CN104218429B - Positioning device and positioning method - Google Patents

Positioning device and positioning method Download PDF

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Publication number
CN104218429B
CN104218429B CN201310232540.8A CN201310232540A CN104218429B CN 104218429 B CN104218429 B CN 104218429B CN 201310232540 A CN201310232540 A CN 201310232540A CN 104218429 B CN104218429 B CN 104218429B
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China
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positioners
plug
main part
support base
main
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CN104218429A (en
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张华�
陈必诚
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Tyco Electronics Kunshan Co Ltd
TE Connectivity Corp
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Tyco Electronics Kunshan Co Ltd
Tyco Electronics Corp
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Abstract

Disclosed is a positioning device used for positioning a main guide wire and a branch guide wire of the main guide wire in the data line manufacturing process. The positioning device comprises a main frame and a first guide wire positioning mechanism. The main frame is provided with a first supporting seat; the first guide wire positioning mechanism is detachably mounted on the first supporting seat and matches with the same as designed to position the first end of the main guide wire; the first guide wire positioning mechanism comprises a first branch guide wire positioning mechanism used for positioning a first branch guide wire separated from the first end of the main guide wire. The positioning device is capable of positioning the branch guide wire of the main guide wire in the data line manufacturing process, and insulating layer stripping and welding operations can be performed on the branch guide wire conveniently. The invention further provides a method utilizing the positioning device to position the main guide wire and the branch guide wire.

Description

Positioner and localization method
Technical field
The present invention relates to a kind of positioner, more particularly, it relates to one kind is used for during manufacture has usb data wire The positioner of positioning lead and interface arrangement and side main traverse line and offset being positioned using described positioner Method.
Background technology
In the small electronic equipment of such as mobile phone, pda, mp3, mp4, notebook computer, radio etc generally Realize data transfer or electron equipment charge using usb (universal serial bus) data wire.For example, Fig. 1 a shows Go out a kind of schematic diagram of the usb data wire Plays usb interface end for mobile phone, Fig. 1 b shows a kind of Fig. 1 a's The schematic diagram of charging end (also referred to as miniature usb interface end) in usb data wire, Fig. 1 c shows the usb interface end of Fig. 1 a along a-a The sectional view of line.
Usually, referring to Fig. 1 a-1c, the usb interface end of usb data wire 200 is configured to a kind of male electrical connectors, And include main traverse line 201, the offset being included in main traverse line, the first plug and be used for fixing the first plug and dominate First fixed shell 206 being made up of insulant of line 201.First plug includes the first dielectric base 203, is fixed on first 4 the first conducting strips 204 in dielectric base 203 and be enclosed in the first shield shell 205 in the first dielectric base 203. As illustrated in figure 1 c, in the surface and the first shield shell 205 for the first dielectric base 205 fixing the first conducting strip 204 There is between side the first receiving gap 210.In addition, being provided with fixing hole 207 on the first shield shell 205.
Similarly although not shown it will be understood that the charging end of usb data wire 200 is also configured to a kind of plug-type electricity Adapter, and include main traverse line 201, the offset being included in main traverse line, the second plug and be used for fixing the second plug The second fixed shell 209 being made up of insulant with main traverse line 201.Second plug includes the second dielectric base, is fixed on 4 the second conducting strips in second dielectric base, the secondary shielding housing 208 being enclosed in the second dielectric base.
For above-mentioned usb data wire, usb interface end can be plugged into such as computer as a kind of male electrical connectors In female type usb interface, the female type that charging end can be plugged into such as mobile phone as a kind of male electrical connectors charges In port.In this manner it is possible to realize the charging to mobile phone using the usb interface of computer, or in mobile phone and meter Carry out data transmission between calculation machine.In some cases, charging end can be plugged into such as number as a kind of male electrical connectors In the female type port of camera.
During manufacturing this usb data wire, need to separate the offset at main traverse line two ends, peel off point The insulating barrier of open traverse, it is welded to afterwards on the first conducting strip and the second conducting strip.Due to detached offset length Very short, and conductive wire is very thin, and easier detached offset is positioned, thus have impact on stripping insulation layer and It is welded to the operation of conducting strip.
Content of the invention
For overcoming the defect of of the prior art above-mentioned or other side, the present invention proposes a kind of positioner, in system Offset in main traverse line can be positioned during making data wire, consequently facilitating carrying out to offset peeling off absolutely Edge layer and welding operation.
The present invention further provides a kind of positioner, the plug of usb data wire can be positioned.
The present invention also provides a kind of method main traverse line and offset being positioned using described positioner.
Embodiment according to an aspect of the present invention, provides a kind of positioner, for the process in manufaturing data line In the offset of main traverse line and main traverse line is positioned, described positioner includes: main body frame, on described main body frame It is provided with one first support base；And the first wire detent mechanism, it is removably mounted on described first support base and be constructed Becoming is cooperated with described first support base is positioned with the first end to described main traverse line, and described first wire detent mechanism includes For to the first offset detent mechanism being positioned from detached first offset of first end of described main traverse line.
In above-mentioned positioner, described first offset detent mechanism includes: the first main part, described first main body The first end in portion is provided with the multiple first located lateral grooves arranged in the width direction, leads for accommodating described first branch respectively Line；And first maintaining part, it is configured to cooperate with described first located lateral groove to position described first offset.
In above-mentioned positioner, described first maintaining part includes: the first holding seat, and described first holding seat adopts adhesive Mode is detachably connected on described first main part；And first positioning salient, it is formed at described first and keep on seat, And it is configured to extend into described first located lateral groove, led with remaining contained within the branch in described first located lateral groove Line.
In above-mentioned positioner, the position of the neighbouring first end of described first main part forms the first knot of horizontal expansion Close groove, described first located lateral groove is formed on a side wall of described first engagement groove, and described first positioning salient can It is attached in described first engagement groove.
In above-mentioned positioner, at least one of described first main part and described first holding seat are provided with least One the first mounting groove, is provided with first magnet in each described first mounting groove, and the described first holding seat adhesive is arrived On described first main part.
In above-mentioned positioner, being respectively provided on two sides with of faying face of described first holding seat first combines projection, institute The both sides combination stating the first end of the first main part combines between projection at two first.
In above-mentioned positioner, the faying face of described first main part is provided with the first longitudinal direction positioning of longitudinal extension Groove, for positioning described main traverse line.
In above-mentioned positioner, the faying face of described first main part is provided with the second locator protrusions；
Described first support base is provided with the second engagement groove, and described second locator protrusions is attached to described second engagement groove In.
In above-mentioned positioner, the faying face of described first main part is provided with the 3rd locator protrusions, and the described 3rd is fixed Position projection is attached to the outside of described first support base.
In above-mentioned positioner, at least one of described first main part and described first support base are provided with least One the second mounting groove, is provided with second magnet in each described second mounting groove, will be detachable for described first main part Ground adhesive is on described first support base.
In above-mentioned positioner, described first support base is provided with the first holding tank, for accommodating the first of data wire Fixed shell.
Above-mentioned positioner also includes: the first bracing frame, is arranged on described first support base；And first plug positioning Mechanism, is removably mounted on described first bracing frame, to position the first plug of described data wire.
In above-mentioned positioner, described first plug is usb plug.
In above-mentioned positioner, described first bracing frame includes: the first supportive body, is configured to support described first Plug detent mechanism；And at least one first installing arm, it is constructed to pass through described first supportive body in the longitudinal direction Extend and connected to described first support base.
In above-mentioned positioner, each described first installing arm is removably pacified by a corresponding control device It is attached to described first support base.
In above-mentioned positioner, each described control device includes: the first lock slots, is formed at accordingly described first Near the end of installing arm, the first installing arm is inserted into corresponding first being formed in described first support base in the longitudinal direction In installing hole；First lock hole, in described first support base along short transverse extend, and be inserted in the first installing hole First lock slots alignment of described first installing arm；And first stop pin, described first stop pin is arranged on corresponding first In lock hole, and it is configured to operationally to be inserted in described short transverse in described first lock slots or from described Depart from one lock slots, described first installing arm is locked onto in described first support base or allows described first installing arm Extract from described first support base.
In above-mentioned positioner, described control device also includes: the first holding meanss, is configured to lock described first Rationed marketing is maintained at the state being inserted in described first lock slots；And first tripper, it is configured to drive described first Stop pin departs from from described first lock slots, to allow to extract described first installing arm from described first support base.
In above-mentioned positioner, the first holding meanss include: the first fixing device, are arranged on described first lock hole In；And first elastic device, it is arranged between described first fixing device and the first stop pin.
