal 39 of this chain.In addition, separate predetermined space at shared crimp type terminal on chain band 39a and be formed with a plurality of sprocket hole 39h.Utilize this sprocket hole 39h, in terminal press-connection device etc., carry out sending into of the shared crimp type terminal 39 of chain.
This terminal compression bonding apparatus is used for braid 13 (conductor) crimping with pressure contact portion 28 with the coaxial cord 10 of above-mentioned outer conductor terminal 22, and with wire portion 35 (connecting portion) and center conductor 11 (conductor) crimping of shared crimp type terminal 38 with capacitor part 34.
＜2. the overall structure of terminal press-connection device 〉
Overall structure to terminal press-connection device describes.Fig. 4 is the integrally-built approximate vertical view of expression terminal press-connection device, and Fig. 5 is the integrally-built outline elevation of expression terminal press-connection device.
This terminal press-connection device 40 possesses base station 42, movable support frame 44, slide block (ram) parts 48, terminal conveying guide portion 50 and terminal feed mechanism portion 54.
In addition, above slider part 48, dispose the lift drive mechanism portion 49 that constitutes by actuator such as cylinders.Slider part 48 is accepted the actuating force of lift drive mechanism portion 49 via the 49a of bar portion and is driven by lifting.That is to say, lift drive mechanism portion 49 as described later, make the 1st patrix 84 and the 1st counterdie 64 near-earth that connects move (descending towards the 1st counterdie 64 for making the 1st patrix 84) at this, between the 1st patrix 84 and the 1st counterdie 64, to carry out the crimping of pressure contact portion 28, and make the 2nd patrix 90 and the 2nd counterdie 70 near-earth that connects move (descending towards the 2nd counterdie 70 for making the 2nd patrix 90), between the 2nd patrix 90 and the 2nd counterdie 70, to carry out the crimping of shared crimp type terminal 38 at this.
In addition, in the bottom of this slider part 48, the last module 80 that comprises the 1st patrix 84 and the 2nd patrix 90 is installed.And then, at the upper surface of base station 42 and the lower position of slider part 48 lower position of last module 80 subtends (promptly with), the following module 60 that comprises the 1st counterdie 64 and the 2nd counterdie 70 is installed by counterdie fixed part 43.And the lifting that is accompanied by slider part 48 drives, and last module 80 carries out approaching with respect to following module 60 or separates and move.Reach the structure of module 60 down for module on this 80, will be described in detail in the back.
Terminal carries guide portion 50 to form roughly tabular.Carry the inside of guide portion 50 to be formed with at this terminal and can insert the outer conductor terminal conveying bullport 51 that leads to guiding, and be formed with and insert the shared crimp type terminal conveying bullport 52 that leads to guiding to the shared crimp type terminal 39 of chain chain outer conductor terminal 29.These outer conductor terminals carry bullport 51 and shared crimp type terminal to carry bullport 52 to be formed on the mutually disjoint position with state roughly arranged side by side.And, dispose above-mentioned outer conductor terminal with the direction along a side that connects this terminal press-connection device 40 and following module 60 and carry bullport 51 and shared crimp type terminal to carry the state of bullport 52, terminal carries guide portion 50 to be fixed on directly or indirectly on the base station 42.
Terminal feed mechanism portion 54 carries the chain outer conductor terminal 29 in the outer conductor terminal conveying bullport 51, and carry the shared crimp type terminal 39 of chain in the shared crimp type terminal conveying bullport 52, following module 60 reaches the terminal crimping of going up module 80 and moves when whenever carrying out one time, and outer conductor terminal 22 and shared crimp type terminal 38 are sent into down module 60 one by one.
At this, terminal feed mechanism portion 54 has tilting member 55, transferring elements 56, carries tine 57 and force application part 58.
The place, top position that tilting member 55 is carried guide portion 50 at the outside and the terminal of a pair of guide frame sheet 46 can be supported on the board 45 via axial region 55a with freely swinging.The central shaft of above-mentioned axial region 55a and outer conductor terminal are carried roughly quadrature and be the approximate horizontal state with respect to base station 42 of bearing of trend that bullport 51 and shared crimp type terminal carry bullport 52, and the leading section of tilting member 55 carries bullport 51 and shared crimp type terminal to carry the bearing of trend swing of bullport 52 along outer conductor terminal.In addition, in this tilting member 55, be formed with downwards towards the following oblique cam path 55g of module 60 inclinations.
One end of transferring elements 56 is fastened on the slider part 48 integratedly, and interlock is in the lifting of slider part 48 and carry out lifting.In addition, the groove of the other end of transferring elements 56 by on side's guide frame sheet 46, forming, and extend to the cam path 55g of above-mentioned tilting member 55.Be formed with the teat 56a that can in cam path 55g, move on the other end of this transferring elements 56.
And when transferring elements 56 carried out lifting with the lifting interlock of slider part 48, the motion of this lifting was transmitted as the motion that makes tilting member 55 swings via teat 56a and cam path 55g.
In addition, carrying tine 57 is parts of strip, can be supported on the leading section of tilting member 55 via axial region 55b with freely swinging.Be provided with 2 claw 57a, 57b in an end of carrying tine 57, and carrying hole on the guide portion 50 by being formed at terminal in the mode that arrives each bullport 51,52, each claw 57a, 57b are configured in outer conductor terminal and carry bullport 51 and shared crimp type terminal to carry in the bullport 52.In addition, each claw 57a, 57b have towards the below and are pointed shape in module 60 sides down, and each claw 57a, 57b are only under the situation of downward module 60 side shiftings, fasten with sprocket hole 29h, the 39h of chain band 29a, 39a, and under situation about moving to the direction of separating with following module 60, on sprocket hole 29h, the 39h of chain band 29a, 39a, slide, and do not fasten.
