CN217104173U - Efficient and multifunctional messy integrated carding machine - Google Patents

Abstract

The utility model discloses a high-efficiency multifunctional mixed and disorderly integrated carding machine, which solves the problems of easy quilt cracking, low efficiency and the like of the prior device and is characterized in that the diameter of a cylinder is 260 plus 280 mm; two grooves of the first motor chain wheel are connected with a doffer chain wheel, one groove is connected with a fluff roller chain wheel, and the other two grooves of the doffer chain wheel are connected with a first disordered roller chain wheel; the second motor chain wheel is a three-grooved wheel, and the cylinder chain wheel is a four-grooved wheel; two grooves of the second motor chain wheel are connected with a cylinder chain wheel, one groove is connected with a chopper chain wheel, the other two grooves of the cylinder chain wheel are respectively connected with a second working roll chain wheel and a second disordered roll chain wheel, and the second working roll chain wheel 31 and the second disordered roll chain wheel are both connected with a first working roll chain wheel 27. The utility model can simultaneously generate horizontal and vertical silk during cotton carding, the cotton fiber is firm and not easy to crack, and the product yield is improved; the original large cylinder is changed into a small cylinder, so that the speed and the production efficiency are improved, and the height of the whole equipment can be reduced.

Description

High-efficiency multi-functional messy integrated carding machine

technical field

The utility model relates to a textile machine, in particular to a carding machine for textiles such as cotton.

Background technique

Carding machine is used to process cotton fiber and chemical fiber, which belongs to textile machinery. According to the spinning process, carding is an important process. The working principle of the carding machine is to loosen, card and remove impurities from the cotton (fiber) rolls sent by the previous process or the oil cotton (chemical fiber) layer supplied by the cotton box, so that all the coiled cotton loops become It is basically straight single fiber, and in the process, the broken seeds, impurities and short fibers left over from the cleaning process are removed, and then slivers of certain specifications are integrated and stored in cotton cylinders for use in the drawing process. The existing carding machine cylinder has a large diameter, it is difficult to adjust the speed, and it is easy to vibrate and work unstable, and the cotton batts that are sorted have only vertical threads and no horizontal threads, so they are easy to split into two petals after a period of time.

Contents of the invention

The purpose of the utility model is to overcome the deficiencies of the prior art and provide a high-efficiency, multi-functional and messy integrated carding machine, the carded cotton is strong, the product output and efficiency are improved, and space is saved.

The utility model includes a cotton feeding roller, a cotton feeding curtain, a licker-in roller, a barbed roller, and a dust removal device, and is characterized in that it also includes a first motor, a second motor, an opening roller, a doffer, a first random roller, and a second random roller. Roller, chopping knife, cylinder, first work roll, second work roll, the diameter of described cylinder is 260-280mm;

The first motor, the second motor, the opening roller, the doffer, the first random roller, the second random roller, the chopping knife, the cylinder, the first work roll, and the second work roll are correspondingly provided with a first motor sprocket , the second motor sprocket, the opening roller sprocket, the doffer sprocket, the first random roller sprocket, the second random roller sprocket, the cutter sprocket, the cylinder sprocket, the first working roller sprocket, the second work roll sprocket;

The first motor sprocket is a three-groove wheel, and the doffer sprocket is a four-groove wheel; two grooves of the first motor sprocket are connected to the doffer sprocket by a belt, and one groove is connected to the hair roller sprocket by a belt. The other two grooves of the doffer sprocket are connected to the first chaotic roller sprocket;

The second motor sprocket is a three-groove wheel, and the cylinder sprocket is a four-groove wheel; two grooves of the second motor sprocket are connected to the cylinder sprocket through a belt, and one groove is connected to the cutter sprocket through a belt , the other two grooves of the cylinder sprocket are respectively connected to the second work roll sprocket and the second disorderly roller sprocket, and the second work roller sprocket and the second disorderly roller sprocket are connected to the first Work roll sprockets.

It can be seen from the above technical scheme that the utility model has the following beneficial effects: the two increased work rolls combined with the two messy rolls can produce horizontal and vertical threads at the same time, so that the cotton wool is strong and not easy to crack, and the product output is improved; Changing the large cylinder with a diameter of 520mm to a small cylinder with a diameter of 260-280mm can improve speed and production efficiency, and can also reduce the overall equipment height, occupy less space, save cost, and have low noise.

Description of drawings

Fig. 1 is the front view of the utility model.

Fig. 2 is the right view of the utility model.

Fig. 3 is a left view of the utility model.