In above-mentioned positioner, described first tripper includes: the first solution lockhole, edge in described first support base Short transverse extends, and connects with described first lock slots inside described first support base；First drive division, is configured to Can move in the described first solution lockhole under external drive；First unlocking feature, is configured in described first driver part Driving under drive described first stop pin to depart from from described first lock slots；And first resetting means, it is configured to drive Move described first unlocking feature and return to original position.
In above-mentioned positioner, described first stop pin includes: the first solution locked groove；And first unblock inclined-plane, formed Upper limb in the described first solution locked groove.Described first unlocking feature includes: the first driver slot, and described first drive division can be plugged into In described first driver slot, to drive described first unlocking feature to move；And first insertion section, it is configured to be resisted against described On first unblock inclined-plane and slide into described first from the described first unblock inclined-plane under the driving of described first drive division to unlock In groove, thus driving described first stop pin to depart from the first lock slots in described first installing arm.
In above-mentioned positioner, described first plug detent mechanism includes: the second main part, is arranged on described first On support；And first installing mechanism, it is arranged on described second main part, and be configured to be inserted into described usb plug Between first dielectric base and the first shield shell.
In above-mentioned positioner, described first plug detent mechanism also includes: the second holding meanss, is configured to institute State usb plug to be maintained on described first plug detent mechanism.
In above-mentioned positioner, described second holding meanss include: the first retainer body, are pivotably mounted on described On second main part；Holding head, is arranged in described first retainer body, and is configured to insert described usb plug In fixing hole；And first resilient retention features, it is configured to oppress described first retainer body so that described holding head is by institute State usb plug to be maintained on described first plug detent mechanism.
In above-mentioned positioner, described second holding meanss also include: buffer gear, are configured to resist described first The elastic force of resilient retention features, to mitigate the impact to described usb plug for the described holding head.
In above-mentioned positioner, described first retainer body includes: the first arm and the second arm.Described buffer gear bag Include: buffer main portion, being configured between described first arm and the second arm can be around being passed through in buffer main portion Through hole pivots with the first of the through hole being formed on the first arm and the second arm, and described holding head is formed at described buffering main body In portion；And elastic equilibrium mechanism, it is arranged in described buffer main portion, and be configured to resist described first elastic holders The elastic force of part.
In above-mentioned positioner, it is recessed that described elastic equilibrium mechanism is arranged on first being formed in described buffer main portion Mouthful and the second recess of being formed at least one of described first arm and second arm in.
In above-mentioned positioner, described second holding meanss also include the first position-limit mechanism, are configured to restriction described The anglec of rotation of buffer main portion.
In above-mentioned positioner, described first position limiting structure includes: restriction protrusion, is formed at described buffer main portion On；And first spacer pin, it is arranged on described first arm and the second arm, and be configured to be combined with described restriction protrusion, with Limit the anglec of rotation of described buffer main portion.
In above-mentioned positioner, the elastic force of described first resilient retention features is more than the bullet of described elastic equilibrium mechanism Power.
In above-mentioned positioner, described first installing mechanism is removably mounted on described second main part.
In above-mentioned positioner, at least one of described second main part and described first bracing frame are provided with least One the 3rd mounting groove, is provided with the 3rd magnet in each described 3rd mounting groove, will be detachable for described second main part Ground adhesive is on described first bracing frame.
In above-mentioned positioner, one of described second main part and described first bracing frame are upper to install at least one First alignment pin, another in described second main part and described first bracing frame is provided with for accommodating described first positioning First receiving hole of pin.
Above-mentioned positioner includes: the second support base, is arranged on described main body frame；And the second wire localization machine Structure, is removably mounted on described second support base and is configured to cooperate with described second support base with to described main traverse line The second end positioned, described second wire detent mechanism is included for the second end detached second from described main traverse line The second offset detent mechanism that offset is positioned.
In above-mentioned positioner, described second offset detent mechanism includes: the 3rd main part, described 3rd main body The first end in portion is provided with the multiple second located lateral grooves arranged in the width direction, leads from described second branch for accommodating respectively Line；And second maintaining part, it is configured to cooperate with described second located lateral groove to position described second offset.
In above-mentioned positioner, described first maintaining part includes: the second holding seat, and described second holding seat adopts adhesive Mode is detachably connected on described 3rd main part；And second positioning salient, it is formed at described second and keep on seat, And it is configured to extend into described second located lateral groove, led with remaining contained within the branch in described second located lateral groove Line.
In above-mentioned positioner, described second support base is provided with the second holding tank, for accommodating the second of data wire Fixed shell.
Above-mentioned positioner also includes: the second bracing frame, is arranged on described second support base；And second plug positioning Mechanism, is removably mounted on described second bracing frame, to position the second plug of described data wire.
In above-mentioned positioner, described second plug is charging plug.
In above-mentioned positioner, described second bracing frame includes: the second supportive body, is configured to support described second Plug detent mechanism；And at least one second installing arm, it is constructed to pass through described second supportive body in the longitudinal direction Extend and connected to described second support base.
In above-mentioned positioner, each described second support arm is removably installed by a corresponding control device To described second support base.
In above-mentioned positioner, described second plug detent mechanism includes: the 4th main part, is arranged on described second On support；And second installing mechanism, it is arranged on described 4th main part, and be configured to described charging plug is installed.
In above-mentioned positioner, described second installing mechanism includes:
First assembly wall and the second assembly wall, are arranged on described 4th main part, and described first assembly wall and Form receiving space between the faying face of at least one of two assembly walls and described 4th main part；And first pivot machine Structure, described first privot mechanism is pivotably mounted in described receiving space in the longitudinal direction, described first privot mechanism First end extend and form clamping part towards the inner side of described first assembly wall, described clamping part is configured to towards described Two assembly walls bias described charging plug.
In above-mentioned positioner, described second installing mechanism also includes: first elastically keeps assembly, including the second elasticity Holding member, described second resilient retention features be configured to be elastically biased toward the second end of described first privot mechanism so that Described clamping part clamps described charging plug.
In above-mentioned positioner, described second resilient retention features also include: the first opening, in described 4th main part In extend in the longitudinal direction；Second opening, extends in described second assembly wall in the vertical direction, described second opening with Described first open communication；First blocking pin, is inserted into the first opening from described second opening；3rd opening, described first Second end of privot mechanism extends in the vertical direction；Cut portion, is formed at described the of described first assembly wall bottom In four main parts, and described first opening extends to described cut portion；And second blocking pin, it is inserted into from described cut portion Described 3rd opening.Described second resilient retention features are arranged between described first blocking pin and the second blocking pin.
In above-mentioned positioner, described second installing mechanism also includes: the second privot mechanism, described second privot mechanism It is pivotably mounted in the vertical direction between described first assembly wall and the second assembly wall, described charging plug is arranged on institute State between the second assembly wall, the faying face of described 4th main part, the first end of described first privot mechanism and described clamping part In the space limiting.
In above-mentioned positioner, described second installing mechanism also includes: the 3rd resilient retention features, is arranged on described Between second end of two privot mechanisms and the 4th main part, to make first by oppressing the second end of described second privot mechanism End maintains described charging plug.
In above-mentioned positioner, described second installing mechanism also includes: relieving mechanism, is configured to discharge described clamping The extruding to described charging plug for the portion.
In above-mentioned positioner, described relieving mechanism includes: drives projection, the of neighbouring described second privot mechanism The position at two ends extends downwardly；The driven wing, extends towards described second assembly wall at the second end of described first privot mechanism, institute State and driven opening is formed on the driven wing, described driven opening is coordinated with incline plane type with described driving projection, with by pressing institute State the second end of the second privot mechanism and make the described folder driving projection to pass through the described driven wing described first privot mechanism of driving Described charging plug is left in the portion of holding.
In above-mentioned positioner, described second installing mechanism also includes the second position-limit mechanism, is configured to be resisted against institute State the end of charging plug, moved towards the second end of described second privot mechanism with limiting described charging plug.
In above-mentioned positioner, described second position limiting structure includes: spacing hole, be formed at described first assembly wall, Between two assembly walls and described 4th main part；And second spacer pin, it is inserted in described spacing hole.
According to the embodiment of further aspect of the present invention, provide one kind using above-mentioned positioner to main traverse line and main traverse line The localization method that positioned of offset, comprise the steps: to prepare the main traverse line of predetermined length；Will be many in main traverse line Bar first offset is separated；First wire detent mechanism is pull-in on the first support base, and makes each offset It is individually positioned in the first located lateral groove of the first wire detent mechanism；By the first maintaining part adhesive to the first wire localization machine On first main part of structure, to clamp the first offset；And by the insulation displacement on the first offset and expose gold Belong to silk.
