CN201165598Y - Multi-paillette sticking machine - Google Patents
Multi-paillette sticking machine Download PDFInfo
- Publication number
- CN201165598Y CN201165598Y CNU2008200848699U CN200820084869U CN201165598Y CN 201165598 Y CN201165598 Y CN 201165598Y CN U2008200848699 U CNU2008200848699 U CN U2008200848699U CN 200820084869 U CN200820084869 U CN 200820084869U CN 201165598 Y CN201165598 Y CN 201165598Y
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- paillette
- transducer
- mould
- bearing
- drive
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- Expired - Lifetime
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Abstract
The utility model relates to a multi-paillette pasting machine, which comprises a machine table and a computer control system, wherein a pasting machine head is arranged on the machine table, a punch needle bar arranged in the die carrier on the pasting machine head is driven through a pasting main shaft, the pasting main shaft is connected with a main shaft motor through a driving belt, and an optical encoder is arranged on the pasting main shaft; an ultrasonic wave cushioning mechanism and an ultrasonic wave power box are arranged at the lower side of the machine table, a color switching mechanism is arranged at the right side of the machine table; an across paillette mechanism is arranged on the crossbeam of the die carrier and the machine table, a paillette switching mechanism is arranged on the back surface of the machine table crossbeam, and an apical paillette mechanism and a guiding mechanism are arranged on a second mounting rack. The multi-paillette pasting machine has the advantages that a plurality of paillette mould heads are arranged on the die carrier, according to the selection of the color switching mechanism, more than three kinds of paillettes size and shape processing can be performed on identical clothing material, the work efficiency is greatly enhanced, and the paillette switching trouble to the operating personnel is reduced.
Description
Technical field
The utility model relates to paillette embroidery machine field, especially a kind of multi-paillette die bonder.
Background technology
When needs carry out multiple paillette size to same cloth and shape adds man-hour, existing paillette embroidery machine is impossible realize, existing paillette embroidery machine paillette size and shape are restricted, and it is cumbersome to change sheet, when changing sheet to operating personnel's technology than higher shortcoming, and it is lower to embroider when doing operating efficiency at paillette.
The utility model content
The utility model will solve the shortcoming of above-mentioned prior art, a kind of multi-paillette die bonder is provided, during for the different paillette of the multiple paillette size and shape of processing on same cloth, can be on many paillettes machine once property finish, do not need operating personnel in the adjustment of carrying out paillette, have easy and simple to handle, the advantage that efficient is high.
The utility model solves the technical scheme that its technical problem adopts: this multi-paillette die bonder, comprise board and computerized control system, on board, be provided with the bonding die head, the pin shank that dashes that is installed in the mould bases on the bonding die head passes through the bonding die main shaft drives, the bonding die main shaft is connected with spindle motor by driving belt, is provided with photoelectric encoder on the bonding die main shaft; The board downside is equipped with ultrasonic cushioning mechanism and ultrasonic power case, and the board right side is provided with color replacing mechanism; The crossbeam of mould bases and board was provided with sheet mechanism, cross sheet mechanism and be respectively equipped with preceding sheet mechanism and the middle sheet mechanism of crossing crossed, crossing sheet mechanism wherein is installed on the mould bases, the material all in one piece dish passes first, first is installed on the pedestal, rolling wheel support is housed respectively on needle bar frame and the pedestal, is fixedly connected with roller and roller block in the rolling wheel support, be respectively equipped with the first guide card frame on mould contiguous block and the needle bar frame; Cross sheet mechanism during crossbeam is provided with, roller, second, bracing strut, the second guide card frame are installed on first installing plate and second installing rack, second installing rack is fixed in crossbeam by screw; The paillette band successively passes through the roller on pedestal and the needle bar frame in motion process, and passes the first guide card frame on mould contiguous block and the needle bar frame, inserts in the groove of mould, crosses the roller in the sheet mechanism during the paillette band is inserted in; The board crossbeam back side is equipped with disc changing mechanism, and top flat mechanism and guiding mechanism are installed on second installing rack.Need multiple paillette size on cloth add man-hour, multi-paillette die bonder reaches the selection to the paillette size by the sheet that changes of color replacing mechanism, improves and changes sheet efficient, does not need to adjust when work.
