CN102260966B - Double-sided double-row quilting and embroidering integrated machine - Google Patents
Double-sided double-row quilting and embroidering integrated machine Download PDFInfo
- Publication number
- CN102260966B CN102260966B CN201110178479A CN201110178479A CN102260966B CN 102260966 B CN102260966 B CN 102260966B CN 201110178479 A CN201110178479 A CN 201110178479A CN 201110178479 A CN201110178479 A CN 201110178479A CN 102260966 B CN102260966 B CN 102260966B
- Authority
- CN
- China
- Prior art keywords
- row
- take
- rotating shuttle
- line shaft
- seat
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Images
Abstract
The invention relates to a double-sided double-row quilting and embroidering integrated machine. The quilting and embroidering integrated machine comprises a computer mainframe, a head assembly mechanism, a rotary shuttle box mechanism and a thread taking-up box mechanism, wherein the head assembly mechanism comprises a main motor, a cross beam, a head base, a head line shaft, a front-row thread taking-up line shaft and a rear-row thread taking-up line shaft; and the thread taking-up box mechanism comprises a front-row thread taking-up box, a rear-row thread taking-up box, thread taking-up shaft driving mechanisms arranged in the front-row and rear-row thread taking-up boxes and a thread taking-up assembly. The double-sided double-row quilting and embroidering integrated machine further comprises a needle rod frame and rotary shuttle box linked moving mechanism, wherein the needle rod frame and rotary shuttle box linked moving mechanism comprises a needle rod frame synchronous belt wheel, a rotary shuttle frame synchronous belt wheel, an upper screw rod, a lower screw rod, an upper pull rod, a lower pull rod, a rear-row needle rod frame moving mechanism and a rear-row rotary shuttle frame moving mechanism. The quilting and embroidering integrated machine has the following beneficial effects: the machine can carry out continuous and cyclic quilting and embroidering; the needle gauge is narrow; the rear-row needle rod frame can move transversely, thus realizing the alignment or staggering of the front-row needle rod and the rear-row needle rod; the pattern adaptability is high; double sewing lines are avoided during quilting and embroidering; front-row operation or rear-row operation can be arbitrarily selected; and head-alternated quilting and embroidering, high quality and yield and low processing cost can be realized by arbitrarily closing the head.
Description
Technical field
The present invention relates to a kind of machinery that is used for quilting, embroidery, relate in particular to a kind of two sides birow quilting embroidering integrated machine.
Background technology
Sewing with long stitches embroidery and embroidery is fabric product, nonwoven fabric, leather fabric conventional operations in manufacturing process such as clothes, bedding, hollow cotton-wadded quilt, the cotton clothes of hollow, for adapting to high efficiency large-scale production, both can be used for quilting; There are many defectives in the bull quilting and embroidering integrated machine and its function of multi-head double-row quilting machine, performance, the style adaptability that can be used for again embroidering, and a head can only drive one or two shanks, the multihead birow quilting embroidering integrated machine that has occurred; Its work shank is many in one side, and the very inconvenience of operation threading can not be selected the single embroidery of sewing with long stitches; Distance limited system can be moved in one row's pin position; Flower type adaptability is not strong, and front-seat take-up and rear needle take-up concentrate on the take-up chain, and its take-up time can't be adjusted by sewing with long stitches the embroidery lining; Take-up motion is inconsistent to cause broken string, flotation line phenomenon serious, and the converted products quality is low.Therefore, need provide a kind of new technical scheme to solve above-mentioned technical problem.
Summary of the invention
The purpose of this invention is to provide a kind of two sides birow quilting embroidering integrated machine, this all-in-one have more perfectly sew with long stitches embroider function, flower type adaptability strong, in scope of design shank displacement unrestricted, can choose one side wantonly and sew with long stitches and embroider or the two sides is sew with long stitches embroidery simultaneously, can be carried out the advantage that specific aim is sew with long stitches embroidery according to the fabric thickness difference.
