CN103818759B - A kind of lap former of nonwoven cloth dyeing assembly line - Google Patents
A kind of lap former of nonwoven cloth dyeing assembly line Download PDFInfo
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- CN103818759B CN103818759B CN201410106063.5A CN201410106063A CN103818759B CN 103818759 B CN103818759 B CN 103818759B CN 201410106063 A CN201410106063 A CN 201410106063A CN 103818759 B CN103818759 B CN 103818759B
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- guide groove
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Abstract
The invention discloses a kind of lap former of nonwoven cloth dyeing assembly line, comprise support body, become spool, guide groove, baffle plate, latch, transmission device, anti-edge offset mechanism, wrinkle resistant mechanism, anti-shoot back mechanism and stretching device, described stretching device, anti-shoot back mechanism, wrinkle resistant mechanism, anti-edge offset mechanism and transmission device are arranged on support body from front to back successively, the front and rear of described support body is equipped with guide groove, the two ends of described one-tenth spool are slidably connected with guide groove, described guide groove is provided with baffle plate, described baffle plate is provided with latch, compared with prior art, nonwoven fabric roll can be made well shaping, degree of firmness are good, both ends of the surface are neat, avoid occurring buckling phenomena, ensure that nonwoven fabric roll overall appearance and Lapping Quality, and prevent the nonwoven fabrics resilience under the effect of tensile force cut off, can save time, increase work efficiency, transmission can also be avoided to occur the phenomenon of skidding, ensure that transmission ratio.
Description
[technical field]
The present invention relates to the technical field of the lap former of the technical field of nonwoven cloth dyeing assembly line, particularly nonwoven cloth dyeing assembly line.
[background technology]
Nonwoven fabrics is also known as adhesive-bonded fabric, be made up of orientation or random fiber, be environment-friendly materials of new generation, there is protection against the tide, ventilative, pliable and tough, light weight, not combustion-supporting, easy decomposition, nontoxic nonirritant, rich color, the feature such as to use again cheap, capable of circulation.Along with the improving constantly of living standard of people, the demand of nonwoven fabrics constantly increases, the demand especially with color nonwoven fabrics is increasing, as need when: nonwoven fabrics is used as the lining of clothes as the nonwoven fabrics of lining and garment material homochromy, thus need to dye to its nonwoven fabrics.In the process that non-woven fabric dyeing is produced, nonwoven fabrics is successively through dyeing, cleaning, dry, dry and rolling operation, lap former of the prior art, in order to prevent rolling excessive velocities from drawing bad nonwoven fabrics or speed to cause the accumulation of nonwoven fabrics excessively slowly, the rolling speed of lap former is identical with production linear speed, thus defines the tensile force of nonwoven fabrics, make the tensile force of nonwoven fabrics can not reach the tension range of normal rolling, thus causing nonwoven roll forming bad, degree of firmness are bad, affect overall appearance.
Larger and the flexible nature of width dimensions due to nonwoven fabrics own, makes nonwoven fabrics in the process of rolling, easily occurs buckling phenomena, affect Lapping Quality.
In order to nonwoven fabric roll can be made well shaping, degree of firmness are good, need to apply certain tensile force to nonwoven fabrics, but when nonwoven fabrics rolling to a certain amount of carry out change of lap time, the nonwoven fabrics of cut-out can resilience under the effect of tensile force, needs again to be passed through by nonwoven fabrics, and need again to close nonwoven fabrics tightening device, again be wound up into into after spool until nonwoven fabrics and open again, thus lose time, reduce work efficiency.
The position height of spool is become to change along with nonwoven fabrics rolling size, when being raised to certain altitude as spool, spool is become to rock because of own wt in the process of rolling, but the nonwoven fabrics of rolling when not having device spacing, easy occurrence positions moves, cause the nonwoven fabrics both ends of the surface of rolling irregular, thus affect rolling effect and overall aesthetic property.