Above-mentioned localization method also comprises the steps: plug is arranged on the first plug detent mechanism；
The the first plug detent mechanism being mounted with plug is pull-in on the first bracing frame；The first plug positioning will be mounted with First bracing frame of mechanism is installed on the first support base so that exposing the gold of the first offset of the first wire detent mechanism Belong to silk to be located at respectively on the corresponding conducting strip of plug；Tinsel is welded on corresponding conducting strip.
In positioner according to the above-mentioned various embodiments of the present invention, can to from the detached offset of main traverse line, Usb plug and charging plug etc. are accurately positioned, and are easy to execute follow-up stripping insulation layer and welding procedure.
Brief description
In order that the purpose of the present invention, feature and advantage can become apparent from understandable, below in conjunction with the accompanying drawings and specific embodiment The invention will be further described, wherein:
Fig. 1 a is to illustrate a kind of schematic diagram of the usb data wire Plays usb interface end for mobile phone；
Fig. 1 b is the schematic diagram illustrating charging end in a kind of usb data wire of Fig. 1 a；
Fig. 1 c is the sectional view illustrating the usb interface end of Fig. 1 a along a-a line.
Fig. 2 is a kind of schematic perspective view of the positioner of exemplary embodiment illustrating the present invention, wherein, offset It has been welded on corresponding plug；
Fig. 3 is the decomposing schematic representation illustrating positioner shown in Fig. 2；
Fig. 4 is the enlarged diagram illustrating the main body frame shown in Fig. 3；
Fig. 5 is the decomposing schematic representation illustrating the main body frame shown in Fig. 4；
Fig. 6 is the enlarged diagram illustrating the first support base in the main body frame shown in Fig. 5；
Fig. 7 is the enlarged diagram illustrating the second support base in the main body frame shown in Fig. 4；
Fig. 8 is the enlarged diagram illustrating the first unlocking feature in the main body frame shown in Fig. 5；
Fig. 9 is the enlarged diagram illustrating the first stop pin in the main body frame shown in Fig. 5；
Figure 10 is the enlarged diagram illustrating the first drive division in the main body frame shown in Fig. 5；
Figure 11 is the decomposing schematic representation illustrating the first wire detent mechanism shown in Fig. 3；
Figure 12 is the schematic perspective view illustrating the first main part in the first wire detent mechanism shown in Figure 11；
Figure 13 is the side-looking enlarged diagram illustrating the b part shown in Figure 12；
Figure 14 is schematic perspective view during the first wire detent mechanism positioning lead illustrating the present invention；
Figure 15 is the decomposing schematic representation illustrating the first bracing frame shown in Fig. 3；
Figure 16 is the enlarged diagram illustrating the first plug detent mechanism shown in Fig. 3；
Figure 17 is the decomposing schematic representation illustrating the first plug detent mechanism shown in Figure 16；
Figure 18 is the enlarged diagram illustrating the second main part in the first plug detent mechanism shown in Figure 17；
Figure 19 is the enlarged diagram illustrating the first maintaining part in the first plug detent mechanism shown in Figure 17；
Figure 20 is the decomposing schematic representation illustrating the second wire detent mechanism shown in Fig. 3；；
Figure 21 is the schematic perspective view illustrating the second main part in the second wire detent mechanism shown in Figure 20；
Figure 22 is the side-looking enlarged diagram illustrating the c part shown in Figure 12；
Figure 23 is schematic perspective view during the second wire detent mechanism positioning lead illustrating the present invention；
Figure 24 is the decomposing schematic representation illustrating the first bracing frame shown in Fig. 3；
Figure 25 is the decomposing schematic representation illustrating the second plug detent mechanism shown in Fig. 3；
Figure 26 is the enlarged diagram illustrating the 4th main part in the second plug detent mechanism shown in Figure 25；
Figure 27 is that the amplification illustrating the inner side of the second privot mechanism in the second plug detent mechanism shown in Figure 25 is illustrated Figure；
Figure 28 is the schematic perspective view illustrating the first privot mechanism in the second plug detent mechanism shown in Figure 25；
Figure 29 is the top view illustrating the first privot mechanism shown in Figure 28；
Figure 30 is the schematic perspective view during positioner positioning lead illustrating using the present invention, in figure do not install first, Second bracing frame and first, second plug detent mechanism；
Figure 31 is the enlarged diagram illustrating d part in Fig. 2；And
Figure 32 is the enlarged diagram illustrating e part in Fig. 2.
Specific embodiment
Although the present invention will be fully described with reference to the accompanying drawing containing presently preferred embodiments of the present invention, should before being described herein Understand that those of ordinary skill in the art can change invention described herein, obtain the technique effect of the present invention simultaneously.Cause This is it should be understood that above description widely discloses for one for those of ordinary skill in the art, and its content does not lie in limit Make exemplary embodiment described in the invention.
The positioner 100 of the various exemplary embodiments according to the present invention can be applicable to manufacture such as mobile phone, Usb (universal serial is usually used in the small electronic equipment of pda, mp3, mp4, notebook computer, radio etc Bus) data wire 200.Referring to Fig. 1 a-1c, the usb interface end of usb data wire 200 is configured to a kind of male electrical connectors, And include main traverse line 201, the offset 2011 (referring to Figure 14) being included in main traverse line, usb plug (not shown), Yi Jiyong The first fixed shell 206 being made up of insulant in fixing usb plug and main traverse line 201.It is exhausted that first plug includes first Edge substrate 203,4 the first conducting strips 204 being fixed in the first dielectric base 203 and be enclosed in the first dielectric base 203 On the first shield shell 205.As illustrated in figure 1 c, for fix the first conducting strip 204 the first dielectric base 205 surface with There is between the inner side of the first shield shell 205 first receiving gap 210.In addition, being provided with fixation on the first shield shell 205 Hole 207.Similarly, the charging end of usb data wire 200 is also configured to a kind of male electrical connectors, and includes main traverse line 201st, the offset 2012 (referring to Figure 23) that is included in main traverse line, charging plug and be used for fixing charging plug and master Second fixed shell 209 being made up of insulant of wire 201.
The positioner 100 of a kind of overall design according to the present invention, for during manufaturing data line to master The offset 2011 and/or 2012 of wire 201 and main traverse line is positioned.Fig. 2 is the exemplary reality of one kind illustrating the present invention Apply the schematic perspective view of the positioner of example；Fig. 3 is the decomposing schematic representation illustrating positioner shown in Fig. 2.For ease of understanding, Herein, under the laying state of the positioner of the present invention shown in Fig. 2 and reference coordinate, " longitudinal ", " length direction " and " left and right directions " or " left and right " all represents the direction consistent with x-axis；" horizontal ", " width ", " thickness direction " and " front Rear direction " or " in front and back " all represent the direction consistent with z-axis；" vertical direction " and " short transverse ", " above-below direction " or " upper and lower " all represents the direction consistent with y-axis.
Reference picture 2-5, positioner 100 includes main body frame 1 and the first wire detent mechanism 2.Main body frame 1 is provided with One first support base 11.First wire detent mechanism 2 is removably mounted on the first support base 11 and is configured to and first Support base 11 is cooperated and is positioned with the first end to main traverse line 201, and described first wire detent mechanism 2 is included for from master The first offset detent mechanism that detached first offset 2011 (referring to 14) of first end of wire 201 is positioned.
According to a kind of exemplary embodiment of the present invention, referring to Figure 11-14, the first offset detent mechanism includes: the One main part 21, the first end (away from one end of main body frame 1) of described first main part 21 is provided with arranges in the width direction Multiple first located lateral grooves 211, for accommodating detached first offset (2011) from main traverse line 201 respectively；And First maintaining part 23, is configured to cooperate with the first located lateral groove 211 to position the first offset 2011.More specifically, First maintaining part includes the first holding seat 231 and the first positioning salient 232.First keeps seat 231 to adopt attracting mode removable It is connected to unloading on the first main part 21.First positioning salient 232 is formed on the first holding seat 231, and is configured to prolong Reach the first located lateral groove 211, to remain contained within the first offset 2011 in the first located lateral groove 211.
Referring to Figure 12, the position of the neighbouring first end of the first main part 21 forms the first knot that laterally (width) extends Close groove 213, the first located lateral groove 211 is formed on a side wall of described engagement groove, and the first positioning salient 232 can combine To in the first engagement groove 213, thus cooperating with the first located lateral groove 211 and being positioned at multiple offsets 2011 corresponding In first located lateral groove 211.It is fixed that the faying face of the first main part 21 is provided with the first longitudinal direction that longitudinal direction (left and right directions) extends Position groove 212, for positioning main traverse line 201.So, main traverse line 201 and 2011 points of the offset isolated from main traverse line 201 It is not positioned in first longitudinal direction locating slot 212 and the first located lateral groove 211, it is achieved thereby that to main traverse line and offset Positioning, be easy to divide by the insulation displacement of each the first offset and by the tinsel exposing using other stripping tool It is not welded on corresponding conducting strip.