In addition, force application part 58 is a coil spring at this, and under elongation state, the one end is fastened on the tilting member 55, and the other end is fastened on the other end of carrying tine 57.This force application part 58 carries bottom that bullport 51 and shared crimp type terminal carry bullport 52 to being positioned at each claw 57a, the 57b application of force of an end of carrying tine 57 to outer conductor terminal, thereby each claw 57a, 57b can be more reliably when module 60 side shiftings be downwards fastened with sprocket hole 29h, the 39h of chain band 29a, 39a.
And, with slider part 48 declines mutually during 55 swings of interlock and tilting member, each claw 57a, 57b are not fastened among each sprocket hole 29h, 39h, but move to the direction of separating with following module 60.Afterwards, when tilting member 55 is swung with the rising interlock of slider part 48, each claw 57a, 57b carry bullport 52 by outer conductor terminal conveying bullport 51 and shared crimp type terminal and fasten with each sprocket hole 29h, 39h, and chain outer conductor terminal 29 and the shared crimp type terminal 39 downward modules 60 of chain are carried.
In addition, carry the mechanism of outer conductor terminal 22 and shared crimp type terminal 38 to be not limited to said structure.Also can be the mechanism that sends into by the actuator such as cylinder that other establishes, also can be the mechanism that outer conductor terminal 22 and shared crimp type terminal 38 are sent into by different mechanisms in addition.
＜3. pressure contact portion the separation structure of terminal press-connection device 〉
Crimping structure partly to this terminal compression bonding apparatus describes in more detail.Fig. 6 is that module reaches the end view of going up module under the expression.
As mentioned above, module 60 down is installed, module 80 is installed in the bottom of slider part 48 at base station 42 upper surfaces.And, between them, outer conductor terminal 22 and shared crimp type terminal 38 are configured with predetermined state, and the end of coaxial cord 10 axially is configured it with the axial consistent of outer conductor terminal 22 and with predetermined state, thereby carry out the crimping of pressure contact portion 28 and shared crimp type terminal 38.
In addition, outer conductor terminal 22 and coaxial cord 10 axially on, begin front from coaxial cord 10 sides to outer conductor terminal 22, last module 80 have successively the 1st cut off press section the 81, the 1st patrix the 84, the 2nd patrix 90, lead location division the 92, the 2nd cuts off press section 94, terminal press section 96 and supports press section 98.In addition, last module 80 outer conductor terminal 22 and coaxial cord 10 axially on the above-mentioned the 1st cut off on the roughly the same position, press section 81 and have electric wire press section 82.Electric wire press section the 82, the 1st patrix the 84, the 2nd patrix 90 wherein, lead location division the 92, the 2nd cut off press section 94 and support press section 98 is fixed in the fixed position on slider part 48.In addition, terminal guide portion 98 can be supported on up or down with respect to slider part 48 freedom and omit on the guide member that figure is, and is subjected to respect to the application of force of slider part 48 towards the below by force application part 96S such as coil springs respectively.
At this, the corresponding relation of the corresponding relation up and down of above-mentioned each parts and outer conductor terminal 22, shared crimp type terminal 38 is described.
If to be benchmark with outer conductor terminal with chain band 29a corresponding position, coaxial cord 10, then outer conductor terminal cut-out portion 61 is disposed at the coaxial cord that disposed and the lower position of exodermis 14 parts of extending to foreign side from its pressure contact portion 28 on outer conductor terminal 22.In addition, dispose the 1st above it and cut off press section 81 and electric wire press section 82.
The 1st counterdie 64 is configured on the lower position of pressure contact portion 28 of outer conductor terminal 22.Dispose the 1st patrix 84 on the subtend position above this.
Center conductor location division 68 is configured on the extended line of wire portion 35 of the capacitor part of being assembled in the outer conductor terminal 22 34 and the lower position of the base end part of the center conductor 11 of the coaxial cord 10 of configuration on this outer conductor terminal 22.
In addition, be provided with dismounting brake 79 in the top position of this center conductor location division 68.As described later, this dismounting brake 79 is can be supported on parts on the side of guide frame sheet 46 via axial region with freely swinging.
In addition, the 2nd counterdie 70 is configured in the below of peristome 26h of terminal pars intermedia 26 and the lower position of shared crimp type terminal 38.On subtend position above the 2nd counterdie 70, dispose the 2nd patrix 90.
Lead location division 92 is configured on the pars intermedia top position of a Square wire portion 35 (wire portions of inner wire terminal 30 sides) of the capacitor part of being assembled in the outer conductor terminal 22 34.
In addition, shared crimp type terminal cut-out portion 74 is configured in and shared crimp type terminal with the below of the corresponding position of chain band 39a.On the top position of this shared crimp type terminal cut-out portion 74, dispose the 2nd and cut off press section 94.
In addition, supplemental support portion 76 is configured on the lower position of connecting portion 24 of outer conductor terminal 22, disposes terminal press section 96 above it and supports press section 98.
Illustrate down respectively that according to function module 60 reaches each inscape that goes up module 80.
At first, the 1st counterdie 64 and the 1st patrix 84 are described.Fig. 7 is the figure along the state of the 1st counterdie and the 2nd patrix of axially observing from the coaxial cord side of outer conductor terminal.