The driver train of lap former of the prior art, for driven by motor change-speed box rotates, change-speed box drives drive roll to rotate again, because change-speed box and drive roll adopt V belt translation to be connected, after belt uses certain hour, easily there is skidding when transmission, transmission ratio reduces, cause the stopping of lap former discountinuity or rolling speed to decline, make nonwoven fabrics can not be tight on lap former, cause the nonwoven fabrics of rolling to occur buckling phenomena.
Nonwoven fabrics will transmit through several deflector rolls from the whole process unreeling rolling, often occurs that the position of nonwoven fabrics is unstable, make the nonwoven fabrics both ends of the surface after rolling irregular, have a strong impact on the nonwoven fabrics overall appearance of rolling in the process transmitted.
[summary of the invention]
Object of the present invention solves the problems of the prior art exactly, propose a kind of lap former of nonwoven cloth dyeing assembly line, nonwoven fabric roll can be made well shaping, and degree of firmness are good, both ends of the surface are neat, avoid occurring buckling phenomena, ensure that nonwoven fabric roll overall appearance and Lapping Quality, and prevent nonwoven fabrics resilience under the effect of tensile force of cut-out, can save time, increase work efficiency, transmission can also be avoided to occur the phenomenon of skidding, ensure that transmission ratio.
For achieving the above object, the present invention proposes a kind of lap former of nonwoven cloth dyeing assembly line, comprise support body, become spool, guide groove, baffle plate, latch, transmission device, anti-edge offset mechanism, wrinkle resistant mechanism, anti-shoot back mechanism and stretching device, described stretching device, anti-shoot back mechanism, wrinkle resistant mechanism, anti-edge offset mechanism and transmission device are arranged on support body from front to back successively, described transmission device comprises motor, change-speed box, first drive roll, second drive roll, first gear, second gear and the 3rd gear, described erection of frames has the first drive roll and the second drive roll, the front end of the axle of described first drive roll is provided with the first gear, the rear end of the axle of described first drive roll is provided with the second gear, the front end of the axle of described second drive roll is provided with the 3rd gear, described motor is connected with change-speed box, described change-speed box and the second gear adopt chain gear to be connected, described first gear adopts chain gear to be connected with the 3rd gear, described one-tenth spool is shelved on the centre of the first drive roll and the second drive roll, the front and rear of described support body is equipped with guide groove, described guide groove is located at the midway location of the axle of the first drive roll and the second drive roll, the two ends of described one-tenth spool are slidably connected with guide groove, described guide groove is provided with baffle plate, described baffle plate is provided with latch, described guide groove is provided with the pin buckle cooperatively interacted with latch, described anti-edge offset mechanism comprises dancer rools, adjust bar, slide block and the slide rail matched with slide block, the front and rear of described support body is equipped with slide rail, described slide rail upper end is provided with adjust bar, lower end and the slide block of described adjust bar are rotatably connected, the upper end of described adjust bar is installed with adjustment rotating disk, described slide block is provided with dancer rools, described wrinkle resistant mechanism comprises mount pad and point screw mandrel, the front and rear of described support body is equipped with mount pad, described mount pad is provided with a point screw mandrel, the two ends of described point of screw mandrel are fixedly connected with mount pad, the circular shape of cross-sectional plane of described point of screw mandrel, described point of screw mandrel shape in the arc-shaped, described anti-shoot back mechanism comprises base, bracing frame, second cylinder, depression bar and rubber cushion blocks, described support body is provided with base, described base is provided with bracing frame, support frame as described above coordinates depression bar is installed, the bottom of described depression bar is provided with rubber cushion blocks, support frame as described above is provided with the second cylinder, the piston rod of described second cylinder is fixedly connected with depression bar, described stretching device comprises the first strut, second strut, running roller, first cylinder, master cock and pressure regulating valve, the front and rear of described support body is equipped with the first strut, described first strut is slidably connected with the second strut, described second strut is provided with running roller, described first strut is provided with the first cylinder, the piston rod of described first cylinder is fixedly connected with the second strut, described pressure regulating valve is connected by master cock with the first cylinder.
