CN103015056A - Full-automatic elastic band seamer - Google Patents
Full-automatic elastic band seamer Download PDFInfo
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- CN103015056A CN103015056A CN 201110297459 CN201110297459A CN103015056A CN 103015056 A CN103015056 A CN 103015056A CN 201110297459 CN201110297459 CN 201110297459 CN 201110297459 A CN201110297459 A CN 201110297459A CN 103015056 A CN103015056 A CN 103015056A
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Abstract
The invention discloses a full-automatic elastic band seamer which comprises a machine head, a frame, a first conveying belt mechanism, a second conveying belt mechanism, a material supporting balance mechanism, an automatic shear mechanism, a receiving belt rotating mechanism, an automatic feeding transmission mechanism and an automatic blanking mechanism; an upper pressure plate is arranged above the machine head; the machine head is arranged at a left position behind the frame; the lower part of the right side of the frame is provided with an electrical box and a pneumatic element box; a start switch is arranged below the left side of the frame; the first conveying belt mechanism is arranged on the front side of the right part of the machine head; the second conveying belt mechanism and the first conveying belt mechanism are arranged back to back; the material supporting balance mechanism is arranged below the inner side of the first conveying belt mechanism; the automatic shear mechanism is arranged on the left front side of the second conveying belt mechanism; the receiving belt rotating mechanism is arranged on the top of the automatic feeding transmission mechanism; the automatic feeding transmission mechanism is arranged at the lower part of the receiving belt rotating mechanism; and the automatic blanking mechanism is arranged on the right side of the machine head. The full-automatic elastic band seamer has the advantages of compact structure, low manufacturing cost and high automation degree.
Description
Technical field
The invention belongs to the sewing device technical field, mainly design a kind of Full automatic seamer for elastic bands.
Background technology
Rag trade is made sport pants and the casual pants loins need to be made an annular elastic cord, this is made process need and first elastic cord is sheared the length that needs, then manually docking, endless belt sent on the pattern sewing machine workbench make, because making the stitching of joint is the chain type stitching, the not competent this sewing tech of common industrial flat bed sewing machine adopts pattern sewing machine or bar tacking machine to go to finish more, and cost is higher like this.
Summary of the invention
Technical problem to be solved by this invention provides a kind of Full automatic seamer for elastic bands, and it constructs compact, low cost of manufacture, and automaticity is high.
For solveing the technical problem, the invention provides a kind of Full automatic seamer for elastic bands, it is characterized in that, it comprises head, frame, the first tape-feed, the second tape-feed, the retainer balanced controls, automatic shearing mechanism, the tape splicing rotating mechanism, the self-feeding transmission mechanism, automatic material blanking mechanism, be provided with a top board above the head, the position of taking back, the rear portion that head is positioned at frame, the lower right side of frame is provided with electric appliance box and pneumatic component box, the left side of frame has starting switch, the first tape-feed is located at the right part front side of head, the second tape-feed and the back-to-back setting of the first tape-feed, the retainer balanced controls are positioned at the side-lower of the first tape-feed, automatic shearing mechanism is located at the front left side of the second tape-feed, the tape splicing rotating mechanism is located at the top of self-feeding transmission mechanism, the self-feeding transmission mechanism is positioned at the bottom of tape splicing rotating mechanism, and automatic material blanking mechanism is located at the right side of head.
Preferably, described the first tape-feed comprises a right angle guide rails assembling plate, right angle guide rails assembling plate is installed on the frame bottom plate, be provided with four adjusting screw(rod)s below the frame bottom plate, two the first line slideways are installed in the outside of right angle guide rails assembling plate, a side guide plate is installed on the coaster of the first line slideway, the front end of side guide plate is vertically installed second line slideway, a lower chuck connecting plate is installed on the coaster of the second line slideway, establish a side material folding lower cylinder seat on the side guide plate, first cylinder is installed on the top of side material folding lower cylinder seat, the first cylinder is connected with side material folding lower cylinder seat, a lower chuck seat and first chuck are housed above the first cylinder, a material folding cylinder upper junction plate is installed on the upper pulley of the second line slideway, a side material folding upper cylinder seat is installed on the side guide plate, second cylinder is installed above the side material folding upper cylinder seat, the second cylinder is connected with side material folding upper cylinder seat, a upper grip seat and second chuck are housed above the second cylinder, the rear portion of side guide plate is provided with the 3rd cylinder of a upside-down mounting, the 3rd cylinder is fixed by a side cylinders Connection Block and a countercylinder anchor ear, a feeding connection bracket is installed at the rear portion of side guide plate, and the feeding connection bracket is connected with the piston rod head of the 3rd cylinder.