The upper surface 64a of the 1st counterdie 64 forms the shallow slot shape, and this shallow slot shape has the vertical section shape that bends to arc, can carry pressure contact portion 28 on the upper surface 64a of the 1st counterdie 64.In addition, the bottom of the 1st patrix 84 and with the position of the upper surface 64a subtend of the 1st counterdie 64 on, be formed with groove 84a.Groove 84a in (on) portion forms the semicolumn side face shape that bends to semicircular arc.And, the upper surface 64a that pressure contact portion 28 is equipped on the 1st counterdie 64 and in this pressure contact portion 28, dispose exodermis 14 parts of coaxial cord 10 and the state of braid 13 parts under, by making the 1st patrix, pressure contact portion 28 is crimped on the exodermis 14 of coaxial cord 10 near the 1st counterdie 64.
In addition, be disposed at exodermis 14 parts in the pressure contact portion 28 and braid 13 parts because the external diameter difference, therefore correspondingly the diameter after pressure contact portion 28 crimping can produce difference.Therefore, also can on the groove 84a of the upper surface 64a of the 1st counterdie 64 or the 1st patrix 84 part or the both sides with on the part of exodermis 14 parts and braid 13 part crimping ladder be set.At this, ladder partly is set at the groove 84a of the 1st patrix 84.
In addition, the 1st counterdie 64 and the 1st patrix 84 so long as will be at least pressure contact portion 28 to be crimped on conductor be that structure on the braid 13 gets final product.
Next, the 2nd counterdie 70 and the 2nd patrix 90 are described.Fig. 8 is the figure of expression along the state of the 2nd counterdie and the 2nd patrix of axially observing from the coaxial cord side of outer conductor terminal.
The upper surface 70a of the 2nd counterdie 70 is formed with the shallow slot shape that bends to arc, can carry shared crimp type terminal 38 on the surperficial 70a thereon.In addition, the bottom of the 2nd patrix 90 and with the position of this upper surface 70a subtend on, be formed with groove 90a.Groove 90a in (on) portion is formed with 2 arc-shaped surfaces of adjacent setting.In addition, the bottom of the top of the 2nd counterdie 70 and the 2nd patrix 90 forms the width dimensions between a pair of lateral plate 26a of the terminal pars intermedia 26 that can be configured in outer conductor terminal 22 respectively.And, on the upper surface 70a that shared crimp type terminal 38 is equipped on the 2nd counterdie 70 and in this shared crimp type terminal 38, disposed under the state of center conductor 11 of Square wire portion 35 of capacitor part 34 and coaxial cord 10, by making the 2nd patrix 90, shared crimp type terminal 38 is crimped on wire portion 35 and the center conductor 11 near the 1st counterdie 64.
At this, position that can the shared crimp type terminal 38 of crimping in the position that roughly plane orthogonal (generally horizontal plane just) goes up, crimp type terminal 20 is disposed during crimping pressure contact portion 28 between the 1st patrix 84 and the 1st counterdie 64 of relative with the 1st counterdie 64 approaching direction with the 1st patrix 84 disposes the 2nd counterdie 70 and the 2nd patrix 90.In other words, configuration the 1st patrix 84 and the 1st counterdie the 64, the 2nd counterdie 70 and the 2nd patrix 90 on generally horizontal plane, make crimp type terminal 20 and coaxial cord 10 are being configured under the state in precalculated position, can carry out the crimping of pressure contact portion 28 and the crimping of shared crimp type terminal 38.
In addition, the 1st patrix 84 1 sides at above-mentioned the 2nd patrix 90 are provided with dismounting brake 79.Dismounting brake 79 forms roughly the tabular of " L " font.And, the 1st patrix 84 1 sides that move up and down track of the 2nd patrix 90 with outer conductor terminal 22 roughly during an end of the state configuration dismounting brake 79 of quadrature, its other end can be supported on side's side of guide frame sheet 46 with freely swinging via axial region 79a.In addition, this dismounting brake 79 is first-class by the limiting part that its other end is connected to guide frame sheet 46 sides, limits its hunting range.This dismounting brake 79 has the effect that dismounting enters the pressure contact portion 28 of the 1st patrix 84 or enters the shared crimp type terminal 38 of the 2nd patrix 90.That is, when carrying out crimping as mentioned above, produce pressure contact portion 28 sometimes and enter patrix 84, perhaps shared crimp type terminal 38 enters the situation of the 2nd patrix 90.Under this state, if the 1st patrix 84 or the 2nd patrix 90 are risen, then shared sometimes crimp type terminal 38 and outer conductor terminal 22 also rise together.In this case, in the rising way of shared crimp type terminal 38 and outer conductor terminal 22, the other end of the rising wood butt dismounting brake 79 of a pair of lateral plate 26a of outer conductor terminal 22, the rising of outer conductor terminal 22 and shared crimp type terminal 38 is suppressed, thereby disassembles from the 1st patrix 84 or the 2nd patrix 90.The restriction of 79 pairs of hunting ranges of above-mentioned dismounting brake is set at the scope that can suppress outer conductor terminal 22 and 38 risings of shared crimp type terminal in the rising way of the 1st patrix 84 or the 2nd patrix 90 as mentioned above.
Then, structure to wire portion 35 channeling conducts of center conductor 11 and capacitor part 34 is described.Fig. 9 is the figure of expression along the state of conductor location division, the 2nd counterdie and the 2nd patrix, lead location division of axially observing from the coaxial cord side of outer conductor terminal, and Figure 10 is the figure that observes center conductor location division and the 2nd counterdie from the top.
