CN203312269U - Automatic diode combing machine - Google Patents
Automatic diode combing machine Download PDFInfo
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- CN203312269U CN203312269U CN2013203329948U CN201320332994U CN203312269U CN 203312269 U CN203312269 U CN 203312269U CN 2013203329948 U CN2013203329948 U CN 2013203329948U CN 201320332994 U CN201320332994 U CN 201320332994U CN 203312269 U CN203312269 U CN 203312269U
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Abstract
The utility model relates to an automatic diode combing machine which comprises a frame, a feeding part, a guide part, a material receiving part and a pneumatic means, wherein the frame comprises a work cabinet in which a cylinder connecting the pneumatic means is arranged, a cabinet cover, a column and crossbeam shoe plate, the feeding part comprises a guide hole plate, a guide hole plate coaming and a material plate, the guide part comprises an elevating deflector and a forward and backward moving deflector, the material receiving part comprises a die bar case and a die bar, and the pneumatic means comprises a pneumatic elevating means, a front pneumatic pushing means, a rear pneumatic pushing means, a pneumatic near-end clamping means, a pneumatic side surface clamping means, a pneumatic material plate pushing means. The automatic diode combing machine realizes transferring through the gravity of semi-finished diode products and uses no sucker transfer assembly, thereby reducing cost and improving transferring rate. The automatic diode combing machine is high in control precision, convenient for debugging and realizes automatic combing of semi-finished diode products.
Description
Technical field
The utility model belongs to mechanical field, particularly a kind of fully-automatic diode combing machine.
Background technology
Semiconductor diode belongs to the technology maturation industry, but in the diode production continuous productive process, it is from the template of preceding working procedure, to transfer to the semi-finished product of thousands of electronic devices and components on the mould bar of later process that one procedure is arranged, carry out one by one the operations such as encapsulate, lettering, factory is referred to as sliver again.In the sliver operation, continuing both at home and abroad always and relying on manual original job state, namely: the workman has combed the electronic devices and components semi-finished product on the mould bar line by line with comb, is placed in the mould cylindrical void of later process; Every day, each operative employee repeated this mechanical action thousands of times, and labour intensity is large, and weak uninteresting, operating efficiency is low, and particularly on the high production line of automaticity, its production efficiency and other operation are not complementary.
It as the patent No., is the Full automatic material combing conversion die proposed in the utility model of CN200820161434.X, it, can automatically be transferred to the electronic devices and components in pattern hole in the mould cylindrical void line by line with a Double-toothed comb glassware under the effect of turn-screw motor and lift cylinder.Although this device has solved with machinery and has substituted manually in batch the half-finished operation of diode on transferring templates, but it is line by line the diode semi-finished product in template to be combed, put into the mould bar, the diode of row more than 20 semi-finished product are arranged on a general template, shifting a template needs more than 20 do action, and its transfer velocity is also slower than manual operation; The structure of the Double-toothed comb glassware of Full automatic material combing conversion die is comparatively complicated in addition, and manufacture difficulty is high, and debug difficulties during assembling is high to workman's operating technology requirement.
And for example the patent No. is the fully-automatic diode combing machine proposed in the utility model of CN200910033390.1, and it moves to the electronic devices and components in a template on the mould bar in the mould barrel at twice with turn-screw motor and Suction cup assembly.Although it has removed the Double-toothed comb glassware used in above-mentioned utility model from, still unavoidable use turn-screw motor, and Suction cup assembly need to shift for reciprocal twice, thereby has affected transfer velocity.
The utility model content
The purpose of this utility model is to provide a kind ofly effectively enhances productivity, the fully-automatic diode combing machine that facilitates the workman to operate.