Preferably, described retainer balanced controls comprise a base plate that stretches out, the front portion of base plate is provided with a retainer support, a right angle connecting rod is housed in the upper hole of retainer support, the right angle connecting rod is connected with the retainer support by bearing pin, and a retainer cross bar is installed in the long-armed hole of right angle connecting rod, and the galianconism hole of right angle connecting rod is connected with a cylinder connector, the 5th cylinder, the uropore of the 5th cylinder connects vertically arranged first cylinder block, and the first cylinder block is installed on the angle square riser at base plate rear portion.
Preferably, described automatic shearing mechanism comprises a capable cutter supporter in right angle, a upper slitter frame plate is installed on the top of the capable cutter supporter in right angle, the bottom of the capable cutter supporter in right angle fills a lower slide plate, upper slitter frame plate and lower slide plate respectively are equipped with a secondary upper tool post guide rail, a upper cutter is housed on the upper tool post guide rail, the afterbody of upper tool post guide rail is connected with the piston rod of the 6th cylinder, the 6th cylinder is installed on the angle square board, angle square board is connected with the upper slitter frame plate, a lower cutter is housed on the upper tool post guide rail and is connected with the piston rod of the 7th cylinder, the top of lower slide plate also is provided with holding screw.
Preferably, described automatic material blanking mechanism comprises a stock support, the outside of stock support is provided with the 15 cylinder, front and back are established two the 5th cylinder blocks and are fixed the 15 cylinder, the inboard of stock support fills the 8th line slideway, fills a sliding panel on the coaster of the 8th line slideway, and the front portion of sliding panel is installed the 3rd a cylinder piston shaft bar and is connected with cylinder piston rod, the anterior inboard of sliding panel is provided with an aluminum corner brace frame, and the bottom surface of aluminum corner brace frame fills an aluminum corner brace charging ram.
Positive progressive effect of the present invention is: the structure of Full automatic seamer for elastic bands of the present invention is compact, low cost of manufacture, and automaticity is high.
Description of drawings
Fig. 1 is the general assembly schematic diagram of a specific embodiment of the present invention.
Fig. 2 is the structural representation of the first tape-feed among Fig. 1.
Fig. 3 is the structural representation of the second tape-feed among Fig. 1.
Fig. 4 is the structural representation of retainer balanced controls among Fig. 1.
Fig. 5 is the structural representation of automatic shearing among Fig. 1.
Fig. 6 is the structural representation of tape splicing rotating mechanism among Fig. 1.
Fig. 7 is the structural representation of self-feeding transmission mechanism among Fig. 1.
Fig. 8 is the structural representation of automatic material blanking mechanism among Fig. 1.
The specific embodiment
The below lifts a preferred embodiment, and comes by reference to the accompanying drawings the clearer the present invention that intactly illustrates.
Referring to Fig. 1, Full automatic seamer for elastic bands of the present invention comprises head 1, frame 2, the first tape-feed 7, the second tape-feed 8, retainer balanced controls 9, automatic shearing mechanism 10, tape splicing rotating mechanism 11, self-feeding transmission mechanism 12, automatic material blanking mechanism 13, head 1 is a computerized pattern machine head, be provided with a top board 1a above the head 1, the position of taking back, the rear portion that head 1 is positioned at frame 2, can carry out the automatic sewing of various right and wrong stitchings by 3 programmings of electric control operation plate, its structure is consistent with existing pattern sewing machine with performance, no longer is described in detail; Frame 2 is for three side sealing closes, the left side opening of frame 2, and the lower right side of frame 2 is provided with electric appliance box 4 and pneumatic component box 5, and the left side of frame 2 has starting switch 6.The first tape-feed 7 is located at the right part front side of head 1, the second tape-feed 8 and the 7 back-to-back settings of the first tape-feed, retainer balanced controls 9 are positioned at the side-lower of the first tape-feed 7, automatic shearing mechanism 10 is located at the front left side of the second tape-feed 8, tape splicing rotating mechanism 11 is located at the top of self-feeding transmission mechanism 12, self-feeding transmission mechanism 12 is positioned at the bottom of tape splicing rotating mechanism 11, and automatic material blanking mechanism 13 is located at the right side of head 1.
