CN103950572A - Connecting rod positioning mechanism applied to full-automatic high-speed LED (Light Emitting Diode) packaging machine - Google Patents
Connecting rod positioning mechanism applied to full-automatic high-speed LED (Light Emitting Diode) packaging machine Download PDFInfo
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- CN103950572A CN103950572A CN201410215243.7A CN201410215243A CN103950572A CN 103950572 A CN103950572 A CN 103950572A CN 201410215243 A CN201410215243 A CN 201410215243A CN 103950572 A CN103950572 A CN 103950572A
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Abstract
The invention relates to a connecting rod positioning mechanism, in particular to a connecting rod positioning mechanism applied to a full-automatic high-speed LED (Light Emitting Diode) packaging machine. The connecting rod positioning mechanism mainly comprises a main panel, a cam device, a positioner, a connecting rod driving mechanism and a main motor; a mounting hole is formed in the main panel; the cam device is embedded and is arranged on the main panel through the mounting hole in a penetrating manner; the connecting rod driving mechanism is arranged below the main panel; the positioner is arranged above the main panel; the main motor is connected with the cam device and the connecting rod driving mechanism through a coupling. The connecting rod positioning mechanism disclosed by the invention can be directly arranged on a machine stand through the main panel; the mounting space is small; the main motor is adopted as driving power, so that the noises are reduced and the service life is prolonged to the maximum extent; more importantly, the connecting rod positioning mechanism can be suitable for high-speed action of the packaging machine and can ensure the accuracy of positioning.
Description
Technical field
The present invention relates to a kind of connecting rod positioning mechanism, espespecially a kind of connecting rod positioning mechanism being applied on fully automatic high-speed LED wrapping machine.
Background technology
LED carrier band is wherein one type of carrier band, carrier band is mainly used in electronic devices and components and mounts industry, it coordinates cover strip (cover tape) to use, by resistance, electric capacity, transistor, the electronic devices and components carryings such as diode are accommodated in the pocket of carrier band, and by the packaging of the formation of involution cover strip above carrier band closed type, for the protection of electronic devices and components not contaminated and damage in transit; Conventionally electronic devices and components are in the time mounting, cover strip is stripped from, automatically mounting device is by the accurate location of carrier band index hole, the components and parts that hold in pocket are taken out successively, and be placed with and be arranged on surface-mounted integrated circuit, so need a kind of accurate connecting rod positioning mechanism that can meet working at high speed that LED product on rotating disk is positioned, guarantee product is stable to be implanted in packaging carrier band.
At present, the detent mechanism kind on fully automatic high-speed LED wrapping machine is a lot, point fixed type and the large class of activity orientation formula two.Fixed type location structure is simple, adopts inclined-plane correcting function, opens a square groove identical with product, processing inclined-plane, top, and material has the touching in the time locating of skew can correcting on inclined-plane.Movable being positioned with adopts cylinder and motor as two kinds of modes of propulsion source, and activity orientation top all adopts four spacers from four direction, material to be proofreaied and correct and reached location object through row.For existing several locate modes, all there are various defects.Although fixed type detent mechanism is simple, locating effect is poor, and precision is low, and easy damaged material; Use the movable location of cylinder, noise is large, is not suitable for location at a high speed, and mechanism is subject to impulsive force and makes greatly some component lifes shorter, increases maintenance cost; Use the flexible positioning mechanism of motor that complexity is installed, cost is high, and installing space is large.
Summary of the invention
For the deficiency on remedy technology, the present invention aims to provide a kind of connecting rod positioning mechanism, and espespecially a kind of noise is little, the life-span is long, simple in structure a kind of connecting rod positioning mechanism being applied on fully automatic high-speed LED wrapping machine that can meet working at high speed and can ensure positioning accurate accuracy.