The technical scheme that realizes the utility model purpose is: the utlity model has frame, supply part, guiding parts, connect material partly and pneumatic means; Described frame comprises work cabinet, chassis lid, column and cross beam support plate, and is provided with the cylinder that is connecting pneumatic means in the work cabinet; Described feed partly comprises guide hole plate, guide hole plate coaming plate and flitch; Described guiding parts comprises the lifting guide plate and moves forward and backward guide plate; The described part that connects material comprises mould barrel, mould bar; Described pneumatic means comprises lifting pneumatic means, front pneumatic means, pusher pneumatic means, near-end clamping pneumatic means, clamping sides pneumatic means, the flitch promotion pneumatic means of pushing away;
Described chassis lid lid is located on the work cabinet, and the both sides of chassis lid are fixed with column, and cross beam support plate fixed mount is located between two heel posts; The middle part of cross beam support plate is provided with groove; Described guide hole plate is placed in groove, and guide hole plate coaming plate is around in around the groove of cross beam support plate, and guide hole plate coaming plate exceeds the guide hole plate; The near-end of described guide hole plate coaming plate is provided with spacer, and the far-end of guide hole plate coaming plate is provided with the push jack be fixedly connected with the piston rod of flitch promotion pneumatic means; Described flitch is placed on the guide hole plate and between spacer and push jack, and the width of flitch is less than the width of guide hole plate, on guide hole plate and flitch, all is placed with diode holes; Described flitch comprises flitch body and flitch baffle plate, and the both sides of the lower end of flitch body are provided with the chute mouth, and the flitch baffle plate is embedded in the chute mouth;
Described lifting guide plate has the plate face, the lower surface of plate face is connected with the piston rod of lifting pneumatic means, the both sides of the upper surface of plate face are provided with the guide rail that axis is fore-and-aft direction, the near-end of plate face is provided with to limit and moves forward and backward the near-end extreme position limited post that guide plate retreats and before to push away pneumatic means, and the far-end of plate face is provided with to limit and moves forward and backward distal limit position limited post and the pusher pneumatic means that guide plate advances; The described both sides that move forward and backward the lower surface of guide plate are provided with the slide rail that the guide rail with the lifting guide plate is slidably matched, and move forward and backward guide plate slides and are arranged on the lifting guide plate; A described side that moves forward and backward the upper surface of guide plate is fixed with positioning strip, opposite side is provided with the slip positioning strip be connected with the piston rod of clamping sides pneumatic means relatively, and the near-end that moves forward and backward the upper surface of guide plate is provided with near-end clamping pneumatic means, far-end is fixed with plural locating piece; The lower end of described slip positioning strip is provided with slide block, and the guide plate that moves forward and backward that slip positioning strip one side is set is provided with chute, and slide block is slidably arranged in chute, and the axis of chute is vertical with the axis of slide rail;
Described mould barrel is placed and is moved forward and backward on guide plate, and is positioned at the zone that positioning strip, slip positioning strip, near-end clamping pneumatic means and locating piece form; In described mould barrel, be placed with the mould bar, on the mould bar, be evenly equipped with the diode lead hole, the width that arrange in the diode lead hole in the mould barrel doubles the width that on the guide hole plate, diode holes is arranged, and in the mould barrel on the spacing between the diode lead hole and guide hole plate the spacing between diode holes identical.
The surface that the above-mentioned positioning strip moved forward and backward on guide plate is adjacent to the mould barrel is provided with groove; Described mould barrel is embedded in the groove of positioning strip near the side of positioning strip one side, and positioning strip acts on the mould bar in the mould barrel; Described mould barrel proximal side and distal side all are provided with positioning through hole, two horizontal push shafts that the positioning through hole of proximal side and near-end clamp on pneumatic means are corresponding, the positioning through hole of distal side is corresponding with the reference column on the locating piece that moves forward and backward the guide plate far-end, and the positioning through hole on proximal side and distal side is not all on an axis; Described mould barrel does not have side near a side of slip positioning strip, and the mould bar has part to stretch out from this side.
The surface that the above-mentioned positioning strip moved forward and backward on guide plate is adjacent to the mould barrel is provided with groove, and groove is close to and is moved forward and backward on guide plate, and the cross section of positioning strip is L-shaped; The proximal side of described mould barrel and distal side are all higher than the side near positioning strip one side; The described far-end that moves forward and backward guide plate is fixed with three locating pieces, near the reference column on the locating piece of slip positioning strip, be right against the mould bar part of stretching out the mould barrel, the reference column on two other locating piece is corresponding with the positioning through hole of mould barrel distal side.
