CN105244727A - Audio module wire bonding detector - Google Patents
Audio module wire bonding detector Download PDFInfo
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- CN105244727A CN105244727A CN201510685455.6A CN201510685455A CN105244727A CN 105244727 A CN105244727 A CN 105244727A CN 201510685455 A CN201510685455 A CN 201510685455A CN 105244727 A CN105244727 A CN 105244727A
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Abstract
The invention relates to an audio module wire bonding detector. The audio module wire bonding detector includes a fixing frame, a first wire clamping device, a pressing block and a detection device; the pressing block comprises T-shaped fixing rods; L-shaped pressing rods are arranged in the T-shaped fixing rods; blades and probes are respectively fixed at two ends of the bottom of each L-shaped pressing rod; a first cavity is arranged in the pressing block; pressure springs are arranged between the lower surface of a pressing plate and the pressing block; each pin shaft on the first wire clamping device is fixed to one end of the bottom of a corresponding T-shaped fixing rod; a wire clamping device is fixed at the other ends of the bottoms of the T-shaped fixing rods; a clamp pin I and a clamp pin II of the first wire clamping device are oppositely provided with slide grooves which extend from the pin shaft to positions below wire clamping grooves; and the blades are arranged in the slide grooves. The audio module wire bonding detector of the invention has the advantages of light structure, fast threading, no possibility of bending and fracturing the blades and capability of cutting core wires fast and neatly.
Description
Technical field
The present invention relates to audio-frequency module wiring unit, specifically a kind of audio-frequency module routing detector.
Background technology
Need heart yearn to snap in wire blocking port during audio-frequency module routing, current routing mode adopts the single wire casing of wire punchdown tool to audio-frequency module to carry out routing, wastes time and energy.For this reason, my company have developed one " Multifunctional audio compression bonding apparatus ", and declare invention and utility model patent, application for a patent for invention number is 2015105351738, and its part-structure as is illustrated by figs. 11 and 12 simultaneously.In use for some time, a lot of operator reacts this device and there is following problem:
1, owing to there is cross-arm 41 ＇, need when placing heart yearn in clamping pliers first by cross bar 41 ＇ of heart yearn through the briquetting 4 ＇ left and right sides, threading is time-consuming, affects operating efficiency; And clamping pliers needs to fix with bearing pin 313 ＇, and the setting of bearing pin 313 ＇, cross-arm 41 ＇ and fixed lever 42 ＇ adds cost and the weight of whole device, arrange and make whole device seem heavy, malfunction.
2, arrange because blade is isolated, have blade once in a while and occur bending or breakage phenomenon, once one of them blade occurs bending or fractures, whole device just can not use.
If 3 heart yearns between two clamping pliers are not strained, when cutting, heart yearn 7 ＇ can be pressed down (as shown in Figure 12) by blade 51 ＇, and can not be cut off.
Summary of the invention
For above-mentioned " Multifunctional audio compression bonding apparatus " in use produced problem, the invention provides a kind of light structure, threading is audio-frequency module routing detector efficiently.
The present invention solves the problems of the technologies described above taked technical scheme: a kind of audio-frequency module routing detector, it comprises fixed frame, the first tension disk, briquetting and checkout gear, described briquetting is nested with in described fixed frame, briquetting can slide up and down in fixed frame, and described checkout gear is arranged on described briquetting; Described first tension disk comprises clamping pliers, connecting rod and drag link, described clamping pliers comprises pincers pin I and pincers pin II, described pincers pin I and pincers pin II are relatively set with clamp groove, and the upper end of described pincers pin I and pincers pin II by hinge, and is provided with torsion spring in hinged place; Lower end and the pincers pin I corresponding with it of connecting rod described in each root are fixedly connected with, and upper end and the described drag link of all described connecting rods are hinged, and drag link is provided with drag link positioner; Described checkout gear comprises blade, probe, battery, indicator light and pressing plate, described blade, probe, battery and indicator light forming circuit loop;
It is characterized in that, described briquetting comprises T-shape fixed lever, described T-shape fixed lever inside is provided with " L " type depression bar that can slide up and down in T-shape fixed lever inside, and described blade and probe pass described T-shape fixed lever after being separately fixed at the two ends, bottom of " L " type depression bar straight down; Be provided with the wire that two connect blade and probe respectively in " L " type depression bar, two described wires connect the both positive and negative polarity of battery respectively, and a series connection indicator light on a wire wherein;
In described briquetting, be provided with the first cavity, described pressing plate is positioned at described first cavity, and be fixed with on pressing plate extend upwardly to outside the first cavity by press button, the top of " L " type depression bar is fixed on described pressing plate; Described indicator light is arranged on described briquetting; Stage clip is provided with between described pressing plate lower surface and briquetting;
Bearing pin on described first tension disk is fixed on cross bar one end of described T-shape bottom of fixed, fixes a wire-clamping device at the cross bar other end of T-shape bottom of fixed.
