CN105345324A - Short pin poking mechanism for welding of stem conducting wire - Google Patents
Short pin poking mechanism for welding of stem conducting wire Download PDFInfo
- Publication number
- CN105345324A CN105345324A CN201510840186.6A CN201510840186A CN105345324A CN 105345324 A CN105345324 A CN 105345324A CN 201510840186 A CN201510840186 A CN 201510840186A CN 105345324 A CN105345324 A CN 105345324A
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- short
- pin
- sole
- rocking arm
- slide block
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K37/00—Auxiliary devices or processes, not specially adapted to a procedure covered by only one of the preceding main groups
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- Optics & Photonics (AREA)
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Rehabilitation Tools (AREA)
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Abstract
The invention provides a short pin poking mechanism for welding of a stem conducting wire. The mechanism comprises a short pin poking bracket, a pull assembly, a slide assembly and a short pin poking assembly, wherein the slide assembly comprises a first short pin poking slide block, a second short pin poking slide block, a short pin poking guide pillar and a guide pillar seat; the short pin poking guide pillar passes through the first short pin poking slide block and the second short pin poking slide block through gaps; two ends of the short pin poking guide pillar are correspondingly connected to the guide pillar seat which is arranged on the short pin poking bracket; a linkage tension spring is connected between the first short pin poking slide block and the second short pin poking slide block; the first short pin poking slide block is pulled through the pull assembly; the short pin poking assembly comprises a first rocker arm, a second rocker arm, a first pin poking plate, a second pin poking plate and a short pin poking pushing plate. With the adoption of the mechanism, a short metal wire on a stem can be automatically poked in a set direction and based on a set degree, so that the operation accuracy can be ensured, the operation speed is greatly improved, and the processing time can be saved.
Description
Technical field
The short pin that the present invention relates to the welding of a kind of stem stem seal wire pushes mechanism aside.
Background technology
Generally need the long metal leg of four of front end short metal legs and rear end first through bending during the welding of stem stem seal wire, again stem stem seal wire is welded between a long metal leg and a short metal leg, because stem stem seal wire is comparatively thin softer, therefore in order to save cost, before the welding of existing stem stem seal wire, four length metal legs of front and back are all adopted that mode is manually pushed aside, bending, the operation such as the positive pin of level and vertical just pin, and short pin pin pushes the operation of carrying out pushing aside certain angle exactly by two of the side in four short metal legs of stem stem seal wire front end aside.Although but adopt the operation of the process before manually carrying out filament welding to provide cost savings to a certain extent, particularly when short pin pushes operation aside due to manually and the deviation of eye eyesight can there is following a few point defect, this defect directly affects the effect that long pin is pushed aside:
1, manually carry out short pin to push operation aside and add labour intensity undoubtedly, greatly reduce efficiency;
2, short pin is manually pushed it aside and can not be guaranteed the accuracy that short metal leg is pushed aside, and only can not accomplish standard by the observation of eyes push the number of degrees aside, affect illuminating effect;
3, the short pin that carries out manually is pushed aside, because filament angle is soft, when operating, easily causing filament to bend or the generation of breakage phenomenon, causing work consuming or waste of material.
Summary of the invention
The short pin that the object of this invention is to provide the welding of a kind of stem stem seal wire is pushed mechanism aside and is solved in prior art the short pin that manually carries out existed and push operation aside and reduce efficiency, the accuracy that short metal leg is pushed aside can not be guaranteed, easily cause filament to bend or the generation of breakage phenomenon, cause the problem such as work consuming or waste of material.
Technical solution of the present invention is:
A kind of short pin of stem stem seal wire welding pushes mechanism aside, comprise short transfer frame, pulling force assembly, slide assemblies, short group of assembly, slide assemblies comprises short group of slide block one, short group of slide block two, short group of guide pillar, guide pillar seat, short group of guide pillar gap is through short group of slide block one, short group of slide block two, the two ends of short group of guide pillar are connected on guide pillar seat, guide pillar seat is located on short transfer frame, is connected with interlock extension spring between short group of slide block one and short group of slide block two, and short group of slide block one is pulled by pulling force assembly;
Short group of assembly comprises rocking arm one, rocking arm two, dial baseboard one, dial baseboard two, short pushing plate, dial the front end that baseboard one is located at rocking arm one, dial the front end that baseboard two is located at rocking arm two, rocking arm one, the rear end articulation joint bearing respectively of rocking arm two, oscillating bearing is fixed on short group of slide block two, rocking arm one is provided with thimble, rocking arm two is provided with lower thimble, upper thimble contacts the upper surface of short pushing plate, lower thimble contacts the lower surface of short pushing plate, the upper surface of short pushing plate, lower surface is respectively step inclined-plane, short pushing plate is fixed on short group of slide block one, rocking arm one is flexibly connected by crown bar pin three with rocking arm two, be provided with between at least one and crown bar pin three in rocking arm one and rocking arm two and gather spring, the side of the short pushing plate of Cylindrical Surfaces Contact of crown bar pin three, the side of short pushing plate adopts step inclined-plane.
