CN201511237U - Touch switch upper cover and button component feeding dividing device - Google Patents
Touch switch upper cover and button component feeding dividing device Download PDFInfo
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- CN201511237U CN201511237U CN200920198357XU CN200920198357U CN201511237U CN 201511237 U CN201511237 U CN 201511237U CN 200920198357X U CN200920198357X U CN 200920198357XU CN 200920198357 U CN200920198357 U CN 200920198357U CN 201511237 U CN201511237 U CN 201511237U
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Abstract
A touch switch upper cover and button component feeding dividing device comprises rails and an assembly jig, wherein a button rail, an upper cover rail and the assembly jig are arranged around a dividing plate in turn in intervals of 90 degrees or 120 degrees along the anticlockwise direction, a motor or a divider can control the dividing plate to rotate or move, a button vacuum sorption mechanism, an upper cover vacuum sorption mechanism and an assembly vacuum sorption mechanism are respectively arranged on the sides of the button rail, the upper cover rail and the assembly jig, a transfer guide positioning seat, namely a positioning jig is fixed on the dividing plate, and the positioning hole of the positioning seat is provided with an upper oblique guide position, a lower oblique guide position, an upper locating position and a lower locating position. Material can deflect when being gripped or sucked from the button rail or the upper rail, and buttons or upper covers can be guided and correctly placed through utilizing the oblique guide position of the positioning hole, thereby keeping the consistency of positions of the buttons and the upper covers in the positioning hole, and guaranteeing the assembly precision.
Description
Technical field
The utility model relates to the technological equipment that a kind of switch is made, and refers in particular to a kind of touch-switch loam cake and button groups and loads onto the material indexing means.
Background technology
Touch-switch generally is made up of base, shell fragment (or claiming reed and the young sheet of pot), dustproof film, button and loam cake.In the assembling process, button and loam cake are directly got material from strip or track and are put into base, promptly as shown in Figure 1, button track 24 is placed on the below of loam cake track 2, remove to grasp (or absorption) button 2 and loam cake 15 again after button 23 top come up, do a good job of it in the base 12 that has installed shell fragment of directly packing into after (or suction) (directly moving to the NN place) by the N place.Because it is not accurate in location on the strip or on the track, produced skew when getting material, thereby cause following several defective: (1) button has produced skew when expecting because of getting, can make base inner wall damage or damage by pressure button by pressure so put into base, and make the shell fragment of putting into base jump out or jump to sidewall, finally cause shell fragment to damage by pressure, button damages by pressure and base damages by pressure and produce adverse consequences; (2) because loam cake has been offset because of grasping (or absorption) time, therefore, can damage the riveting post by pressure when covering base or riveted is not gone up product; (3) loam cake or button grasp (or draw) time and get to come up on strip or track, product assembling no loam cake in back or button-free and produce adverse consequences; Wait for when (4) button or loam cake lack material that machine efficiency is not high.
The utility model content
The utility model purpose is to overcome the above-mentioned defective that prior art exists, and provides a kind of touch-switch loam cake and button groups to load onto the material indexing means.
In order to achieve the above object, the solution that the utility model is taked is: a kind of touch-switch loam cake and button groups are loaded onto the material indexing means, it comprises track and assembled fixture, button track, loam cake track and assembled fixture center on index dial by 90 ° or the 120 ° of placements successively of being separated by of counterclockwise being separated by, motor or dispenser control index dial rotate or move, and the next door of button track, loam cake track and assembled fixture is provided with button vacuum adsorption mechanism, loam cake vacuum adsorption mechanism and assembling vacuum adsorption mechanism respectively; Transfer guide-localization seat is that localization tool is fixed on the index dial, has the position of upward tiltedly leading, declivity guiding position in the localization tool in the cave, location, goes up position point and following position point.
This device adopts oblique guiding principle to utilize the accurate guide-localization of localization tool, utilizes vacuum adsorption to adjust button and loam cake position in localization tool, and it is unique to guarantee to grasp (or absorption) position before button and loam cake are put into base, does not produce skew during assembling.
Material (button or loam cake) grasps or draws (or cut from strip diffusing) time and can be offset from button track or loam cake track, when putting into the cave, location of localization tool, utilize the oblique guiding position in cave, location that button or loam cake correcting are put into, can guarantee the uniformity of button and loam cake position in the cave, location, thereby guarantee assembly precision.