The effect that the utility model is useful is: a plurality of paillette mold head are installed on the mould bases, selection by color replacing mechanism, carrying out the paillette size more than three kinds and the processing of shape on the same cloth, improved operating efficiency greatly, reduced the trouble of changing sheet for operating personnel.Described ultrasonic cushioning mechanism helps drive block and can not break, and postpones cam and can not wear and tear; Be provided with straight line cylinder and Cowhells wheel in the described top flat mechanism, Cowhells wheel centre bore is installed with the axis of rolling and scroll wheel, and the axis of rolling two ends also are provided with bearing, helps Cowhells wheel stability of rotation, thereby saves the paillette material; Described slice receiving mechanism of slice is made up of knurled wheel, motor, unilateral bearing, and Cowhells wheel heads in the knurled wheel during work, and helping paillette can positioning in motion process, prevents dropping fraction; The used delay cam of described bonding die head adopts metal material processing to form, and has the time delay effect, has solved the wearing and tearing of cam, makes the paillette welding have viscosity more; Described colour changing motor adopts two colour changing casees to switch with changing the sheet motor, and two motors controls by an electroplax, operation simultaneously, and the colour changing motor is controlled the bonding die mould bases, and have the sheet of changing and stablize, and the generation that prevents roll film.
1. can finish have the paillette size more than three kinds, paillette that shape, color differ embroiders.
2. whole paillette Unit Installation, mode are conveniently.
3. by a color replacing mechanism and a disc changing mechanism,, thereby paillette is embroidered work to the selection of mould.
4. the replacing of mould is simple, understandable.
5. the control of the time of each mould is by the rotating speed of motor gained.
6. by postponing cam, paillette is had more viscosity.
7. by all kinds of sheet mechanisms of crossing, paillette is stable.
8. by effective cooperation of top flat and slice receiving mechanism of slice, make each paillette in running, keep synchronous.
9. by ultrasonic cushioning mechanism, guarantee cam and drive block are not damaged.
10. utilize the ultrasonic wave heating arrangements, paillette can directly be processed on cloth cover.
Description of drawings
Fig. 1 is the main TV structure schematic diagram of a kind of multi-paillette die bonder of the utility model;
Fig. 2 is the left TV structure schematic diagram of a kind of multi-paillette die bonder of the utility model;
Fig. 3 is the mistake chip architecture schematic diagram of the utility model multi-paillette die bonder;
Fig. 4 is the ultrasonic wave heating arrangement schematic diagram of the utility model multi-paillette die bonder;
Fig. 5 is the main TV structure schematic diagram that changes sheet, top flat, guiding of the utility model multi-paillette die bonder;
Fig. 6 is the plan structure schematic diagram that changes sheet, top flat, guiding of the utility model multi-paillette die bonder;
Fig. 7 is that the structure master that takes up of the utility model multi-paillette die bonder looks schematic diagram;
Fig. 8 is the structure blast structural representation that takes up of the utility model multi-paillette die bonder;
Fig. 9 is the mould bases structural representation of the utility model multi-paillette die bonder;
Figure 10 is the head blast structural representation of the utility model multi-paillette die bonder;
Figure 11 is that the head master of the utility model multi-paillette die bonder looks cross-sectional view.