At least one of first main part 21 and the first holding seat 23 are provided with least one first mounting groove 235, It is provided with first magnet 236 in each first mounting groove 235, first is kept seat 23 adhesive on the first main part 21, Be easy to by first holding seat 23 adhesive remove the first holding seat 23 on the first main part 21 or from the first main part 21. Further, first holding seat 23 faying face be respectively provided on two sides with first combine projection 234, the first of the first main part 21 The both sides at end combine and combine between projection 234 at two first, to prevent the first holding seat 23 from existing with respect to the first main part 21 Transversely move in front and back.
With reference to Fig. 6 and 12, the faying face of the first main part 21 is provided with the second locator protrusions 214 of extension.First support Seat 11 is provided with the second engagement groove 111, and when the first wire detent mechanism 2 is arranged on the first support base 11, described second is fixed Position projection 214 is attached in the second engagement groove 111.Further, the faying face of the first main part 21 is provided with the 3rd positioning and dashes forward Play 215, when the first wire detent mechanism 2 is arranged on the first support base 11, the 3rd locator protrusions 215 is attached to the first support The outside of seat 11.At least one of first main part 21 and the first support base 11 are provided with least one second mounting groove 216 And/or 113, it is provided with second magnet 22 in each second mounting groove 216 and 113, the first main part 21 is removably inhaled Close on the first support base 11.Using said structure, the first wire detent mechanism 2 easily can be installed and position exactly On the first support base 11, and the first wire detent mechanism 2 can be removed from the first support base 11.
Further, the first support base 11 is provided with the first holding tank 112, and first for accommodating data wire 200 is fixing Housing 206.Usually, during manufacturing usb data wire 200, the first fixed shell 206 and the second fixed shell 209 with Main traverse line is detached.
Referring to Fig. 3 and 15-16, the positioner 100 of the further exemplary embodiment according to the present invention also includes: the One bracing frame 3 and the first plug detent mechanism 4.First bracing frame 3 is removably mounted on the first support base 11.First plug Detent mechanism 4 is removably mounted on the first bracing frame 3, with the first plug of location data line, i.e. usb plug.
Referring to Fig. 3 and 15, in a kind of exemplary embodiment, the first bracing frame 3 includes: the first supportive body 31 and at least One the first installing arm 32.First supportive body 31 is configured to support the first plug detent mechanism 4.First installing arm 32 is by structure Cause to extend and connected to the first support base 11 in the longitudinal direction through the first supportive body 31.Specifically, in the first support Main body 31 is provided with the through hole 314 running through the first supportive body 31 along its length, and each first installing arm 32 passes through through hole 314.It is arranged to flanged structure 322 in the first end of the first installing arm 32, correspondingly, in the through hole 314 of the first supportive body 31 One end setting ledge structure (not shown), flanged structure 322 may be housed in adjustment structure.One first end cap 33 is set, First end cap 33 is provided with through hole 331, using bolt (not shown), end cap 33 is installed on the first supportive body 31, makes simultaneously First end cap 33 covers the end of each the first installing arm, thus the first installing arm 32 is arranged on the first supportive body 31.Can To understand, it would however also be possible to employ the first installing arm 32 is arranged on the first supportive body 31 by helicitic texture.
According to the positioner 100 of the present invention, each first installing arm passes through a corresponding control device removably It is installed to the first support base 11.Specifically, referring to Fig. 4-6,8-10 and 15, each described control device includes the first lock slots 321st, the first lock hole 1151 and the first stop pin 1152.First lock slots 321 are formed at the end of corresponding first installing arm 32 Near portion (the second end), the first installing arm 32 is inserted into corresponding first peace being formed in the first support base 11 in the longitudinal direction In dress hole 114.First lock hole 1151 extends along short transverse in the first support base 11, and is inserted into the first installing hole 114 In the first lock slots 321 of the first installing arm 32 align.First stop pin 1152 is arranged on corresponding first lock hole 1151 In, and in the first lock slots 321 being configured to operationally be inserted in the height direction the first installing arm 32 or from Depart from one lock slots 321, the first installing arm 32 is locked onto in the first support base 11 or allows the first installing arm 32 from Extract in first support base 11.
Described control device also includes: the first holding meanss, is configured to be maintained at the first stop pin 1152 and is inserted into State in first lock slots 321；And first tripper, it is configured to drive the first stop pin 1152 from the described first lock Determine to depart from groove 321, to allow to extract the first installing arm 32 from the first support base 11.Specifically, referring to Fig. 5-6,8-10, First holding meanss are included for example by being threadably mounted in the first lock hole 1,151 first fixing device 1153 and being arranged on The first elastic device 1154 between first fixing device 1153 and the first locking device 1152.Described first tripper bag Include: the first solution lockhole 1161, extend along short transverse in the first support base 11, and in the first support base 11 inside and the first lock Determine groove 1151 and connect (referring to Fig. 6)；First drive division 1164, is inserted perpendicularly into the first solution lockhole 1161, is configured in outside (example As by manually or automatically drive mechanism) drive lower can solution in lockhole 1161 first move；First unlocking feature 1162 It is inserted into the first lock hole 1151 from the first solution lockhole 1161, be configured to drive the under the driving of the first driver part 1164 One stop pin 1152 departs from from the first lock slots 321 of the first installation portion 32；And first resetting means 1163, it is configured to The first unlocking feature 1162 is driven to return to original position in the case of cancelling external force.
Further, referring to Fig. 9, the first stop pin 1152 includes: first solves locked groove 1155 and be formed at the first solution The upper limb first unblock inclined-plane 1156 of locked groove 1155.Referring to Fig. 8, the first unlocking feature 1162 includes: the first driver slot 1167, institute The lower end stating the first drive division 1164 can be plugged in the first driver slot 1167, to drive the first unlocking feature 1162 to move water Flat；And first insertion section 1168, it is configured to be resisted against on the first unblock inclined-plane 1156 and the drive in the first drive division 1164 Gradually slide into the first drive unblock 1155 from the first unblock inclined-plane 1156 under dynamic, thus driving the first stop pin 1152 to depart from the The first lock slots 321 in one installing arm 32.
During the first installing arm 32 is inserted in the first installing hole 114, the leading to foremost of the first installing arm 32 Cross be located at the first stop pin 1152 lower end inclined-plane the first stop pin 1152 is held up upwards so that the first installing arm 32 Front end is inserted into the bottom of the first stop pin 1152；But the first installing arm 32 is inserted when putting in place in the first support base 11, The lower end of the first stop pin 1152 is inserted into the first peace in the first fixing device 1153 and the first elastic device 1154 under effect In the first lock slots 321 on dress arm 32, meanwhile, the first insertion section 1168 of the first unlocking feature 1162 is due to elastic first The elastic force of resetting means 1163 and be in the not state to the first unblock inclined-plane 1156 to apply active force of the first stop pin 1152, Thus the first installing arm 32 is locked in the first support base 11.
If necessary to remove the first bracing frame 3 from the first support base 11, operator can use his or her finger Press the press surface 1165 of the first drive division 1164 so that the first drive division 1164 towards whole positioner 100 center (or Person's main body frame) move horizontally；The moving horizontally by being inserted in the of the first unlocking feature 1162 of first drive division 1164 Insertion end 1166 in one driver slot 1167 drives the first unlocking feature 1162 to move horizontally；With the first unlocking feature 1162 Move horizontally, positioned at the first unlocking feature 1162 end the first insertion section 1168 by by the unblock with the first stop pin 1152 In the first solution locked groove 1155 that the cooperation on inclined-plane 1156 and being inserted into is formed in the first stop pin 1152, first is locked simultaneously Pin 1152 holds up upwards；First stop pin 1152 is removed from the first lock slots 321 of the first installing arm 32, thus permits Permitted to extract the first installing arm 32 from the first support base 11.
Described above is the reality the first installing arm 32 extracted from the first support base 11 by pressing the first drive division Apply example, but the invention is not limited in this.In alternative embodiments, the first installing arm can be detachable by bolt mode Be arranged on the first support base 11 it is also possible to be fixedly mounted on the first support base 11.
Referring to Fig. 3 and 16-19, according to the exemplary embodiment of the present invention, the first plug detent mechanism 4 includes installing The second main part 41 on the first bracing frame 3 and the first installing mechanism 42.First installing mechanism 42 is arranged on the second main body In portion 41, and it is configured to be inserted into the first dielectric base 203 and first screen of the usb plug (not shown) of usb data wire 200 Cover in the first receiving gap 210 between housing 205.Further, the first plug detent mechanism 4 also includes the second holding dress Put, described second holding meanss are configured to described usb plug is maintained on the first plug detent mechanism 4.