Further, dial baseboard one comprise dial sole seat one, upper reset tension spring, short pin dial sole one, sole seat one is dialled by pin hinges in the middle part that short pin dials sole one, dial sole seat one and be provided with upper limit convex and upper reset tension spring, upper limit convex and upper reset tension spring are located at short pin and are dialled the both sides of sole one or divide the two ends being located at homonymy.
Further, dial baseboard two comprise dial sole seat two, lower reset tension spring, short pin dial sole two, sole seat two is dialled by pin hinges in the middle part that short pin dials sole two, dial sole seat two and be provided with lower limit convex and lower reset tension spring, lower limit convex and lower reset tension spring are located at short pin and are dialled the both sides of sole two or divide the two ends being located at homonymy.
Further, group sole seat one, group sole seat two are respectively equipped with spacing extension spring, and short pin dials sole one, short pin is dialled sole two and is respectively equipped with group pin tooth, dials pin tooth and comprises short tooth and long tooth.
Further, dial baseboard one, group baseboard two is symmetrical arranged.
Further, also comprise screens assembly, screens assembly comprises screens bearing, screens pressing plate, screens connecting plate, baffle plate, screens bearing is located on short group of slide block one, screens connecting plate is fixed on guide pillar seat, screens pressing plate is L-type, the middle part of the hinged screens pressing plate of screens connecting plate, one of them end of screens pressing plate is connected with one end of screens reset tension spring, the other end of screens reset tension spring is connected on screens connecting plate, baffle plate is movably connected on screens connecting plate, and the top of baffle plate is located at by screens pressing plate.
Further, pulling force assembly comprises cam, rough rope, pulling force rocking arm, cam is by motor driving, one end of rough rope connects cam, the other end of rough rope is flexibly connected one end of pulling force rocking arm, the other end of pulling force rocking arm is hinged with slide block, and pulling force rocking arm adopts L shape pulling force rocking arm, and the middle part of pulling force rocking arm is movably connected on long transfer frame.
The invention has the beneficial effects as follows: the short pin of this kind of stem stem seal wire welding pushes mechanism aside, can automatically realize carrying out pushing aside of direction initialization and the number of degrees to the short metal wire on stem stem, can performance accuracy be ensured, drastically increase service speed, save process time.By short group of assembly, can realize the automatic operation to stem stem seal wire on stem stem, without the need to human users, saving of work and time, improves operating efficiency and accuracy effectively.
Accompanying drawing explanation
Fig. 1 is the structural representation that the short pin of the embodiment of the present invention pushes mechanism aside;
Fig. 2 is the structural representation pushing assembly in embodiment aside;
Fig. 3 is the structure enlarged diagram in B portion in Fig. 2;
Fig. 4 is that the short pin of embodiment pushes mechanism aside and stem stem presss from both sides, the structural representation of index plate;
Fig. 5 is embodiment pulling force assembly, slide assemblies and the structural representation pushing assembly aside;
Wherein: 1-index plate, 2-stem stem presss from both sides, 3-stem stem;
11-pulling force rocking arm, the rough rope of 12-;
21-short group of slide block one, 22-short group of slide block two, 23-interlock extension spring, 24-guide pillar seat, the short transfer frame of 25-;
31-rocking arm one, 32-rocking arm two, 33-dials sole seat one, 34-dials sole seat two, 35-oscillating bearing, the upper thimble of 36-, the short pushing plate of 37-, 38-gathers spring, and the short pin of 39-crown bar pin three, 310-dials sole one, the short pin of 311-dials sole two, 312-upper limit convex, the upper reset tension spring of 313-, 314 spacing extension springs;
41-screens bearing, 42-screens pressing plate, 43-screens connecting plate, 44-baffle plate, 45-screens reset tension spring.