Preferably, described wire-clamping device is second tension disk identical with described first tension disk.
Preferably, described wire-clamping device is one piece of clamp, and described clamp is provided with the cable clamping interface corresponding with the clamp groove on described first tension disk.Further, described cable clamping interface two side is symmetrical arranged fluted, is provided with arc spring lamination in groove described in each, one end of described arc spring lamination is fixed in groove, and the other end is freely placed in groove, and the middle part of arc spring lamination is protruded outside groove.Further, the top of described cable clamping interface is triangle.
Further, be relatively set with in the pincers pin I and pincers pin II of described first tension disk and extend to chute below described clamp groove from described bearing pin place, described blade is positioned at described chute.
Preferably, the clamp groove on described pincers pin I and pincers pin II forms a circle, and the circular arc of clamp groove on described pincers pin II is major arc, and the circular arc of the clamp groove on described pincers pin I is minor arc.
Further, described first tension disk and checkout gear grouping are arranged, and one group of first tension disk comprises a drag link, multiple connecting rod and multiple clamping pliers; One set detecting device comprises a pressing plate, battery, multiple blade, multiple probe and a multiple indicator light.
Preferably, described drag link positioner comprise be arranged on described T-shape fixed lever multiple blind holes, be arranged on multiple through hole on described drag link and alignment pin, after described clamping pliers is opened, after blind hole described in one of them and a described through hole co-axially align, described alignment pin inserts described blind hole and drag link is located by through hole.
The invention has the beneficial effects as follows:
1, it adopts T-shape fixed lever, arranges " L " type depression bar, clamping pliers can be fixed on T-shape fixed lever like this in T-shape fixed lever, not needing, cross bar is set and fixes clamping pliers, therefore, directly heart yearn is placed on clamping pliers when clamp, rapidly easy to operate.
2, stage clip is set in the first cavity of briquetting, automatically resets after " L " type depression bar can be made to press down, facilitate tangent line to operate.
3, inside clamping pliers, be provided with chute, blade is arranged in chute, and chute plays auxiliary just used to blade, can not make blade generation bending or breakage phenomenon.Blade is placed in chute, blade move downward cutting heart yearn time, because the heart yearn of blade both sides is all firmly fixed by clamping pliers, therefore can be crisp by heart yearn segment, there will not be heart yearn move down along with blade and can't cut the problem of heart yearn.
4, wire-clamping device adopts clamp, is directly stuck in the cable clamping interface of clamp by heart yearn when the heart yearn of fixing side, convenient to operation; Be provided with arc spring lamination in cable clamping interface, and be triangle by the top design of cable clamping interface, heart yearn firmly can be fixed; One end of arc spring lamination is fixed in groove, and the other end is freely placed, and can ensure that heart yearn can snap in and exit cable clamping interface like this.
5, multiple blind hole is set on T-shape fixed lever, drag link arranges multiple through hole, opens clamping pliers, after blind hole in the registered and through hole, insert alignment pin location, the angle that can clamping pliers be regulated as required to open.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is part preferred embodiment of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is overall structure front view of the present invention;
Fig. 2 is vertical view of the present invention;
Fig. 3 is part-structure of the present invention (comprising the first embodiment of wire-clamping device) stereogram;
Fig. 4 is part-structure of the present invention (comprising the first embodiment of wire-clamping device) end view;
Fig. 5 is part-structure of the present invention (comprising the second embodiment of wire-clamping device) stereogram;
Fig. 6 is part-structure of the present invention (comprising the second embodiment of wire-clamping device) end view;
Fig. 7 is part-structure cross-sectional schematic of the present invention;
Fig. 8 is " L " of the present invention type depression bar cross-sectional schematic;
Fig. 9 is the clamping pliers structural representation with blade of the present invention;
Figure 10 is the cable clamping interface card line states schematic diagram on clamp of the present invention;
Figure 11 is the Multifunctional audio compression bonding apparatus patent office separation structure figure having declared patent;
Figure 12 is the tangent line view of the Multifunctional audio compression bonding apparatus patent of having declared patent.