That is, center conductor location division 68 is arranged on the position than the 2nd counterdie 70 contiguous the 1st counterdie 64 sides.On the leading section of center conductor location division 68, be formed with slit portion 68a along above-below direction.The width dimensions of slit portion 68a is set at the diameter dimension greater than center conductor 11, and less than the insied width size of shared crimp type terminal 38.In addition, slit portion 68a in portion (bottom) be positioned at the position by the below than the upper surface 70a of the 2nd counterdie 70.In addition, the upside peristome of slit portion 68a forms the shape of expanding gradually towards opening direction.And then the width dimensions of center conductor location division 68 forms the size between a pair of lateral plate 26a of the terminal pars intermedia 26 that can be configured in outer conductor terminal 22.And, if the leading section of this center conductor location division 68 inserts between a pair of lateral plate 26a of terminal pars intermedia 26 from the below of terminal pars intermedia 26, then shared crimp type terminal 38 axially on the position of these shared crimp type terminal 38 adjacent settings on, center conductor 11 inserts in the slit portion 68a, is directed in the shared crimp type terminal 38.
In addition, lead location division 92 is arranged on the position than the front of the 2nd patrix 90 contiguous shared crimp type terminals 38.Leading section in lead location division 92 is formed with slit portion 92a along above-below direction.The width dimensions of slit portion 92a is set to the diameter dimension greater than wire portion 35, and less than the width dimension of shared crimp type terminal 38.In addition, slit portion 92a in portion (top) be positioned at the groove 90a of the 2nd patrix 90 in (on) the roughly the same position of portion or a little by the position of top.In addition, the open lower side portion of slit portion 92a forms the shape of expanding gradually towards opening direction.And then the width dimensions of lead location division 92 forms the size between a pair of lateral plate 26a of the terminal pars intermedia 26 that can be configured in outer conductor terminal 22.And, if the leading section of this lead location division 92 inserts between a pair of lateral plate 26a of terminal pars intermedia 26 from the top of terminal pars intermedia 26, then shared crimp type terminal 38 axially on the position of shared crimp type terminal 38 adjacent settings on, wire portion 35 inserts in the slit portion 92a, is directed in the shared crimp type terminal 38.
Then, to cutting off in press section 81 and the 1st counterdie 64 outer conductor terminal 22 is described with the structure that chain band 29a cuts off from outer conductor terminal in outer conductor terminal cut-out portion the 61, the 1st.
Figure 11 is the figure of expression along the state of outer conductor terminal cut-out portion, the 1st cut-out press section and electric wire press section of axially observing from the coaxial cord side of outer conductor terminal, and Figure 12 is the end view of the state expression cuts off from outer conductor terminal outer conductor terminal with chain band before.
That is, outer conductor terminal cut-out portion 61 forms solid bulk, within it portion and with the part of the 1st counterdie 64 adjacent settings on be formed with and can accommodate the concave part 61g of outer conductor terminal with the chain 29a of being with.This concave part 61g carries the outer conductor terminal of guide portion 50 to carry the extended line of bullport 51 and form along terminal, carries the outer conductor terminal of the chain outer conductor terminal 29 that bullport sends here to be imported in this concave part 61g with chain band 29a by outer conductor terminal.
This outer conductor terminal cut-out portion 61 can be configured on the position with the 64 adjacent settings of the 1st counterdie free lifting, to cut off between the edge part 64e of press section 81 sides and outer conductor terminal 22 and outer conductor terminal can be cut off between with chain band 29a and interlock with the 1st counterdie 64 the 1st at the upper surface 64a of the 61e of upper edge portion of the peristome of concave part 61g and the 1st counterdie 64.
In addition, be formed with the roughly wire guide groove 61b of semicircular cylinder shape at the upper surface of outer conductor terminal cut-out portion 61, coaxial cord 10 carries on this wire guide groove 61b.
The 1st cuts off press section 81 has by the side of coaxial cord 10 the outstanding teat 81a that pushes downwards.This is pushed teat 81a and forms following outstanding size: before the crimping of carrying out pressure contact portion 28, and the 1st cut off the lateral parts butt of the upper surface of press section 81 and wire guide groove 81b and can make the 1st to cut off press section 81 and descend.
In addition, electric wire press section 82 be supported for can with respect to the 1st cut off that press section 81 easy on and off move and by elastomeric element 82S such as coil spring by the application of force downwards.And, the 1st cut off press section 81 push teat 81a be connected to the 1st cut off the upper surface of press section 81 when or before, be connected to the top of the coaxial cord 10 on the wire guide groove 81b, this coaxial cord 10 is remained on the fixed position on the wire guide groove 81b.
And, outer conductor terminal is configured in chain band 29a in the above-mentioned concave part 61g and the pressure contact portion 28 of one outer conductor terminal 22 is configured in the 1st counterdie 64 above state under, slider part 48 is descended, so that the 1st patrix 84 descends.So the 1st cuts off the upper surface that teat 81a is connected to the 1st cut-out press section 81 of pushing of press section 81, makes the 1st to cut off press section 81 declines.That is to say, be subjected to making the actuating force of the lift drive mechanism portion 49 that the 1st patrix 84 descends, thereby the 1st cuts off press section 81 and also descend.So outer conductor terminal 22 and outer conductor terminal are sandwiched in the part between the chain band 29a between the edge part 64e of the 61e of upper edge portion of concave part 61g and the 1st counterdie 64 (with reference to Figure 12), are finally cut off and cut off.The outer conductor terminal 22 that is cut off carries on the 1st counterdie 64, by the 1st patrix 84 is further descended, carries out the crimping of pressure contact portion 28 on the 1st counterdie 64 afterwards.