As depicted in figs. 1 and 2, the first tape-feed 7 comprises a right angle guide rails assembling plate 14, the side of right angle guide rails assembling plate 14 is provided with a bearing mounting hole, a bearing is housed in the bearing mounting hole, right angle guide rails assembling plate 14 is installed on the frame bottom plate 15, be provided with four adjusting screw(rod)s 16 below the frame bottom plate 15, can regulate the high and low position of whole mechanism.Two the first line slideways 17 are installed in the outside of right angle guide rails assembling plate 14, a side guide plate 18 is installed on the coaster of the first line slideway 17, the front end of side guide plate 18 is vertically installed second line slideway 19, a lower chuck connecting plate 20 is installed on the coaster of the second line slideway 19, establish a side material folding lower cylinder seat 21 on the side guide plate 18, first cylinder 22 is installed on the top of side material folding lower cylinder seat 21, the first cylinder 22 is connected with side material folding lower cylinder seat 21, a lower chuck seat 23 and first chuck 24 are housed above the first cylinder 22, a material folding cylinder upper junction plate 25 is installed on the upper pulley of the second line slideway 19, a side material folding upper cylinder seat 26 is installed on the side guide plate 18, second cylinder 27 is installed above the side material folding upper cylinder seat 26, the second cylinder 27 is connected with side material folding upper cylinder seat 26, a upper grip seat 28 and second chuck 29 are housed above the second cylinder 27, the rear portion of side guide plate 18 is provided with the 3rd cylinder 30 of a upside-down mounting, the 3rd cylinder 30 is fixing by a side cylinders Connection Block 31 and a countercylinder anchor ear 32, a feeding connection bracket 33 is installed at the rear portion of side guide plate 18, feeding connection bracket 33 is connected with the piston rod head of the 3rd cylinder 30, and the first tape-feed is mainly by the first cylinder, the second cylinder, the 3rd cylinder is realized for the first time transmission of length of elastic cord.
The structure of the second tape-feed 8 is provided by Fig. 3, the second tape-feed 8 comprises that a right angle side is to installing plate 34, right angle side establish to the front portion of installing plate 34 a motor installing hole and with bearing mounting hole in the first tape-feed be same axis, right angle side is equipped with a stepper motor 35 on installing plate 34, seal in an axle sleeve 36 on the motor shaft of stepper motor 35, axle sleeve 36 presses closer screw 37 by two and fixes with motor shaft, be inserted in a cotton garment 38 on the cylindrical of axle sleeve 36, overlap again a wool felt roller 39 on the cylindrical of cotton garment 38, the front end head of axle sleeve 36 seals in the bearing mounting hole, right angle side also is provided with a turning rolls 40 to the inside upper part of installing plate 34, two axis holes are established at the rear portion, right side of turning rolls 40, a bearing pin 41 is arranged in the axis hole, right angle side is provided with a cylinder supports plate 42 to the top of installing plate 34, fix a cylinder supports frame 43 above the cylinder supports plate 42, a four-cylinder 44 is established in the inside of cylinder supports frame 43, cylinder supports frame 43 is connected with four-cylinder 44 by first pin 45, the piston rod head of four-cylinder 44 is equipped with a cylinder connector 45a, four-cylinder 44 is connected with the outside of turning rolls 40 by second pin 46, the front portion of turning rolls 40 is provided with a pinch roller 47, pinch roller 47 is connected to the front portion of turning rolls 40 by first axle 48.The wool felt roller 39 that connects on the stepper motor 35 is driving shaft, the pinch roller 47 that upper roller frame 40 heads connect is driven pulley, nip drum 47 upwards lifts by four-cylinder 44, elastic cord passes through between two rollers in the work, when 39 rotation of wool felt roller, pinch roller 47 is extended with a pressing action by four-cylinder 44, and two-wheeled produces friction to the secondary feeding of elastic cord.Right angle side also is provided with one group to the both sides, front and back of the inside upper part of installing plate 34 and wool felt roller 39 and crosses belting, cross belting and comprise excessively slotted plate 50 of the first mistake slotted plate 49 and second, outside right angle side is provided with the first controllable register 51 and the second controllable register 52 to the top of installing plate 34, the elastic cord that can satisfy different in width passes through, the front end of crossing belting is crossed the band exit and also is provided with one and crosses band and press down baffle plate 53, takeoffs when preventing that elastic cord from crossing band; Cross belting and also comprise the one group of elastic cord storing device that is located at afterbody, the elastic cord storing device comprises first aluminum corner brace 54 of stretching out backward, the rear portion of elastic cord storing device is equipped with one and is stretched the high right angle 54a that wins in succession, the inboard of elastic cord storing device connects second aluminum corner brace 55, a bearing block 56 is equipped with on the top of elastic cord storing device, establish in the bearing block 56 by a rotating shaft 57, the head of bearing block 56 is provided with an interior block plate 58 and an outer block plate 59, deposit a volume length between two block plates and be 20 meters to 30 meters dish type elastic cord, interior block plate 58 usefulness hold-down screws are fixed in the rotating shaft 57, can move forward and backward Adjustment width, outer block plate 59 can be by rotating shaft 57 heads the screw thread manual rotation so that material loading, the medial surface place of interior block plate 58 also is provided with a tep reel braking vane 60, in case elastic cord also is provided with a cover roller in the block plate bottom and crosses belting 61 because of the off-centre autobiography of conducting oneself with dignity in the backstop dish.