For achieving the above object, the technical solution used in the present invention is: a kind of connecting rod positioning mechanism being applied on fully automatic high-speed LED wrapping machine, described connecting rod positioning mechanism mainly comprises main panel, cam gear, steady arm, jointed gear unit and main motor, on described main panel, offer mounting hole, cam gear was arranged on main panel by nested running through of mounting hole, jointed gear unit is arranged on main panel below, steady arm is arranged on main panel top, and main motor is connected with cam gear and jointed gear unit by coupler.
Described cam gear is provided with cam inputting shaft and is connected with cam drive, and cam inputting shaft extends in cam gear outside, on cam inputting shaft, is axially installed with lobe plate.
Described main motor is arranged on main panel one side by motor fixed plate, and main motor is axially connected with cam inputting shaft by coupler, main motor power cam motion, and band moving cam inputting shaft rotates, and the lobe plate being arranged on cam inputting shaft can move thereupon.
Described jointed gear unit mainly comprises connecting rod, transmission main shaft and connecting rod adapter plate, described connecting rod adapter plate is fixed on main panel bottom, connecting rod anchor shaft is installed on connecting rod adapter plate, described connecting rod direction is vertical with in cam inputting shaft horizontal direction, connecting rod midway location offers fixed orifice, connecting rod anchor shaft on connecting rod adapter plate runs through fixed orifice fixes connecting rod, connecting rod one end is provided with Compress Spring, one end is provided with spring arm-tie in addition, one end near spring arm-tie offers bearing hole, servo-actuated bearing is installed on bearing hole, the bottom surface of servo-actuated bearing contacts with the curved surface of lobe plate, in the time that lobe plate rotates, servo-actuated bearing on connecting rod can float and move with lobe plate upper curve, because connecting rod midway location is fixed, form seesaw structure, described transmission main shaft direction is vertical with on cam inputting shaft vertical direction, and by installation site and the direction of correcting bearing correcting restriction transmission main shaft, the bottom of transmission main shaft is provided with antifriction-bearing box, antifriction-bearing box and the laminating of connecting rod upper surface, connecting rod drives antifriction-bearing box rolling to move up and down according to doing seesaw principle in the time moving up and down, antifriction-bearing box drives transmission main shaft to move up and down, transmission main shaft top axial is provided with bearing, bearing top axial is provided with bearing plate, bearing plate midway location offers hole, height regulating rod is installed in hole, height regulating rod bottom offsets with power transmission main shaft, top is connected with steady arm.
Described steady arm mainly comprises the location seat of honour and location fore-set, in the middle of the seat of honour of location, offer axis hole, location fore-set runs through axis hole axially to be installed with the location seat of honour, seat of honour top, location is evenly equipped with inlays mounting groove, spacer permanent seat is arranged on to be inlayed in mounting groove, bearing is axially arranged on the top of the location seat of honour by location fore-set, bearing top axial is provided with dowel disc, on dowel disc, be evenly equipped with installation slotted eye, install on slotted eye spacer is installed, seat of honour bottom, location is fixed by location seat of honour adapter plate, fore-set bottom, location offsets and is connected with height regulating rod, location fore-set bottom margin is provided with limiting stopper, limiting stopper forms the spacing fixing of corner-type by being arranged on the limiting stopper permanent seat of seat of honour adapter plate bottom, location, limiting stopper permanent seat side is provided with the first adjustment seat, the first adjustment seat outside is provided with the second adjustment seat.
Described spring arm-tie comprises spring and arm-tie, and wherein arm-tie is fixed on main panel bottom, and spring one end is connected with connecting rod, and one end is connected with arm-tie in addition.
Described Compress Spring is connected with connecting rod by Compress Spring supporting seat, Compress Spring supporting seat is that block structure is fixed on main panel bottom, Compress Spring supporting seat bottom is provided with through hole, and Compress Spring one end is connected with Compress Spring supporting seat after running through through hole, and one end is connected with connecting rod in addition.
Described steady arm is provided with the protective case of semi-surrounding structure, and protective case is fixed in the first adjustment seat, and protective case offsets location fore-set bottom to be connected with height regulating rod, and limiting stopper and the spacing connecting bridge of limiting stopper permanent seat are surrounded.