Description of reference numerals: board 1, computerized control system 2, bonding die spindle motor 3, driving belt 4, bonding die main shaft 5, photoelectric encoder 6, bonding die head 7 postpones cam 8, drive link 9, head 10, pitman shaft 11, fixed cover 12, mould bases 13 promotes cylinder 14, needle bar frame 15, promote shank 16, towards pin shank 17, towards pin 18, mould 19, mould contiguous block 20, the first rise springs 21, first guide pad, 22, the first limited blocks 23, ultrasonic wave heating arrangements 24, transducer 25, buffer spring 26, transducer enclosure 27, transducer upper cover 28, capping 29 under the transducer, fairlead 30, set screw 31, transducer mount 32, the preceding sheet mechanism 33 of crossing, 34, the first 35, the first rollers 36 of pedestal, roller block 37, rolling wheel support 38, the first guide card framves 39,41, the second 42 on middle sheet mechanism excessively 40, the second rollers, bracing strut 43, the first installing plates 44, the second guide card framves 45, second installing rack 46, color replacing mechanism 47, colour changing case A48, colour changing motor 49, disc changing mechanism 50, colour changing case B51, change sheet motor 52, cylinder 53, cylinder support 54, change sheet rob support 55, colour changing piece 56, guiding mechanism 57, rod guide supports 58, guide holder 59, top flat mechanism 60, Cowhells wheel 61, clutch shaft bearing 62, the axis of rolling 63, Cowhells wheel seat 64, the first drives 65, driving belt 66, slice receiving mechanism of slice 67, the motor 68 that takes up, electric machine support 69, knurled wheel 70, knurled wheel side plate 71, knurled shaft 72, second bearing 73, dish 74, dish axle 75, unilateral bearing 76, plate rail 77, bearing holder (housing, cover) 78, second drive 79, ultrasonic power 80, transducer capping 81,82, the three 83 on material all in one piece dish is towards pin connector 84, cross sheet mechanism 85, the second rise spring, 86, the second guide pads, 87, the second limited blocks 88.
The specific embodiment
The utility model is described in further detail below in conjunction with drawings and Examples:
By shown in Figure 1, the utility model multi-paillette die bonder mainly comprises board 1, computerized control system 2, is connected the bonding die head 7 on the board 1.The pin shank that dashes that is installed in the mould bases 13 on the bonding die head drives by bonding die main shaft 5, and bonding die main drive shaft 5 is connected with spindle motor 3 by driving belt 4, is provided with photoelectric encoder 6 on main shaft.The board downside is equipped with ultrasonic cushioning mechanism 24 and ultrasonic power case 80.The board right side is provided with color replacing mechanism 47, reaches selection to paillette size, shape, color by color replacing mechanism.Bonding die head 7 can be provided with a plurality of on board 1, helps increasing work efficiency.
By shown in Figure 1, the crossbeam of mould bases 13 and board 1 was provided with sheet mechanism 85, before being respectively equipped with, it crosses sheet mechanism 33 and the middle sheet mechanism 40 of crossing, crossing sheet mechanism 33 wherein is installed on the mould bases 13, material all in one piece dish 82 passes first 35, first 35 is installed on the pedestal 34, on needle bar frame 15 and the pedestal 34 rolling wheel support 38 is housed respectively, wherein be provided with roller 36 and roller block 37, be fixed in the rolling wheel support 38, be respectively equipped with the first guide card frame 39 on mould contiguous block 20 and the needle bar frame 15, fix by screw.Cross sheet mechanism during crossbeam is provided with, by first installing plate 44 and second installing rack 46, with roller 41, second spool 42, bracing strut 43, the second guide card frame 45 is installed with wherein, by screw second installing rack 46 is fixed in crossbeam.The paillette band is in motion process, successively through the roller 36 on pedestal 34 and the needle bar frame 15, and pass the first guide card frame 39 on mould contiguous block 20 and the needle bar frame 15, insert in the groove of mould 19 thereafter, cross the roller 41 in the sheet mechanism in then the paillette band being inserted in, take up under the drive of motor 68, the paillette band is by roller 41 and the roller 36 and the first guide card frame 39, make eventually and remain on same the straight line, running by roller, paillette band resistance in running reduces, thus guarantee paillette not the situation of dropping fraction or half sheet produce.