Detailed description of the invention
The preferred embodiments of the present invention are described in detail below in conjunction with accompanying drawing.
Embodiment
The short pin of embodiment pushes mechanism aside, and major function pushes upper and lower for the right side of stem stem 3 two short metal legs aside certain angle to the right, so that follow-up shaping.
A kind of short pin of stem stem seal wire welding pushes mechanism aside, as Fig. 1, Fig. 5, comprise short transfer frame 25, pulling force assembly, slide assemblies, short group of assembly, slide assemblies comprises short group of slide block 1, short group of slide block 2 22, short group of guide pillar, guide pillar seat 24, short group of guide pillar gap is through short group of slide block 1, short group of slide block 2 22, the two ends of short group of guide pillar are connected on guide pillar seat 24, guide pillar seat 24 is located on short transfer frame 25, be connected with the extension spring 23 that links between short group of slide block 1 and short group of slide block 2 22, short group of slide block 1 is pulled by pulling force assembly.
As Fig. 2, short group of assembly comprises rocking arm 1, rocking arm 2 32, dial baseboard one, dial baseboard two, short pushing plate 37, dial the front end that baseboard one is located at rocking arm 1, dial the front end that baseboard two is located at rocking arm 2 32, rocking arm 1, the rear end articulation joint bearing 35 respectively of rocking arm 2 32, oscillating bearing 35 is fixed on short group of slide block 2 22, rocking arm 1 is provided with thimble 36, rocking arm 2 32 is provided with lower thimble, upper thimble 36 contacts the upper surface of short pushing plate 37, lower thimble contacts the lower surface of short pushing plate 37, the upper surface of short pushing plate 37, lower surface is respectively step inclined-plane, rocking arm 1 is flexibly connected by crown bar pin 3 39 with rocking arm 2 32, be provided with between at least one and crown bar pin 3 39 in rocking arm 1 and rocking arm 2 32 and gather spring 38, the side of the short pushing plate 37 of Cylindrical Surfaces Contact of crown bar pin 3 39, the side of short pushing plate 37 adopts step inclined-plane.
As Fig. 2 and Fig. 3, dial baseboard one comprise dial sole seat 1, upper reset tension spring 313, short pin dial sole 1, sole seat 1 is dialled by pin hinges in the middle part that short pin dials sole 1, dial sole seat 1 and be provided with upper limit convex 312 and upper reset tension spring 313, upper limit convex 312 and upper reset tension spring 313 are located at short pin and are dialled the homonymy of sole 1 and be located at the two ends that short pin dials sole 1 respectively.Dial baseboard two comprise dial sole seat 2 34, lower reset tension spring, short pin dial sole 2 311, sole seat 2 34 is dialled by pin hinges in the middle part that short pin dials sole 2 311, dial sole seat 2 34 and be provided with lower limit convex and lower reset tension spring, lower limit convex and lower reset tension spring are located at short pin and are dialled the homonymy of sole 2 311 and be located at the two ends that short pin dials sole 2 311 respectively.Short pin dials sole 1, short pin is dialled sole 2 311 and is respectively equipped with group pin tooth, dials pin tooth and comprises short tooth and long tooth.
As Fig. 2, dial sole seat 1, group sole seat 2 34 is respectively equipped with spacing extension spring 314, the end of spacing extension spring 314 is connected on screens connecting plate 43 or guide pillar seat 24, dials baseboard one, group baseboard two is symmetrical arranged.
As Fig. 2, Fig. 5, also comprise screens assembly, screens assembly comprises screens bearing 41, screens pressing plate 41, screens connecting plate 43, baffle plate 44, screens bearing 41 is located on short group of slide block 1, screens connecting plate 43 is fixed on guide pillar seat 24, screens pressing plate 41 is L-type, the middle part of the hinged screens pressing plate 41 of screens connecting plate 43, one of them end of screens pressing plate 41 is connected with one end of screens reset tension spring 45, the other end of screens reset tension spring 45 is connected on screens connecting plate 43, baffle plate 44 is movably connected on screens connecting plate 43, the top of baffle plate 44 is located at by screens pressing plate 41.
As Fig. 4, pulling force assembly comprises cam, rough rope 12, pulling force rocking arm 11, cam is by motor driving, one end of rough rope 12 connects cam, the other end of rough rope 12 is flexibly connected one end of pulling force rocking arm 11, the other end of pulling force rocking arm 11 is hinged with slide block, and pulling force rocking arm 11 adopts L shape pulling force rocking arm 11, and the middle part of pulling force rocking arm 11 is movably connected on long transfer frame.