The calibration formula is disperseed assembling, but the equal self contained function in each station, and other place still can be moved when wherein a station lacked material, guaranteed assembling speed.Button moves to corresponding localization tool place by button track place, and loam cake moves to corresponding localization tool place by loam cake track place, and button and loam cake move to the assembled fixture place by corresponding localization tool place together, all can carry out synchronously, also can separately carry out.
Description of drawings
Fig. 1 is that button and loam cake are directly got the schematic diagram that material is put into base from strip or track.
Fig. 2 is material accurate guide-localization schematic diagram in localization tool.
Fig. 3 is button and loam cake calibration transfer material loading schematic diagram.
Fig. 4 is a present embodiment master TV structure schematic diagram.
Fig. 5 is a present embodiment left side TV structure schematic diagram.
Fig. 6 is a present embodiment plan structure schematic diagram.
Fig. 7 is that present embodiment is looked up structural representation.
Among the figure: 1, base plate, 2, the loam cake track, 3, cylinder one, 4, cylinder connection piece, 5, chute one, 6, holder one, 7, slide rail one, 8, cylinder two, 9, chute two, 10, slide rail two, 11, vacuum gas-tpe fitting one, 12, fixed block one, 13, suction nozzle seat one, 14, suction nozzle one, 15, loam cake, 16, fixed head, 17, motor or dispenser, 18, Connection Block, 19, index dial, 20, localization tool, 21, gas-tpe fitting, 22, assembled fixture, 23, button, 24, the button track, 25, vacuum gas-tpe fitting two, 26, cylinder three, 27, cylinder holder one, 28, pedestal, 29, slide rail three, 30, chute three, 31, slide rail four, 32, chute four, 33, cylinder four, 34, cylinder holder two, 35, cylinder five, 36, cylinder holder three, 37, chute five, 38, slide rail five, 39, vacuum gas-tpe fitting three, 40, fixed block two, 41, suction nozzle three, 42, cylinder six, 43, the cylinder fixed block, 44, connector, 45, contiguous block, 46, holder two, 47, chute six, 48, slide rail six, 49, swivel coupling, 50, suction nozzle seat two, 51, the suction nozzle flap, 52, suction nozzle two, 53, cylinder holder four, 54, suction nozzle seat three, 55, rotating disk, 56, fixed disk, 201, the cave, location, 2011, go up tiltedly guiding position, 2012, declivity guiding position, 2013, last position point, 2014, following position point, 2015, the vacuum suction hole.
The specific embodiment
Below in conjunction with embodiment and accompanying drawing thereof the utility model is remake description.
Referring to Fig. 2-Fig. 7, a kind of touch-switch loam cake and button groups are loaded onto the material indexing means, it comprises track and assembled fixture 22, button track 24, loam cake track 2 and localization tool 20 center on index dial 19 by 90 ° or the 120 ° of placements successively of being separated by of counterclockwise being separated by, motor or dispenser 17 control index dials 19 rotate or move, and the next door of button track 24, loam cake track 2 and localization tool 20 is provided with button vacuum adsorption mechanism, loam cake vacuum adsorption mechanism and assembling vacuum adsorption mechanism respectively; Transfer guide-localization seat is that localization tool 20 is fixed on the index dial 19, has the position 2011 of upward tiltedly leading, declivity guiding position 2012 in the localization tool 20 in the cave 201, location, goes up position point 2013 and following position point 2014.