The first described adjustment seat arranged outside has slide rail, and the second adjustment seat inner side is provided with chute, the first adjustment seat with the second adjustment seat for being slidably connected.
On described spacer permanent seat, offer annual spring draw-in groove, and bearing is installed.
Described antifriction-bearing box is arranged on and in the U-lag of U-shaped limiting stopper, makes antifriction-bearing box and the laminating of connecting rod upper surface.
Beneficial effect of the present invention is embodied in: the present invention mainly comprises main panel, cam gear, steady arm, jointed gear unit and main motor, simple in structure, the present invention can directly install on board by main panel, installing space is little, adopt main motor as driving power, reduce to a great extent noise and increase the service life, the most important thing is that connecting rod positioning mechanism of the present invention is the one of activity orientation, mainly utilize the motion that rotarily drives lobe plate of cam inputting shaft, lobe plate makes the connecting rod can be according to seesaw principle up-and-down movement when rotated, the transmission of power of connecting rod is to transmission main shaft, location fore-set is subject to the application force up-and-down movement from transmission main shaft, upper end spacer opens in the horizontal direction in closure, material on suction nozzle is positioned, such ingehious design can not only be applicable to the working at high speed of wrapping machine, and can ensure the precision of location.
Brief description of the drawings
Fig. 1 is assembled state perspective view of the present invention.
Fig. 2 is decomposition texture schematic diagram of the present invention.
Fig. 3 is connection structure decomposing schematic representation of the present invention.
Fig. 4 is the coupled condition schematic diagram of jointed gear unit of the present invention and steady arm.
Fig. 5 is steady arm decomposition texture schematic diagram of the present invention.
Accompanying drawing mark explanation: 1-main panel, 2-cam gear, 21-cam inputting shaft, 22-lobe plate, 3-steady arm, 31-locates the seat of honour, 32-locates fore-set, 33-spacer permanent seat, 331-annual spring draw-in groove, 34-dowel disc, 35-spacer, 36-location seat of honour adapter plate, 37-limiting stopper, 38-limiting stopper permanent seat, 39-the first adjustment seat, 310-the second adjustment seat, 311-protective case, 4-jointed gear unit, 41-connecting rod, 42-transmission main shaft, 43-connecting rod adapter plate, 44-fixed orifice, 45-connecting rod anchor shaft, 46-Compress Spring, 47-spring arm-tie, the servo-actuated bearing of 48-, 49-correcting bearing, 410-antifriction-bearing box, 411-height regulating rod, 412-Compress Spring supporting seat, the main motor of 5-, 51-motor fixed plate, 6-coupler, 7-bearing, 71-bearing plate, 8-U shape limiting stopper.
Detailed description of the invention
Describe the specific embodiment of the present invention in detail below by accompanying drawing 1-5:
As Figure 1-5, a kind of connecting rod positioning mechanism being applied on fully automatic high-speed LED wrapping machine, described connecting rod positioning mechanism mainly comprises main panel 1, cam gear 2, steady arm 3, jointed gear unit 4 and main motor 5, on described main panel 1, offer mounting hole, cam gear 2 was arranged on main panel 1 by nested running through of mounting hole, jointed gear unit 4 is arranged on main panel 1 below, steady arm 3 is arranged on main panel 1 top, and main motor 5 is connected with cam gear 2 and jointed gear unit 4 by coupler 6.
Described cam gear 2 is provided with cam inputting shaft 21 and is connected with cam drive, and cam inputting shaft 21 extends in cam gear 2 outsides, is axially installed with lobe plate 22 on cam inputting shaft 21.
Described main motor 5 is arranged on main panel 1 one sides by motor fixed plate 51, main motor 5 is axially connected with cam inputting shaft 21 by coupler 6, main motor 5 power cam motions, band moving cam inputting shaft 21 rotates, and is arranged on lobe plate 22 motion thereupon on cam inputting shaft 21.