In addition, under the state above outer conductor terminal cut-out portion 61 is positioned at, the concave part 61g of above-mentioned outer conductor terminal cut-out portion 61 is positioned at than the position of carrying above the shared crimp type terminal 38 on the 2nd counterdie 70 leans on, and outer conductor terminal 22 is configured in than the position of this shared crimp type terminal 38 by the top.Thus, can supply with shared crimp type terminal 38 from the 2nd counterdie 70 sides to the 2nd counterdie 70, and outer conductor terminal 22 is supplied with to the 1st counterdie 64 from the 1st counterdie 64 sides.
In addition, descend in outer conductor terminal cut-out portion 61, the pressure contact portion 28 of outer conductor terminal 22 carries under the state on the 1st counterdie 64, and outer conductor terminal 22 descends, and the shared crimp type terminal 38 that is configured on the 2nd counterdie 70 is configured in the terminal pars intermedia 26 of outer conductor terminal 22.And, under this state, pressure contact portion 28 and shared crimp type terminal 38 be crimped on roughly the same position and the roughly the same time carries out.
In addition, shared crimp type terminal cut-out portion the 74, the 2nd cut-out press section 94 and the 2nd counterdie 70 and above-mentioned explanation similarly cut off from shared crimp type terminal shared crimp type terminal 38 with chain band 39a.
That is, as shown in Figure 6, be formed with in the shared crimp type terminal cut-out portion 74 and can dispose the concave part 74g of shared crimp type terminal with chain band 39a.In addition, the 2nd cuts off press section 94 pushes downwards from the position of avoiding outer conductor terminal 22 in the side with shared crimp type terminal cut-out portion 74, and this shared crimp type terminal cut-out portion 74 is moved downwards.And, decline by slider part 48, according to structure same as described above and action, at the upper surface 70a of the 2nd counterdie 70 between the edge part 74e of the upside of the peristome of the edge part 70e of concave part 74g side and concave part 74g, shared crimp type terminal 38 and shared crimp type terminal are cut off with the part between the chain band 39a, shared crimp type terminal 38 is cut off with chain band 39a from shared crimp type terminal.The shared crimp type terminal 38 that is cut off carries on the 2nd counterdie 70, and the 2nd patrix 90 descends then, thereby carries out the crimping of shared crimp type terminal 38.
At this moment, the active force of terminal press section 96 by force application part 96S with connecting portion 24 from it portion be pressed into to supplemental support portion 76.Thus, connecting portion 24 is securely held in the supplemental support portion 76.
＜4. the action of crimp type terminal 〉
Action to the terminal press-connection device of said structure describes.At first, in initial condition, slider part 48 is in the state (with reference to Fig. 6) after the rising.Under this state, the rising actuating force of the slider part 48 by before carries the outer conductor terminal of guide portion 50 to carry bullport 51 and shared crimp type terminal to carry bullport 52 by terminal, carries chain outer conductor terminal 29 and the shared crimp type terminal 39 of chain.And pressure contact portion 28 is configured in the state of the top of the 1st counterdie 64, outer conductor terminal 22 is configured in down between module 60 and the last module 80.In addition, shared crimp type terminal 38 is configured on the 2nd counterdie 70.
In addition, the shared crimp type terminal 39 of chain outer conductor terminal 29 and chain is wound onto on the spool (reel), and is supplied with from this spool.Under the state that is wound on the spool, can assemble inner wire terminal 30 and capacitor part 34 in each outer conductor terminal 22, can not assemble yet.In the latter case, assembling inner wire terminal 30 and capacitor part 34 get final product before this terminal press-connection device 40 carries out the terminal crimping.
Under this state, the operator is configured in down the end of coaxial cord 10 between module 60 and the last module 80.At this moment, the center conductor 11 that exposes is configured between a pair of lateral plate 26a, and the braid 13 that exposes is configured between the compressing piece 28a of pressure contact portion 28, and the end of exodermis 14 is configured between the compressing piece 28b of pressure contact portion 28.
Under this state, the driving by lift drive mechanism portion 49 descends slider part 48.So at first outer conductor terminal cut-out portion 61 descends, outer conductor terminal 22 cuts off with chain band 29a from outer conductor terminal, and carries on the 1st counterdie 64 (with reference to Figure 12).Then, descend, shared crimp type terminal 38 is cut off with chain band 39a from shared crimp type terminal, and carry on the 2nd counterdie 70 by slider part 48.
At this moment, the wire portion 35 of center conductor 11 and capacitor part 34 is guided and is housed in the shared crimp type terminal 38 by center conductor location division 68 and lead location division 92.In addition, the end of coaxial cord 10 remains in the outer conductor terminal cut-out portion 61 in the mode of being pushed by electric wire press section 82.In addition, the connecting portion 24 of outer conductor terminal 22 remains in the supplemental support portion 76 in the mode of being pushed by terminal press section 96.
If slider part 48 further descends, then the 1st patrix 84 is further near the 1st counterdie 64, between them, pressure contact portion 28 is crimped on the braid 13 and exodermis 14 that exposes, and shared crimp type terminal 38 is crimped on the wire portion 35 of center conductor 11 and capacitor part 34.
Afterwards, the driving by lift drive mechanism portion 49 is risen slider part 48.At this moment, if pressure contact portion 28 enters the 1st patrix 84 or shared crimp type terminal 38 enters the 2nd patrix 90, then in the way of rising, outer conductor terminal 22 is connected to dismounting brake 79, removes this and enters.