In a kind of exemplary embodiment, the second holding meanss include the first retainer body 43, holding head 461 and the first bullet Property holding member 441.First retainer body 43 is by the through hole 431 that is formed in the first retainer body 43, to be formed at second main Through hole 411 on body 41 and bearing pin 451 are pivotably mounted on described second main part 41.Holding head 461 is arranged on In one retainer body 43, and it is configured in the fixing hole 207 (Fig. 1 a) of insertion usb plug.First resilient retention features 441 is a spring, and this spring is arranged on the groove 434 (Figure 19) being formed in the first retainer body 43 and is formed at the second main body In groove 413 in portion 41.First resilient retention features 441 are configured to oppress the first retainer body 43 so that holding head 461 Described usb plug is maintained on the first plug detent mechanism 4.
Further, the second holding meanss also include buffer gear, and described buffer gear is configured to resist the first elasticity The elastic force of holding member 441, to mitigate the impact to described usb plug for the holding head 461.First retainer body 43 includes being arranged on First arm 435 of first end and with the second arm 436 faced by the first arm 435.Described buffer gear includes buffer main portion 46 He Elastic equilibrium mechanism 442.Buffer main portion 46 is configured between the first arm 435 and the second arm 436 can be around being formed through The first pivot 453 in the through hole 464 in buffer main portion 46 and the through hole 433 being formed on the first arm 435 and the second arm 436 Rotate, holding head 461 is formed in buffer main portion 46.Elastic equilibrium mechanism 442 is arranged in buffer main portion 46, and by structure Cause to resist the elastic force of the first resilient retention features 441.Further, elastic equilibrium mechanism 442 is arranged on and is formed at buffering master The first recess 462 on body 46 and the second recess 4361 being formed at least one of the first arm 435 and the second arm 436 In (referring to Figure 19).The elastic force of the first resilient retention features 441 is more than the elastic force of elastic equilibrium mechanism 442.
Second holding meanss also include the first position limiting structure being configured to the anglec of rotation limiting described buffer main portion. More specifically, the first position limiting structure includes: be formed at the restriction protrusion 463 in described buffer main portion and the first spacer pin 452. The through hole 432 that first spacer pin 452 is passed through on the first arm 435 and the second arm 436 is arranged on the first arm 435 and the second arm On 436, and it is configured to be combined with restriction protrusion 463, to limit the anglec of rotation of buffer main portion 46.
When needing usb plug is installed on the first plug detent mechanism 4, operator can press the first holding master Second end 437 of body 43, the first retainer body 43 rotates counterclockwise so that the first end of the first retainer body 43 leaves the second master The faying face of body 41；Meanwhile, in the presence of bearing pin 451 and the first spacer pin 452, holding head 461 also leaves the second main body The faying face in portion 41, but the elastic force effect due to elastic equilibrium mechanism 442, buffer main portion 46 still produces the rotation of preset range Turn；Usb plug is installed to the first plug detent mechanism 4 so that the pecker 421 of the first installing mechanism 42 be inserted into described In the first receiving gap 210 between first dielectric base 203 of usb plug and the first shield shell 205；Afterwards, release is applied It is added in the pressing force on the second end 437 of the first retainer body 43, the first retainer body 43 will be in the first resilient retention features 441 Elastic force effect under rotate clockwise, holding head 461 is inserted in the fixing hole 207 of usb plug, but due to elastic equilibrium mechanism The effect of 442 less elastic force, holding head 461, by the fixing hole 207 being gradually inserted usb plug, will not be made to usb plug Become impact.
After operate corresponding to the execution of usb plug, press the second end 437 of the first retainer body 43 again, keep 461 leave fixing hole 207 in the presence of bearing pin 451 and the first spacer pin 452, thus allowing usb plug from pecker Extract on 421.
First installing mechanism 42 is removably mounted on the second main part 41, so can be easy to big according to usb plug Little replacing has the first installing mechanism of different peckers.Alternatively, the first installing mechanism can also be formed on On two main parts 41.
Further, referring to Figure 15, in the first supportive body 31 of the second main part 41 and the first bracing frame 3 at least one Individual be provided with least one the 3rd mounting groove 311, be provided with the 3rd magnet 312 in each the 3rd mounting groove 311, by second Main part 41 removably adhesive is on the first supportive body 31 of the first bracing frame 3.In addition, the second main part 41 and first One of first supportive body 31 of support 3 is upper to install at least one first alignment pin 313, described second main part 41 and the Another in one supportive body 31 is provided with the first receiving hole 316 for accommodating the first alignment pin, thus by the first plug Detent mechanism 4 is accurately fitted within the first bracing frame 3.
Referring to Fig. 3-7 and 7, the positioner 100 of the further exemplary embodiment according to the present invention also includes arranging The second support base 12 on described main body frame 1 and the second wire detent mechanism 5.Second wire detent mechanism 5 can be removed Be arranged on the second support base 12 and be configured to cooperate with the second support base 12 carried out with the second end to main traverse line 201 fixed Position, the first wire detent mechanism 5 is included for from detached second offset 2012 (Figure 23) in the second end of main traverse line 201 The the second offset detent mechanism being positioned.
Referring to Figure 20-23, the second offset detent mechanism includes: the 3rd main part 51, described 3rd main part 51 First end is provided with the multiple second located lateral grooves 511 arranged in the width direction, leads from described second branch for accommodating respectively Line 2012；And second maintaining part 53, it is configured to cooperate with described 3rd located lateral groove and led with positioning described second branch Line.First maintaining part 25 includes: the second holding seat 531, and described first holding seat 531 is detachably connected to using attracting mode On 3rd main part 51；And second positioning salient 532, it is formed on the second holding seat 531, and be configured to extend into Two located lateral grooves 511, to remain contained within the offset 2012 in the second located lateral groove 511.
Due to the usb plug of usb data wire 200 and the size of charging plug (small-sized usb plug or mini usb plug) Difference, therefore, the second located lateral groove 511 of the second wire detent mechanism 5 and the first of the first wire detent mechanism 2 is laterally fixed There is difference in position groove 211 (from Figure 12 and 22), and difference therebetween essentially consists in the second located lateral groove 511 Spacing between each locating slot is less.For other parts of the second wire detent mechanism 5, it is with the first wire detent mechanism 2 corresponding component is roughly the same, for simplicity, repeats no more.
Referring to Fig. 7, the second support base 12 is provided with the second appearance of the second fixed shell 209 for accommodating data wire 200 Receive groove 122.Referring to Fig. 3,7 and 24, the positioner 100 of the present invention also includes: the second bracing frame 6, is arranged on described second On support seat 12；And the second plug detent mechanism 7, it is removably mounted on the second bracing frame 6, with the second of location data line Plug, such as charging plug.Second bracing frame 6 includes: the second supportive body 61, is configured to support the second plug detent mechanism 7；And at least one second installing arm 62, it is constructed to pass through the second supportive body 61 and extend and connected in the longitudinal direction Second support base 12.Each described second support arm 62 is releasably attached to the second support by a corresponding control device Seat.
Of different sizes due to the first fixed shell 206 of usb data wire 200 and the second fixed shell 209, therefore, On the second holding tank 122 for accommodating the second fixed shell 209 on two support bases 12 and the second support base 11 for holding There is difference in the first holding tank 112 (from Fig. 6 and 7) of the second fixed shell 206 received.Other portions for the second support base 12 Part, it is roughly the same with the corresponding component of the first support base 11, for simplicity, repeats no more.And, the second bracing frame 6 Part is roughly the same with the corresponding component of the first bracing frame 3, for simplicity, repeats no more.
Describe a kind of the second plug localization machine of the exemplary embodiment according to the present invention referring to Fig. 3,25-29 in detail Structure 7.Second plug detent mechanism 7 includes the 4th main part 71 being arranged on described second bracing frame, and the second fitting machine Structure.Second installing mechanism is arranged on described 4th main part 71, and is configured to install charging plug (referring to Figure 32).