Described jointed gear unit 4 mainly comprises connecting rod 41, transmission main shaft 42 and connecting rod adapter plate 43, described connecting rod adapter plate 43 is fixed on main panel 1 bottom, connecting rod anchor shaft 45 is installed on connecting rod adapter plate 43, described connecting rod 41 directions are vertical with in cam inputting shaft 21 horizontal directions, connecting rod 41 midways location offer fixed orifice 44, connecting rod anchor shaft 45 on connecting rod adapter plate 43 runs through fixed orifice 44 by fixing connecting rod 41, connecting rod 41 one end are provided with Compress Spring 46, one end is provided with spring arm-tie 47 in addition, one end near spring arm-tie 47 offers bearing hole, servo-actuated bearing 48 is installed on bearing hole, the bottom surface of servo-actuated bearing 48 contacts with the curved surface of lobe plate 22, in the time that lobe plate 22 rotates, servo-actuated bearing 48 on connecting rod 41 can float and move with lobe plate 22 upper curves, because connecting rod 41 midways location are fixed, form seesaw structure, described transmission main shaft 42 directions are vertical with on cam inputting shaft 21 vertical directions, and by installation site and the direction of correcting bearing 49 correcting restriction transmission main shafts 42, the bottom of transmission main shaft 42 is provided with antifriction-bearing box 410, antifriction-bearing box 410 and connecting rod 41 upper surface laminatings, connecting rod 41 drives antifriction-bearing box 410 rollings to move up and down according to doing seesaw principle in the time moving up and down, antifriction-bearing box 410 drives transmission main shaft 42 to move up and down, transmission main shaft 42 top axial are provided with bearing 7, bearing 7 top axial are provided with bearing plate 71, bearing plate 71 midways location offer hole, height regulating rod 411 is installed in hole, height regulating rod 411 bottoms and power transmission main shaft offset, top is connected with steady arm 3.
Described steady arm 3 mainly comprises the location seat of honour 31 and location fore-set 32, in the middle of the location seat of honour 31, offer axis hole, location fore-set 32 runs through axis hole axially to be installed with the location seat of honour 31, the seat of honour 31 tops, location are evenly equipped with inlays mounting groove, spacer permanent seat 33 is arranged on to be inlayed in mounting groove, bearing 7 is axially arranged on the top of the location seat of honour 31 by location fore-set 32, bearing 7 top axials are provided with dowel disc 34, on dowel disc 34, be evenly equipped with installation slotted eye, install on slotted eye spacer 35 is installed, the seat of honour 31 bottoms, location are fixing by location seat of honour adapter plate 36, fore-set 32 bottoms, location offset and are connected with height regulating rod 411, location fore-set 32 bottom margins are provided with limiting stopper 37, limiting stopper 37 forms the spacing fixing of corner-type by being arranged on the limiting stopper permanent seat 38 of seat of honour adapter plate 36 bottoms, location, limiting stopper permanent seat 38 sides are provided with the first adjustment seat 39, the first adjustment seat 39 outsides are provided with the second adjustment seat 310.
Described spring arm-tie 47 comprises spring and arm-tie, and wherein arm-tie is fixed on main panel 1 bottom, and spring one end is connected with connecting rod 41, and one end is connected with arm-tie in addition.
Described Compress Spring 46 is connected with connecting rod 41 by Compress Spring supporting seat 412, Compress Spring supporting seat 412 is fixed on main panel 1 bottom for block structure, Compress Spring supporting seat 412 bottoms are provided with through hole, Compress Spring 46 one end are connected with Compress Spring supporting seat 412 after running through through hole, and one end is connected with connecting rod 41 in addition.
Described steady arm 3 is provided with the protective case 311 of semi-surrounding structure; protective case 311 is fixed in the first adjustment seat 39; protective case 311 offsets fore-set 32 bottoms in location to be connected with height regulating rod 411, and limiting stopper 37 and the spacing connecting bridge of limiting stopper permanent seat 38 are surrounded.
The first described adjustment seat 39 arranged outside have slide rail, and the second adjustment seat 310 inner sides are provided with chute, the first adjustment seat 39 with the second adjustment seat 310 for being slidably connected.