In addition, with the rising interlock of slider part 48, ensuing outer conductor terminal 22 and shared crimp type terminal 38 are supplied to down between module 60 and the last module 80.
In addition, in above-mentioned action specification, cut off outer conductor terminal 22 after, cut off shared crimp type terminal 38, the crimping of crimping of pressure contact portion 28 afterwards and shared crimp type terminal 38 is almost carried out simultaneously, but not necessarily must be like this.
Cut off and the cutting off of shared crimp type terminal 38 of outer conductor terminal 22 can almost be carried out simultaneously, also can cut off outer conductor terminal 22 again after cutting off shared crimp type terminal 38 in addition.
In addition, can carry out any one party earlier too, carry out the opposing party afterwards again for the crimping of pressure contact portion 28 and the crimping of shared crimp type terminal 38.For their sequential, can cut off press section 81 and the 2nd and cut off press section 94 and cut off press section 81 and the 2nd from slider part 48 outstanding outstanding length or the 1st and cut off crimping face position that press section 94 is connected to position, the 1st counterdie 64 and the 2nd counterdie the 70, the 2nd counterdie the 70, the 2nd patrix 90 of outer conductor terminal cut-out portion 61 and shared crimp type terminal cut-out portion 74 and wait and set by suitably adjusting the 1st.
Terminal press-connection device 40 according to said structure, shared crimp type terminal 38 can be crimped on the position on the wire portion 35 of center conductor 11 and capacitor part 34 in the position that roughly plane orthogonal (is generally horizontal plane at this) goes up, shared crimp type terminal 38 is disposed when between the 1st counterdie 64 and the 1st patrix 84 pressure contact portion 28 being crimped on braid 13 of relative with the 1st patrix 84 approaching direction with the 1st counterdie 64, dispose the 2nd counterdie 70 and the 2nd patrix 90.Therefore, on described plane, shared crimp type terminal 38 is being configured under the state of constant position, carry out the crimping of pressure contact portion 28 of outer conductor terminal 22 and the crimping of shared crimp type terminal 38, their crimping object's position is difficult for departing from each other, can carry out both sides' crimping well.
In addition, the crimping position of the crimping position of pressure contact portion 28 and shared crimp type terminal 38 also can be inconsistent on above-below direction.
In addition, in the present embodiment, the structure that has illustrated the 1st counterdie 64 and the 2nd counterdie 70 on base station 42, to be fixed in constant position and the 1st patrix 84 and the 2nd patrix 90 are descended downwards, but not necessarily must be said structure, it also can be the example that both sides move, also can be that the 1st patrix 84 and the 2nd patrix 90 are fixed, and the structure that the 1st counterdie 64 and the 2nd counterdie 70 rise.That is to say, so long as get final product relative to the approaching structure that moves between the 1st counterdie 64 and the 2nd counterdie 70 and the 1st patrix 84 and the 2nd patrix 90.
But, as present embodiment, by making the 1st counterdie 64 and the 2nd counterdie 70 on base station 4, be fixed in the structure that constant position descends the 1st patrix 84 and the 2nd patrix 90 downwards, can reduce moving part and driving mechanism portion, simplification that can implementation structure.In addition,, therefore can stably support outer conductor terminal 22, shared crimp type terminal 38, coaxial cord 10, carry out stable crimping because the 1st counterdie 64 and the 2nd counterdie 70 are fixed.
In addition, in the concave part 61g that outer conductor terminal is configured in the outer conductor terminal cut-out portion 61 above moving to chain band 29a and with an outer conductor terminal 22, be configured under the state above the 1st patrix 84, be subjected to making the actuating force that the 1st patrix 84 descends towards the 1st counterdie 64 and outer conductor terminal cut-out portion 61 is descended, thereby the edge part by them makes outer conductor terminal 22 cut off with chain band 29a from outer conductor terminal, and its pressure contact portion 28 carries on the 1st counterdie 64.And, between the 1st counterdie 64 and the 1st patrix 84, carry out the crimping of the pressure contact portion 28 of outer conductor terminal 22.Therefore, after cutting off outer conductor terminal 22, then carry out the crimping of pressure contact portion 28, can carry out above-mentioned operation smoothly and promptly by simpler structure.
And, under the state above outer conductor terminal cut-out portion 61 is in, because outer conductor terminal 22 is configured in than being equipped on shared crimp type terminal 38 on the 2nd counterdie 70 by the position of top, therefore can make shared crimp type terminal 38 avoid and conductor terminal 22 between interference and easily be configured on the 2nd counterdie 70.And, descend and the pressure contact portion 28 of outer conductor terminal 22 carries under the state on the 1st counterdie 64 in outer conductor terminal cut-out portion 61, the shared crimp type terminal 38 that carries on the 2nd counterdie 70 is configured in the terminal pars intermedia 26 of outer conductor terminal 22, therefore can almost carries out pressure contact portion 28 and shared crimp type terminal 38 both sides' crimping simultaneously.
In addition, also can by same structure carry out shared crimp type terminal 38 from shared crimp type terminal with the cutting off and the crimping of shared crimp type terminal 38 of chain band 39a, so this cuts off operation and the crimping operation also can be carried out smoothly and promptly by simpler structure.
(variation)
In addition, above-mentioned lift drive mechanism portion 49 also can have above-mentioned the 1st patrix 84 and the 2nd patrix 90 are carried out 2 drive divisions that lifting drives respectively.