In one embodiment, the second installing mechanism includes faced by the first assembly wall 712 and the first assembly wall 712 Two assembly walls 713 and the first privot mechanism 74.First assembly wall 712 and the second assembly wall 713 are arranged on the 4th main part 71, And shape between the faying face of at least one of the first assembly wall 712 and the second assembly wall 713 and described 4th main part 71 Become receiving space 714.First privot mechanism 74, described first privot mechanism 74 is by being formed at the first assembly wall 712 and the 4th Through hole 716 on main part 71 and the bearing pin 7161 being arranged in through hole 716 are pivotably mounted on appearance in the longitudinal direction Receive in space 714, the first end (left end in Figure 29) of described first privot mechanism 74 is prolonged towards the inner side of the first assembly wall 712 Stretch and formed clamping part 741, described clamping part 741 is configured to bias charging plug towards the second assembly wall 713.Specifically, As shown in figure 29, clamping part 741 has corrugated contact surface.
Further, the second installing mechanism also includes: include the second resilient retention features 75 first elastically keeps assembly, Second resilient retention features 75 be configured to be elastically biased toward second end (right-hand member in Figure 29) of the first privot mechanism 74 so that Clamping part 741 clamps described charging plug.Second elastically keeps assembly also includes: the first opening 751, in the 4th main part 71 Extend in the longitudinal direction；Second opening 752, extends in the second assembly wall 713 in the vertical direction, the second opening 752 with First opening 751 connects；First blocking pin 756, is inserted into the first opening 751 from the second opening 752；3rd opening 754, Second end of one privot mechanism 74 extends in the vertical direction；Cut portion 755 (referring to Figure 26), is formed at the first assembly wall In 4th main part 71 of 712 bottoms, and the front and back of the first opening 751 extend up to cut portion 755；And second resistance Backing pin 753, is inserted into the 3rd opening 754 from cut portion 755.Second resilient retention features 75 are arranged on the first blocking pin 756 He Extend between the second blocking pin 753 of the first privot mechanism 74 bottom.Extend in the longitudinal direction for cut portion 755, because This allows the second blocking pin 753 stretching out from the first privot mechanism 74 bottom to move in the longitudinal direction cut portion 755.
Second installing mechanism also includes: the second privot mechanism 72, and described second privot mechanism 72 is by being formed at the first peace Through hole 715 in dress wall 712 and the second assembly wall 713 and bearing pin 7151 are pivotably mounted on the first installation in the vertical direction Between wall 712 and the second assembly wall 713.Described charging plug is arranged on by the combination of the second assembly wall 713, the 4th main part 71 In the space that face, the first end 721 of the second privot mechanism 72 and clamping part 741 limit.
Second installing mechanism also includes the 3rd resilient retention features 73, and the 3rd resilient retention features 73 are arranged on the second pivot Between second end 724 of mechanism 72 and the 4th main part 71, to make by oppressing the second end 724 of the second privot mechanism 72 One end maintains described charging plug.Specifically, the second end 724 of the second privot mechanism 72 and the 4th main part 71 are divided It is not provided with groove 723,711, the 3rd resilient retention features 73 are arranged in groove 723,711.
Second installing mechanism also includes: is configured to discharge the machine for releasing of the extruding to described charging plug for the described clamping part Structure.Described relieving mechanism includes: drives projection 722 and the driven wing 742.As shown in figure 27, drive projection 722 in neighbouring second pivot The position at the second end of rotation mechanism 72 extends downwardly, and forms driving inclined-plane on driving projection 722.The driven wing 742 is in the first pivot Second end of rotation mechanism 74 extends towards described second assembly wall 713, and the described driven wing 742 forms driven opening 743, described Driven opening 743 is coordinated with incline plane type with driving projection 722, to make drive by pressing the second end of the second privot mechanism 72 Dynamic projection 722 drives the clamping part 741 of described first privot mechanism 74 to leave described charging plug by the described driven wing 742.
Second installing mechanism also includes the second position-limit mechanism, and described second position-limit mechanism is configured to be resisted against charging plug End, mobile towards second end 724 of described second privot mechanism 72 to limit described charging plug.Specifically, the second limit Bit architecture includes: spacing hole 717 and the second spacer pin 7171 being inserted in described spacing hole 717.Spacing hole 717 is formed at institute State between the first assembly wall 712, the second assembly wall 713 and described 4th main part 71.But when charging plug is operated, the It is mobile towards second end 724 of described second privot mechanism 72 that two spacer pins 7171 can limit described charging plug.
With reference to Fig. 3,25-29, when needing to be installed to charging plug on the second plug detent mechanism 7, operator can To press down on the second end 724 of the second privot mechanism 72 so that the second privot mechanism 72 rotates clockwise and the second pivot The first end 721 of mechanism 72 is away from the faying face of the 4th main part 71；Meanwhile, the driving projection of the second privot mechanism 72 inner side The 722 driven openings 743 being inserted into the first privot mechanism 74, due to driving projection 722 to join with incline plane type with driven opening 743 Close, drive projection 722 to drive the first privot mechanism 74 to rotate clockwise by resisting the disengaging of the second resilient retention features 75, make The clamping part 741 obtaining the first privot mechanism 74 is away from the second assembly wall 713；Thus charging plug can be placed on by second Assembly wall 713, the faying face of the 4th main part 71, the first end 721 of the second privot mechanism 72, clamping part 741 and second are spacing In the space that pin 7171 limits；Release afterwards is applied to the pressing force on the second end 724 of the second privot mechanism 72, the second pivot It is slotting that mechanism 72 makes its first end 721 charge from the upper pinch of charging plug due to the elastic force of the 3rd resilient retention features 73 Head, simultaneously the first privot mechanism 74 its clamping part 741 is made from charging plug due to the elastic force of the second resilient retention features 75 Sidepiece clamps charging plug.In this manner it is possible to be positioned securely to charging plug.
Charging plug is being operated with (on the conducting strip for example the second offset 2012 being welded to charging plug) Afterwards, operator press down on the second end 724 of the second privot mechanism 72 again, and the second privot mechanism 72 first end 721 is remote From the top of charging plug, meanwhile, the clamping part 741 of the first privot mechanism 74 is away from the sidepiece of charging plug, thus permissible Charging plug is taken off from the second plug detent mechanism 7.
Further, with reference to Fig. 2 and 3, also include the storage due to storing main traverse line according to the positioner 100 of the present invention Box 8, this storage box 8 is arranged on main body frame 1, and the main traverse line being stored in the storage box 8 can be taken out from the storage box 8 Go out.
According to further embodiment of the present invention, provide the positioner described in a kind of above-mentioned various embodiments to main traverse line 201 and the localization method that positioned of offset of main traverse line, comprise the steps: to prepare the main traverse line 201 of predetermined length； A plurality of first offset in main traverse line is separated；First wire detent mechanism is pull-in on the first support base, and Each offset is made to be individually positioned in the first located lateral groove of the first wire detent mechanism；First maintaining part adhesive is arrived On first main part of the first wire detent mechanism, to clamp the first offset；By the insulating barrier stripping on the first offset From and expose tinsel.This localization method also comprises the steps: plug is arranged on the first plug detent mechanism；To install The first plug detent mechanism of plug is pull-in on the first bracing frame；The first support of the first plug detent mechanism will be mounted with Frame is installed on the first support base so that exposing the tinsel of the first offset of the first wire detent mechanism respectively positioned at slotting On the corresponding conducting strip of head；And tinsel is welded on corresponding conducting strip.
Manufacturing usb data wire referring to Fig. 2,14,23 and 20-32 description using the positioner 100 of the present invention During localization method that wire, usb plug and charging plug are positioned.
Extract the main traverse line 201 of predetermined length out from the storage box 8, the first fixed shell 206 being used for usb plug is enclosed within On the main traverse line 201 extracted out, 4 the first offsets 2011 in main traverse line 201 are separated；By the first fixed shell In 206 the first holding tanks 112 being placed on the first support base 11 (Fig. 6)；Afterwards, the first wire detent mechanism 2 is pull-in on On first support base 11；Each offset 2011 is made to be individually positioned in the first located lateral groove 211；By the first maintaining part 23 Adhesive is on the first main part 21 so that the first positioning salient 232 of the first maintaining part 23 and the first located lateral groove 211 are tied Close, to clamp the first offset 2011；Using special stripping tool by the insulation displacement on the first offset 2011 And expose tinsel, it is achieved thereby that the positioning (right side referring to Figure 30 and Figure 14) to the first offset 2011.
Afterwards, usb plug is arranged on the first plug detent mechanism 4 (Figure 16)；The first plug of usb plug will be mounted with Detent mechanism 4 is pull-in on the first bracing frame 3；The first bracing frame 3 being mounted with the first plug detent mechanism 4 is installed to first On support base 11, now, the tinsel exposing the first offset of the first wire detent mechanism 2 is located at usb plug respectively On corresponding conducting strip；Take off the first maintaining part 23；Using special soldering appliance, tinsel is welded to corresponding conduction On piece (referring to Figure 31).