On described spacer permanent seat 33, offer annual spring draw-in groove 331, and bearing 7 is installed.
Described antifriction-bearing box 410 is arranged on and in the U-lag of U-shaped limiting stopper 8, makes antifriction-bearing box 410 and connecting rod 41 upper surfaces laminatings.
The ingenious rotation that utilizes cam inputting shaft 21 of connecting rod positioning mechanism of the present invention, lobe plate 22 is axially installed on cam inputting shaft 21, lobe plate 22 promotes connecting rod 41 up-and-down movements when rotated, location fore-set 32 is subject to connecting rod 41 application force up-and-down movements, upper end spacer 35 opens in the horizontal direction in closure, and material on suction nozzle is positioned.
With specifically, main motor 5 by coupler 6 with cam inputting shaft 21 to connecting, the rotation of motor power cam, be fixed on lobe plate 22 motion thereupon on inputting shaft, connecting rod 41 one end fixed random dynamic bearings 48, servo-actuated bearing 48 contacts with lobe plate 22 curved surfaces, in the time that lobe plate 22 rotates, servo-actuated bearing 48 on connecting rod 41 can float with lobe plate 22 upper curves, because certain position in the middle of connecting rod 41 is fixed, because Compress Spring 46 is in compressive state, so Compress Spring 46 has the restorable trend can be to the up application force on top of one of connecting rod 41 one end, so connecting rod 41 can be given taking middle fixed position as rotating shaft one of other one end pressure, and the other one end of connecting rod 41 is provided with spring arm-tie 47, so pressure will Compress Spring arm-tie 47, and offer bearing hole near one end of spring arm-tie 47, servo-actuated bearing 48 is installed on bearing hole, the bottom surface of servo-actuated bearing 48 contacts with the curved surface of lobe plate 22, because connecting rod 41 midways location are fixed and are formed seesaw structure, according to seesaw principle, the other end will up-and-down movement, antifriction-bearing box 410 is fixed on transmission main shaft 42, antifriction-bearing box 410 and the laminating of connecting rod face upper surface, connecting rod 41 moves through antifriction-bearing box 410 and drives transmission main shaft 42 up-and-down movements, because height regulating rod 411 is to offset to be connected with the location fore-set 32 on steady arm 3, so by being arranged on the height regulating rod 411 on transmission main shaft 42, control location fore-set 32 up-and-down movements of steady arm 3, promote spacer permanent seat 33 horizontal motions by location fore-set 32 ramps, thereby drive spacer 35 levels to open and closure, the closed springs return that adopts of spacer 35, annual spring is arranged on annual spring draw-in groove 331 positions, utilize spring contraction power to make spacer 35 Quick-returns to minimum position, when push rod jack-up, spacer 35 opens, when decline, spacer 35 closed orientation.
The present invention mainly comprises main panel 1, cam gear 2, steady arm 3, jointed gear unit 4 and main motor 5, simple in structure, the present invention can directly install on board by main panel 1, installing space is little, adopt main motor 5 as driving power, reduce to a great extent noise and increase the service life, the most important thing is that connecting rod positioning mechanism of the present invention is the one of activity orientation, mainly utilize the motion that rotarily drives lobe plate 22 of cam inputting shaft 21, lobe plate 22 makes the connecting rod 41 can be according to seesaw principle up-and-down movement when rotated, the transmission of power of connecting rod 41 is to transmission main shaft 42, location fore-set 32 is subject to the application force up-and-down movement from transmission main shaft 42, upper end spacer 35 opens in the horizontal direction in closure, material on suction nozzle is positioned, such ingehious design can not only be applicable to the working at high speed of wrapping machine, and can ensure the precision of location.
The above, it is only preferred embodiment of the present invention, not technical scope of the present invention is imposed any restrictions, the technical personnel of the industry, under the inspiration of the technical program, can make some distortion and amendment, any amendment, equivalent variations and modification that every foundation technical spirit of the present invention is done above embodiment, all still belong in the scope of technical solution of the present invention.