Referring to Fig. 3, described index dial 19 center fixation rotating disks 55, there is fixed disk 56 rotating disk 55 tops, swivel coupling 49 is arranged on the fixed disk 56, rotating disk 55 rotates or moves with index dial 19, fixed disk 56 and swivel coupling 49 transfixions, vacuum is inhaled A1, vacuum is inhaled B1, vacuum is inhaled C1, vacuum is inhaled D1 and is separately fixed on the rotating disk 55, vacuum is inhaled A1-1, vacuum is inhaled B1-1, vacuum is inhaled C1-1, vacuum is inhaled D1-1 and is connected on respectively on the swivel coupling 49, connect vacuum by trachea joint 21 respectively on four localization tools 20 and inhale A11, vacuum is inhaled B11, vacuum is inhaled C11, vacuum is inhaled D11, vacuum is inhaled A11 and is communicated with vacuum suction A1 and vacuum suction A1-1 all the time, vacuum is inhaled B11 and is communicated with vacuum suction B1 and vacuum suction B1-1 all the time, vacuum is inhaled C11 and is communicated with vacuum suction C1 and vacuum suction C1-1 all the time, and vacuum suction D11 inhales D1-1 with vacuum suction D1 and vacuum all the time and communicates.When index dial 19 rotated, localization tool 20 inhales D1 with vacuum suction A1, vacuum suction B1, vacuum suction C1, vacuum and vacuum is inhaled A11, vacuum suction B11, vacuum suction C11, vacuum suction D11 rotate.Calibration formula vacuum is inhaled, four localization tools 20 all when putting into material vacuum begin the sorption location, vacuum was inhaled and is stopped when material was taken away.
Referring to Fig. 4 and Fig. 5, there is a pedestal 28 in described button vacuum adsorption mechanism, pedestal 28 is fixed on transfixion on the base plate 1, chute 3 30 is fixed on the pedestal 28, cylinder holder 1 is fixed on the pedestal 28, and cylinder 3 26 is fixed on the cylinder holder 1, and slide rail 3 29 slides in chute 3 30, when cylinder 3 26 actions, slide rail 3 29 seesaws; Chute 4 32 is fixed on the slide rail 3 29, cylinder holder 2 34 is fixed on the chute 4 32 simultaneously, cylinder 4 33 is fixed on the cylinder holder 2 34, slide rail 4 31 at chute 4 32 with interior slip, by 4 31 actions of cylinder 4 33 control slide rails, the suction nozzle seat 2 50 that is equipped with suction nozzle 2 52 is fixed on the slide rail 4 31, connects vacuum gas-tpe fitting 2 25 on the suction nozzle seat 2 50, suction nozzle seat 2 50 move up and down (left and right moving is moving among Fig. 5) when cylinder 4 33 action.When suction nozzle 2 52 is drawn button 23, cylinder 4 33 stretches out, having inhaled exhaust hood 4 33 returns, cylinder 3 26 stretches out button 23 is moved on to corresponding localization tool 20 (see figure 4)s by button track 24 positions then, arrive exhaust hood 4 33 and stretch out once more, button 23 is put into localization tool 20, cylinder 4 33 returns, utilize vacuum gas-tpe fitting 3 25 to transmit vacuum during absorption, so finish button 23 transfers action.
Referring to Fig. 5, on the described suction nozzle seat 2 50 suction nozzle flap 51 is arranged, enter suction nozzle seat 2 50 to prevent dust and other impurities.
Referring to Fig. 4 and Fig. 7, there is a holder 1 in described loam cake vacuum adsorption mechanism, holder 1 is fixed on transfixion on the base plate 1, chute 1 is fixed on the holder 1, cylinder connection piece 4 is fixed on the holder 1, and cylinder 1 is fixed on the cylinder connection piece 4, and slide rail 1 can slide in chute 1, when cylinder one 3 actions, slide rail 1 is done side-to-side movement (left and right directions among Fig. 4); Chute 29 is fixed on the slide rail 1, cylinder holder 4 53 is fixed on the chute 29 simultaneously, cylinder 28 is fixed on the cylinder holder 4 53, slide rail 2 10 can be at chute 29 with interior slip, by 2 10 actions of cylinder 28 control slide rails, the suction nozzle seat 1 and the fixed block 1 that are equipped with suction nozzle 1 all are fixed on the slide rail 2 10, connect vacuum gas-tpe fitting 1 on the suction nozzle 1, suction nozzle 1 move up and down (moving up and down among Fig. 7) when cylinder 28 action.When drawing loam cake 15, cylinder 28 stretches out, suction nozzle 1 is drawn loam cake 15, having inhaled exhaust hood 28 returns, cylinder 1 stretches out then, the exhaust hood 28 of reaching home stretches out puts into corresponding localization tool 20 with loam cake 15, puts 28 two cylinders of exhaust hood 1 and cylinder well and returns, and finishes loam cake 15 by the transfer action of loam cake track 2 places to corresponding localization tool 20 places.