In figure, fixed frame 1, first tension disk 2, clamping pliers 21, pincers pin I 211 and pincers pin II 212, clamp groove 213, chute 214, connecting rod 22, drag link 23, through hole 231, briquetting 3, T-shape fixed lever 31, blind hole 311, " L " type depression bar 32, first cavity 33, stage clip 34, blade 41, probe 42, indicator light 43, pressing plate 44, by press button 441, clamp 5, cable clamping interface 51, groove 511, arc spring lamination 512, heart yearn 6
Embodiment
Below in conjunction with accompanying drawing, specific embodiments of the invention are described in detail:
As shown in Fig. 1-Figure 10, the present invention includes fixed frame 1, first tension disk 2, briquetting 3 and checkout gear, described briquetting 3 is nested with in described fixed frame 1, and briquetting 3 can slide up and down in fixed frame 1, and described checkout gear is arranged on described briquetting 3.Fixed frame 1 lower inside is provided with the buckling groove coordinated with audio-frequency module both sides.
Described first tension disk 2 comprises clamping pliers 21, connecting rod 22 and drag link 23, described clamping pliers 21 comprises pincers pin I 211 and pincers pin II 212, described pincers pin I 211 and pincers pin II 212 are relatively set with clamp groove 213, preferably, after described pincers pin I 211 and pincers pin II 212 dock, clamp groove on pincers pin I 211 and pincers pin II 212 forms a circle, and the circular arc of clamp groove on described pincers pin II 212 is major arc, and the circular arc of the clamp groove on described pincers pin I 211 is minor arc.The upper end of described pincers pin I 211 and pincers pin II 212 by hinge, and is provided with torsion spring in hinged place.Lower end and the pincers pin I 211 corresponding with it of connecting rod 22 described in each root are fixedly connected with, and upper end and the described drag link 23 of all described connecting rods 22 are hinged, and drag link 23 is provided with drag link 23 positioner.Described checkout gear comprises blade 41, probe 42, battery, indicator light 43 and pressing plate 44, described blade 41, probe 42, battery and indicator light 43 forming circuit loop.
Below the present invention is described in detail the improvements of the carrying out of " Multifunctional audio compression bonding apparatus " patent of having applied for: briquetting 3 of the present invention comprises T-shape fixed lever 31, the upper end of T-shape fixed lever 31 is directly fixed on briquetting 3, T-shape fixed lever 31 spaced set.Because T-shape fixed lever 31 is fixing, therefore, bearing pin on described first tension disk 2 can be fixed on the cross bar one end bottom described T-shape fixed lever 31 by the present invention, and the other end of the cross bar bottom T-shape fixed lever 31 fixes a wire-clamping device.As the first embodiment of wire-clamping device, described wire-clamping device is second tension disk identical with described first tension disk.Clamping pliers one_to_one corresponding on first tension disk and the second tension disk is arranged, and during use, the first tension disk and the second tension disk is opened rear placement heart yearn.Need owing to adopting the second tension disk to operate clamping pliers, cumbersome, therefore, conveniently operate, and save cost of manufacture, reduce structural complexity, as the second embodiment of wire-clamping device, described wire-clamping device is one piece of clamp 5, and clamp 5 is one block of level board, and described clamp 5 is provided with the cable clamping interface 51 corresponding with the clamp groove on described first tension disk.Conveniently fix heart yearn 6, as shown in Figure 10, described cable clamping interface 51 two side is symmetrical arranged fluted 511, be provided with arc spring lamination 512 in groove 511 described in each, one end of described arc spring lamination 512 is fixed in groove 511, and the other end is freely placed in groove 511, the middle part of arc spring lamination 512 is protruded outside groove 511, like this, arc spring lamination 512 just moves after the extruding force being subject to heart yearn in groove 511, and heart yearn is passed between two arc spring laminations.In order to heart yearn being fixed, the top of described cable clamping interface 51 is triangle, and like this, heart yearn 6 will be fixed by arc spring lamination 512 and gable top extruding.