The technical solution adopted for the present invention to solve the technical problems is:
The two sides birow quilting embroidering integrated machine comprises that host computer, head assembly mechanism, rotating shuttle punch-out equipment structure and the take-up punch-out equipment structure of quilting and embroidering integrated machine, said head assembly mechanism comprise main motor, crossbeam, headstock, head line shaft, front-seat take-up line shaft and back row's take-up line shaft; Said main motor is connected with rotating shuttle transmission line shaft with the head line shaft respectively with synchromesh gear through being with synchronously; Below the said crossbeam headstock is housed, the head line shaft is housed in the said headstock, be fixed with a plurality of driving gears on the said head line shaft; Be provided with head below the said headstock; Be provided with eccentric stiffener in the said head, said eccentric stiffener comprises driven gear, eccentric cam and connecting rod, said driving gear and driven gear engagement; Said driven gear is connected through axle with eccentric cam; Said eccentric cam flexibly connects through link pin and connecting rod, and said connecting rod and two sides bogie flexibly connect, and said two sides bogie drives the two sides needle bar drive device and moves up and down;
Said take-up punch-out equipment structure comprises front-seat take-up case; Back row's take-up case is located at the thread taking-up axle driving mechanism in forward and backward row's take-up case, and the take-up assembly; Said front-seat take-up line shaft is connected with head line shaft one end through the thread taking-up axle driving mechanism; Said back row's take-up line shaft is connected with the head line shaft other end through the thread taking-up axle driving mechanism, is fixed with a plurality of take-up assemblies respectively on forward and backward row's take-up line shaft, and said each take-up assembly comprises take-up sheet bearing and is fixed on the take-up sheet on the take-up sheet bearing;
Said head below is equipped with and is escorted needle plate, and the said needle plate that escorts is by escorting the needle plate Electric Machine Control, and said escorting is equipped with fixedly needle plate below the needle plate; Said fixedly needle plate is connected with the rotating shuttle punch-out equipment structure of below, and said rotating shuttle punch-out equipment structure comprises forward and backward row's rotating shuttle transmission line shaft, fixedly rotating shuttle frame; Removable rotating shuttle frame, right angle gear, bevel gear; And forward and backward row's rotating shuttle; Be fixed with a plurality of right angle gears on said forward and backward row's rotating shuttle transmission line shaft, said right angle gear and the fixedly bevel gear engagement on rotating shuttle frame and the removable rotating shuttle frame, the following cylinder travelling gear coaxial with bevel gear meshes with middle cylinder travelling gear; Cylinder travelling gear and last cylinder travelling gear engagement in said, the said cylinder travelling gear of going up drives forward and backward row's rotating shuttle rotation;
Said two sides birow quilting embroidering integrated machine also comprises needle bar frame rotating shuttle case interlock travel mechanism; Said needle bar frame rotating shuttle case links, and travel mechanism comprises needle bar frame synchronous pulley, rotating shuttle frame synchronous pulley, upper screw rod, rotating shuttle frame travel mechanism is arranged in screw mandrel, upper connecting rod, lower link, rear needle bridge travel mechanism and back down; Be fixed with driving shaft on the said rotating shuttle frame synchronous pulley; Said driving shaft end is fixed with handle, and said rotating shuttle frame synchronous pulley is connected with the needle bar frame synchronous pulley through being with synchronously, and screw mandrel was connected with following feed screw nut under said driving shaft passed through; Said needle bar frame synchronous pulley is connected with the upper screw rod nut through upper screw rod; Said upper screw rod nut is connected through the connecting plate one with following feed screw nut, and said connecting plate two ends are equipped with upper connecting rod and lower link respectively, and said lower link is fixedly connected with coupling sleeve; Said coupling sleeve is fixed in removable rotating shuttle frame side, is fixed with back row's rotating shuttle frame travel mechanism between said removable rotating shuttle frame bottom and the support; Said upper connecting rod is fixedly connected with coupling block; Said coupling block is loaded in the rectangular groove of connection seat; Said connection seat is fixed in removable needle bar frame side, connects through gusset piece between the said removable needle bar frame, and said removable needle bar frame is provided with rear needle bridge travel mechanism.
Said back is arranged rotating shuttle frame travel mechanism and is comprised the line slideway group, and said line slideway group is fixed on the support, and said removable rotating shuttle frame bottom is slidingly matched with the line slideway group.
Said two sides needle bar drive device comprises front-seat needle bar frame fixed mechanism and rear needle bridge travel mechanism; Said front-seat needle bar frame fixed mechanism and rear needle bridge travel mechanism are installed on the both sides of two sides bogie respectively; Said front-seat needle bar frame fixed mechanism comprises front-seat driver; Back-moving spring b is equipped with in said front-seat driver upper end, and said front-seat driver is connected with front-seat shank through connecting pin, and said front-seat shank is loaded on the locking pin bridge; Said front-seat driver is connected with front-seat electromagnet is electronic, and said front-seat electromagnet is fixed on the locking pin bridge.