In the figure, 1. Cotton feeding roller, 2. Cotton feeding curtain, 3. Licker-in roller, 4. Ribbon roller, 5. Dust removal device;

10. The first motor, 11. The first motor sprocket. 12. Hair roller. 13. Hair roller sprocket, 14. Doffer, 15. Doffer sprocket, 16. The first messy roller, 17. The first messy roller sprocket;

20. The second motor, 21. The second motor sprocket, 22. Chopper, 23. Chopper sprocket, 24. Cylinder, 25. Cylinder sprocket, 26. The first work roll, 27. The first work Roll sprocket, 28. Second random roll, 29. Second random roll sprocket, 30. Second work roll, 31. Second work roll sprocket.

Detailed ways

The technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of them. example. Based on the embodiments of the present utility model, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the scope of protection of the present utility model.

As shown in Figures 1, 2, and 3, the utility model includes a cotton feeding roller 1, a cotton feeding curtain 2, a licker-in roller 3, a barbed roller 4, a dust removal device 5, a first motor 10, a second motor 20, and a depilator Roll 12, doffer 14, first random roll 16, second random roll 28, chopping knife 22, cylinder 24, first work roll 26, second work roll 30. The diameter of the cylinder 24 is 260-280mm.

The first motor 10, the second motor 20, the opening roller 12, the doffer 14, the first disorderly roller 16, the second disorderly roller 28, the chopping knife 22, the cylinder 24, the first working roller 26, the second working roller The roller 30 is correspondingly provided with the first motor sprocket 11, the second motor sprocket 21, the opening roller sprocket 13, the doffer sprocket 15, the first disorderly roller sprocket 17, the second disorderly roller sprocket 29, the knife chain Wheel 23, cylinder sprocket 25, first work roll sprocket 27, second work roll sprocket 31.

The first motor sprocket 11 is a three-slotted wheel, and the doffer sprocket 15 is a four-slotted wheel. Two grooves of the first motor sprocket 11 are connected to the doffer sprocket 15 by a belt, and one groove is connected to the hair roller sprocket 13 by a belt to drive the hair roller 12 and the doffer 14 to rotate. The other two grooves of the doffer sprocket 15 are connected to the first random roller sprocket 17 to drive the first random roller to rotate.

The second motor sprocket 21 is a three-slotted wheel, and the cylinder sprocket 25 is a four-slotted wheel. Two grooves of the second motor sprocket wheel 21 are connected to the cylinder sprocket 25 by a belt, and one groove is connected to the cutter sprocket 23 by a belt to drive the rotation of the cylinder 24 and the cutter 22. The other two grooves of the cylinder sprocket 25 are respectively connected to the second work roll sprocket 31 and the second random roll sprocket 29 to drive the second work roll 30 and the second work roll 30 to rotate. Both the second work roll sprocket 31 and the second random roll sprocket 29 are connected to the first work roll sprocket 27 through a belt, and indirectly drive the first work roll 26 to rotate.

Claims (1)

1. A high-efficient multi-functional random carding machine, including feeding the cotton roller, feeding the cotton curtain, licker-in, thorn tooth roller, dust collector, characterized by also including the first motor (10), the second motor (20), and the roller that opens hair (12), doffer (14), the first random roller (16), the second random roller (28), the chopper (22), the cylinder (24), the first work roll (26), the second work roll (30), the diameter of the said cylinder (24) is 260 and 280 mm;

the automatic wool breaking machine is characterized in that a first motor (10), a second motor (20), a wool breaking roller (12), a doffer (14), a first disordered roller (16), a second disordered roller (28), a chopper (22), a cylinder (24), a first working roller (26) and a second working roller (30) are correspondingly provided with a first motor chain wheel (11), a second motor chain wheel (21), a wool breaking roller chain wheel (13), a doffer chain wheel (15), a first disordered roller chain wheel (17), a second disordered roller chain wheel (29), a chopper chain wheel (23), a cylinder chain wheel (25), a first working roller chain wheel (27) and a second working roller chain wheel (31);

the first motor chain wheel (11) is a three-grooved wheel, and the doffer chain wheel (15) is a four-grooved wheel; two grooves of the first motor chain wheel (11) are connected with a doffer chain wheel (15) through a belt, one groove is connected with a fluff roller chain wheel (13) through the belt, and the other two grooves of the doffer chain wheel (15) are connected with a first messy roller chain wheel (17);

the second motor chain wheel (21) is a three-grooved wheel, and the cylinder chain wheel (25) is a four-grooved wheel; two grooves of the second motor chain wheel (21) are connected with a cylinder chain wheel (25) through a belt, one groove is connected with a chopper chain wheel (23) through a belt, the other two grooves of the cylinder chain wheel (25) are respectively connected with a second working roller chain wheel (31) and a second disordered roller chain wheel (29), and the second working roller chain wheel (31) and the second disordered roller chain wheel (29) are both connected with a first working roller chain wheel (27) through belts.

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