Described T-shape fixed lever 31 inside is the L-type cavity adapted with its shape." L " type depression bar 32 that can slide up and down in T-shape fixed lever 31 inside is provided with in L-type cavity, described blade 41 and probe 42 pass described T-shape fixed lever 31 after being separately fixed at the two ends, bottom of " L " type depression bar 32 straight down, cavity on cross bar bottom T-shape fixed lever 31 is comparatively large, can ensure that the cross bar of the bottom of " L " type depression bar 32 moves up and down the cutting function realizing blade.Be provided with the wire that two connect blade 41 and probe 42 respectively in " L " type depression bar 32, two described wires connect the both positive and negative polarity of battery respectively, and a series connection indicator light on a wire wherein.As one embodiment of the present invention, as shown in Fig. 3 or Fig. 5, described first tension disk and checkout gear grouping are arranged, and one group of first tension disk comprises a drag link, ten connecting rods and ten clamping pliers; One set detecting device comprises a pressing plate, a battery, ten blades, ten probes and ten indicator lights.Certainly, clamping pliers number of each group can freely be arranged, as being 8 in Fig. 7.The benefit that such grouping is arranged is that tangent line is laborsaving, and observes also more convenient.
As shown in Figure 7, the present invention is provided with the first cavity 33 in described briquetting 3, described pressing plate 44 is positioned at described first cavity 33, and be fixed with on pressing plate 44 extend upwardly to outside the first cavity 33 by press button 441, the top of " L " type depression bar 32 is fixed on described pressing plate 44.Described indicator light 43 is arranged on described briquetting upper surface.Stage clip 34 is provided with between described pressing plate 44 lower surface and briquetting 3.Pressing can promote pressing plate 44 by press button 441 and move downward, thus " L " type of drive depression bar 32 moves downward, and realizes blade cuts heart yearn.
Because the heart yearn be clipped between the first tension disk 2 and wire-clamping device is long, often have a lot of heart yearn not to be tightened up, and heart yearn is also easy to slide in clamp groove, like this, blade will as shown in figure 12 when cutting heart yearn, and heart yearn is pressed down and can't cut.Technical staff is by increasing the frictional force in clamp groove, and the torsion of torsion spring all can not reach very good effect in clamping pliers, therefore, after the trial of various ways, as shown in Figure 9, the present invention is relatively set with the chute 214 extended to from described bearing pin place below described clamp groove 213 in the pincers pin I 211 and pincers pin II 212 of described first tension disk 2, and described blade is positioned at described chute 214.
As a kind of preferred embodiment of drag link positioner, as shown in Figure 5, described drag link positioner is included in multiple blind holes 311 setting up and down on the montant of described T-shape fixed lever 31, multiple through holes 231 and the alignment pin of left and right setting on described drag link 23 are (not shown in FIG., alignment pin is a bearing pin), pull drag link 23, open clamping pliers, after being opened to proper angle, by blind hole described in one of them and a described through hole co-axially align, drag link 23 can be located after described alignment pin is inserted described blind hole and through hole.
The above has made detailed description to the preferred embodiment of the present invention and embodiment by reference to the accompanying drawings; but the present invention is not limited to the above-described embodiment and examples; for those skilled in the art; without departing from the inventive concept of the premise; can also make some improvement and modification, these improve and modification also should be considered as protection scope of the present invention.