In embodiment, as shown in Figure 4, stem stem 3 is sandwiched on stem stem folder 2, and stem stem folder 2 is fixed on index plate 1, and index plate 1 is rotated by gap separator, stops action.Stop operating when stem stem 3 forwards shown position to; Short pin is dialled sole 1 by the short metal leg of stem stem 3, short pin is dialled sole 2 311 and be have rotated certain angle, the long tooth that now short pin dials sole 1, short pin dials sole 2 311 contacts with it, but the long metal leg of the non-contact mandril of short tooth 3 that short pin dials sole 1, short pin dials sole 2 311.
Index plate 1 is fixed on the axle head of exerting oneself of gap separator, and gap separator and long pin are pushed mechanism aside and be all fixed on platen.The inputting shaft of gap separator is connected with motor by belt, decelerator, main shaft, sprocket wheel chain.During the inputting shaft continuous rotation one week of gap separator, gap separator force-output shaft can do the mechanism stopping, rotating.Just required action can be completed in dwell time section.
The short pin of this kind of stem stem seal wire welding pushes mechanism aside, and implementation procedure is as follows:
As Fig. 4, Fig. 5, pulling force assembly provides power for slide assemblies, and operational motion is specially: cam by belt, decelerator, main shaft, pinion rotation, and pulls rough rope 12 by lever by motor, and rough rope 12 just pulls pulling force rocking arm 11 to shake.The shake fulcrum of pulling force rocking arm 11 by bearing and guide pillar seat 24 hinged, the struck side of pulling force rocking arm 11 by bearing and short group of slide block 1 hinged; Short group of slide block 1 just forward slip on short group of guide pillar; And short group of slide block 2 22 is connected with two extension springs 23 that link with short group of slide block 1, so the short group of slide block 1 also forward slip together.
The short group of assembly realizes two short metal legs of homonymy on stem stem 3 the pushing aside of certain angle to the right, operational motion is specially: as Fig. 2, two oscillating bearings 35 are fixed on short group of slide block 2 22; rocking arm 1, rocking arm 2 32 are hinged with oscillating bearing 35 respectively; rocking arm 1, rocking arm 2 32 can rock from side to side like this, also can fluctuate; Dial sole seat 1 and dial the front end that sole seat 2 34 is separately fixed at rocking arm 1, rocking arm 2 32; And short pin dials sole 1, short pin dial sole 2 311 respectively by pin with dial sole seat 1, dial sole seat 2 34 hinged, and by the radial load of reset tension spring 313, sole 1 reset is dialled to short pin, by the radial load of lower reset tension spring, sole 2 311 is dialled to short pin and reset.Rocking arm 1, rocking arm 2 32 are gathered to centre by gathering spring 38, pad, split pin etc. by crown bar pin 3 39, and the tip of upper thimble 36, lower thimble withstands on upper surface and the lower surface of short pushing plate 37, these two faces are all step inclined-planes, and short pushing plate 37 is fixed on short group of slide block 1.Just pass through interlock extension spring 23 when short group of slide block one 21 forward slip and drive short group of slide block 2 22 forward slip, the short tooth that forward slip 3mm dials sole 1 by short pin, short pin dials sole 2 311 inserts the centre of the short metal leg of stem stem 3; Short group of slide block 1 continues forward slip, now be fixed on short pushing plate 37 on short group of slide block 1 by thimble 36, lower thimble two thimbles on its upper surface, two, lower surface step slope driving, this just drives, and short pin dials sole 1, short pin dials sole 2 311 respectively to upper, separately 2 ~ 3mm downwards.
As Fig. 2, short pin is dialled sole 1 and short pin and is dialled sole 2 311 and draw to the right by two spacing extension springs 314, make the face of cylinder of crown bar pin 3 39 be attached on the left step inclined-plane of short pushing plate 37 so always, thick thin below before during this step inclined-plane, just drive short pin to dial sole 1 when short group of slide block 1 continues forward slip, short pin is dialled sole 2 311 and shaken to the right.So just two of the homonymy of stem stem 3 short metal legs are pushed aside about 5 degree to the right.