As preferably, described first strut is provided with the hollow space coordinated with the second strut, and described second strut inserts hollow space, the cross-sectional plane quadrate shape of described second strut.
As preferably, described adjust bar adopts threaded adjusting bar, and described slide rail upper end is provided with the nut coordinated with adjust bar, and described nut and slide rail are welded to connect.
As preferably, described mount pad is fixedly connected to form an entirety by bolt and support body, and described mount pad is provided with through hole, and the two ends receiving through-hole respectively of described point of screw mandrel, the two ends of described point of screw mandrel and mount pad adopt bolt to be fixedly connected to form an entirety.
As preferably, described base and support body adopt nut to be fixedly connected to form an entirety, described base is provided with the through hole matched with the column of bracing frame, the column receiving through-hole of support frame as described above, and be fixedly connected with base by bolt, the two ends of described depression bar are slidably connected with the column of bracing frame.
As preferably, described first drive roll and the second drive roll level, be installed in parallel on support body, the size of described first drive roll and the second drive roll is equal, the outside face of described first drive roll and the second drive roll is all enclosed with one deck rubber layer, and the outside face of described rubber layer is uniformly distributed with concave point.
As preferably, the size of described first gear, the second gear and the 3rd gear is all equal with tooth number.
As preferably, described guide groove is provided with the chute with the matching ends becoming spool, the side of described guide groove has the breach matched with baffle plate, described baffle plate adopts two hinges to be arranged on the indentation, there of guide groove, and described guide groove and baffle plate all adopt rivet to be fixedly connected with hinge.
As preferably, described latch adopts spring tongue, and described latch adopts rivet to be fixed on baffle plate, and the upper and lower of described baffle plate is equipped with latch, and described pin buckle adopts rivet to be fixed on guide groove.
As preferably, described slide block is provided with through hole, studs with bearing in described through hole, and described bearing is nested on the axle of dancer rools, and described bearing adopts ball bearing of main shaft.
Beneficial effect of the present invention: the present invention is by being provided with the first strut by support body, first strut is slidably connected with the second strut, by the first cylinder upwards application force promote second strut motion, and the tensioning driving running roller upward movement to come nonwoven fabrics, support body is provided with mount pad, mount pad is provided with a point screw mandrel, nonwoven fabrics is by dividing screw mandrel by centre to both sides extensional motion, bracing frame is provided with depression bar and the second cylinder, second cylinder action is tried hard to recommend dynamic pressure bar and is moved downward, nonwoven fabrics is compressed on base, avoid the nonwoven fabrics resilience under the effect of tensile force cut off, the front and rear of support body is provided with guide groove, the two ends of spool are become to insert guide groove respectively, prevent from into spool to rock, avoid the nonwoven fabrics of rolling to occur change in location simultaneously, the axle of the first drive roll and the second drive roll is provided with gear, connected by chain gear, transmission is avoided to occur the phenomenon of skidding, support body is provided with slide rail, slide rail is provided with adjust bar, adjust bar is connected with slide block, slide block is provided with dancer rools, by the position height of adjust bar adjustment dancer rools, complete the position adjustment of nonwoven fabrics, compared with prior art, nonwoven fabric roll can be made well shaping, degree of firmness are good, both ends of the surface are neat, avoid occurring buckling phenomena, ensure that nonwoven fabric roll overall appearance and Lapping Quality, and prevent the nonwoven fabrics resilience under the effect of tensile force cut off, can save time, increase work efficiency, transmission can also be avoided to occur the phenomenon of skidding, ensure that transmission ratio.
Feature of the present invention and advantage will be described in detail by reference to the accompanying drawings by embodiment.