Said rear needle bridge travel mechanism comprises back row's driver and packaged type drive block; Said back row's driver flexibly connects through back-moving spring a and two sides bogie; Said packaged type drive block is installed on the rear needle bar; Said rear needle bar is fixed on the removable needle bar frame, is respectively equipped with line slideway and following line slideway about the said removable needle bar frame between both sides and the two sides bogie, is fixed with the back row's electromagnet that is dynamically connected with back row's actuator electrical on the said removable needle bar frame; Row's driver side, said back is provided with shifting chute, and said packaged type drive block is connected with the stroke piece that matches with shifting chute.
Said thread taking-up axle driving mechanism comprise be fixed in the head line shaft on cam, in the groove of said cam ball is housed, said ball is contained in the swing arm; Said swing arm is contained on the arm shaft; Said swing arm and connecting rod a upper end flexibly connect, and said connecting rod a lower end and lever flexibly connect, and said lever is contained on the back shaft; Said lever and connecting rod b lower end flexibly connect; Said connecting rod b upper end flexibly connects with fork one end, and the said fork other end is fixed on the take-up line shaft, and said take-up line shaft comprises front-seat take-up line shaft and back row's take-up line shaft.The invention has the beneficial effects as follows: this machine can circulate continuously sew with long stitches embroidery, pin spacing is little; The rear needle bridge can move laterally; Can realize that front-seat shank and rear needle pole pair are neat or stagger that flower type adaptability is strong, sews with long stitches and embroiders the zero lap stitching; Can select front row or back row work arbitrarily, closing head arbitrarily, can to realize sewing with long stitches embroidery, high-quality high yield, processing cost at a distance from head low.
Description of drawings
Below in conjunction with the accompanying drawing and the specific embodiment the present invention is described further.
Fig. 1 is the structural representation of head assembly mechanism of the present invention.
Fig. 2 is the side view of head assembly mechanism among Fig. 1.
Fig. 3 is the structural representation of two sides needle bar drive device in the head assembly mechanism among Fig. 1.
Fig. 4 is the structural representation of rotating shuttle punch-out equipment structure of the present invention.
Fig. 5 is the structural representation of take-up punch-out equipment structure of the present invention.
Fig. 6 is the structural representation of needle bar frame rotating shuttle case of the present invention interlock travel mechanism.
Fig. 7 is a working state schematic representation of the present invention.
Fig. 8 is a two sides of the present invention birow quilting embroidering integrated machine front view.
Fig. 9 is the right view of Fig. 8.
Wherein: 1, crossbeam, 2, headstock, 3, head, 4, the head line shaft, 5, eccentric cam, 6, driving gear, 7, front-seat take-up line shaft; 8, back row's take-up line shaft, 9, the take-up sheet, 10, take-up sheet bearing, 11, driven gear, 12, link pin, 13, connecting rod, 14, the locking pin bridge; 15, removable needle bar frame, 16, main motor, 17, back row's driver, 18, the packaged type drive block, 19, the two sides bogie, 20, connecting pin, 21, front-seat driver; 22, rear needle bar, 23, front-seat shank, 24, front-seat electromagnet, 25, back row's electromagnet, 26, gusset piece, 27, back row's take-up case, 28, front-seat take-up case; 29, cam, 30, swing arm, 31, connecting rod a, 32, lever, 33, connecting rod b, 34, fork, 35, arm shaft; 36, back shaft, 37, ball, 38, the line slideway group, 39, escort needle plate, 40, fixing needle plate, 41, front-seat rotating shuttle transmission line shaft, 42, back row's rotating shuttle transmission line shaft; 43, right angle gear, 44, removable rotating shuttle frame, 45, fixing rotating shuttle frame, 46, bevel gear, 47, front-seat rotating shuttle, 48, back row's rotating shuttle, 49, cylinder travelling gear down; 50, middle cylinder travelling gear, 51, go up the cylinder travelling gear, 52, the needle bar frame synchronous pulley, 53, band synchronously, 54, driving shaft, 55, coupling block, 56, connection seat; 57, coupling sleeve, 58, rotating shuttle frame synchronous pulley, 59, screw mandrel down, 60, feed screw nut down, 61, lower link, 62, upper screw rod, 63, the upper screw rod nut; 64, upper connecting rod, 65, support, 66, back-moving spring a, 67, back-moving spring b, 68, advance cloth fabric guide roll group, 69, go out cloth fabric guide roll group, 70, groove; 71, rectangular groove, 72, the host computer of quilting and embroidering integrated machine, 73, connecting plate, 74, band synchronously, 75, synchromesh gear, 76, escort the needle plate motor; 77, handle, 78, go up line slideway, 79, line slideway down, 80, shifting chute, 81, the stroke piece, 82, rotating shuttle transmission line shaft.