Referring to Fig. 4, Fig. 5 and Fig. 7, there is a holder 2 46 in described assembling vacuum adsorption mechanism, holder 2 46 is fixed on transfixion on the base plate 1, chute 6 47 is fixed on the holder 2 46, and cylinder fixed block 43 is fixed on the holder 2 46, and cylinder 6 42 is fixed on the cylinder fixed block 43, cylinder 6 42 links to each other with slide rail 6 48 by connector 44 and contiguous block 45, slide rail 6 48 slides in chute 6 47, when cylinder 6 42 action, and slide rail 6 48 seesaw (fore-and-aft direction among Fig. 4); Chute 5 37 is fixed on the slide rail 6 48, cylinder holder 3 36 is fixed on the chute 37 simultaneously, cylinder 5 35 is fixed on the cylinder holder 3 36, slide rail 5 38 slides in chute 5 37, by 5 38 actions of cylinder 5 35 control slide rails, the suction nozzle seat 3 54 and the fixed block 2 40 that are equipped with suction nozzle 3 41 all are fixed on the slide rail 5 38, connect vacuum gas-tpe fitting 3 39 on the suction nozzle 3 41.Suction nozzle 3 41 move up and down (side-to-side movement among Fig. 5) when cylinder 5 35 action.When drawing loam cake 15 and button 23, cylinder 5 35 is released, suction nozzle 3 41 is drawn loam cake 15 and button 23, having inhaled exhaust hood 5 35 returns, cylinder 6 42 stretches out then, the exhaust hood 5 35 of reaching home stretches out puts into assembled fixture 22 with loam cake 15 and button 23, puts back two cylinders well and returns, and finishes loam cake 15 and button 23 Assembly Actions.
Referring to Fig. 7, described motor or the dispenser 17 of utilizing is fixed on the base plate 1 by fixed head 16.
Referring to Fig. 4 and Fig. 7, described fixed disk 56 is fixed on the base plate 1 by Connection Block 18.
As shown in Figure 3, button 23 is drawn or is grasped and put into localization tool 20 (A place) from AA; Loam cake 15 is drawn or is grasped and put into localization tool 20 (B place) by the BB place; Button 23 and loam cake 15 are drawn by the C place or are grasped and put into assembled fixture 22 (CC place), more than three place's concurrently-actings, also can separately move.Turn to second station (B place) after just must putting first stop (A place) material earlier, turn to the 3rd station (C place) after loam cake 15 is put at second station (B place), again the 3rd station (C place) material (comprising button 23 and loam cake 15) is drawn (or extracting) at last and put into the base that assembled fixture 22 has installed shell fragment.Localization tool 20 on the index dial 19 begins the vacuum adsorption location after putting into material (button 23 or loam cake 15) immediately, and vacuum adsorption stopped when (button 23 and loam cake 15) took out.
What illustrate also has, and in the automatic assembling process of touch-switch, other accessory assembling mode also adopts this indexing mechanism and vacuum adsorption mode, as the shell fragment material loading etc.Therefore the invention protection domain is not limited to the foregoing description; based on set before the calibration in the foregoing description location (separately assembling before the loam cake button merges assembling) or other accessory assembling calibration formula or etc. fraction disperse to adorn; the simple replacement that all do not make creative work should belong to the scope that the invention discloses.Specifically, in the automatic assembling process of (1) touch-switch, before assembling, button and loam cake at first then belong to the invention exposure scope in the base with reinstalling behind the material location as increasing one or more tools.(2) in the automatic assembling process of touch-switch, also belong to the invention exposure scope if any utilizing vacuum adsorption that material is at first located before button 23 and loam cake 15 assemblings.(3) in the automatic assembling process of touch-switch, other accessory is when packing base into, and the centre has increased one or more tools location and belonged to the invention exposure scope.(4) in the automatic assembling process of touch-switch, any accessory is when assembling, and the centre has increased one or more tools location and belonged to the invention exposure scope; No matter assemble fraction discrete sets dress or the assemblings of portable multistation such as circle in addition, material discloses scope as there being transfer location or vacuum adsorption location all to belong to the invention before assembling.(5) in the automatic assembling process of touch-switch, all accessories are when assembling, and the centre has increased the transfer location, and no matter how much each quantity of assembling synchronously all belongs to this patent exposure scope.