The near-end of above-mentioned lifting guide plate pushes away pneumatic means before being provided with side by side two near-end extreme position limited posts and one, and the front pneumatic means that pushes away is arranged between two near-end extreme position limited posts; The far-end of described lifting guide plate is provided with two distal limit position limited posts and a pusher pneumatic means side by side, and the pusher pneumatic means is arranged between two distal limit position limited posts.
The near-end of above-mentioned guide hole plate coaming plate is provided with two spacers side by side, and spacer limits the near-end moving limit position that the guide hole plate fixedly is embedded in the groove of cross beam support plate and limits flitch; The far-end of described guide hole plate coaming plate is provided with two push jacks side by side.
Above-mentioned lifting pneumatic means has four piston rods, and the through hole that four piston rods pass four jiaos of chassis lids is fixedly connected on four jiaos of lifting guide plate.
In above-mentioned work cabinet, also be provided with vibrating motor, a side of work cabinet is provided with control cabinet.
The utlity model has positive effect: the design of (1) the utility model is ingenious, there is no complicated machine components, manufactures easy to process; (2) the utility model can be realized twice the diode semi-finished product being moved in the mould bar in the mould barrel, realizes shifting efficiently, has performance more efficiently with respect to existing combing machine; (3) the utility model utilizes the half-finished self gravitation of diode to realize shifting, and avoids using sucker to shift assembly, has not only reduced production cost, and has improved transfer rate; (4) the utility model control precision is high, and debugging is convenient, can realize the half-finished full-automatic sliver operation of diode.
The accompanying drawing explanation
For content of the present utility model more easily is expressly understood, below according to specific embodiment also by reference to the accompanying drawings, the utility model is described in further detail, wherein
Fig. 1 is perspective view of the present utility model;
Fig. 2 is the structural representation of the utility model middle cross beam supporting bracket;
Fig. 3 is the structural representation of the utility model centre feed hole plate coaming plate;
Fig. 4 is the structural representation of flitch in the utility model;
Fig. 5 is the structural representation of lifting guide plate in the utility model;
Fig. 6 moves forward and backward the structural representation of guide plate in the utility model;
Fig. 7 is the structural representation of mould barrel and mould bar in the utility model.
Embodiment
See Fig. 1 to Fig. 7, the utlity model has frame 1, supply part 2, guiding parts 3, the part that connects material 4 and pneumatic means 5; Described frame 1 comprises work cabinet 11, chassis lid 12, column 13 and cross beam support plate 14, and is provided with cylinder and the vibrating motor that is connecting pneumatic means 5 in work cabinet 11, and a side of work cabinet 11 is provided with control cabinet 15; Described feed part 2 comprises guide hole plate 21, guide hole plate coaming plate 22 and flitch 23; Described guiding parts 3 comprises lifting guide plate 31 and moves forward and backward guide plate 32; The described part 4 that connects material comprises mould barrel 41, mould bar 42; Described pneumatic means 5 comprises lifting pneumatic means 51, front pneumatic means 52, pusher pneumatic means 53, near-end clamping pneumatic means 54, clamping sides pneumatic means 55, the flitch promotion pneumatic means 56 of pushing away;
Described chassis lid 12 lids are located on work cabinet 11, and the both sides of chassis lid 12 are fixed with column 13, and cross beam support plate 14 fixed mounts are located between two heel posts 13; The middle part of cross beam support plate 14 is provided with groove 14-1; Described guide hole plate 21 is placed in groove 14-1, and guide hole plate coaming plate 22 is around in around the groove 14-1 of cross beam support plate 14, and guide hole plate coaming plate 22 exceeds guide hole plate 21; The near-end of described guide hole plate coaming plate 22 is provided with two spacer 22-1 side by side, and spacer 22-1 limits the near-end moving limit position that guide hole plate 21 fixedly is embedded in the groove 14-1 of cross beam support plate 14 and limits flitch 23; The far-end of described guide hole plate coaming plate 22 is provided with side by side with the piston rod of flitch promotion pneumatic means 56 and is fixedly connected with two push jack 22-2; Described flitch 23 is placed on guide hole plate 21 and between spacer 22-1 