Claims (7)
1. the connecting rod positioning mechanism being applied on fully automatic high-speed LED wrapping machine, it is characterized in that: described connecting rod positioning mechanism mainly comprises main panel, cam gear, steady arm, jointed gear unit and main motor, on described main panel, offer mounting hole, cam gear was arranged on main panel by nested running through of mounting hole, jointed gear unit is arranged on main panel below, steady arm is arranged on main panel top, and main motor is connected with cam gear and jointed gear unit by coupler;
Described cam gear is provided with cam inputting shaft and is connected with cam drive, and cam inputting shaft extends in cam gear outside, on cam inputting shaft, is axially installed with lobe plate;
Described main motor is arranged on main panel one side by motor fixed plate, and main motor is axially connected with cam inputting shaft by coupler, main motor power cam motion, and band moving cam inputting shaft rotates, and the lobe plate being arranged on cam inputting shaft can move thereupon;
Described jointed gear unit mainly comprises connecting rod, transmission main shaft and connecting rod adapter plate, described connecting rod adapter plate is fixed on main panel bottom, connecting rod anchor shaft is installed on connecting rod adapter plate, described connecting rod direction is vertical with in cam inputting shaft horizontal direction, connecting rod midway location offers fixed orifice, connecting rod anchor shaft on connecting rod adapter plate runs through fixed orifice fixes connecting rod, connecting rod one end is provided with Compress Spring, one end is provided with spring arm-tie in addition, one end near spring arm-tie offers bearing hole, servo-actuated bearing is installed on bearing hole, the bottom surface of servo-actuated bearing contacts with the curved surface of lobe plate, in the time that lobe plate rotates, servo-actuated bearing on connecting rod can float and move with lobe plate upper curve, because connecting rod midway location is fixed, form seesaw structure, described transmission main shaft direction is vertical with on cam inputting shaft vertical direction, and by installation site and the direction of correcting bearing correcting restriction transmission main shaft, the bottom of transmission main shaft is provided with antifriction-bearing box, antifriction-bearing box and the laminating of connecting rod upper surface, connecting rod drives antifriction-bearing box rolling to move up and down according to doing seesaw principle in the time moving up and down, antifriction-bearing box drives transmission main shaft to move up and down, transmission main shaft top axial is provided with bearing, bearing top axial is provided with bearing plate, bearing plate midway location offers hole, height regulating rod is installed in hole, height regulating rod bottom offsets with power transmission main shaft, top is connected with steady arm,
Described steady arm mainly comprises the location seat of honour and location fore-set, in the middle of the seat of honour of location, offer axis hole, location fore-set runs through axis hole axially to be installed with the location seat of honour, seat of honour top, location is evenly equipped with inlays mounting groove, spacer permanent seat is arranged on to be inlayed in mounting groove, bearing is axially arranged on the top of the location seat of honour by location fore-set, bearing top axial is provided with dowel disc, on dowel disc, be evenly equipped with installation slotted eye, install on slotted eye spacer is installed, seat of honour bottom, location is fixed by location seat of honour adapter plate, fore-set bottom, location offsets and is connected with height regulating rod, location fore-set bottom margin is provided with limiting stopper, limiting stopper forms the spacing fixing of corner-type by being arranged on the limiting stopper permanent seat of seat of honour adapter plate bottom, location, limiting stopper permanent seat side is provided with the first adjustment seat, the first adjustment seat outside is provided with the second adjustment seat.
2. a kind of connecting rod positioning mechanism being applied on fully automatic high-speed LED wrapping machine according to claim 1, it is characterized in that: described spring arm-tie comprises spring and arm-tie, wherein arm-tie is fixed on main panel bottom, and spring one end is connected with connecting rod, and one end is connected with arm-tie in addition.