As shown in Figure 4, retainer balanced controls 9 comprise a base plate that stretches out 62, the front portion of base plate 62 is provided with a retainer support 63, a right angle connecting rod 64 is housed in the upper hole of retainer support 63, the middle part of right angle connecting rod 64 and two all are provided with installing hole, right angle connecting rod 64 is connected with retainer support 63 by bearing pin 65, a retainer cross bar 66 is installed in the long-armed hole of right angle connecting rod 64, the galianconism hole of right angle connecting rod 64 and a cylinder connector 67, the 5th cylinder 68 connects, the uropore of the 5th cylinder 68 connects vertically arranged first cylinder block 69, the first cylinder block 69 is installed on the angle square riser 70 at base plate 62 rear portions, the action of retainer balanced controls is after 8 actions of the second tape-feed, the piston rod retraction of the 5th cylinder drives angle square connecting rod 64 and lifts, by retainer cross bar 66 that sagging elastic cord holder is flat, so that the Arm expanding that connects material guarantees the accurate of material folding position.
As shown in Figure 5, automatic shearing mechanism 10 comprises a capable cutter supporter 71 in right angle, the capable cutter supporter 71 in right angle is installed in frame bottom plate 15 front portions, a upper slitter frame plate 72 is installed on the top of the capable cutter supporter 71 in right angle, the bottom of the capable cutter supporter 71 in right angle fills a lower slide plate 73, upper slitter frame plate 72 and lower slide plate 73 respectively are equipped with a secondary upper tool post guide rail 74, a upper cutter 75 is housed on the upper tool post guide rail 74, the afterbody of upper tool post guide rail 74 is connected with the piston rod of the 6th cylinder 76, the 6th cylinder 76 is installed on the angle square board 77, angle square board 77 is connected with upper slitter frame plate 72, a lower cutter 78 is housed on the upper tool post guide rail 74 and is connected with the piston rod of the 7th cylinder 79, the top of lower slide plate 73 also is provided with holding screw 80, be used for regulating the gap between lower cutter 78 and the upper cutter 75, the action of automatic shearing mechanism 10 is after the second tape-feed.