[accompanying drawing explanation]
Fig. 1 is the structural representation of the lap former of a kind of nonwoven cloth dyeing assembly line of the present invention;
Fig. 2 is the structural representation of guide groove;
Fig. 3 is the structural representation that the anti-edge offset mechanism of the lap former of a kind of nonwoven cloth dyeing assembly line of the present invention is arranged on support body;
Fig. 4 is the structural representation that the transmission device of the lap former of a kind of nonwoven cloth dyeing assembly line of the present invention is arranged on support body;
Fig. 5 is the structural representation that the wrinkle resistant mechanism of the lap former of a kind of nonwoven cloth dyeing assembly line of the present invention is arranged on support body;
Fig. 6 is the structural representation that the anti-shoot back mechanism of the lap former of a kind of nonwoven cloth dyeing assembly line of the present invention is arranged on support body;
Fig. 7 is the structural representation that the stretching device of the lap former of a kind of nonwoven cloth dyeing assembly line of the present invention is arranged on support body;
Fig. 8 is the site plan that guide groove is arranged on support body;
Fig. 9 is the structural representation of anti-edge offset mechanism.
In figure: 610-motor, 611-change-speed box, 612-support body, 613-first drive roll, 614-second drive roll, 615-becomes spool, 616-guide groove, 617-baffle plate, 618-latch, 619-chain, 920-first gear, 921-second gear, 922-the 3rd gear, 923-dancer rools, 924-adjust bar, 925-slide block, 926-slide rail, 627-first strut, 628-second strut, 629-running roller, 630-cylinder, 631-master cock, 632-pressure regulating valve, 633-mount pad, 634-divides screw mandrel, 635-base, 636-bracing frame, 637-cylinder, 638-depression bar, 639-rubber cushion blocks.
[detailed description of the invention]
Consult Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8 and Fig. 9, the lap former of a kind of nonwoven cloth dyeing assembly line of the present invention, comprise support body 612, become spool 615, guide groove 616, baffle plate 617, latch 618, transmission device, anti-edge offset mechanism, wrinkle resistant mechanism, anti-shoot back mechanism and stretching device, described stretching device, anti-shoot back mechanism, wrinkle resistant mechanism, anti-edge offset mechanism and transmission device are arranged on support body 612 from front to back successively, described transmission device comprises motor 610, change-speed box 611, first drive roll 613, second drive roll 614, first gear 620, second gear 621 and the 3rd gear 622, described support body 612 is provided with the first drive roll 613 and the second drive roll 614, the front end of the axle of described first drive roll 613 is provided with the first gear 620, the rear end of the axle of described first drive roll 613 is provided with the second gear 621, the front end of the axle of described second drive roll 614 is provided with the 3rd gear 622, described motor 610 is connected with change-speed box 611, described change-speed box 611 and the second gear 621 adopt chain 619 to be in transmission connection, described first gear 620 and the 3rd gear 622 adopt chain 619 to be in transmission connection, described one-tenth spool 615 is shelved on the centre of the first drive roll 613 and the second drive roll 614, the front and rear of described support body 612 is equipped with guide groove 616, described guide groove 616 is located at the midway location of the axle of the first drive roll 613 and the second drive roll 614, the two ends of described one-tenth spool 615 are slidably connected with guide groove 616, described guide groove 616 is provided with baffle plate 617, described baffle plate 617 is provided with latch 618, described guide groove 616 is provided with the pin buckle cooperatively interacted with latch 618, described anti-edge offset mechanism comprises dancer rools 623, adjust bar 624, slide block 625 and the slide rail 626 matched with slide block 625, the front and rear of described support body 612 is equipped with slide rail 626, described slide rail 626 upper end is provided with adjust bar 624, lower end and the slide block 625 of described adjust bar 624 are rotatably connected, the upper end of described adjust bar 624 is installed with