and push jack 22-2, and the width of flitch 23 is less than the width of guide hole plate 21, on guide hole plate 21 and flitch 23, all is placed with diode holes; When flitch 23 is adjacent on push jack 22-2, on flitch 23, sequence number is that odd number row's diode holes is corresponding with the diode holes on guide hole plate 21, when flitch 23 was adjacent on spacer 22-1, on flitch 23, sequence number was that the diode holes of even rows is corresponding with the diode holes on guide hole plate 21; Described flitch 23 comprises flitch body 23-1 and flitch baffle plate 23-2, and the both sides of the lower end of flitch body 23-1 are provided with the chute mouth, and flitch baffle plate 23-2 is embedded in the chute mouth;
Described lifting guide plate 31 has plate face 31-1, the both sides of the upper surface of plate face 31-1 are provided with the guide rail 31-2 that axis is fore-and-aft direction, the near-end of plate face 31-1 pushes away pneumatic means 52 before being provided with side by side two near-end extreme position limited post 31-3 and one, and the front pneumatic means 52 that pushes away is arranged between two near-end extreme position limited post 31-3; The far-end of described plate face 31-1 is provided with two distal limit position limited post 31-4 and a pusher pneumatic means 53 side by side, and pusher pneumatic means 53 is arranged between two distal limit position limited post 31-4; Described lifting pneumatic means 51 has four piston rods, and the through hole that four piston rods pass 12 4 jiaos of chassis lids is fixedly connected on four jiaos of lifting guide plate 31; The described both sides that move forward and backward the lower surface of guide plate 32 are provided with the slide rail 32-1 that the guide rail 31-2 with lifting guide plate 31 is slidably matched, and move forward and backward guide plate 32 and are slidably arranged on lifting guide plate 31; A described side that moves forward and backward the upper surface of guide plate 32 is fixed with positioning strip 32-2, opposite side is provided with the slip positioning strip 32-3 be connected with the piston rod of clamping sides pneumatic means 55 relatively, and the near-end that moves forward and backward the upper surface of guide plate 32 is provided with near-end clamping pneumatic means 54, far-end is fixed with plural locating piece 32-4; The lower end of described slip positioning strip 32-3 is provided with slide block, and the guide plate 32 that moves forward and backward that slip positioning strip 32-3 mono-side is set is provided with chute 32-5, and slide block is slidably arranged in chute 32-5, and the axis of chute 32-5 is vertical with the axis of slide rail 32-1;
Described mould barrel 41 is placed and is moved forward and backward on guide plate 32, and is positioned at the zone that positioning strip 32-2, slip positioning strip 32-3, near-end clamping pneumatic means 54 and locating piece 32-5 form; In described mould barrel 41, be placed with mould bar 42, on mould bar 42, be evenly equipped with the diode lead hole, the width of arranging in the interior diode lead of mould barrel 41 hole doubles the width that on guide hole plate 21, diode holes is arranged, and on the spacing between the interior diode lead of mould barrel 41 hole and guide hole plate 21, the spacing between diode holes is identical; The surface that the described positioning strip 32-2 moved forward and backward on guide plate 32 is adjacent to mould barrel 41 is provided with groove 32-2-1, and groove 32-2-1 is close to and moves forward and backward on guide plate 32, and the cross section of positioning strip 32-2 is L-shaped; Described mould barrel 41 is embedded in the groove 32-2-1 of positioning strip 32-2 near the side of positioning strip 32-2 mono-side, and positioning strip 32-2 acts on the mould bar 42 in mould barrel 41; The proximal side of described mould barrel 41 and distal side are all higher than the side near positioning strip 32-2 mono-side; Described mould barrel 41 does not have side near the side of slip positioning strip 32-3, and mould bar 42 has part to stretch out from this side; Described mould barrel 41 proximal side and distal side all are provided with positioning through hole 41-1, and two horizontal push shaft 54-1 that the positioning through hole 41-1 of proximal side and near-end clamp on pneumatic means 54 are corresponding; The described far-end that moves forward and backward guide plate 32 is fixed with three locating piece 32-4, near the reference column 32-4-1 on the locating piece 32-4 of slip positioning strip 32-3, be right against the mould bar part of stretching out mould barrel 41, the reference column 32-4-1 on two other locating piece 32-4 is corresponding with the positioning through hole 41-1 of mould barrel 41 distal side.