Claims (8)
1. touch-switch loam cake and button groups are loaded onto the material indexing means, it comprises track and assembled fixture (22), it is characterized in that: button track (24), loam cake track (2) and assembled fixture (22) are separated by 90 ° or be separated by 120 ° and place successively in the direction of the clock around index dial (19), motor or dispenser (17) control index dial (19) rotates or moves, and the next door of button track (24), loam cake track (2) and assembled fixture (22) is provided with button vacuum adsorption mechanism, loam cake vacuum adsorption mechanism and assembling vacuum adsorption mechanism respectively; Transfer guide-localization seat is that localization tool (20) is fixed on the index dial (19), has the position (2011) of upward tiltedly leading, declivity guiding position (2012) in the localization tool (20) in the cave, location (201), goes up position point (2013) and following position point (2014).
2. touch-switch loam cake according to claim 1 and button groups are loaded onto the material indexing means, it is characterized in that: described index dial (19) center fixation rotating disk (55), there is fixed disk (56) rotating disk (55) top, swivel coupling (49) is arranged on the fixed disk (56), rotating disk (55) rotates or moves with index dial (19), fixed disk (56) and swivel coupling (49) transfixion, vacuum is inhaled A1, vacuum is inhaled B1, vacuum is inhaled C1, vacuum is inhaled D1 and is separately fixed on the rotating disk (55), vacuum is inhaled A1-1, vacuum is inhaled B1-1, vacuum is inhaled C1-1, vacuum is inhaled D1-1 and is connected on respectively on the swivel coupling (49), connect vacuum by trachea joint (21) respectively on four localization tools (20) and inhale A11, vacuum is inhaled B11, vacuum is inhaled C11, vacuum is inhaled D11, vacuum is inhaled A11 and is communicated with vacuum suction A1 and vacuum suction A1-1 all the time, vacuum is inhaled B11 and is communicated with vacuum suction B1 and vacuum suction B1-1 all the time, vacuum is inhaled C11 and is communicated with vacuum suction C1 and vacuum suction C1-1 all the time, and vacuum suction D11 inhales D1-1 with vacuum suction D1 and vacuum all the time and communicates.
3. touch-switch loam cake according to claim 1 and button groups are loaded onto the material indexing means, it is characterized in that: there is a pedestal (28) in described button vacuum adsorption mechanism, pedestal (28) is fixed on base plate (1) and goes up transfixion, chute three (30) is fixed on the pedestal (28), cylinder holder one (27) is fixed on the pedestal (28), cylinder three (26) is fixed on the cylinder holder one (27), slide rail three (29) slides in chute three (30), when cylinder three (26) actions, slide rail three (29) seesaws; Chute four (32) is fixed on the slide rail three (29), cylinder holder two (34) is fixed on the chute four (32) simultaneously, cylinder four (33) is fixed on the cylinder holder two (34), slide rail four (31) at chute four (32) with interior slip, by four (31) actions of cylinder four (33) control slide rails, the suction nozzle seat two (50) that is equipped with suction nozzle two (52) is fixed on the slide rail four (31), connect vacuum gas-tpe fitting two (25) on the suction nozzle seat two (50), suction nozzle seat two (50) moves up and down when cylinder four (33) actions.
4. touch-switch loam cake according to claim 3 and button groups are loaded onto the material indexing means, it is characterized in that: on the described suction nozzle seat two (50) suction nozzle flap (51) is arranged.
5. touch-switch loam cake according to claim 1 and button groups are loaded onto the material indexing means, it is characterized in that: there is a holder one (6) in described loam cake vacuum adsorption mechanism, holder one (6) is fixed on base plate (1) and goes up transfixion, chute one (5) is fixed on the holder one (6), cylinder connection piece (4) is fixed on the holder one (6), cylinder one (3) is fixed on the cylinder connection piece (4), slide rail one (7) slides in chute one (5), when cylinder one (3) action, slide rail one (7) is done side-to-side movement; Chute two (9) is fixed on the slide rail one (7), cylinder holder four (53) is fixed on the chute two (9) simultaneously, cylinder two (8) is fixed on the cylinder holder four (53), slide rail two (10) at chute two (9) with interior slip, by two (10) actions of cylinder two (8) control slide rails, the suction nozzle seat one (13) and the fixed block one (12) that are equipped with suction nozzle one (14) all are fixed on the slide rail two (10), connect vacuum gas-tpe fitting one (11) on the suction nozzle seat one (13), suction nozzle 1 moves up and down when cylinder two (8) actions.