As Fig. 2, Fig. 5, screens assembly is in order to realize when pushing operation aside to short metal leg, maintenance is carried out to stem stem 3, operational motion is specially: screens bearing 41 is fixed on short group of slide block 1, screens pressing plate 41 is hinged on screens connecting plate 43, screens connecting plate 43 is fixed on guide pillar seat 24, just promote screens pressing plate 41 by screens bearing 41 when short group of slide block one 21 forward slip to rotate, and push down the right-hand member of baffle plate 44, the below of baffle plate 44 is provided with the platform for supporting stem stem 3, the convex of such baffle plate 44 just withstands stem stem 3, it is not allowed to bend to the right, ensure the effect dialling pin.
As Fig. 2, the outside of dialling sole seat 1 is provided with a upper limit convex 312, block the front left side that short pin dials sole 1, left rear side has the radial load of upper reset tension spring 313 to reset to it, dials the convex position of sole seat 1 turn right so the front end that short pin dials sole 1 can only touch from front left side.Equally, all there is a lower limit convex in the outside of dialling sole seat 2 34, block the front left side that short pin dials sole 2 311, left rear side has the radial load of lower reset tension spring to reset to it, dials the convex position of sole seat 2 34 turn right so the front end that short pin dials sole 2 311 can only touch from front left side.
When dialling pin, the front left side that short pin dials sole 1, short pin dials sole 2 311 is attached on spacing convex.Along with the movement parts in the rotation mechanism of cam all resets under back-moving spring.Now baffle plate 44 is without the pressure of screens pressing plate 41, only has self gravitation, short pin dials sole 1, short pin dials the radial load that sole 2 311 also only has upper reset tension spring 313, lower back-moving spring, just stirs baffle plate 44 and short pin dials sole 1, short pin dials sole 2 311 by this station when stem stem 3 rotates.Short pin pushes end aside.
Claims (7)
1. the short pin of a stem stem seal wire welding pushes mechanism aside, it is characterized in that: comprise short transfer frame, pulling force assembly, slide assemblies, short group of assembly, slide assemblies comprises short group of slide block one, short group of slide block two, short group of guide pillar, guide pillar seat, short group of guide pillar gap is through short group of slide block one, short group of slide block two, the two ends of short group of guide pillar are connected on guide pillar seat, guide pillar seat is located on short transfer frame, be connected with interlock extension spring between short group of slide block one and short group of slide block two, short group of slide block one is pulled by pulling force assembly;
Short group of assembly comprises rocking arm one, rocking arm two, dial baseboard one, dial baseboard two, short pushing plate, dial the front end that baseboard one is located at rocking arm one, dial the front end that baseboard two is located at rocking arm two, rocking arm one, the rear end articulation joint bearing respectively of rocking arm two, oscillating bearing is fixed on short group of slide block two, rocking arm one is provided with thimble, rocking arm two is provided with lower thimble, upper thimble contacts the upper surface of short pushing plate, lower thimble contacts the lower surface of short pushing plate, the upper surface of short pushing plate, lower surface is respectively step inclined-plane, short pushing plate is fixed on short group of slide block one, rocking arm one is flexibly connected by crown bar pin three with rocking arm two, be provided with between at least one and crown bar pin three in rocking arm one and rocking arm two and gather spring, the side of the short pushing plate of Cylindrical Surfaces Contact of crown bar pin three, the side of short pushing plate adopts step inclined-plane.
2. the short pin of stem stem seal wire welding as claimed in claim 1 pushes mechanism aside, it is characterized in that: dial baseboard one comprise dial sole seat one, upper reset tension spring, short pin dial sole one, sole seat one is dialled by pin hinges in the middle part that short pin dials sole one, dial sole seat one and be provided with upper limit convex and upper reset tension spring, upper limit convex and upper reset tension spring are located at short pin and are dialled the both sides of sole one or divide the two ends being located at homonymy.
3. the short pin of stem stem seal wire welding as claimed in claim 3 pushes mechanism aside, it is characterized in that: dial baseboard two comprise dial sole seat two, lower reset tension spring, short pin dial sole two, sole seat two is dialled by pin hinges in the middle part that short pin dials sole two, dial sole seat two and be provided with lower limit convex and lower reset tension spring, lower limit convex and lower reset tension spring are located at short pin and are dialled the both sides of sole two or divide the two ends being located at homonymy.