Referring to Fig. 1 and Fig. 6, tape splicing rotating mechanism 11 is comprised of four cylinders and two groups of manipulators, one group of manipulator in left side comprises a transversely movable moving guide rail plate 81, establish two lock-screws 82 above the moving guide rail plate 81, be provided with two the 3rd line slideways 83 below the moving guide rail plate 81, fill a rotary cylinder seat 84 on the moving guide rail plate 81, fill the 8th cylinder 85 of 180 ° of rotations on the rotary cylinder seat 84, the 8th cylinder 85 installation sites with clockwise rotate, a runing rest plate 86 is installed in the cylinder rotating shaft of the 8th cylinder 85 front ends, the middle part of runing rest plate 86 is provided with a boss, be provided with axis hole in the boss and be connected with the 8th cylinder 85, above the left side of runing rest plate 86 square is housed and carries panel seat 87 secretly, carry side dress a slice train wheel bridge 88 of panel seat 87 secretly, square is carried the below vertical direction of panel seat 87 secretly and is established the 4th line slideway 89, the coaster of the 4th line slideway 89 is provided with a square and carries lower seat board 90 secretly, and square is carried side dress a slice lower plate 91 of lower seat board 90 secretly.A first cylinder piston shaft bar 92 also is equipped with in the bottom of carrying lower seat board 90 secretly, the inboard that the bottom is carried panel seat 87 and line slideway 89 secretly also is provided with second cylinder block 93, fill the 9th cylinder 94 above the second cylinder block 93, the piston rod of the 9th cylinder 94 is connected with the first cylinder piston shaft bar 92, when cylinder piston rod is retracted, can realize that lower plate 91 is up and press close to finish the tape splicing operation with train wheel bridge 88, the 8th cylinder 85 can be done 180 ° and clockwise rotate, and then realizes tape splicing upset operation.The one group of manipulator that is located at the right side comprises a guide-rail plate that can vertically move 95, its underpart is provided with the 5th line slideway 96, be provided with former and later two cylinder mount pads 97 in front portion, bottom surface, guide-rail plate 95 right side, the tenth cylinder 98 of upside-down mounting above it, the head of the tenth cylinder 98 piston rods also is provided with a support 99, support 99 is installed on the longitudinal sliding motion plate of self-feeding transmission mechanism 12, its version of whirligig that connects material that arranges at moving guide rail plate 81 is fully consistent with the left side, but part installation site left and right directions is opposite the setting all, is provided with the 11 cylinder 100 and the 12 cylinder 101 in the tape splicing rotating mechanism.
Referring to Fig. 1 and Fig. 7, the bottom of self-feeding transmission mechanism 12 is provided with the 6th long line slideway 102 of two 600mm, cross rail plate 103 of the top installation of the 6th line slideway 102, the lower front two ends of cross rail plate 103 are provided with the 3rd cylinder block 104, fill the 13 cylinder 105 above the 3rd cylinder block 104, the cylinder piston rod of the 13 cylinder 105 is connected with a air cylinder support 106 on being installed in framework panel, the installed surface of air cylinder support 106 is provided with elongated slot, can carry out cylinder stroke regulates, the top of cross slide way plate 103 is provided with a longitudinal rail panel seat 107, two buting iron 108 about the lower rear of longitudinal rail panel seat 107 is provided with, two buting iron 108 are fixed on the cross slide way plate 103, respectively be provided with an axis hole in two buting iron 108, the centre of two buting iron 108 is provided with a T shape connection iron 109, T shape connection iron 109 is installed in facing upward of longitudinal rail seat 107, the middle part of longitudinal rail seat 107 also is provided with axis hole, second axle 110 connects together the axis hole of three parts, longitudinal rail seat 107 can be rotated up and down, be provided with two adjusting screw(rod)s 111 in the front bottom of longitudinal rail seat 107 and can carry out to vertical feeding the adjusting of high and low position, be provided with two the 7th line slideways 112 on longitudinal rail panel seat 107 tops, a longitudinal rail sliding panel 113 is installed above the coaster of the 7th line slideway 112, the below, left side of the 7th line slideway 112 is provided with 114 upside-down mountings of the tenth four-cylinder, the tenth four-cylinder 114 is connected with four-cylinder seat 115 by anchor ear 116, the second cylinder piston shaft bar 117 is connected with longitudinal rail panel seat 107 left sides, the installation site of the second cylinder piston shaft bar 117 also is provided with elongated slot, can carry out the adjusting of cylinder stroke and then accurately adjust feeding front and back size.
Referring to Fig. 1 and Fig. 8, automatic material blanking mechanism 13 comprises a stock support 118, the outside of stock support 118 is provided with the 15 cylinder 119, front and back are established two the 5th cylinder blocks 120 and are fixed the 15 cylinder 119, the inboard of stock support 118 fills the 8th line slideway 121, fill a sliding panel 122 on the coaster of the 8th line slideway 121, the front portion of sliding panel 122 is installed the 3rd a cylinder piston shaft bar 123 and is connected with cylinder 119 piston rods, the anterior inboard of sliding panel 122 is provided with an aluminum corner brace frame 124, the bottom surface of aluminum corner brace frame 124 fills an aluminum corner brace charging ram 125, after head 1 was finished the elastic cord seam, top board 1a lifted.Automatic material blanking mechanism 13 is released work top with workpiece and is finished automatic blanking.