Claims (9)
1. an audio-frequency module routing detector, it comprises fixed frame, the first tension disk, briquetting and checkout gear, and described briquetting is nested with in described fixed frame, and briquetting can slide up and down in fixed frame, and described checkout gear is arranged on described briquetting; Described first tension disk comprises clamping pliers, connecting rod and drag link, described clamping pliers comprises pincers pin I and pincers pin II, described pincers pin I and pincers pin II are relatively set with clamp groove, and the upper end of described pincers pin I and pincers pin II by hinge, and is provided with torsion spring in hinged place; Lower end and the pincers pin I corresponding with it of connecting rod described in each root are fixedly connected with, and upper end and the described drag link of all described connecting rods are hinged, and drag link is provided with drag link positioner; Described checkout gear comprises blade, probe, battery, indicator light and pressing plate, described blade, probe, battery and indicator light forming circuit loop;
It is characterized in that, described briquetting comprises T-shape fixed lever, described T-shape fixed lever inside is provided with " L " type depression bar that can slide up and down in T-shape fixed lever inside, and described blade and probe pass described T-shape fixed lever after being separately fixed at the two ends, bottom of " L " type depression bar straight down; Be provided with the wire that two connect blade and probe respectively in " L " type depression bar, two described wires connect the both positive and negative polarity of battery respectively, and a series connection indicator light on a wire wherein;
In described briquetting, be provided with the first cavity, described pressing plate is positioned at described first cavity, and be fixed with on pressing plate extend upwardly to outside the first cavity by press button, the top of " L " type depression bar is fixed on described pressing plate; Described indicator light is arranged on described briquetting; Stage clip is provided with between described pressing plate lower surface and briquetting;
Bearing pin on described first tension disk is fixed on cross bar one end of described T-shape bottom of fixed, fixes a wire-clamping device at the cross bar other end of T-shape bottom of fixed.
2. audio-frequency module routing detector according to claim 1, is characterized in that, described wire-clamping device is second tension disk identical with described first tension disk.
3. audio-frequency module routing detector according to claim 1, is characterized in that, described wire-clamping device is one piece of clamp, and described clamp is provided with the cable clamping interface corresponding with the clamp groove on described first tension disk.
4. audio-frequency module routing detector according to claim 3, it is characterized in that, described cable clamping interface two side is symmetrical arranged fluted, arc spring lamination is provided with in groove described in each, one end of described arc spring lamination is fixed in groove, the other end is freely placed in groove, and the middle part of arc spring lamination is protruded outside groove.
5. audio-frequency module routing detector according to claim 4, is characterized in that, the top of described cable clamping interface is triangle.
6. audio-frequency module routing detector according to claim 1, is characterized in that, in the pincers pin I and pincers pin II of described first tension disk, be relatively set with the chute extended to from described bearing pin place below described clamp groove, described blade is positioned at described chute.
7. audio-frequency module routing detector according to claim 1, it is characterized in that, clamp groove on described pincers pin I and pincers pin II forms a circle, and the circular arc of clamp groove on described pincers pin II is major arc, and the circular arc of the clamp groove on described pincers pin I is minor arc.
8. audio-frequency module routing detector according to claim 1, is characterized in that, described first tension disk and checkout gear grouping are arranged, and one group of first tension disk comprises a drag link, multiple connecting rod and multiple clamping pliers; One set detecting device comprises a pressing plate, battery, multiple blade, multiple probe and a multiple indicator light.
9. audio-frequency module routing detector according to claim 1, it is characterized in that, described drag link positioner comprises multiple blind holes on the montant being arranged on described T-shape fixed lever, be arranged on multiple through hole on described drag link and alignment pin, after described clamping pliers is opened, after blind hole described in one of them and a described through hole co-axially align, described alignment pin inserts described blind hole and drag link is located by through hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510685455.6A CN105244727B (en) | 2015-10-20 | 2015-10-20 | Audio-frequency module routing detector |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510685455.6A CN105244727B (en) | 2015-10-20 | 2015-10-20 | Audio-frequency module routing detector |
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| Publication Number | Publication Date |
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| CN105244727A true CN105244727A (en) | 2016-01-13 |
| CN105244727B CN105244727B (en) | 2017-10-03 |
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| CN201510685455.6A Active CN105244727B (en) | 2015-10-20 | 2015-10-20 | Audio-frequency module routing detector |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106549288A (en) * | 2016-12-07 | 2017-03-29 | 国网北京市电力公司 | Jointing clamp |
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| CN101728749A (en) * | 2008-10-30 | 2010-06-09 | 罗伯特·W·苏利凡 | Universal impact tool head and method for seating wires in a connector |
| CN203351926U (en) * | 2013-05-20 | 2013-12-18 | 国家电网公司 | Folding multifunctional wire bonding clamp |
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| CN105244727B (en) | 2017-10-03 |
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