In addition, as shown in figure 13, also can be following structure: carry the upper surface of guide portion 50 to be formed with the peristome 50h that makes outer conductor terminal carry bullport 51 to expose upward at terminal, and the pressing mechanism that capacitor part 34 and inner wire terminal 30 are pressed into to the front of connecting portion 24 is set at this.Such mechanism can adopt for example following structure: the part 101 that is pressed into that will be provided with " U " font groove 101g by driving mechanisms such as cylinder 104 at leading section is supported for and can freely advances and retreat along the axial of outer conductor terminal 22, and will be pressed into that part 101 is configured to can be by having omitted the outer conductor terminal 22 of illustrated drive unit in outer conductor terminal is carried bullport 51 freely near separation.
And, being sent to outer conductor terminal at predetermined outer conductor terminal 22 carries under the state in the precalculated position in the bullport 51, make and be pressed into part 101 declines, in wire portion 35 insertion grooves with capacitor part 34, under this state, if make to be pressed into part 101 and to keep out of the way and move to the precalculated position, then capacitor part 34 and inner wire terminal 30 are pressed into the front of connecting portion 24 more reliably.
In addition, also can in above-mentioned peristome 50h, be provided for waiting and detect coming off and whether being pressed into the test section in precalculated position of capacitor part 34 by image processing.
Understand this terminal press-connection device as mentioned above in detail, but above-mentioned explanation only is an example, the invention is not restricted to this.Without departing from the scope of the invention, can access a lot of variation that do not have example.
Claims (5)
1. terminal press-connection device, when the crimp type terminal crimping that is assembled with inner wire terminal and electric component in the electric wire that will have 2 conductors and the outer conductor terminal with pressure contact portion is connected, described pressure contact portion is crimped on side's conductor in described 2 conductors, and shared crimp type terminal is crimped on the connecting portion and the opposing party's conductor in described 2 conductors of described electric component, described terminal press-connection device has:
The 1st counterdie, it can carry described pressure contact portion;
The 1st patrix, itself and described the 1st counterdie subtend dispose, and the described pressure contact portion that will be equipped on described the 1st counterdie is crimped on described side's conductor;
The 2nd counterdie, it can carry described shared crimp type terminal;
The 2nd patrix, itself and described the 2nd counterdie subtend dispose, and the described shared crimp type terminal that will be equipped on described the 2nd counterdie is crimped on the connecting portion of described the opposing party's conductor and described electric component; And
Driving mechanism portion, it moves described the 1st patrix and described the 1st counterdie near-earth that connects, between described the 1st patrix and described the 1st counterdie, to carry out the crimping of described pressure contact portion, and described the 2nd patrix and described the 2nd counterdie near-earth that connects is moved, between described the 2nd patrix and described the 2nd counterdie, to carry out the crimping of described shared crimp type terminal
Described the 2nd counterdie and the 2nd patrix are configured in upper/lower positions: relative with described the 1st patrix approaching direction with described the 1st counterdie roughly on the plane orthogonal, described crimp type terminal is disposed when being crimped on described pressure contact portion on described side's conductor between described the 1st counterdie and described the 1st patrix position, described shared crimp type terminal can be crimped on the connecting portion of described the opposing party's conductor and described electric component.
2. terminal press-connection device according to claim 1, wherein,
Described the 1st counterdie and described the 2nd counterdie are being fixed on the base station on the constant position,
Described driving mechanism portion makes described the 1st patrix descend towards described the 1st counterdie, and described the 2nd patrix is descended towards described the 2nd counterdie.
3. terminal press-connection device according to claim 2, described outer conductor terminal are connected outer conductor terminal side by side with on chain being with, and supply to described terminal press-connection device as the chain outer conductor terminal,
Described terminal press-connection device also has outer conductor terminal cut-out portion, this outer conductor terminal cut-out portion has the concave part that can accommodate described connecting band, and be configured at the side of described the 1st counterdie free lifting, cutting off by the edge of described concave part and the edge of described the 1st counterdie
In the described concave part that described outer conductor terminal is configured in the described outer conductor terminal cut-out portion above moving to chain band and with a described outer conductor terminal, be configured under the state above described the 1st counterdie, make described outer conductor terminal cut-out portion be subjected to making the actuating force that described the 1st patrix descends towards described the 1st counterdie and descend, at described two edges a described outer conductor terminal is cut off with chain band from described outer conductor terminal thus, and its pressure contact portion lift-launch is carried out crimping on described the 1st counterdie.
4. terminal press-connection device according to claim 3, wherein,
Described outer conductor terminal place of incision in above state under, outer conductor terminal is configured in than the shared crimp type terminal that is carried on the 2nd counterdie by the position of top,
Cut off at described outer conductor terminal that the subordinate falls, the pressure contact portion of outer conductor terminal carries under the state on the 1st counterdie, the shared crimp type terminal that carries on the 2nd counterdie be configured in can be in described outer conductor terminal the connecting portion of the described electric component of crimping and the position of described the opposing party's conductor.