The whole do action of the present invention is such: the first tape-feed 7 is started working, and the first cylinder 22 and 27 actions of the second cylinder are clamped the elastic cord head by the first chuck 24 and 29 relative motions of the second chuck; The 3rd feeding cylinder 30 stretches out and send the position of manipulator that brings to tape splicing rotating mechanism 11 left sides; 94 actions of the 9th cylinder are finished to carry secretly by lower plate 91 and train wheel bridge 88 and are stepped up; The first cylinder 22 and the second cylinder 27 are done return action opens the first chuck 24 and the second chuck 29, and the 3rd cylinder 30 is regained and then the first tape-feed 7 is resetted; The second tape-feed 8 starts; Four-cylinder 44 stretches out pinch roller 47 is pressed down, and stepper motor 35 clockwise rotates and makes elastic cord be fed forward the length that computer arranges; 9 actions of retainer balanced controls: the piston rod of the 5th cylinder 68 is made the action drive right angle connecting rod 64 of retracting and lifted, and is by retainer cross bar 66 that sagging elastic cord holder is flat; Right side manipulator behavior in the tape splicing rotating mechanism 11: the tenth cylinder 98 stretches out the driving mechanical hand to the elastic cord right end position, 100 actions of the 11 cylinder are finished tape splicing by lower platen 91 and top board 88 and are clamped (it is consistent with the right side that plate is carried in the left side secretly, and just installation direction is opposite); Retainer balanced controls 9 are done return action; Automatic shearing mechanism 10 actions: the 6th cylinder 76 and the 7th cylinder 79 move simultaneously, by upper cutter 75 and lower cutter 78 elastic cord are cut off; The second tape-feed 8 is done homing action, and four-cylinder 44 piston rods are retracted pinch roller 47 is lifted; Tape splicing rotating mechanism 11 starts for the second time: the 8th cylinder 85 and the 12 cylinder 101 are done 180 ° of rotations; 12 actions of self-feeding transmission mechanism, the 13 cylinder 105 is done to stretch out action and is finished horizontal feeding, and the tenth four-cylinder 114 is done to stretch out action and is finished vertical feeding to head 1 work top; The top board 1a of head 1 makes pressing action elastic cord is compressed; Tape splicing rotating mechanism 11 moves again: the 9th cylinder 94 and the 11 cylinder 100 move simultaneously and make two groups of lower plates 91 and train wheel bridge 88 separately, and the 8th cylinder 85 and the 12 cylinder 101 are done the upset homing action synchronously simultaneously; For the second time action of tape-controlled carriage 12, the tenth four-cylinder 114 is done and is returned homing action, and the 13 cylinder 105 is done and is returned homing action; Top board 1a lifts feeding; Automatic material blanking mechanism 13 starts: the 15 cylinder 119 is done to stretch out action and by aluminum corner brace charging ram 125 elastic cord of sewing it up is released work top, and while the 15 cylinder 119 is done the action of retracting and resetted.
Although more than described the specific embodiment of the present invention, it will be understood by those of skill in the art that these only illustrate, under the prerequisite that does not deviate from principle of the present invention and essence, can make various changes or modifications to these embodiments.Therefore, protection scope of the present invention is limited by appended claims.
Claims (5)
1. Full automatic seamer for elastic bands, it is characterized in that, it comprises head, frame, the first tape-feed, the second tape-feed, the retainer balanced controls, automatic shearing mechanism, the tape splicing rotating mechanism, the self-feeding transmission mechanism, automatic material blanking mechanism, be provided with a top board above the head, the position of taking back, the rear portion that head is positioned at frame, the lower right side of frame is provided with electric appliance box and pneumatic component box, the left side of frame has starting switch, the first tape-feed is located at the right part front side of head, the second tape-feed and the back-to-back setting of the first tape-feed, the retainer balanced controls are positioned at the side-lower of the first tape-feed, automatic shearing mechanism is located at the front left side of the second tape-feed, the tape splicing rotating mechanism is located at the top of self-feeding transmission mechanism, the self-feeding transmission mechanism is positioned at the bottom of tape splicing rotating mechanism, and automatic material blanking mechanism is located at the right side of head.