For by the process in the welded wire of the second offset to the conducting strip of charging plug and said process class Like (referring to Figure 32), repeat no more.Afterwards, form the mounting structure shown in Fig. 2.Finally, take off the first wire detent mechanism 2, First fixed shell 206 is moved at usb plug, usb plug is fixed to by the first fixed shell using such as bonding mode 206, then take off the second wire detent mechanism 5, the second fixed shell 209 is moved at charging plug, adopts such as bonding side Charging plug is fixed to the second fixed shell 209 by formula.Take off main traverse line, and be finally made usb data wire 200.
Although described above is making, using the positioner of the present invention, the usb data including usb plug and charging plug The embodiment of line, but the invention is not limited in this.Those skilled in the art can connect, by changing corresponding structure, It is all small-sized usb that the positioner of the present invention can be used for manufacturing the usb data wire that two ends are all usb plug or two ends The data wire of plug, and the size of small-sized usb plug can also change.
According to the positioner of the present invention, due in the conduction being electrically connected to offset on the substrate being fixed on plug During piece by the way of welding, for avoiding the deformation of associated components and being easy to coordinate with the attracting device of Magnet etc, positioning Most of parts of device, for example: main body frame, each main part, privot mechanism, holding meanss, bracing frame, installing arm, drive Motivation structure etc. all adopts the metal material manufacture of such as rustless steel etc.
It will be understood to those skilled in the art that embodiment described above is all exemplary, and this area Technical staff can make improvements, the rushing in terms of not recurring structure or principle of the structure described in various embodiments Independent assortment can be carried out, thus on the basis of the technical problem solving the present invention, realizing more kinds of positioning in the case of prominent Device.
After describing presently preferred embodiments of the present invention in detail, those of ordinary skill in the art can be apparent from, Various change and change can be carried out under protection domain without departing from appended claims and spirit, and the present invention is also not only restricted to The embodiment of examples cited embodiment in bright book.It should be noted that word " inclusion " is not excluded for other elements or step, word "a" or "an" is not excluded for multiple.In addition, the scope that any element label of claim should not be construed as limiting the invention.

Claims (52)

1. a kind of positioner, fixed for carrying out to the offset of main traverse line and main traverse line during manufaturing data line Position, described positioner includes:
Main body frame, described main body frame is provided with one first support base；And
First wire detent mechanism, is removably mounted on described first support base and is configured to and described first support base Cooperation is positioned with the first end to described main traverse line, and described first wire detent mechanism is included for from described main traverse line The first offset detent mechanism of being positioned of detached first offset of first end (2011).
2. positioner as claimed in claim 1, wherein, described first offset detent mechanism includes:
First main part, the first end of described first main part is provided with the multiple first located lateral grooves arranged in the width direction, For accommodating described first offset respectively；And
First maintaining part, is configured to cooperate with described first located lateral groove to position described first offset.
3. positioner as claimed in claim 2, wherein, described first maintaining part includes:
First holding seat, described first holding seat is detachably connected on described first main part using attracting mode；And
First positioning salient, is formed at described first and keeps on seat, and be configured to extend into described first located lateral groove, To remain contained within the offset in described first located lateral groove.
4. positioner as claimed in claim 3, wherein, the position of the neighbouring first end of described first main part is formed laterally The first engagement groove extending, described first located lateral groove is formed on a side wall of described first engagement groove,
Described first positioning salient can be coupled in described first engagement groove.
5. positioner as claimed in claim 4, wherein, described first main part and described first keeps in seat at least one Individual be provided with least one first mounting groove, be provided with first magnet in each described first mounting groove, by described first Keep seat adhesive on described first main part.
6. positioner as claimed in claim 3, wherein, described first holding seat faying face be respectively provided on two sides with first In conjunction with projection, the both sides of the first end of described first main part combine and combine between projection at two first.
7. the positioner as described in any one of claim 2-6, wherein, the faying face of described first main part is provided with The first longitudinal direction locating slot of longitudinal extension, for positioning described main traverse line.
8. the positioner as described in any one of claim 2-6, wherein, the faying face of described first main part is provided with Second locator protrusions；
Described first support base is provided with the second engagement groove, and described second locator protrusions is attached in described second engagement groove.
9. the positioner as described in any one of claim 2-6, wherein, the faying face of described first main part is provided with 3rd locator protrusions, described 3rd locator protrusions is attached to the outside of described first support base.
10. the positioner as described in any one of claim 2-6, wherein, described first main part and described first At least one of support seat is provided with least one second mounting groove, is provided with second magnetic in each described second mounting groove Body, by described first main part removably adhesive to described first support base.
11. positioners as described in any one of claim 2-6, wherein, described first support base is provided with the first appearance Receive groove, for accommodating the first fixed shell of data wire.
12. positioners as described in any one of claim 1-6, wherein, also include:
First bracing frame, is arranged on described first support base；And
First plug detent mechanism, is removably mounted on described first bracing frame, and first to position described data wire is slotting Head.
13. positioners as claimed in claim 12, wherein, described first plug is usb plug.
14. positioners as claimed in claim 13, wherein, described first bracing frame includes:
First supportive body, is configured to support described first plug detent mechanism；And
At least one first installing arm, is constructed to pass through described first supportive body and extends and connected to institute in the longitudinal direction State the first support base.
15. positioners as claimed in claim 14, wherein, each described first installing arm is passed through corresponding a control and is filled Put and be releasably attached to described first support base.
16. positioners as claimed in claim 15, wherein, each described control device includes:
First lock slots, are formed at accordingly near the end of described first installing arm, the first installing arm is inserted in the longitudinal direction Enter to being formed in corresponding first installing hole in described first support base；
First lock hole, in described first support base along short transverse extend, and be inserted in the first installing hole described in First lock slots alignment of the first installing arm；And
First stop pin, described first stop pin is arranged in corresponding first lock hole, and is configured to operationally in institute State and be inserted in short transverse in described first lock slots or depart from from described first lock slots, described first is installed Arm locks onto in described first support base or allows described first installing arm to extract from described first support base.
17. positioners as claimed in claim 16, wherein, described control device also includes:
First holding meanss, are configured to for described first stop pin to be maintained at the state being inserted in described first lock slots； And
First tripper, is configured to drive described first stop pin to depart from from described first lock slots, to allow institute State the first installing arm to extract from described first support base.
18. positioners as claimed in claim 17, wherein, the first holding meanss include:
First fixing device, is arranged in described first lock hole；And
First elastic device, is arranged between described first fixing device and the first stop pin.
19. positioners as claimed in claim 17, wherein, described first tripper includes:
First solution lockhole, extends along short transverse in described first support base, and internal and described in described first support base First lock slots connection；
First drive division, is configured under external drive to move in the described first solution lockhole；
First unlocking feature, is configured to drive described first stop pin under the driving of described first drive division from described first Depart from lock slots；And
First resetting means, is configured to drive described first unlocking feature to return to original position.
20. positioners as claimed in claim 19, wherein,
Described first stop pin includes:
First solution locked groove；And
First unblock inclined-plane, is formed at the upper limb of described first solution locked groove,
Described first unlocking feature includes:
First driver slot, described first drive division can be plugged in described first driver slot, to drive described first unlocking feature Mobile；And
First insertion section, is configured to be resisted against on described first unblock inclined-plane and from institute under the driving of described first drive division State the first unblock inclined-plane to slide in described first solution locked groove, thus driving described first stop pin to depart from described first installing arm On the first lock slots.
21. positioners as described in any one of claim 14-20, wherein, described first plug detent mechanism includes:
Second main part, is arranged on described first bracing frame；And
First installing mechanism, is arranged on described second main part, and is configured to be inserted into the first insulation of described usb plug Between substrate and the first shield shell.
22. positioners as claimed in claim 21, wherein, described first plug detent mechanism also includes: second keeps dress Put, be configured to described usb plug is maintained on described first plug detent mechanism.
23. positioners as claimed in claim 22, wherein, described second holding meanss include:
First retainer body, is pivotably mounted on described second main part；
Holding head, is arranged in described first retainer body, and in the fixing hole being configured to insert described usb plug； And
First resilient retention features, are configured to oppress described first retainer body so that described holding head is by described usb plug It is maintained on described first plug detent mechanism.
24. positioners as claimed in claim 23, wherein, described second holding meanss also include:
Buffer gear, is configured to resist the elastic force of described first resilient retention features, to mitigate described holding head to described usb The impact of plug.
25. positioners as claimed in claim 24, wherein,
Described first retainer body includes:
First arm and the second arm；
Described buffer gear includes:
Buffer main portion, being configured between described first arm and the second arm can be around being passed through in buffer main portion Through hole pivots with the first of the through hole being formed on the first arm and the second arm, and described holding head is formed at described buffering main body In portion；And
Elastic equilibrium mechanism, is arranged in described buffer main portion, and is configured to resist described first resilient retention features' Elastic force.