During operation, flitch 23 is adjacent to and push jack 22-2, making sequence number on flitch 23 is the diode holes on the diode holes alignment guide plate 21 of odd number, and mould barrel 41 is placed on and moves forward and backward on guide plate 32; Start the machine, under the effect of pneumatic means 5, make first half parting bar 42 alignment guide plates 21 in mould barrel 41; Pull off flitch baffle plate 23-2, make the diode semi-finished product automatically drop in the diode lead hole of mould bar 42 first halfs; Then under the effect that front pushes away pneumatic means, make latter half of parting bar 42 alignment guide plates 21 in mould barrel 41, at flitch, promote under the effect of pneumatic means 56, flitch 23 is adjacent on spacer 22-1, making sequence number on flitch 23 is the diode holes on the diode holes alignment guide plate 21 of even number, thereby makes the diode semi-finished product automatically drop in the diode lead hole on mould bar 42 latter halfs.
Above-described specific embodiment; the purpose of this utility model, technical scheme and beneficial effect are further described; institute is understood that; the foregoing is only specific embodiment of the utility model; be not limited to the utility model; all within spirit of the present utility model and principle, any modification of making, be equal to replacement, improvement etc., within all should being included in protection range of the present utility model.
Claims (7)
1. fully-automatic diode combing machine is characterized in that: have frame (1), supply part (2), guiding parts (3), the part that connects material (4) and a pneumatic means (5); Described frame (1) comprises work cabinet (11), chassis lid (12), column (13) and cross beam support plate (14), and is provided with the cylinder that is connecting pneumatic means (5) in work cabinet (11); Described feed part (2) comprises guide hole plate (21), guide hole plate coaming plate (22) and flitch (23); Described guiding parts (3) comprises lifting guide plate (31) and moves forward and backward guide plate (32); The described part (4) that connects material comprises mould barrel (41), mould bar (42); Described pneumatic means (5) comprises lifting pneumatic means (51), front pneumatic means (52), pusher pneumatic means (53), near-end clamping pneumatic means (54), clamping sides pneumatic means (55), the flitch promotion pneumatic means (56) of pushing away;
It is upper that described chassis lid (12) lid is located at work cabinet (11), and the both sides of chassis lid (12) are fixed with column (13), and cross beam support plate (14) fixed mount is located between two heel posts (13); The middle part of cross beam support plate (14) is provided with groove (14-1); Described guide hole plate (21) is placed in groove (14-1), and on every side, and guide hole plate coaming plate (22) exceeds guide hole plate (21) to the groove (14-1) that guide hole plate coaming plate (22) is around in cross beam support plate (14); The near-end of described guide hole plate coaming plate (22) is provided with spacer (22-1), and the far-end of guide hole plate coaming plate (22) is provided with the push jack (22-2) be fixedly connected with the piston rod of flitch promotion pneumatic means (56); Described flitch (23) is placed on guide hole plate (21) above and is positioned between spacer (22-1) and push jack (22-2), and the width of flitch (23) is less than the width of guide hole plate (21), on guide hole plate (21) and flitch (23), all is placed with diode holes; Described flitch (23) comprises flitch body (23-1) and flitch baffle plate (23-2), and the both sides of the lower end of flitch body (23-1) are provided with the chute mouth, and flitch baffle plate (23-2) is embedded in the chute mouth;
Described lifting guide plate (31) has plate face (31-1), the lower surface of plate face (31-1) is connected with the piston rod of lifting pneumatic means (51), the both sides of the upper surface of plate face (31-1) are provided with the guide rail that axis is fore-and-aft direction (31-2), the near-end of plate face (31-1) be provided with limit move forward and backward near-end extreme position limited post (31-3) that guide plate (32) retreats and before push away pneumatic means (52), the far-end of plate face (31-1) is provided with to limit and moves forward and backward distal limit position limited post (31-4) and the pusher pneumatic means (53) that guide plate (32) advances, the described both sides that move forward and backward the lower surface of guide plate (32) are provided with the slide rail (32-1) that the guide rail (31-2) with lifting guide plate (31) is slidably matched, and move forward and backward guide plate (32) and are slidably arranged on lifting guide plate (31), a described side that moves forward and backward the upper surface of guide plate (32) is fixed with positioning strip (32-2), opposite side is provided with the slip positioning strip (32-3) be connected with the piston rod of clamping sides pneumatic means (55) relatively, and the near-end that moves forward and backward the upper surface of guide plate (32) is provided with near-end clamping pneumatic means (54), far-end is fixed with plural locating piece (32-4), the lower end of described slip positioning strip (32-3) is provided with slide block, the guide plate (32) that moves forward and backward that slip positioning strip (32-3) side is set is provided with chute (32-5), slide block is slidably arranged in chute (32-5), and the axis of chute (32-5) is vertical with the axis of slide rail (32-1),
Described mould barrel (41) is placed and is moved forward and backward guide plate (32) above, and is positioned at the zone that positioning strip (32-2), slip positioning strip (32-3), near-end clamping pneumatic means (54) and locating piece (32-5) form; In described mould barrel (41), be placed with mould bar (42), the mould bar is evenly equipped with the diode lead hole on (42), the width of arranging in the interior diode lead of mould barrel (41) hole doubles the width that the upper diode holes of guide hole plate (21) is arranged, and the spacing between the interior diode lead of mould barrel (41) hole is identical with the spacing between the upper diode holes of guide hole plate (21).
2. a kind of fully-automatic diode combing machine according to claim 1, it is characterized in that: the surface that the described positioning strip (32-2) moved forward and backward on guide plate (32) is adjacent to mould barrel (41) is provided with groove (32-2-1); Described mould barrel (41) is embedded in the groove (32-2-1) of positioning strip (32-2) near the side of positioning strip (32-2) side, and positioning strip (32-2) acts on the mould bar (42) in mould barrel (41); Described mould barrel (41) proximal side and distal side all are provided with positioning through hole (41-1), two horizontal push shafts (54-1) that the positioning through hole of proximal side (41-1) and near-end clamp on pneumatic means (54) are corresponding, the positioning through hole of distal side (41-1) is corresponding with the reference column (32-4-1) on the locating piece (32-4) that moves forward and backward guide plate (32) far-end, and the positioning through hole on proximal side and distal side (41-1) is not all on an axis; Described mould barrel (41) does not have side near a side of slip positioning strip (32-3), and mould bar (42) has part to stretch out from this side.
3. a kind of fully-automatic diode combing machine according to claim 2, it is characterized in that: the surface that the described positioning strip (32-2) moved forward and backward on guide plate (32) is adjacent to mould barrel (41) is provided with groove (32-2-1), groove (32-2-1) is close to that to move forward and backward guide plate (32) upper, and the cross section of positioning strip (32-2) is L-shaped; The proximal side of described mould barrel (41) and distal side are all higher than the side near positioning strip (32-2) side; The described far-end that moves forward and backward guide plate (32) is fixed with three locating pieces (32-4), near the reference column (32-4-1) on the locating piece (32-4) of slip positioning strip (32-3), be right against the mould bar part of stretching out mould barrel (41), the reference column (32-4-1) on two other locating piece (32-4) is corresponding with the positioning through hole (41-1) of mould barrel (41) distal side.
4. a kind of fully-automatic diode combing machine according to claim 3, it is characterized in that: the near-end of described lifting guide plate (31) pushes away pneumatic means (52) before being provided with side by side two near-end extreme position limited posts (31-3) and one, and the front pneumatic means (52) that pushes away is arranged between two near-end extreme position limited posts (31-3); The far-end of described lifting guide plate (31) is provided with two distal limit position limited posts (31-4) and a pusher pneumatic means (53) side by side, and pusher pneumatic means (53) is arranged between two distal limit position limited posts (31-4).