adjustment rotating disk, described slide block 625 is provided with dancer rools 623, described wrinkle resistant mechanism comprises mount pad 633 and point screw mandrel 634, the front and rear of described support body 612 is equipped with mount pad 633, described mount pad 633 is provided with point screw mandrel 634, the two ends of described point of screw mandrel 634 are fixedly connected with mount pad 633, the circular shape of cross-sectional plane of described point of screw mandrel 634, described point of screw mandrel 634 shape in the arc-shaped, described anti-shoot back mechanism comprises base 635, bracing frame 636, second cylinder 637, depression bar 638 and rubber cushion blocks 639, described support body 612 is provided with base 635, described base 635 is provided with bracing frame 636, support frame as described above 636 coordinates depression bar 638 is installed, the bottom of described depression bar 638 is provided with rubber cushion blocks 639, support frame as described above 636 is provided with the second cylinder 637, the piston rod of described second cylinder 637 is fixedly connected with depression bar 638, described stretching device comprises the first strut 627, second strut 628, running roller 629, first cylinder 630, master cock 631 and pressure regulating valve 632, the front and rear of described support body 612 is equipped with the first strut 627, described first strut 627 is slidably connected with the second strut 628, described second strut 628 is provided with running roller 629, described first strut 627 is provided with the first cylinder 630, the piston rod of described first cylinder 630 is fixedly connected with the second strut 628, described pressure regulating valve 632 is connected by master cock 631 with the first cylinder 630, described first strut 627 is provided with the hollow space coordinated with the second strut 628, described second strut 628 inserts hollow space, the cross-sectional plane quadrate shape of described second strut 628, described adjust bar 624 adopts threaded adjusting bar, described slide rail 626 upper end is provided with the nut coordinated with adjust bar 624, described nut and slide rail 626 are welded to connect, described mount pad 633 is fixedly connected to form an entirety by bolt and support body 612, described mount pad 633 is provided with through hole, the two ends receiving through-hole respectively of described point of screw mandrel 634, the two ends of described point of screw mandrel 634 and mount pad 633 adopt bolt to be fixedly connected to form an entirety, described base 635 and support body 612 adopt nut to be fixedly connected to form an entirety, described base 635 is provided with the through hole matched with the column of bracing frame 636, the column receiving through-hole of support frame as described above 636, and be fixedly connected with base 635 by bolt, the two ends of described depression bar 638 are slidably connected with the column of bracing frame 636, described first drive roll 613 and the second drive roll 614 level, be installed in parallel on support body 612, the size of described first drive roll 613 and the second drive roll 614 is equal, the outside face of described first drive roll 613 and the second drive roll 614 is all enclosed with one deck rubber layer, the outside face of described rubber layer is uniformly distributed with concave point, described first gear 620, size and the tooth number of the second gear 621 and the 3rd gear 622 are all equal, described guide groove 616 is provided with the chute with the matching ends becoming spool 615, the side of described guide groove 616 has the breach matched with baffle plate 617, described baffle plate 617 adopts two hinges to be arranged on the indentation, there of guide groove 616, described guide groove 616 and baffle plate 617 all adopt rivet to be fixedly connected with hinge, described latch 618 adopts spring tongue, described latch 618 adopts rivet to be fixed on baffle plate 617, the upper and lower of described baffle plate 617 is equipped with latch 618, described pin buckle adopts rivet to be fixed on guide groove 616, described slide block 625 is provided with through hole, bearing is studded with in described through hole, described bearing is nested on the axle of dancer rools 623, described bearing adopts ball bearing of main shaft.