3. a kind of connecting rod positioning mechanism being applied on fully automatic high-speed LED wrapping machine according to claim 1, it is characterized in that: described Compress Spring is connected with connecting rod by Compress Spring supporting seat, Compress Spring supporting seat is that block structure is fixed on main panel bottom, Compress Spring supporting seat bottom is provided with through hole, Compress Spring one end is connected with Compress Spring supporting seat after running through through hole, and one end is connected with connecting rod in addition.
4. a kind of connecting rod positioning mechanism being applied on fully automatic high-speed LED wrapping machine according to claim 1; it is characterized in that: described steady arm is provided with the protective case of semi-surrounding structure; protective case is fixed in the first adjustment seat; protective case offsets location fore-set bottom to be connected with height regulating rod, and limiting stopper and the spacing connecting bridge of limiting stopper permanent seat are surrounded.
5. a kind of connecting rod positioning mechanism being applied on fully automatic high-speed LED wrapping machine according to claim 1, it is characterized in that: the first described adjustment seat arranged outside has slide rail, the second adjustment seat inner side is provided with chute, the first adjustment seat with the second adjustment seat for being slidably connected.
6. a kind of connecting rod positioning mechanism being applied on fully automatic high-speed LED wrapping machine according to claim 1, is characterized in that: on described spacer permanent seat, offer annual spring draw-in groove, and bearing is installed.
7. a kind of connecting rod positioning mechanism being applied on fully automatic high-speed LED wrapping machine according to claim 1, is characterized in that: described antifriction-bearing box is arranged on and in the U-lag of U-shaped limiting stopper, makes antifriction-bearing box and the laminating of connecting rod upper surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410215243.7A CN103950572B (en) | 2014-05-21 | 2014-05-21 | A kind of connecting rod positioning mechanism be applied on fully automatic high-speed LED wrapping machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410215243.7A CN103950572B (en) | 2014-05-21 | 2014-05-21 | A kind of connecting rod positioning mechanism be applied on fully automatic high-speed LED wrapping machine |
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| Publication Number | Publication Date |
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| CN103950572A true CN103950572A (en) | 2014-07-30 |
| CN103950572B CN103950572B (en) | 2015-11-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410215243.7A Active CN103950572B (en) | 2014-05-21 | 2014-05-21 | A kind of connecting rod positioning mechanism be applied on fully automatic high-speed LED wrapping machine |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105391240A (en) * | 2015-12-29 | 2016-03-09 | 苏州汉实汽车机械有限公司 | Automatic rotating disc |
| CN108565199A (en) * | 2018-03-16 | 2018-09-21 | 台晶(重庆)电子有限公司 | A kind of ion etching freqency fine adjustment machine baffle quick switching mechanism |
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| CN203199746U (en) * | 2012-11-23 | 2013-09-18 | 杨闳羿 | Tray-taking mechanism of three-in-one automatic winding machine for SMD component |
| CN203358904U (en) * | 2013-07-10 | 2013-12-25 | 东莞市台工电子机械科技有限公司 | LED rotating mechanism of full-automatic paster LED braider |
| CN203877020U (en) * | 2014-05-21 | 2014-10-15 | 东莞市台工电子机械科技有限公司 | Connecting rod positioning mechanism applied to full-automatic high-speed LED packaging machine |
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| JP2001151204A (en) * | 1999-11-29 | 2001-06-05 | Matsushita Electric Ind Co Ltd | Carrier tape former |
| CN203199746U (en) * | 2012-11-23 | 2013-09-18 | 杨闳羿 | Tray-taking mechanism of three-in-one automatic winding machine for SMD component |
| CN203064228U (en) * | 2012-12-06 | 2013-07-17 | 广东志成华科光电设备有限公司 | Corrector for light-emitting diode (LED) braider |
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| CN105391240A (en) * | 2015-12-29 | 2016-03-09 | 苏州汉实汽车机械有限公司 | Automatic rotating disc |
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| CN108565199B (en) * | 2018-03-16 | 2024-02-23 | 台晶(重庆)电子有限公司 | Baffle quick switching mechanism for ion etching trimmer |
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| Publication number | Publication date |
|---|---|
| CN103950572B (en) | 2015-11-18 |
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