6. touch-switch loam cake according to claim 1 and button groups are loaded onto the material indexing means, it is characterized in that: there is a holder two (46) in described assembling vacuum adsorption mechanism, holder two (46) is fixed on base plate (1) and goes up transfixion, chute six (47) is fixed on the holder two (46), cylinder fixed block (43) is fixed on the holder two (46), cylinder six (42) is fixed on the cylinder fixed block (43), cylinder six (42) links to each other with slide rail six (48) by connector (44) and contiguous block (45), slide rail six (48) slides in chute six (47), when cylinder six (42) actions, slide rail six (48) seesaws; Chute five (37) is fixed on the slide rail six (48), cylinder holder three (36) is fixed on the chute (37) simultaneously, cylinder five (35) is fixed on the cylinder holder three (36), slide rail five (38) slides in chute five (37), by five (38) actions of cylinder five (35) control slide rails, the suction nozzle seat three (54) and the fixed block (two) 40 that are equipped with suction nozzle three (41) all are fixed on the slide rail five (38), connect vacuum gas-tpe fitting three (39) on the suction nozzle seat three (54), suction nozzle three (41) moves up and down when cylinder five (35) actions.
7. touch-switch loam cake according to claim 1 and button groups are loaded onto the material indexing means, it is characterized in that: described motor or the dispenser (17) of utilizing is fixed on (1) on the base plate by fixed head (16).
8. touch-switch loam cake according to claim 2 and button groups are loaded onto the material indexing means, it is characterized in that: described fixed disk (56) is fixed on the base plate (1) by Connection Block (18).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200920198357XU CN201511237U (en) | 2009-10-12 | 2009-10-12 | Touch switch upper cover and button component feeding dividing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200920198357XU CN201511237U (en) | 2009-10-12 | 2009-10-12 | Touch switch upper cover and button component feeding dividing device |
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| Publication Number | Publication Date |
|---|---|
| CN201511237U true CN201511237U (en) | 2010-06-23 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN200920198357XU Expired - Lifetime CN201511237U (en) | 2009-10-12 | 2009-10-12 | Touch switch upper cover and button component feeding dividing device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201511237U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101697329B (en) * | 2009-10-12 | 2011-09-28 | 温州和泰电子有限公司 | Slight-touch switch upper cover and button assembly charging indexing device |
| CN102615823A (en) * | 2012-03-31 | 2012-08-01 | 苏州安洁科技股份有限公司 | Manufacturing process for thin-film thermoforming |
| CN102992015A (en) * | 2012-10-30 | 2013-03-27 | 无锡鸿声铝业有限公司 | Cosmetic cover body directional moving structure |
| CN108861562A (en) * | 2018-09-05 | 2018-11-23 | 深圳奥斯力特自动化技术有限公司 | SMD upper cover centring structure and operation method |
| CN110587363A (en) * | 2019-09-27 | 2019-12-20 | 苏州新机裕自动化技术有限公司 | Three-state switch assembly equipment |
-
2009
- 2009-10-12 CN CN200920198357XU patent/CN201511237U/en not_active Expired - Lifetime
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101697329B (en) * | 2009-10-12 | 2011-09-28 | 温州和泰电子有限公司 | Slight-touch switch upper cover and button assembly charging indexing device |
| CN102615823A (en) * | 2012-03-31 | 2012-08-01 | 苏州安洁科技股份有限公司 | Manufacturing process for thin-film thermoforming |
| CN102992015A (en) * | 2012-10-30 | 2013-03-27 | 无锡鸿声铝业有限公司 | Cosmetic cover body directional moving structure |
| CN102992015B (en) * | 2012-10-30 | 2015-10-14 | 无锡鸿声铝业有限公司 | A kind of Cosmetic lid body directional movement structure |
| CN108861562A (en) * | 2018-09-05 | 2018-11-23 | 深圳奥斯力特自动化技术有限公司 | SMD upper cover centring structure and operation method |
| CN110587363A (en) * | 2019-09-27 | 2019-12-20 | 苏州新机裕自动化技术有限公司 | Three-state switch assembly equipment |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20100623 Effective date of abandoning: 20091012 |