2. Full automatic seamer for elastic bands as claimed in claim 1, it is characterized in that, described the first tape-feed comprises a right angle guide rails assembling plate, right angle guide rails assembling plate is installed on the frame bottom plate, be provided with four adjusting screw(rod)s below the frame bottom plate, two the first line slideways are installed in the outside of right angle guide rails assembling plate, a side guide plate is installed on the coaster of the first line slideway, the front end of side guide plate is vertically installed second line slideway, a lower chuck connecting plate is installed on the coaster of the second line slideway, establish a side material folding lower cylinder seat on the side guide plate, first cylinder is installed on the top of side material folding lower cylinder seat, the first cylinder is connected with side material folding lower cylinder seat, a lower chuck seat and first chuck are housed above the first cylinder, a material folding cylinder upper junction plate is installed on the upper pulley of the second line slideway, a side material folding upper cylinder seat is installed on the side guide plate, second cylinder is installed above the side material folding upper cylinder seat, the second cylinder is connected with side material folding upper cylinder seat, a upper grip seat and second chuck are housed above the second cylinder, the rear portion of side guide plate is provided with the 3rd cylinder of a upside-down mounting, the 3rd cylinder is fixed by a side cylinders Connection Block and a countercylinder anchor ear, a feeding connection bracket is installed at the rear portion of side guide plate, and the feeding connection bracket is connected with the piston rod head of the 3rd cylinder.
3. Full automatic seamer for elastic bands as claimed in claim 2, it is characterized in that, described retainer balanced controls comprise a base plate that stretches out, the front portion of base plate is provided with a retainer support, a right angle connecting rod is housed in the upper hole of retainer support, the right angle connecting rod is connected with the retainer support by bearing pin, a retainer cross bar is installed in the long-armed hole of right angle connecting rod, the galianconism hole of right angle connecting rod is connected with a cylinder connector, the 5th cylinder, the uropore of the 5th cylinder connects vertically arranged first cylinder block, and the first cylinder block is installed on the angle square riser at base plate rear portion.
4. Full automatic seamer for elastic bands as claimed in claim 3, it is characterized in that, described automatic shearing mechanism comprises a capable cutter supporter in right angle, a upper slitter frame plate is installed on the top of the capable cutter supporter in right angle, the bottom of the capable cutter supporter in right angle fills a lower slide plate, upper slitter frame plate and lower slide plate respectively are equipped with a secondary upper tool post guide rail, a upper cutter is housed on the upper tool post guide rail, the afterbody of upper tool post guide rail is connected with the piston rod of the 6th cylinder, the 6th cylinder is installed on the angle square board, angle square board is connected with the upper slitter frame plate, a lower cutter is housed on the upper tool post guide rail and is connected with the piston rod of the 7th cylinder, and the top of lower slide plate also is provided with holding screw.
5. Full automatic seamer for elastic bands as claimed in claim 4, it is characterized in that, described automatic material blanking mechanism comprises a stock support, the outside of stock support is provided with the 15 cylinder, front and back are established two the 5th cylinder blocks and are fixed the 15 cylinder, the inboard of stock support fills the 8th line slideway, fill a sliding panel on the coaster of the 8th line slideway, the front portion of sliding panel is installed the 3rd a cylinder piston shaft bar and is connected with cylinder piston rod, the anterior inboard of sliding panel is provided with an aluminum corner brace frame, and the bottom surface of aluminum corner brace frame fills an aluminum corner brace charging ram.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110297459 CN103015056A (en) | 2011-09-27 | 2011-09-27 | Full-automatic elastic band seamer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110297459 CN103015056A (en) | 2011-09-27 | 2011-09-27 | Full-automatic elastic band seamer |
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|---|---|
| CN103015056A true CN103015056A (en) | 2013-04-03 |
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| CN 201110297459 Pending CN103015056A (en) | 2011-09-27 | 2011-09-27 | Full-automatic elastic band seamer |
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| CN104499211A (en) * | 2014-11-28 | 2015-04-08 | 上海富山精密机械科技有限公司 | Tension control method for elastic band of sewing machine |
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| CN110373820A (en) * | 2019-07-29 | 2019-10-25 | 苏州康帕斯缝纫机有限公司 | A kind of full automatic elastic cutting stitching equipment |
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- 2011-09-27 CN CN 201110297459 patent/CN103015056A/en active Pending
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Application publication date: 20130403 |