The specific embodiment
Like Fig. 1, Fig. 2, Fig. 8 and shown in Figure 9, two sides of the present invention birow quilting embroidering integrated machine comprises host computer 72, head assembly mechanism, rotating shuttle punch-out equipment structure and the take-up punch-out equipment structure of quilting and embroidering integrated machine; The head assembly mechanism comprises main motor 16, crossbeam 1, headstock 2, head line shaft 4, front-seat take-up line shaft 7 and back row's take-up line shaft 8, and main motor 16 is through being with 74 to be connected with rotating shuttle transmission line shaft 82 with head line shaft 4 respectively with synchromesh gear 75 synchronously, headstock 2 is housed below the crossbeam 1; Head line shaft 4 is housed in the headstock 2; Be fixed with a plurality of driving gears 6 on the head line shaft 4, be provided with head 3 below the headstock 2, be provided with eccentric stiffener in the head 3; Eccentric stiffener comprises driven gear 11, eccentric cam 5 and connecting rod 13; Driving gear 6 and driven gear 11 engagements, driven gear 11 is connected through axle with eccentric cam 5, and eccentric cam 5 flexibly connects through link pin 12 and connecting rod 13; Connecting rod 13 flexibly connects with two sides bogie 19, and bogie 19 drive two sides needle bar drive devices in two sides move up and down; As shown in Figure 3; The two sides needle bar drive device comprises front-seat needle bar frame fixed mechanism and rear needle bridge travel mechanism; Front-seat needle bar frame fixed mechanism and rear needle bridge travel mechanism are installed on the both sides of two sides bogie 19 respectively, and front-seat needle bar frame fixed mechanism comprises front-seat driver 21, and back-moving spring b67 is equipped with in front-seat driver 21 upper ends; Front-seat driver 21 is connected with front-seat shank 23 through connecting pin 20; Front-seat shank 23 is loaded on the locking pin bridge 14, front-seat driver 21 and front-seat 24 electronic connections of electromagnet, and front-seat electromagnet 24 is fixed on the locking pin bridge 14; Rear needle bridge travel mechanism comprises back row's driver 17 and packaged type drive block 18; Back row's driver 17 flexibly connects through back-moving spring a66 and two sides bogie 19; Packaged type drive block 18 is installed on the rear needle bar 22, and rear needle bar 22 is fixed on the removable needle bar frame 15, and removable needle bar frame is respectively equipped with line slideway 78 and following line slideway 79 between both sides and the two sides bogie 19 about in the of 15; Be fixed with on the removable needle bar frame 15 and back row's driver 17 electronic back row's electromagnet 25 that are connected; Row's driver 17 sides, back are provided with shifting chute 80, and packaged type drive block 18 is connected with the stroke piece 81 that matches with shifting chute 80
Under row's electromagnet 25 effects of back, back row's driver 17 throws off back row's driver 17 and packaged type drive block 18 to 25 ° of right rotations; Then rear needle bar 22 quits work, and back row's electromagnet 25 is not done the time spent, and a66 resets by back-moving spring; Drive rear needle bar 22 and move up and down, entire mechanism can drive two sides bogie 19 respectively, forward and backward row's driver 21,17; And 7,8 motions of forward and backward row's take-up line shaft, can drive many shanks and work simultaneously and realize the integrated take-up of row's pin.