Working process of the present invention:
The lap former of a kind of nonwoven cloth dyeing assembly line of the present invention in the course of the work, nonwoven fabrics is passed through stretching device successively, anti-shoot back mechanism, wrinkle resistant mechanism and anti-edge offset mechanism, spool 615 is become to be shelved in the middle of the first drive roll 613 and the second drive roll 614, the two ends of spool 615 are become to insert in the groove on guide groove 616, and nonwoven fabric roll one is being become on spool to two-layer, open master cock 631, first cylinder 630 upwards application force, and promote the tensioning that nonwoven fabrics is carried out in running roller 629 motion, starter motor 610 drives change-speed box 611, change-speed box 611 is being transferred to drive roll, drive roll surface rubs with the nonwoven fabrics becoming spool to roll, the nonwoven fabrics driving into spool and rolling rotates and carries out rolling, movable slider 625 is with to move by rotary regulating lever 624, carry out the adjustment of the position height at dancer rools 623 two ends, come to adjust nonwoven fabrics position, until rolling complete carry out change of lap time, open the second cylinder 637 master cock, second cylinder 637 works and promotes depression bar 638 and moves downward, nonwoven fabrics is compressed on base 635, open latch 618, and open baffle plate 617, shift out the nonwoven fabrics of rolling, compared with prior art, nonwoven fabric roll can be made well shaping, degree of firmness are good, both ends of the surface are neat, avoid occurring buckling phenomena, ensure that nonwoven fabric roll overall appearance and Lapping Quality, and prevent the nonwoven fabrics resilience under the effect of tensile force cut off, can save time, increase work efficiency, transmission can also be avoided to occur the phenomenon of skidding, ensure that transmission ratio.
Above-described embodiment is to explanation of the present invention, is not limitation of the invention, anyly all belongs to protection scope of the present invention to the scheme after simple transformation of the present invention.
Claims (6)
1. the lap former of a nonwoven cloth dyeing assembly line, it is characterized in that: comprise support body (612), become spool (615), guide groove (616), baffle plate (617), latch (618), transmission device, anti-edge offset mechanism, wrinkle resistant mechanism, anti-shoot back mechanism and stretching device, described stretching device, anti-shoot back mechanism, wrinkle resistant mechanism, anti-edge offset mechanism and transmission device are arranged on support body (612) from front to back successively, described transmission device comprises motor (610), change-speed box (611), first drive roll (613), second drive roll (614), first gear (620), second gear (621) and the 3rd gear (622), described support body (612) is provided with the first drive roll (613) and the second drive roll (614), the front end of the axle of described first drive roll (613) is provided with the first gear (620), the rear end of the axle of described first drive roll (613) is provided with the second gear (621), the front end of the axle of described second drive roll (614) is provided with the 3rd gear (622), described motor (610) is connected with change-speed box (611), described change-speed box (611) and the second gear (621) adopt chain (619) to be in transmission connection, described first gear (620) and the 3rd gear (622) adopt chain (619) to be in transmission connection, described one-tenth spool (615) is shelved on the centre of the first drive roll (613) and the second drive roll (614), the front and rear of described support body (612) is equipped with guide groove (616), described guide groove (616) is located at the midway location of the axle of the first drive roll (613) and the second drive roll (614), the two ends of described one-tenth spool (615) are slidably connected with guide groove (616), described guide groove (616) is provided with baffle plate (617), described baffle plate (617) is provided with latch (618), described guide groove (616) is provided with the pin buckle cooperatively interacted with latch (618), described anti-edge offset mechanism comprises dancer rools (623), adjust bar (624), slide block (625) and the slide rail (626) matched with slide block (625), the front and rear of described support body (612) is equipped with slide rail (626), described slide rail (626) upper end is provided with adjust bar (624), lower end and the slide block (625) of described adjust bar (624) are rotatably connected, the upper end of described adjust bar (624) is installed with adjustment rotating disk, described slide block (625) is provided with dancer rools (623), described wrinkle resistant mechanism comprises mount pad (633) and point screw mandrel (634), the front and rear of described support body (612) is equipped with mount pad (633), described mount pad (633) is provided with a point screw mandrel (634), the two ends of described point of screw mandrel (634) are fixedly connected with mount pad (633), the circular shape of cross-sectional plane of described point of screw mandrel (634), described point of screw mandrel (634) shape in the arc-shaped, described anti-shoot back mechanism comprises base (635), bracing frame (636), second