4. the short pin of stem stem seal wire welding as claimed in claim 4 pushes mechanism aside, it is characterized in that: dial sole seat one, group sole seat two is respectively equipped with spacing extension spring, short pin dials sole one, short pin is dialled sole two and is respectively equipped with group pin tooth, dials pin tooth and comprises short tooth and long tooth.
5. the short pin of the stem stem seal wire welding as described in any one of claim 2-4 pushes mechanism aside, it is characterized in that: dial baseboard one, group baseboard two is symmetrical arranged.
6. the short pin of the stem stem seal wire welding as described in any one of claim 1-4 pushes mechanism aside, it is characterized in that: also comprise screens assembly, screens assembly comprises screens bearing, screens pressing plate, screens connecting plate, baffle plate, screens bearing is located on short group of slide block one, screens connecting plate is fixed on guide pillar seat, screens pressing plate is L-type, the middle part of the hinged screens pressing plate of screens connecting plate, one of them end of screens pressing plate is connected with one end of screens reset tension spring, the other end of screens reset tension spring is connected on screens connecting plate, baffle plate is movably connected on screens connecting plate, the top of baffle plate is located at by screens pressing plate.
7. the short pin of stem stem seal wire welding as claimed in claim 1 pushes mechanism aside, it is characterized in that: pulling force assembly comprises cam, rough rope, pulling force rocking arm, cam is by motor driving, one end of rough rope connects cam, the other end of rough rope is flexibly connected one end of pulling force rocking arm, the other end of pulling force rocking arm is hinged with slide block, and pulling force rocking arm adopts L shape pulling force rocking arm, and the middle part of pulling force rocking arm is movably connected on long transfer frame.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510840186.6A CN105345324B (en) | 2015-11-27 | 2015-11-27 | The short foot of stem seal wire welding pushes mechanism aside |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510840186.6A CN105345324B (en) | 2015-11-27 | 2015-11-27 | The short foot of stem seal wire welding pushes mechanism aside |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105345324A true CN105345324A (en) | 2016-02-24 |
| CN105345324B CN105345324B (en) | 2018-05-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510840186.6A Active CN105345324B (en) | 2015-11-27 | 2015-11-27 | The short foot of stem seal wire welding pushes mechanism aside |
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| Country | Link |
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| CN (1) | CN105345324B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107377821A (en) * | 2017-07-25 | 2017-11-24 | 青岛万祥如光机械技术研究有限公司 | A kind of electronic component pin former |
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| CN104588899A (en) * | 2014-12-01 | 2015-05-06 | 鹤山市广明源照明电器有限公司 | Automatic spot welding technology and automatic spot welding machine of halogen lamp |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE499246C (en) * | 1929-01-30 | 1930-06-04 | Patra Patent Treuhand | Rotatable foot squeezing machine for electric light bulbs and similar closed glass vessels |
| DK117723B (en) * | 1964-03-24 | 1970-05-25 | Philips Nv | Method of manufacturing an electrical appliance, such as a glow plug switch. |
| JPH07112280A (en) * | 1993-10-18 | 1995-05-02 | Kajima Corp | Reinforcement coupling robot welding equipment |
| CN2863345Y (en) * | 2005-12-06 | 2007-01-31 | 镇江金盛机械有限公司 | Core column clamping mechanism |
| CN102744508A (en) * | 2012-08-02 | 2012-10-24 | 李洪普 | Light foot lead welding machine of bulb in bulb |
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| CN104588899A (en) * | 2014-12-01 | 2015-05-06 | 鹤山市广明源照明电器有限公司 | Automatic spot welding technology and automatic spot welding machine of halogen lamp |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107377821A (en) * | 2017-07-25 | 2017-11-24 | 青岛万祥如光机械技术研究有限公司 | A kind of electronic component pin former |
| CN107377821B (en) * | 2017-07-25 | 2019-07-30 | 赵学明 | A kind of electronic component pin former |
Also Published As
| Publication number | Publication date |
|---|---|
| CN105345324B (en) | 2018-05-25 |
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Effective date of registration: 20181206 Address after: 226300 Sunjiaqiao Village, Xingren Town, Tongzhou District, Nantong City, Jiangsu Province Patentee after: Nantong Rui Bo Electrical Appliance Co., Ltd. Address before: 212300 Xuxi Road, Situ Town, Danyang City, Zhenjiang City, Jiangsu Province Patentee before: ZHENJIANG CHENGUANG WELDING EQUIPMENT MANUFACTURING CO., LTD. |
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