As shown in Figure 5, take-up punch-out equipment structure comprises front-seat take-up case 28, back row's take-up case 27; Be located at the thread taking-up axle driving mechanism in forward and backward row's take- up case 28,27, and the take-up assembly, front-seat take-up line shaft 7 is connected with head line shaft 4 one ends through the thread taking-up axle driving mechanism; Back row's take-up line shaft 8 is connected with head line shaft 4 other ends through the thread taking-up axle driving mechanism, is fixed with a plurality of take-up assemblies respectively on forward and backward row's take-up line shaft 7,8, and each take-up assembly comprises take-up sheet bearing 10 and is fixed on the take-up sheet 9 on the take-up sheet bearing; The thread taking-up axle driving mechanism comprise be fixed in the head line shaft on cam 29, ball 37 is housed in the groove of cam 29, ball 37 is contained in the swing arm 30; Swing arm 30 is contained on the arm shaft 35; Swing arm 30 flexibly connects with connecting rod a31 upper end, and connecting rod a31 lower end and lever 32 flexibly connect, and lever 32 is contained on the back shaft 36; Lever 32 flexibly connects with connecting rod b33 lower end; Connecting rod b33 upper end flexibly connects with fork 34 1 ends, and fork 34 other ends are fixed on the take-up line shaft, and the take-up line shaft comprises front-seat take-up line shaft 7 and back row's take-up line shaft 8.
Under head line shaft 4 rotates, driving cam 29 rotates; Ball 37 drives swing arm 30 and does swing in the groove 70 of cam 29, promptly connecting rod a31 drives the fulcrum of lever 32 through back shaft 36 lever 32 two ends are back and forth moved up and down, and the lever 32 drivening rod b33 that moves up and down moves up and down; Fork 34 makes front-seat take-up line shaft 7 make crankmotion; Make corresponding take-up sheet 9 do take-up motion up and down reciprocatingly through front-seat take-up line shaft 7 crankmotions, entire mechanism no longer drives the take-up motion with the shank synchronized movement, establish independent take-up case; Novel structure; Transmission is accurate, and is easy to adjust, and the take-up time of thread take-up tension lever can be carried out the specific aim adjustment according to the thickness property of processed lining.
As shown in Figure 4, head 3 belows are equipped with and are escorted needle plate 39, escort needle plate 39 by escorting 76 controls of needle plate motor; Escort and fixedly needle plate 40 is housed below the needle plate 39, fixedly needle plate 40 is connected with the rotating shuttle punch-out equipment structure of below, and rotating shuttle punch-out equipment structure comprises forward and backward row's rotating shuttle transmission line shaft 41,42; Fixedly the rotating shuttle frame 45, removable rotating shuttle frame 44, right angle gear 43; Bevel gear 46, and forward and backward row's rotating shuttle 47,48 are fixed with a plurality of right angle gears 43 on forward and backward row's rotating shuttle transmission line shaft 41,42; Bevel gear 46 engagements on right angle gear 43 and fixing rotating shuttle frame 45 and the removable rotating shuttle frame 44; Mesh with middle cylinder travelling gear 50 with bevel gear 46 coaxial following cylinder travelling gears 49, middle cylinder travelling gear 50 and last cylinder travelling gear 51 engagements, last cylinder travelling gear 51 drives forward and backward row's rotating shuttle 47,48 and rotates;
Front-seat rotating shuttle transmission line shaft 41 rotates with back row's rotating shuttle transmission line shaft 42; Its corresponding right angle gear 43 is along with rotation; Right angle gear 43 cooperates running with bevel gear 46, drives the running of corresponding cylinder travelling gear, and the running of cylinder travelling gear drives front-seat rotating shuttle 47 or back row's rotating shuttle 48 runnings; Each rotating shuttle assembly compact conformation, transmission is more accurate.
As shown in Figure 6; The two sides birow quilting embroidering integrated machine also comprises needle bar frame rotating shuttle case interlock travel mechanism, and needle bar frame rotating shuttle case interlock travel mechanism comprises needle bar frame synchronous pulley 52, rotating shuttle frame synchronous pulley 58, upper screw rod 62, rotating shuttle frame travel mechanism is arranged in screw mandrel 59, upper connecting rod 64, lower link 61, rear needle bridge travel mechanism and back down, and back row's rotating shuttle frame travel mechanism comprises line slideway group 38; Line slideway group 38 is fixed on the support 65; Removable rotating shuttle frame 44 bottoms and line slideway group 38 are slidingly matched, and are fixed with driving shaft 54 on the rotating shuttle frame synchronous pulley 58, and driving shaft 54 ends are fixed with handle 77; Rotating shuttle frame synchronous pulley 58 is through be with 53 to be connected with needle bar frame synchronous pulley 52 synchronously; Screw mandrel 59 was connected with following feed screw nut 60 under driving shaft 54 passed through, and needle bar frame synchronous pulley 52 is connected with upper screw rod nut 63 through upper screw rod 62, and upper screw rod nut 63 is connected through connecting plate 73 one with following feed screw nut 60; Connecting plate 73 two ends are equipped with upper connecting rod 64 and lower link 61 respectively; Lower link 61 is fixedly connected with coupling sleeve 57, and coupling sleeve 57 is fixed in removable rotating shuttle frame 44 sides, is fixed with back row's rotating shuttle frame travel mechanism between removable rotating shuttle frame bottom 44 and the support 65; Upper connecting rod 64 is fixedly connected with coupling block 55; Coupling block 55 is loaded in the rectangular groove 71 of connection seat 56; Connection seat 56 is fixed in removable needle bar frame 15 sides, connects through gusset piece 26 between the removable needle bar frame 15, and removable needle bar frame 15 is provided with rear needle bridge travel mechanism.