cylinder (637), depression bar (638) and rubber cushion blocks (639), described support body (612) is provided with base (635), described base (635) is provided with bracing frame (636), the upper cooperation of support frame as described above (636) is provided with depression bar (638), the bottom of described depression bar (638) is provided with rubber cushion blocks (639), support frame as described above (636) is provided with the second cylinder (637), the piston rod of described second cylinder (637) is fixedly connected with depression bar (638), described stretching device comprises the first strut (627), second strut (628), running roller (629), first cylinder (630), master cock (631) and pressure regulating valve (632), the front and rear of described support body (612) is equipped with the first strut (627), described first strut (627) is slidably connected with the second strut (628), described second strut (628) is provided with running roller (629), described first strut (627) is provided with the first cylinder (630), the piston rod of described first cylinder (630) is fixedly connected with the second strut (628), described pressure regulating valve (632) is connected by master cock (631) with the first cylinder (630), described first strut (627) is provided with the hollow space coordinated with the second strut (628), and described second strut (628) inserts hollow space, the cross-sectional plane quadrate shape of described second strut (628), described adjust bar (624) adopts threaded adjusting bar, and described slide rail (626) upper end is provided with the nut coordinated with adjust bar (624), and described nut and slide rail (626) are welded to connect, described mount pad (633) is fixedly connected to form an entirety by bolt and support body (612), described mount pad (633) is provided with through hole, the two ends receiving through-hole respectively of described point of screw mandrel (634), the two ends of described point of screw mandrel (634) and mount pad (633) adopt bolt to be fixedly connected to form an entirety, described base (635) and support body (612) adopt nut to be fixedly connected to form an entirety, described base (635) is provided with the through hole matched with the column of bracing frame (636), the column receiving through-hole of support frame as described above (636), and be fixedly connected with base (635) by bolt, the two ends of described depression bar (638) are slidably connected with the column of bracing frame (636).
2. the lap former of a kind of nonwoven cloth dyeing assembly line as claimed in claim 1, it is characterized in that: described first drive roll (613) and the second drive roll (614) level, be installed in parallel on support body (612), the size of described first drive roll (613) and the second drive roll (614) is equal, the outside face of described first drive roll (613) and the second drive roll (614) is all enclosed with one deck rubber layer, and the outside face of described rubber layer is uniformly distributed with concave point.
3. the lap former of a kind of nonwoven cloth dyeing assembly line as claimed in claim 1, is characterized in that: the size of described first gear (620), the second gear (621) and the 3rd gear (622) is all equal with tooth number.
4. the lap former of a kind of nonwoven cloth dyeing assembly line as claimed in claim 1, it is characterized in that: described guide groove (616) is provided with the chute with the matching ends becoming spool (615), the side of described guide groove (616) has the breach matched with baffle plate (617), described baffle plate (617) adopts two hinges to be arranged on the indentation, there of guide groove (616), and described guide groove (616) and baffle plate (617) all adopt rivet to be fixedly connected with hinge.
5. the lap former of a kind of nonwoven cloth dyeing assembly line as claimed in claim 1, it is characterized in that: described latch (618) adopts spring tongue, described latch (618) adopts rivet to be fixed on baffle plate (617), the upper and lower of described baffle plate (617) is equipped with latch (618), and described pin buckle adopts rivet to be fixed on guide groove (616).
6. the lap former of a kind of nonwoven cloth dyeing assembly line according to any one of claim 1 to 5, it is characterized in that: described slide block (625) is provided with through hole, stud with bearing in described through hole, described bearing is nested on the axle of dancer rools (623), and described bearing adopts ball bearing of main shaft.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410106063.5A CN103818759B (en) | 2014-03-21 | 2014-03-21 | A kind of lap former of nonwoven cloth dyeing assembly line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410106063.5A CN103818759B (en) | 2014-03-21 | 2014-03-21 | A kind of lap former of nonwoven cloth dyeing assembly line |
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| CN103818759A CN103818759A (en) | 2014-05-28 |
| CN103818759B true CN103818759B (en) | 2016-04-13 |
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| CN201410106063.5A Active CN103818759B (en) | 2014-03-21 | 2014-03-21 | A kind of lap former of nonwoven cloth dyeing assembly line |
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| CN103818759A (en) | 2014-05-28 |
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