5. according to each described terminal press-connection device in the claim 2～4, described shared crimp type terminal is connected shared crimp type terminal side by side with on chain being with, and supplies to described terminal press-connection device as the shared crimp type terminal of chain,
Described terminal press-connection device also has shared crimp type terminal cut-out portion, this shared crimp type terminal cut-out portion has can accommodate the concave part of described shared crimp type terminal with connecting band, and be configured at the side of described the 2nd counterdie free lifting, cutting off by the edge of described concave part and the edge of described the 2nd counterdie
Described shared crimp type terminal is configured under the state above described the 2nd counterdie in the described concave part that described shared crimp type terminal is configured in the described shared crimp type terminal cut-out portion above moving to chain band and with one, make described shared crimp type terminal cut-out portion be subjected to making the actuating force that described the 2nd patrix descends towards described the 2nd counterdie and descend, at described two edges a described shared crimp type terminal is cut off with chain band from described shared crimp type terminal thus, and lift-launch is carried out crimping on described the 2nd counterdie.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2006339749A JP4636013B2 (en) | 2006-12-18 | 2006-12-18 | Terminal crimping device |
| JP339749/2006 | 2006-12-18 | ||
| PCT/JP2007/062519 WO2008075472A1 (en) | 2006-12-18 | 2007-06-21 | Terminal crimping device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101548443A true CN101548443A (en) | 2009-09-30 |
| CN101548443B CN101548443B (en) | 2012-02-08 |
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ID=39536110
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2007800447564A Expired - Fee Related CN101548443B (en) | 2006-12-18 | 2007-06-21 | Terminal crimping device |
Country Status (3)
| Country | Link |
|---|---|
| JP (1) | JP4636013B2 (en) |
| CN (1) | CN101548443B (en) |
| WO (1) | WO2008075472A1 (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102859812A (en) * | 2010-04-13 | 2013-01-02 | 施洛伊尼格控股有限公司 | Crimping Press |
| CN105846275A (en) * | 2015-01-30 | 2016-08-10 | 矢崎总业株式会社 | Terminal crimping device |
| CN107069372A (en) * | 2015-12-16 | 2017-08-18 | 矢崎总业株式会社 | Terminal press-connection device |
| US10511131B2 (en) | 2015-12-16 | 2019-12-17 | Yazaki Corporation | Terminal crimping device |
| CN113872000A (en) * | 2021-10-22 | 2021-12-31 | 江苏博之旺自动化设备有限公司 | Outer conductor crimping device |
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| JP2010135120A (en) * | 2008-12-02 | 2010-06-17 | Yazaki Corp | Terminal crimper for cable core wire and terminal crimping machine |
| JP2011003363A (en) | 2009-06-17 | 2011-01-06 | Hirose Electric Co Ltd | Crimp terminal structure, and terminal crimping device |
| JP5506278B2 (en) * | 2009-08-10 | 2014-05-28 | 矢崎総業株式会社 | Terminal crimping device |
| US20120315666A1 (en) * | 2010-02-26 | 2012-12-13 | Kazushi Fujioka | Detection apparatus and method for detecting airborne biological particles |
| JP5659394B2 (en) * | 2011-10-25 | 2015-01-28 | ヒロセ電機株式会社 | Terminal crimping device |
| KR101491773B1 (en) | 2013-10-02 | 2015-02-11 | 범일산업 주식회사 | Terminal fusing device |
| JP6003877B2 (en) | 2013-12-25 | 2016-10-05 | 住友電装株式会社 | Terminal feeder |
| CN108134298B (en) * | 2017-12-11 | 2019-12-10 | 日立楼宇技术（广州）有限公司 | Terminal crimping device |
| US11862919B2 (en) * | 2022-01-19 | 2024-01-02 | Te Connectivity Solutions Gmbh | Two stage shear permitting terminal extrusion |
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| JP3982480B2 (en) * | 2003-10-31 | 2007-09-26 | 住友電装株式会社 | Multi-crimping device and terminal supply module |
| JP4377736B2 (en) * | 2004-04-07 | 2009-12-02 | 株式会社オートネットワーク技術研究所 | Shielded wire connector and connection method with shielded wire |
| JP2006079867A (en) * | 2004-09-08 | 2006-03-23 | Kodera Electronics Co Ltd | Applicator for crimping terminal |
| JP2007026968A (en) * | 2005-07-20 | 2007-02-01 | Auto Network Gijutsu Kenkyusho:Kk | Terminal crimping device |
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2006
- 2006-12-18 JP JP2006339749A patent/JP4636013B2/en not_active Expired - Fee Related
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2007
- 2007-06-21 CN CN2007800447564A patent/CN101548443B/en not_active Expired - Fee Related
- 2007-06-21 WO PCT/JP2007/062519 patent/WO2008075472A1/en active Application Filing
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102859812A (en) * | 2010-04-13 | 2013-01-02 | 施洛伊尼格控股有限公司 | Crimping Press |
| CN105846275A (en) * | 2015-01-30 | 2016-08-10 | 矢崎总业株式会社 | Terminal crimping device |
| CN105846275B (en) * | 2015-01-30 | 2019-07-09 | 矢崎总业株式会社 | Terminal press-connection device |
| CN107069372A (en) * | 2015-12-16 | 2017-08-18 | 矢崎总业株式会社 | Terminal press-connection device |
| CN107069372B (en) * | 2015-12-16 | 2019-04-12 | 矢崎总业株式会社 | Terminal press-connection device |
| US10511131B2 (en) | 2015-12-16 | 2019-12-17 | Yazaki Corporation | Terminal crimping device |
| CN113872000A (en) * | 2021-10-22 | 2021-12-31 | 江苏博之旺自动化设备有限公司 | Outer conductor crimping device |
| CN113872000B (en) * | 2021-10-22 | 2024-05-10 | 江苏博之旺自动化设备有限公司 | Outer conductor crimping device |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2008153056A (en) | 2008-07-03 |
| JP4636013B2 (en) | 2011-02-23 |
| CN101548443B (en) | 2012-02-08 |
| WO2008075472A1 (en) | 2008-06-26 |
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