As shown in Figure 7, cloth fabric guide roll group 68 is installed on the birow quilting embroidering integrated machine of two sides into and goes out cloth fabric guide roll group 69, advance cloth fabric guide roll group 68 and be triangularly arranged for left and right, last 3, wherein into and out of cloth fabric guide roll group 68,69 lower edges a little less than escorting needle plate 39.
When this machine is shut down; Handle 77 in the metering needle bridge rotating shuttle case interlock travel mechanism; The corresponding scale of colored type stitch is set, makes the displacement of generation level between shank and the rotating shuttle, as required; Can micro-ly regulate the angle of take-up punch-out equipment structure cam 29, the trace of cam 29 angles changes the trace that can cause thread take-up tension lever and 9 motions of take-up sheet and changes.
Start this machine; On the host computer 72 of quilting and embroidering integrated machine, be provided with and sew with long stitches the parameter that embroidery needs; Main simultaneously motor 16 with escort needle plate motor 76 and rotate simultaneously; Escort needle plate motor 76 and control the horizontal movement of escorting needle plate 39 separately, the rotation of main motor 16 control head line shafts 4 and rotating shuttle transmission line shaft 82 drives the running of corresponding two sides needle bar drive device and take-up punch-out equipment structure.
This machine can circulate continuously sew with long stitches embroidery, pin spacing is little; Removable needle bar frame 15 can be done laterally moving of any distance in the characteristic range of setting; Can realize that front-seat shank 23 aligns with rear needle bar 22 or staggers, flower type adaptability is strong, sews with long stitches and embroiders the zero lap stitching; Can select front row or back row work arbitrarily, closing head arbitrarily, can to realize sewing with long stitches embroidery, high-quality high yield, processing cost at a distance from head low.
Claims (2)
1. two sides birow quilting embroidering integrated machine comprises host computer, head assembly mechanism, rotating shuttle punch-out equipment structure and the take-up punch-out equipment structure of quilting and embroidering integrated machine, and it is characterized in that: said head assembly mechanism comprises main motor, crossbeam, headstock, head line shaft, front-seat take-up line shaft and back row's take-up line shaft; Said main motor is connected with rotating shuttle transmission line shaft with the head line shaft respectively with synchromesh gear through being with synchronously; Below the said crossbeam headstock is housed, the head line shaft is housed in the said headstock, be fixed with a plurality of driving gears on the said head line shaft; Be provided with head below the said headstock; Be provided with eccentric stiffener in the said head, said eccentric stiffener comprises driven gear, eccentric cam and connecting rod, said driving gear and driven gear engagement; Said driven gear is connected through axle with eccentric cam; Said eccentric cam flexibly connects through link pin and connecting rod, and said connecting rod and two sides bogie flexibly connect, and said two sides bogie drives the two sides needle bar drive device and moves up and down;
Said take-up punch-out equipment structure comprises front-seat take-up case; Back row's take-up case is located at the thread taking-up axle driving mechanism in forward and backward row's take-up case, and the take-up assembly; Said front-seat take-up line shaft is connected with head line shaft one end through the thread taking-up axle driving mechanism; Said back row's take-up line shaft is connected with the head line shaft other end through the thread taking-up axle driving mechanism, is fixed with a plurality of take-up assemblies respectively on forward and backward row's take-up line shaft, and each take-up assembly comprises take-up sheet bearing and is fixed on the take-up sheet on the take-up sheet bearing;