5. a kind of fully-automatic diode combing machine according to claim 4, it is characterized in that: the near-end of described guide hole plate coaming plate (22) is provided with two spacers (22-1) side by side, and spacer (22-1) limits the near-end moving limit position that guide hole plate (21) fixedly is embedded in the groove (14-1) of cross beam support plate (14) and limits flitch (23); The far-end of described guide hole plate coaming plate (22) is provided with two push jacks (22-2) side by side.
6. a kind of fully-automatic diode combing machine according to claim 5, it is characterized in that: described lifting pneumatic means (51) has four piston rods, and the through hole that four piston rods pass (12) four jiaos of chassis lids is fixedly connected on four jiaos of lifting guide plate (31).
7. a kind of fully-automatic diode combing machine according to claim 6 is characterized in that: in described work cabinet (11), also be provided with vibrating motor, a side of work cabinet (11) is provided with control cabinet (15).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013203329948U CN203312269U (en) | 2013-06-08 | 2013-06-08 | Automatic diode combing machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013203329948U CN203312269U (en) | 2013-06-08 | 2013-06-08 | Automatic diode combing machine |
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| CN203312269U true CN203312269U (en) | 2013-11-27 |
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| CN2013203329948U Expired - Lifetime CN203312269U (en) | 2013-06-08 | 2013-06-08 | Automatic diode combing machine |
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| CN104201144A (en) * | 2014-09-22 | 2014-12-10 | 常州信息职业技术学院 | Automatic diode separating and carrying system and separating and carrying method thereof |
| CN104241177A (en) * | 2013-06-08 | 2014-12-24 | 常州广达电子有限公司 | Full-automatic diode carding machine |
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| CN104241177B (en) * | 2013-06-08 | 2016-12-28 | 常州广达电子有限公司 | A kind of fully-automatic diode combing machine |
| CN104241177A (en) * | 2013-06-08 | 2014-12-24 | 常州广达电子有限公司 | Full-automatic diode carding machine |
| CN104201144A (en) * | 2014-09-22 | 2014-12-10 | 常州信息职业技术学院 | Automatic diode separating and carrying system and separating and carrying method thereof |
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| CN104319232A (en) * | 2014-10-27 | 2015-01-28 | 广安市嘉乐电子科技有限公司 | Automatic material taking machine for forming of rectifier diode and automatic material taking method |
| CN104319232B (en) * | 2014-10-27 | 2017-04-12 | 广安市嘉乐电子科技有限公司 | Automatic material taking machine for forming of rectifier diode and automatic material taking method |
| CN104411101A (en) * | 2014-12-16 | 2015-03-11 | 苏州米达思精密电子有限公司 | Layout jig for reinforcement pieces |
| CN104411101B (en) * | 2014-12-16 | 2017-12-22 | 苏州米达思精密电子有限公司 | A kind of reinforcing chip typesetting tool |
| CN104465470A (en) * | 2014-12-17 | 2015-03-25 | 常州信息职业技术学院 | Automatic drawing frame for diode |
| CN104465470B (en) * | 2014-12-17 | 2017-05-24 | 常州信息职业技术学院 | Automatic drawing frame for diode |
| CN105931962A (en) * | 2016-06-20 | 2016-09-07 | 滨州德润电子有限公司 | Conversion tool for realizing production of diodes of different power on same production line, and production process |
| CN105931962B (en) * | 2016-06-20 | 2019-08-13 | 滨州德润电子有限公司 | A kind of different capacity diode mixed production crossover tool and production technology |
| CN109755150A (en) * | 2017-11-01 | 2019-05-14 | 惠州市珈圆科技有限公司 | Axial diode auto-comb material machine |
| CN109755150B (en) * | 2017-11-01 | 2020-09-18 | 惠州市珈圆科技有限公司 | Automatic carding machine of axial diode |
| CN108313678A (en) * | 2018-04-09 | 2018-07-24 | 苏州凯翰德智能科技有限公司 | It is molded automatic discharge machine |
| CN108313678B (en) * | 2018-04-09 | 2024-03-15 | 苏州凯翰德智能科技有限公司 | Automatic discharge machine for mould pressing |
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