26. positioners as claimed in claim 25, wherein, described elastic equilibrium mechanism is arranged on and is formed at described buffering master In the first recess on body and the second recess of being formed at least one of described first arm and second arm.
27. positioners as claimed in claim 25, wherein, described second holding meanss also include the first position-limit mechanism, quilt It is configured to limit the anglec of rotation of described buffer main portion.
28. positioners as claimed in claim 27, wherein, described first position-limit mechanism includes:
Restriction protrusion, is formed in described buffer main portion；And
First spacer pin, is arranged on described first arm and the second arm, and is configured to be combined with described restriction protrusion, to limit The anglec of rotation of described buffer main portion.
29. positioners as claimed in claim 25, wherein, the elastic force of described first resilient retention features is more than described elasticity The elastic force of balanced controls.
30. positioners as claimed in claim 21, wherein, described first installing mechanism is removably mounted on described second On main part.
31. positioners as claimed in claim 21, wherein, in described second main part and described first bracing frame at least One is provided with least one the 3rd mounting groove, is provided with the 3rd magnet in each described 3rd mounting groove, by described The removably adhesive of two main parts is on described first bracing frame.
32. positioners as claimed in claim 21, wherein, one of described second main part and described first bracing frame Upper at least one first alignment pin of installation, another in described second main part and described first bracing frame is provided with for holding Receive the first receiving hole of described first alignment pin.
33. positioners as described in any one of claim 1-6, also include:
Second support base, is arranged on described main body frame (1)；And
Second wire detent mechanism, is removably mounted on described second support base and is configured to and described second support base Cooperation is positioned with the second end to described main traverse line, and described second wire detent mechanism is included for from described main traverse line The second offset detent mechanism of being positioned of detached second offset in the second end.
34. positioners as claimed in claim 33, wherein, described second offset detent mechanism includes:
3rd main part, the first end of described 3rd main part is provided with the multiple second located lateral grooves arranged in the width direction, For accommodating respectively from described second offset；And
Second maintaining part, is configured to cooperate with described second located lateral groove to position described second offset.
35. positioners as claimed in claim 34, wherein, described second maintaining part includes:
Second holding seat, described second holding seat is detachably connected on described 3rd main part using attracting mode；And
Second positioning salient, is formed at described second and keeps on seat, and be configured to extend into described second located lateral groove, To remain contained within the offset in described second located lateral groove.
36. positioners as claimed in claim 33, wherein, described second support base is provided with the second holding tank, for holding Receive the second fixed shell of data wire.
37. positioners as claimed in claim 33, also include:
Second bracing frame, is arranged on described second support base；And
Second plug detent mechanism, is removably mounted on described second bracing frame, and second to position described data wire is slotting Head.
38. positioners as claimed in claim 37, wherein, described second plug is charging plug.
39. positioners as claimed in claim 38, wherein, described second bracing frame includes:
Second supportive body, is configured to support described second plug detent mechanism；And
At least one second installing arm, is constructed to pass through described second supportive body and extends and connected to institute in the longitudinal direction State the second support base.
40. positioners as claimed in claim 39, wherein, each described second installing arm is passed through corresponding a control and is filled Put and be releasably attached to described second support base.
41. positioners as claimed in claim 38, wherein, described second plug detent mechanism includes:
4th main part, is arranged on described second bracing frame；And
Second installing mechanism, is arranged on described 4th main part, and is configured to install described charging plug.
42. positioners as claimed in claim 41, wherein, described second installing mechanism includes:
First assembly wall and the second assembly wall, are arranged on described 4th main part, and described first assembly wall and the second peace At least one of dress wall forms receiving space and the faying face of described 4th main part between；And
First privot mechanism, described first privot mechanism is pivotably mounted in described receiving space in the longitudinal direction, institute The first end stating the first privot mechanism extends and forms clamping part towards the inner side of described first assembly wall, and described clamping part is by structure Cause to bias described charging plug towards described second assembly wall.
43. positioners as claimed in claim 42, wherein, described second installing mechanism also includes:
First elastically keeps assembly, and including the second resilient retention features, described second resilient retention features are configured to flexibly Bias the second end of described first privot mechanism so that described clamping part clamps described charging plug.
44. positioners as claimed in claim 43, wherein, described second resilient retention features also include:
First opening, extends in described 4th main part in the longitudinal direction；
Second opening, extends in described second assembly wall in the vertical direction, and described second opening is with described first opening even Logical；
First blocking pin, is inserted into the first opening from described second opening；
3rd opening, extends in the vertical direction at the second end of described first privot mechanism；
Cut portion, is formed in described 4th main part of described first assembly wall bottom, and described first opening prolongs Reach described cut portion；And
Second blocking pin, is inserted into described 3rd opening from described cut portion,
Wherein, described second resilient retention features are arranged between described first blocking pin and the second blocking pin.
45. positioners as claimed in claim 42, wherein, described second installing mechanism also includes:
Second privot mechanism, described second privot mechanism is pivotably mounted on described first assembly wall and in the vertical direction Between two assembly walls, and
Described charging plug is arranged on described second assembly wall, the faying face of described 4th main part, described first privot mechanism First end and described clamping part between limit space in.
46. positioners as claimed in claim 45, wherein, described second installing mechanism also includes: the 3rd elastic holders Part, is arranged between the second end and the 4th main part of described second privot mechanism, with by oppressing described second privot mechanism The second end and make first end maintain described charging plug.
47. positioners as claimed in claim 46, wherein, described second installing mechanism also includes:
Relieving mechanism, is configured to discharge the extruding to described charging plug for the described clamping part.
48. positioners as claimed in claim 47, wherein, described relieving mechanism includes:
Drive projection, extend downwardly at the position at the second end of neighbouring described second privot mechanism；And
The driven wing, extends towards described second assembly wall at the second end of described first privot mechanism, the described driven wing is formed Driven opening, described driven opening is coordinated with incline plane type with described driving projection, with by pressing described second privot mechanism The second end and make the described clamping part driving projection to pass through the described driven wing described first privot mechanism of driving leave described in fill Plug.
49. positioners as claimed in claim 48, wherein, described second installing mechanism also includes the second position-limit mechanism, quilt It is configured to be resisted against the end of described charging plug, to limit described charging plug towards the second end of described second privot mechanism Mobile.
50. positioners as claimed in claim 49, wherein said second position limiting structure includes:
Spacing hole, is formed between described first assembly wall, the second assembly wall and described 4th main part；And
Second spacer pin, is inserted in described spacing hole.
51. a kind of are positioned to the offset of main traverse line and main traverse line using positioner as claimed in claim 2 Localization method, comprises the steps:
Prepare the main traverse line of predetermined length；
A plurality of first offset in main traverse line is separated；
First wire detent mechanism is pull-in on the first support base, and it is fixed to make each offset be individually positioned in the first wire In first located lateral groove of position mechanism；
By in the first maintaining part adhesive to the first main part of the first wire detent mechanism, to clamp the first offset；And
By the insulation displacement on the first offset and expose tinsel.
52. localization methods as claimed in claim 51, also comprise the steps:
Plug is arranged on the first plug detent mechanism；
The the first plug detent mechanism being mounted with plug is pull-in on the first bracing frame；
The first bracing frame being mounted with the first plug detent mechanism is installed on the first support base and determines so that exposing the first wire The tinsel of the first offset of position mechanism is located on the corresponding conducting strip of plug respectively；And
Tinsel is welded on corresponding conducting strip.
CN201310232540.8A 2013-06-03 2013-06-03 Positioning device and positioning method Active CN104218429B (en)

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CN109079388B (en) * 2017-06-14 2020-06-19 泰科电子(上海)有限公司 Fixing device for welding and welding method

Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN201130565Y (en) * 2007-12-24 2008-10-08 天津市华之阳特种线缆有限公司 Novel locating tool
CN202206023U (en) * 2011-09-02 2012-04-25 上海飞乐汽车控制系统有限公司 Peeled head cutting device for cable
CN102544855A (en) * 2010-12-27 2012-07-04 住友电气工业株式会社 Cable with connector and manufacturing method thereof

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN201130565Y (en) * 2007-12-24 2008-10-08 天津市华之阳特种线缆有限公司 Novel locating tool
CN102544855A (en) * 2010-12-27 2012-07-04 住友电气工业株式会社 Cable with connector and manufacturing method thereof
CN202206023U (en) * 2011-09-02 2012-04-25 上海飞乐汽车控制系统有限公司 Peeled head cutting device for cable

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