Said head below is equipped with and is escorted needle plate, and the said needle plate that escorts is by escorting the needle plate Electric Machine Control, and said escorting is equipped with fixedly needle plate below the needle plate; Said fixedly needle plate is connected with the rotating shuttle punch-out equipment structure of below, and said rotating shuttle punch-out equipment structure comprises forward and backward row's rotating shuttle transmission line shaft, fixedly rotating shuttle frame; Removable rotating shuttle frame, right angle gear, bevel gear; And forward and backward row's rotating shuttle; Be fixed with a plurality of right angle gears on said forward and backward row's rotating shuttle transmission line shaft, said right angle gear and the fixedly bevel gear engagement on rotating shuttle frame and the removable rotating shuttle frame, the following cylinder travelling gear coaxial with bevel gear meshes with middle cylinder travelling gear; Cylinder travelling gear and last cylinder travelling gear engagement in said, the said cylinder travelling gear of going up drives forward and backward row's rotating shuttle rotation;
Said two sides birow quilting embroidering integrated machine also comprises needle bar frame rotating shuttle case interlock travel mechanism; Said needle bar frame rotating shuttle case links, and travel mechanism comprises needle bar frame synchronous pulley, rotating shuttle frame synchronous pulley, upper screw rod, rotating shuttle frame travel mechanism is arranged in screw mandrel, upper connecting rod, lower link, rear needle bridge travel mechanism and back down; Be fixed with driving shaft on the said rotating shuttle frame synchronous pulley; Said driving shaft end is fixed with handle, and said rotating shuttle frame synchronous pulley is connected with the needle bar frame synchronous pulley through being with synchronously, and screw mandrel was connected with following feed screw nut under said driving shaft passed through; Said needle bar frame synchronous pulley is connected with the upper screw rod nut through upper screw rod; Said upper screw rod nut is connected through the connecting plate one with following feed screw nut, and said connecting plate two ends are equipped with upper connecting rod and lower link respectively, and said lower link is fixedly connected with coupling sleeve; Said coupling sleeve is fixed in removable rotating shuttle frame side, is fixed with back row's rotating shuttle frame travel mechanism between said removable rotating shuttle frame bottom and the support; Said upper connecting rod is fixedly connected with coupling block; Said coupling block is loaded in the rectangular groove of connection seat; Said connection seat is fixed in removable needle bar frame side, connects through gusset piece between the said removable needle bar frame, and said removable needle bar frame is provided with rear needle bridge travel mechanism.
2. two sides according to claim 1 birow quilting embroidering integrated machine is characterized in that: said back is arranged rotating shuttle frame travel mechanism and is comprised the line slideway group, and said line slideway group is fixed on the support, and said removable rotating shuttle frame bottom is slidingly matched with the line slideway group.
3, two sides according to claim 1 birow quilting embroidering integrated machine; It is characterized in that: said two sides needle bar drive device comprises front-seat needle bar frame fixed mechanism and rear needle bridge travel mechanism; Said front-seat needle bar frame fixed mechanism and rear needle bridge travel mechanism are installed on the both sides of two sides bogie respectively, and said front-seat needle bar frame fixed mechanism comprises front-seat driver, and back-moving spring b is equipped with in said front-seat driver upper end; Said front-seat driver is connected with front-seat shank through connecting pin; Said front-seat shank is loaded on the locking pin bridge, and said front-seat driver is connected with front-seat electromagnet is electronic, and said front-seat electromagnet is fixed on the locking pin bridge.
4, according to claim 1 or 3 described two sides birow quilting embroidering integrated machines; It is characterized in that: said rear needle bridge travel mechanism comprises back row's driver and packaged type drive block; Said back row's driver flexibly connects through back-moving spring a and two sides bogie; Said packaged type drive block is installed on the rear needle bar; Said rear needle bar is fixed on the removable needle bar frame, is respectively equipped with line slideway and following line slideway about the said removable needle bar frame between both sides and the two sides bogie, is fixed with the back row's electromagnet that is dynamically connected with back row's actuator electrical on the said removable needle bar frame; Row's driver side, said back is provided with shifting chute, and said packaged type drive block is connected with the stroke piece that matches with shifting chute.