By Fig. 1 and shown in Figure 4, ultrasonic power case 80 and ultrasonic cushioning mechanism 24 are installed on board 1 downside, wherein ultrasonic power case 80 is used with transducer 25, when 80 work of ultrasonic power case, transducer 25 is also worked thereupon, produce heat this moment, and paillette is welded on the cloth cover, and wherein ultrasonic power case 80 and ultrasonic cushioning mechanism 24 are provided with a plurality of.Be provided with transducer 25 in the ultrasonic cushioning mechanism 24, buffer spring 26, transducer enclosure 27, transducer upper cover 28, capping 29 under the transducer, fairlead 30, set screw 31, transducer mount 32, transducer capping 81.Wherein transducer 25 is positioned in the transducer enclosure 27, transducer enclosure about in the of 27 two end faces respectively with transducer upper cover 28, capping 29 connects under the transducer, is provided with buffer spring 26 between capping 29 and the set screw 31 under the transducer simultaneously, by fairlead 30, with transducer enclosure 27, set screw 31, buffer spring 26, schedule wherein, and with transducer capping 81 location, and with screw transducer mount 32 is connected with fairlead 30, simultaneously transducer mount 32 is fixed on the board 1.When work, hit transducer 25 towards pin 18, by doing movingly between transducer enclosure 27 and the fairlead 30, utilize buffer spring 26 simultaneously, transducer enclosure 27 can be moved up and down, play cushioning effect, thus protection drive block and delay cam.By the adjusting of set screw 31, the buffering strength of ultrasonic wave 25 is also different.
By Fig. 5, shown in Figure 6, disc changing mechanism 50 is installed on the board 1 crossbeam back side, and top flat mechanism 60 and guiding mechanism 57 are installed on second installing rack 46.Disc changing mechanism is by colour changing case 51 and change sheet motor 52 and form.Change the sheet pull bar and support, change the sheet pull bar and form, colour changing piece 56 is housed above by two by changing sheet rob support 55, fixing with cylinder support 54, be provided with straight line cylinder 53 above.Disc changing mechanism 50 cooperates with guiding mechanism 57, is provided with rod guide supports 58 and guide holder 59 in the guiding mechanism 57.Top flat mechanism 60 comprises: Cowhells wheel 61, clutch shaft bearing 62, the axis of rolling 63, Cowhells wheel seat 64, first drive 65, driving belt 66.By the axis of rolling 63 Cowhells wheel 61 is fixed in the Cowhells wheel seat 64, and two holes, Cowhells wheel seat 64 upper ends are used to install clutch shaft bearing 62, fixedly the Cowhells axle 63, Cowhells axle 63 1 ends are provided with first drive 65, driving belt 66 is inserted in the groove of first drive 65, driving belt 66 is inserted in the groove of second drive 79 in the slice receiving mechanism of slice 67 simultaneously, clutch shaft bearing 62 is installed in two holes, Cowhells wheel seat 64 lower ends, pass clutch shaft bearing 62 for the 3rd 83, its the 3rd 83 two ends is installed in the electric machine support 69, slice receiving mechanism of slice 67 is installed on second installing rack 46, and slice receiving mechanism of slice 67 comprises: motor 68 takes up, electric machine support 69, knurled wheel 70, knurled wheel side plate 71, knurled shaft 72, second bearing 73, dish 74, dish axle 75, unilateral bearing 76, plate rail 77, bearing holder (housing, cover) 78, second drive 79.The motor 68 that takes up is installed on the electric machine support 69, knurled shaft 72 is connected with the motor 68 usefulness jackscrews that take up, be provided with knurled wheel 70, knurled wheel side plate 71 in the knurled shaft 72, and connect with jackscrew, second bearing 73 is equipped with at knurled shaft 72 two ends, second bearing 73 is fixed in the electric machine support 69, plate rail 77 is fixing with electric machine support 69, be provided with dish axle 75 above, dish axle 75 is fixed with bearing holder (housing, cover) 78 usefulness jackscrews, bearing holder (housing, cover) 78 is pressed in the unilateral bearing 76 and in second drive 79 and connects, simultaneously second drive, 79 tie-plates 74.In the process of taking up, at first change 52 work of sheet motor, under its effect, colour changing piece 56 drives straight line cylinder 53, work to assigned address, straight line cylinder 53 work, as middleware, withstand Cowhells wheel seat 64 by guiding mechanism 57, thereby Cowhells wheel 61 is headed in the knurled wheel 70 by cylinder body, motor 68 rotates by taking up, make knurled shaft 72 drive knurled wheel 70 rotations, so Cowhells wheel 61 also rotate by the frictional force drive of knurled wheel 70, because the rotation of Cowhells wheel 61, first drive 65 that links with it is also done accordingly and is rotatablely moved, by driving belt 66, with second drive, 79 driven rotary, dish 74 also corresponding rotations, thus reach in the paillette band income dish 74.In motion process,, thereby guarantee that the paillette band can not run sheet because knurled wheel 70 both sides are provided with block.
By Fig. 1 and shown in Figure 9, mould bases 13 is installed on the bonding die head 7, is provided with in the mould bases 13 to promote cylinder 14, needle bar frame 15 promotes shank 16, towards pin shank 17, towards pin 18, mould 19, mould contiguous block 20, the first rise spring, 21, the second rise springs, 86, the first guide pads 22, second guide pad 87, first limited block, 23, the second limited blocks 88 are towards pin connector 84.Wherein promoting cylinder 14 is installed on the bonding die head 7, promoting shank 16 inserts in the needle bar frame 15, and in lifting shank 15, add the first rise spring 21, first guide pad 22, first limited block 23, location first a rise spring 21 of first limited block 23, another is used for the high and low position of spacing mould 19, pins with first guide pad 22 simultaneously and promotes shank 15.Also insert in the needle bar frame 15 towards pin shank 17, and be used to control stroke up and down in pin shank 17, adding 86, one on the second rise spring in 88 1 location of the second rise spring, 86, the second guide pads, 87, the second limited blocks, 88, the second limited blocks towards pin 18.Promote shank 16 lower ends and mould contiguous block 20 and link, mould 19 is fixed thereon by mould contiguous block 20.To fix towards pin 18 and towards pin connector 84 by screw, and use towards pin connector 84 and will connect, simultaneously among pin 18 insertion moulds 19 towards pin shank 17.By shown in Figure 6, when promoting cylinder 14 work, by promote shank 16 reach to mould 19 to falling motion, by first limited block 23, make mould 19 move to certain position and stop action, the first rise spring 21 is in impaction state, and this moment is towards the drive of pin 18 by guide pad 22b fixing in pin shank 17, with move up and down towards pin shank 17, its stroke that moves up and down is by the restriction of second limited block 88.Thus mould 19 with do movingly towards pin 19.And by reaching ascending motion towards pin by the first rise spring 21 spacing this moment to mould.When not working, promote cylinder 14 and quit work, each parts in this moment needle bar frame 15, by the upwards active force of the first rise spring 21 and the second rise spring 86, make mould 19 by towards pin 18 as guide post, upwards promote.
By shown in Figure 11, bonding die head 7 is installed on the board 1, the bonding die head mainly by, postpone cam 8, drive link 9, head 10, pitman shaft 11, fixed cover 12, by pitman shaft 11 drive link 9 is connected with head 10 with fixed cover 12, postpones cam 8 and be installed in the head 10, by drive link 9 and delay cam 8 routing motions, in the course of the work, bonding die spindle motor 3 rotary works by the rotation of bonding die main shaft 5, make to postpone cam 8 rotary works, thereby drive drive link 9, make and drive fortune connecting rod 9 and move up and down.In the punching welding process, remain on the same point at a certain angle of rupture degree owing to postpone cam 8, so drive link 9 also stops at some point, therefore have long weld interval, reach viscosity to paillette.
When the utility model multi-paillette die bonder adds man-hour in that cloth is carried out punching, computerized control system 2 control under, bonding die head 7 dash the pin shank to the punching of paillette band, when towards pin during near transducer 25, ultrasonic power 80 work, this moment, transducer 25 work begin heating under the bump of pin, made paillette directly be welded on the cloth, when being promoted to certain altitude towards pin, take up motor 68 work like this, the paillette roll coil of strip is gone into to take up in the dish, finish an operation.
In addition to the implementation, the utility model can also have other embodiments.All employings are equal to the technical scheme of replacement or equivalent transformation formation, all drop on the protection domain of the utility model requirement.
Claims (5)
1, a kind of multi-paillette die bonder comprises board (1) and computerized control system (2), it is characterized in that:
(1), on board (1), is provided with bonding die head (7), the pin shank that dashes that is installed in the mould bases (13) on the bonding die head (7) drives by bonding die main shaft (5), bonding die main shaft (5) is connected with spindle motor (3) by driving belt (4), is provided with photoelectric encoder (6) on bonding die main shaft (5); Board (1) downside is equipped with ultrasonic cushioning mechanism (24) and ultrasonic power case (80), and board (1) right side is provided with color replacing mechanism (47);
(2), the crossbeam of mould bases (13) and board (1) was provided with sheet mechanism (85), cross sheet mechanism (85) and be respectively equipped with preceding sheet mechanism (33) and the middle sheet mechanism (40) of crossing crossed, crossing sheet mechanism (33) wherein is installed on the mould bases (13), material all in one piece dish (82) passes first (35), first (35) are installed on the pedestal (34), on needle bar frame (15) and the pedestal (34) rolling wheel support (38) is housed respectively, be fixedly connected with roller (36) and roller block (37) in the rolling wheel support 38, be respectively equipped with the first guide card frame (39) on mould contiguous block (20) and the needle bar frame (15);
(3), crossbeam crosses sheet mechanism in being provided with, and roller (41), second (42), bracing strut (43), the second guide card frame (45) are installed on first installing plate (44) and second installing rack (46), by screw second installing rack (46) is fixed in crossbeam; The paillette band is in motion process, successively through the roller (36) on pedestal (34) and the needle bar frame (15), and pass the first guide card frame (39) on mould contiguous block (20) and the needle bar frame (15), and insert in the groove of mould (19), during being inserted in, crosses by the paillette band roller (41) in the sheet mechanism; Board (1) the crossbeam back side is equipped with disc changing mechanism (50), and top flat mechanism (60) and guiding mechanism (57) are installed on second installing rack (46).
2, multi-paillette die bonder according to claim 1, it is characterized in that: described ultrasonic power case (80) and ultrasonic cushioning mechanism (24) are installed on board (1) downside, be provided with transducer (25) in the ultrasonic cushioning mechanism (24), buffer spring (26), transducer enclosure (27), transducer upper cover (28), capping under the transducer (29), fairlead (30), set screw (31), transducer mount (32) and transducer capping (81), wherein transducer (25) is positioned in the transducer enclosure (27), transducer enclosure (27) up and down two end faces respectively with transducer upper cover (28), capping under the transducer (29) connects, be provided with buffer spring (26) between capping (29) and the set screw (31) under the transducer simultaneously, by fairlead (30) with transducer enclosure (27), set screw (31), buffer spring (26) schedules wherein, and locate with transducer capping (81), and with screw transducer mount (32) is connected with fairlead (30), simultaneously transducer mount (32) is fixed on the board (1).
3, multi-paillette die bonder according to claim 1, it is characterized in that: bonding die head (7) comprises delay cam (8), drive link (9), head (10), pitman shaft (11) and fixed cover (12), by pitman shaft (11) drive link (9) is connected with head (10) with fixed cover (12), postpone cam (8) and be installed in the head (10), by drive link (9) and delay cam (8) routing motion.
4, multi-paillette die bonder according to claim 1, it is characterized in that: disc changing mechanism is by colour changing case (51) and change sheet motor (52) and form, top flat mechanism (60) comprises Cowhells wheel (61), clutch shaft bearing (62), the axis of rolling (63), Cowhells wheel seat (64), first drive (65) and driving belt (66), by the axis of rolling (63) Cowhells wheel (61) is fixed in the Cowhells wheel seat (64), and two holes, Cowhells wheel seat (64) upper end are used to install clutch shaft bearing (62), fixing Cowhells axle (63), Cowhells axle (63) one ends are provided with first drive (65), driving belt (66) is inserted in the groove of first drive (65), driving belt (66) is inserted in the groove of second drive (79) in the slice receiving mechanism of slice (67) simultaneously, clutch shaft bearing (62) is installed in two holes, Cowhells wheel seat (64) lower end, the 3rd (83) pass clutch shaft bearing (62), and its 3rd (83) two ends is installed in the electric machine support (69); Slice receiving mechanism of slice (67) is installed on second installing rack (46), slice receiving mechanism of slice (67) comprises the motor that takes up (68), electric machine support (69), knurled wheel (70), knurled wheel side plate (71), knurled shaft (72), second bearing (73), dish (74), dish axle (75), unilateral bearing (76), plate rail (77), bearing holder (housing, cover) (78) and second drive (79), the motor (68) that takes up is installed on the electric machine support (69), knurled shaft (72) is connected with jackscrew with the motor that takes up (68), be provided with knurled wheel (70) in the knurled shaft (72), knurled wheel side plate (71), and connect with jackscrew, second bearing (73) is equipped with at knurled shaft (72) two ends, second bearing (73) is fixed in the electric machine support (69), plate rail (77) is fixing with electric machine support (69), be provided with dish axle (75) above, dish axle (75) is fixed with jackscrew with bearing holder (housing, cover) (78), bearing holder (housing, cover) (78) is pressed in the unilateral bearing (76) and in second drive (79) and connects, simultaneously second drive (79) tie-plate (74).
5, multi-paillette die bonder according to claim 1, it is characterized in that: mould bases (13) is installed on the bonding die head (7), is provided with in the mould bases (13) and promotes cylinder (14), needle bar frame (15), promotes shank (16), towards pin shank (17), towards pin (18), mould (19), mould contiguous block (20), the first rise spring (21), the second rise spring (86), first guide pad (22), second guide pad (87), first limited block (23), second limited block (88) with towards pin connector (84); Wherein promoting cylinder (14) is installed on the bonding die head (7), be fitted with in the needle bar frame (15) and promote shank (16), and in promoting shank (15), be provided with the first rise spring (21), first guide pad (22) and first limited block (23), be inserted in the needle bar frame (15) towards pin shank (17), and in pin shank 17, be provided with the second rise spring (86), second guide pad (87) and second limited block (88), promoting shank (16) lower end and mould contiguous block (20) links, by mould contiguous block (20) mould (19) is fixed thereon, will be by screw towards pin (18) with fixing towards pin connector (84), and use towards pin connector (84) and will connect towards pin shank (17), be inserted into mould (19) towards pin (18) simultaneously among.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200848699U CN201165598Y (en) | 2008-03-20 | 2008-03-20 | Multi-paillette sticking machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200848699U CN201165598Y (en) | 2008-03-20 | 2008-03-20 | Multi-paillette sticking machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201165598Y true CN201165598Y (en) | 2008-12-17 |
Family
ID=40190982
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008200848699U Expired - Lifetime CN201165598Y (en) | 2008-03-20 | 2008-03-20 | Multi-paillette sticking machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201165598Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101245535B (en) * | 2008-03-20 | 2011-12-07 | 杭州经纬电子机械制造股份有限公司 | Multi-paillette die bonder |
| CN111304843A (en) * | 2020-03-06 | 2020-06-19 | 浙江信胜科技股份有限公司 | Machine head assembly of sheet ironing machine and sheet ironing machine |
| CN112109429A (en) * | 2020-09-08 | 2020-12-22 | 何宝 | Sheet ironing machine |
-
2008
- 2008-03-20 CN CNU2008200848699U patent/CN201165598Y/en not_active Expired - Lifetime
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101245535B (en) * | 2008-03-20 | 2011-12-07 | 杭州经纬电子机械制造股份有限公司 | Multi-paillette die bonder |
| CN111304843A (en) * | 2020-03-06 | 2020-06-19 | 浙江信胜科技股份有限公司 | Machine head assembly of sheet ironing machine and sheet ironing machine |
| CN111304843B (en) * | 2020-03-06 | 2021-04-20 | 浙江信胜科技股份有限公司 | Machine head assembly of sheet ironing machine and sheet ironing machine |
| CN112109429A (en) * | 2020-09-08 | 2020-12-22 | 何宝 | Sheet ironing machine |
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Owner name: HANGZHOU JINGWEI ELECTRONICS MACHINERY MANUFACTURI Free format text: FORMER NAME: HANGZHOU JINGWEI ELECTRONICS MACHINERY MANUFACTURING CO., LTD. |
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Address after: 311201, five village, Xintang street, Xiaoshan District, Zhejiang, Hangzhou Patentee after: Hangzhou Jingwei Electronic Mechanical Manufacture Co., Ltd. Address before: 311201, five village, Xintang street, Xiaoshan District, Zhejiang, Hangzhou Patentee before: Hangzhou Jingwei Electronic Mechanical Manufacture Co., Ltd. |
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Granted publication date: 20081217 Effective date of abandoning: 20080320 |