5, two sides according to claim 1 birow quilting embroidering integrated machine is characterized in that: said thread taking-up axle driving mechanism comprise be fixed in the head line shaft on cam, in the groove of said cam ball is housed; Said ball is contained in the swing arm, and said swing arm is contained on the arm shaft, and said swing arm and connecting rod a upper end flexibly connect; Said connecting rod a lower end and lever flexibly connect; Said lever is contained on the back shaft, and said lever and connecting rod b lower end flexibly connect, and said connecting rod b upper end flexibly connects with fork one end; The said fork other end is fixed on the take-up line shaft, and said take-up line shaft comprises front-seat take-up line shaft and back row's take-up line shaft.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110178479A CN102260966B (en) | 2011-06-29 | 2011-06-29 | Double-sided double-row quilting and embroidering integrated machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110178479A CN102260966B (en) | 2011-06-29 | 2011-06-29 | Double-sided double-row quilting and embroidering integrated machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102260966A CN102260966A (en) | 2011-11-30 |
| CN102260966B true CN102260966B (en) | 2012-09-05 |
Family
ID=45007789
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201110178479A Active CN102260966B (en) | 2011-06-29 | 2011-06-29 | Double-sided double-row quilting and embroidering integrated machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN102260966B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104988677A (en) * | 2015-07-24 | 2015-10-21 | 宁波高新区宁源科技服务有限公司 | Multi-color embroidery machine embroidery needle mechanism |
| CN110396783A (en) * | 2019-09-04 | 2019-11-01 | 钱昆 | Gold plaque quilting embroidery machine scalp acupuncture bridge and gold plaque independence quilting embroidery machine |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1904173A (en) * | 2006-08-11 | 2007-01-31 | 江苏大岛机械集团有限公司 | Multihead birow quilting embroidering integrated machine |
| CN101429711A (en) * | 2008-12-10 | 2009-05-13 | 江苏大岛机械集团有限公司 | Multi-head double-row quilting and embroidering integrated machine |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH06190169A (en) * | 1992-12-28 | 1994-07-12 | Brother Ind Ltd | Knife mechanism of sewing machine |
-
2011
- 2011-06-29 CN CN201110178479A patent/CN102260966B/en active Active
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1904173A (en) * | 2006-08-11 | 2007-01-31 | 江苏大岛机械集团有限公司 | Multihead birow quilting embroidering integrated machine |
| CN101429711A (en) * | 2008-12-10 | 2009-05-13 | 江苏大岛机械集团有限公司 | Multi-head double-row quilting and embroidering integrated machine |
Non-Patent Citations (1)
| Title |
|---|
| JP特开平6-190169A 1994.07.12 |
Also Published As
| Publication number | Publication date |
|---|---|
| CN102260966A (en) | 2011-11-30 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| KR100860191B1 (en) | Muti-head embroidery machine | |
| CN106757813B (en) | quilting machine | |
| CN102086567B (en) | Multihead embroidery sewing machine and lower thread assembly for multihead embroidery sewing machine | |
| CN1904173B (en) | Multihead birow quilting embroidering integrated machine | |
| CN101429711B (en) | Multi-head double-row quilting and embroidering integrated machine | |
| CN203683871U (en) | Electronic pattern sewing machine | |
| CN102234882B (en) | Multi needle embroidery machine and operate the method for this Multi needle embroidery machine | |
| CN2934300Y (en) | Multi-head birow quilting embroidering integrated machine | |
| CN102260966B (en) | Double-sided double-row quilting and embroidering integrated machine | |
| CN201501983U (en) | Drum-type computer numerical control embroidery machine | |
| CN209456694U (en) | A kind of integral type honeysuckle type quilting embroidery machine | |
| CN201864908U (en) | Chain stitch quilter with sequin embroidering function | |
| US2525312A (en) | Embroidery sewing machine | |
| CN202170420U (en) | Die assembly mechanism for two-side double-row quilting AIO machine | |
| CN101225584B (en) | Apparatus for driving embroidery frame of embroidery machine | |
| CN109402891A (en) | The reciprocating towelette device of computerized emboridering machine 360 degrees omnidirection | |
| CN206034054U (en) | Three -dimensional curved surface intelligence sewing machine | |
| CN202187178U (en) | Needle bar frame and rotary shuttle box linked moving mechanism of all-in-one double-side double-row quilting and embroidering machine | |
| CN203821056U (en) | Movable operating mechanism for handpiece of multifunctional width quilting and embroidery machine | |
| CN204224853U (en) | Intelligence single needle polychrome stitch machine | |
| CN103835072B (en) | A kind of multi-functional width formula embroidering machine mobile frame head operating mechanism | |
| CN103243500A (en) | High-speed single-needle-bar driven quilting and embroidering all-in-one machine | |
| CN208917454U (en) | Three needle locking-type flat seam machines | |
| CN2658188Y (en) | Integral multi-head computer quilting, embroiding machine | |
| CN202492693U (en) | Needle bar swing structure of round head button hole machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |