CN218203472U

CN218203472U - Untwisting distribution machine for rope-shaped mixed cloth for printing and dyeing

Info

Publication number: CN218203472U
Application number: CN202222229348.0U
Authority: CN
Inventors: 郭伦山
Original assignee: Foshan Kelun Mechanical & Electrical Equipment Co ltd
Current assignee: Foshan Kelun Mechanical & Electrical Equipment Co ltd
Priority date: 2022-08-24
Filing date: 2022-08-24
Publication date: 2023-01-03
Anticipated expiration: 2032-08-24

Abstract

The utility model discloses a printing and dyeing is with returning of rope form mixed cloth twists with fingers distributor, set up the cloth hopper in feeding one side of frame below, the opposite side sets up the receipts feed cylinder, it sets up the top in the frame to return with fingers the device, pendulous device sets up the top at the receipts feed cylinder, it is including returning with fingers the motor to return with fingers the device, the carousel, it is right and guide wheel to return with fingers the roller, it installs on the carousel to return with fingers the roller pair, it rotates to return with fingers motor drive carousel to return with fingers, be provided with the swing roll below the guide wheel, the swing roll hoist and mount are on the swing frame, both sides at the swing roll are provided with the inductor, this machine of returning with fingers is through setting up two inductors about swing roll both sides, it produces left beat or right beat to order about the swing roll because of the reason of cloth winding distortion when mixing the cloth through the swing roll, the computer system obtains the suitable mixed twisting with fingers winding distortion degree of cloth of rotational speed of motor of beat signal back, make the motor rotational speed catch up mixed cloth distortion degree, guarantee to return with fingers effect and efficiency, realize returning with fingers the automatic correction of returning with fingers, need not artificial interference.

Description

Untwisting distribution machine for rope-shaped mixed cloth for printing and dyeing

Technical Field

The utility model relates to the technical field of machining, concretely relates to printing and dyeing are with backing up of rope form cloth that mixes and twist with fingers distributor.

Background

One part of cloth production is to carry out printing and dyeing on cloth, the cloth needs to be guided into a dyeing machine during printing and dyeing, and in order to save cost, two pieces of cloth are guided into the printing and dyeing machine simultaneously in the industry to carry out printing and dyeing, as shown in figure 1, the two pieces of cloth are mutually twisted and mixed together in the printing and dyeing process, as shown in figure 2. After the printing and dyeing work is finished, the two pieces of cloth need to be untwisted, and the untwisting work is finished by a professional untwisting machine. Traditional detwister is including the frame, the cloth hopper, move back the head of twisting, guide conveying roller set, pendulous device and receipts feed cylinder, cloth hopper and receipts feed cylinder set up respectively in the frame both sides, pendulous device sets up in the receipts feed cylinder top, it moves back the head to set up at the frame top, be provided with the guide conveying roller set that the guide cloth was carried in the frame, the cloth is sent out from the cloth hopper, up being carried earlier and moving back the head, then draw forth through guide conveying roller set from moving back the head of twisting, fall into in the receipts feed cylinder of below after the pendulous device swing after then, pendulous device has two sets, it is responsible for moving back the twist back to two cloth strips of rolling up together to move back the head, two cloth strips after moving back the twist back are carried respectively and are carried two sets of pendulous device and are carried out the swing action, make things convenient for the cloth strip to put neatly in the receipts feed cylinder. This kind of traditional detwist machine is when carrying out the work of detwisting, often need two cloth winding circumstances of manual monitoring, because two cloth maybe clockwise winding, also can be anticlockwise winding, two kinds of different winding states require to move back the rotation direction of twisting head and be different, this can only rely on the manual monitoring on traditional detwist machine, lead to work efficiency lower, increased the cost of labor moreover. Two cloth strips that twine together in addition often lead to the cloth strip to walk about partially because of the knob condition of cloth strip withdrawing the in-process of twisting round, further will appear the cloth strip and deviate to one side all the time, often appear the cloth strip card die in withdrawing the both sides gap of twisting round first axis of rotation the inside, need shut down manual handling at this moment and withdraw the dead problem of twisting round first card and just can continue normal production.

SUMMERY OF THE UTILITY MODEL

Just to the technical defect who exists among the background art, the utility model provides a printing and dyeing is mixed cloth with rope form and is moved back to twist with fingers distributor has solved above-mentioned technical problem and has satisfied the actual demand, and specific technical scheme is as follows:

the utility model provides a dyeing and printing mix cloth with rope form and move back to twist with fingers distributor, which comprises a frame, the cloth hopper, move back to twist with fingers the device, guide conveying roller set, pendulous device and receipts feed cylinder, the feeding one side in the frame below sets up the cloth hopper, the opposite side sets up receives the feed cylinder, move back to twist with fingers the device and set up the top at the frame, pendulous device sets up the top at receiving the feed cylinder, guide conveying roller set sets up and is located in the frame and moves back to twist with fingers between device and the pendulous device, move back to twist with fingers the device including moving back to twist with fingers the motor, the carousel, move back to twist with fingers roller pair and guide wheel, move back to twist with fingers the roller pair and install on the carousel, move back to twist with fingers the motor drive carousel and rotate, be provided with the swinging rollers below the guide wheel, the swinging rollers hoists on the swinging boom, be provided with the inductor in the both sides of swinging rollers.

Further, a plurality of circumferential ribs are formed on the oscillating roller.

Further, be provided with a pair of correction roller pair in the below of swing roller, correct the roller respectively for the left side and correct the roller with the right side, two correct the roller and set up the direction and swing roller each other to ninety degrees, there are left swinging arms and right swinging arms at the hoist and mount of frame top, correct the roller and correct the roller respectively with the right side and install in left swinging arms and right swinging arms bottom, be provided with left spring and right spring on the frame of swing roller both sides, right swinging arms is caught to left spring, left swinging arms is caught to right spring.

Furthermore, the top of the left swing rod and the top of the right swing rod are movably bolted to the top of the frame, teeth are formed on opposite mating surfaces of the tops of the two swing rods, and the teeth of the two swing rods are meshed for transmission.

Further, the guide conveying roller group comprises a left limiting roller pair, a right limiting roller pair and a turn-back roller, the cloth guide wheel and the swing roller are arranged in parallel, and the left limiting roller pair, the right limiting roller pair and the turn-back roller are in a ninety degree state.

Further, the swinging device comprises a left swinging device and a right swinging device, the left swinging device comprises a left swinging motor, a left guide wheel and a left swinging cylinder, the left guide wheel and the left swinging cylinder are arranged on the left side, the left swinging motor drives a left guide wheel spindle to rotate through a left transmission chain, a crank connecting rod mechanism is arranged on the left guide wheel spindle and is connected with a left swinging cylinder rotating shaft, the crank connecting rod mechanism drives the left swinging cylinder to swing back and forth, the right swinging device comprises a right swinging motor, a right guide wheel and a right swinging cylinder, the right guide wheel and the right swinging cylinder are arranged on the right side, the right swinging motor drives a right guide wheel spindle to rotate through a right transmission chain, a crank connecting rod mechanism is arranged on the right guide wheel spindle and is connected with a right swinging cylinder rotating shaft, and the crank connecting rod mechanism drives the right swinging cylinder to swing back and forth.

The utility model has the advantages of that: this untwisting machine orders about through setting up in swing roller both sides two inductors, orders about the swing roller because of the reason of cloth winding distortion when mixing the cloth and produce left beat or right beat, and the rotational speed that the computer system obtained the beat signal back control and moves back the twisting motor is suitable for the twisted degree of compound cloth, makes the motor speed catch up and mixes the cloth degree of twisting, guarantees to move back twisting effect and efficiency, realizes moving back the automatic correction of twisting, need not artificial interference.

Drawings

Fig. 1 is a structural view of two fabrics entering a dyeing machine.

Fig. 2 is a structural view of the two fabrics drawn out of the dyeing machine after the dyeing is completed.

Fig. 3 is a three-dimensional structure diagram of the untwisting machine of the present invention.

Fig. 4 is an enlarged structural view of a portion a in fig. 3.

Fig. 5 is a front view structural diagram of the untwisting device in the untwisting machine of the present invention.

Fig. 6 is a side view structural diagram of the untwisting machine of the present invention.

Fig. 7 is an enlarged structural view of a portion B in fig. 6.

Fig. 8 is a cloth conveying path diagram of the untwisting machine of the present invention.

Wherein: the device comprises a rack 1, a cloth hopper 2, a untwisting device 3, a guide conveying roller group 4, a left swinging device 5, a right swinging device 6, a left material receiving cylinder 7, a right material receiving cylinder 8, a left swinging rod 11, a right swinging rod 12, a left spring 13, a right spring 14, a tooth 15, a left inductor 16, a right inductor 17, an untwisting motor 31, a turntable 32, a untwisting roller pair 33, a cloth guide wheel 34, a swinging roller 35, a swinging frame 36, a circumferential relief pattern 37, a left correcting roller 38, a right correcting roller 39, a left limiting roller pair 41, a right limiting roller pair 42, a returning roller 43, a left swinging motor 51, a left guide wheel 52, a left swinging cylinder 53, a left transmission chain 54, a left guide wheel spindle 55, a crank connecting rod mechanism 56, a left swinging cylinder rotating shaft 57, a left driving wheel 58, a right swinging motor 61, a right guide wheel 62, a right swinging cylinder 63, a right transmission chain 64, a right guide wheel spindle 65, a right swinging cylinder rotating shaft 66, a right driving wheel 67 and a right crank connecting rod mechanism 68.

Detailed Description

Embodiments of the present invention will be described with reference to the accompanying drawings and related embodiments, wherein the following embodiments are only preferred embodiments for better illustrating the present invention, and the embodiments of the present invention are not limited to the following embodiments, and the related essential components of the present invention related to the technical field should be considered as known in the art and can be known and mastered by those skilled in the technical field.

In the description of the present invention, it is to be understood that the terms "lateral," "upper," "lower," "front," "rear," "left," "right," "vertical," "horizontal," "inner," and the like are used in the orientation or positional relationship indicated in the drawings, merely for the purpose of describing the invention and simplifying the description, and are not intended to indicate or imply that the device or element so referred to must have a particular orientation, be constructed and operated in a particular orientation, and are therefore not to be considered limiting of the invention; furthermore, the terms "primary", "secondary" are used for descriptive purposes only and are not to be understood as indicating or implying relative importance or implicitly indicating the number of technical features indicated; thus, the definitions of "primary" and "secondary" are for descriptive purposes only and are not to be construed as indicating or implying a relative importance or implicitly including one or more of such features.

The untwisting distribution machine comprises a rack 1, a material distribution hopper 2, an untwisting device 3, a guide conveying roller set 4, a swinging device 5, a swinging device 6 and a material collecting barrel, wherein the material distribution hopper 2 is arranged on one feeding side below the rack 1, the material collecting barrel is arranged on the other side, the material collecting barrel comprises a left material collecting barrel 7 and a right material collecting barrel 8, the untwisting device 3 is arranged at the top of the rack 1, the swinging device 5 and the swinging device 6 are arranged above the material collecting barrel, roller bodies in the guide conveying roller set 4 are arranged on a path between the untwisting device 3 and the swinging device 5 and the swinging device 6 on the rack 1 in a distributed mode, the swinging device comprises a left swinging device 5 and a right swinging device 6, the left swinging device 5 comprises a left swinging motor 51, a left guide wheel 52 and a left swinging barrel 53, the left guide wheel 52 and the left swinging barrel 53 are arranged on the left side, the left swinging motor 51 drives a left guide wheel main shaft 55 to rotate through a left transmission chain 54, a left driving wheel 58 is arranged on one side of the left guide wheel main shaft 55, a left connecting rod 56 is arranged on a left driving wheel 58, the left connecting rod 56 is connected with the left connecting rod 56, the left connecting rod rotating shaft 56, the left connecting rod 56 drives the left swinging barrel to pass through the left swinging barrel 7, and then the left material collecting barrel 7 to pass through the left material collecting barrel 7, and then the left material collecting barrel 53, and then pass through the left swinging barrel 53. The right swinging device 6 comprises a right swinging motor 61, a right guide wheel 62 and a right swinging cylinder 63, the right guide wheel 62 and the right swinging cylinder 63 are arranged on the right side, the right swinging motor 61 drives a right guide wheel spindle 65 to rotate through a right transmission chain 64, a right driving wheel 67 is arranged on one side of the right guide wheel spindle 65, a right crank connecting rod mechanism 68 is arranged on the right driving wheel 67, the right crank connecting rod mechanism 68 is connected with a right swinging cylinder spindle 66, the right crank connecting rod mechanism 68 drives the right swinging cylinder 63 to swing back and forth, a right material receiving cylinder 8 is arranged below the right swinging cylinder 63, and the untwisted second cloth firstly passes through the right guide wheel 62, then passes through the right swinging cylinder 63 and finally falls into the right material receiving cylinder 8.

The untwisting device 3 comprises an untwisting motor 31, a rotating disc 32, an untwisting roller pair 33 and a cloth guide wheel 34, the untwisting roller pair 33 is installed on the rotating disc 32, the untwisting motor 31 drives the rotating disc 32 to rotate, and under the driving of the untwisting motor 31, the untwisting roller pair 33 clamps the twisted cloth strips to twist for untwisting. The swinging roller 35 is arranged below the cloth guide wheel 34, the swinging roller 35 is hung on the swinging frame 36, the swinging frame 36 can generate pendulum motion around the machine frame 1, so that the swinging roller 35 is driven to generate left-right swinging motion, the two sides of the swinging roller 35 are provided with sensors, and in order to improve the effect that the cloth strips push the swinging roller 35 to swing, a plurality of circumferential convex patterns 37 are formed on the swinging roller 35. Guide conveying roller set 4 is including the spacing roller pair 41 in a left side, the spacing roller pair 42 in a right side and the roller 43 of turning back, the roller 43 of turning back and leading cloth wheel 34 and swing roller 35 parallel arrangement each other, the spacing roller pair 41 in a left side and the spacing roller pair 42 in a right side and the roller 43 of turning back mutually become the ninety degree state, the spacing roller pair 41 in a left side cliies moves the first cloth after the back twist, avoid first cloth to remove about, play the first cloth of restriction and stabilize about carrying, and the spacing roller pair 42 in a right side is the restriction to the second cloth, also play the effect of restriction second cloth left and right beat. A pair of correcting roller pairs, namely a left correcting roller 38 and a right correcting roller 39, are arranged below the swing roller 35, the directions of the two correcting roller pairs and the swing roller 35 form ninety degrees with each other, a left swing rod 11 and a right swing rod 12 are hung on the top of the rack 1, the left correcting roller 38 and the right correcting roller 39 are respectively installed at the bottoms of the left swing rod 11 and the right swing rod 12, a left spring 13 and a right spring 14 are arranged on the rack 1 on two sides of the swing roller 35, the left spring 13 hooks the right swing rod 12, and the right spring 14 hooks the left swing rod 11. The top of the left swing rod 11 and the top of the right swing rod 12 are movably bolted to the top of the frame 1, so that the two swing rods can swing left and right, teeth 15 are formed on opposite mating surfaces of the tops of the two swing rods, and the teeth 15 are meshed with each other for transmission.

This untwisting machine is through setting up two inductors about swing roller 35 both sides, left inductor 16 and right inductor 17 promptly, orders about swing roller 35 because of the reason of cloth winding distortion when mixing cloth strip through swing roller 35 and produces left beat or right beat, specifically speaking, when two cloth strips that mix the cloth strip are clockwise winding, when mixing cloth strip through swing roller 35, swing roller 35 can order about down at clockwise winding mixed cloth strip and produce left beat, can produce right beat on the contrary. When the left yaw occurs, the swing roller 35 is deflected to the left side so as to be close to the left inductor 16, and conversely, the swing roller 35 is deflected to the right so that the swing roller 35 is close to the right inductor 17. The computer system obtains the beat signal and controls the rotational speed of the untwisting motor 31 to adapt to the twisting degree of the mixed cloth strip winding, namely when the twisting amplitude of the two cloth strips is serious, the oscillating roller 35 can be driven to deviate to one side for a long time by the mixed cloth strip, the more the beat time is, the higher the rotational speed of the untwisting motor 31 needs to be controlled by the computer at the moment, the motor rotational speed can catch up with the twisting degree of the mixed cloth strip, namely the untwisting efficiency is accelerated, after the untwisting efficiency catches up with the twisting degree of the mixed cloth strip, the two cloth strips are completely untwisted, and the oscillating roller 35 cannot be driven by the cloth strip to generate beat at the moment. This untwisting machine's untwist effect and efficiency obtain very big improvement, and the process of untwisting realizes automatic correction moreover, need not the artificial interference, practices thrift the cost of labor, realizes full automatic correction, improves whole untwisting efficiency.

The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, a plurality of improvements and decorations can be made without departing from the principle of the present invention, and these improvements and decorations should also be regarded as the protection scope of the present invention.

Claims

1. The utility model provides a dyeing and printing mix cloth untwist distributor of rope form, which comprises a frame, the cloth hopper, move back the twist device, guide conveying roller set, pendulous device and receipts feed cylinder, the feeding one side below the frame sets up the cloth hopper, the opposite side sets up receives the feed cylinder, move back the twist device and set up the top at the frame, pendulous device sets up the top at receiving the feed cylinder, guide conveying roller set sets up and is located on the frame and moves back between twist device and the pendulous device, move back the twist device including moving back the twist motor, the carousel, move back twist roller pair and fabric guide wheel, move back twist roller pair and install on the carousel, move back twist motor drive carousel and rotate, its characterized in that, be provided with the swing roll below the fabric guide wheel, the swing roll hoists on the swing span, be provided with the inductor in the both sides of swing roll.

2. The untwisting distributor of a rope-like mixed fabric for textile printing according to claim 1, wherein a plurality of circumferential embosses are formed on the oscillating roller.

3. The untwisting distributor of rope-shaped mixed cloth for printing and dyeing according to claim 1, wherein a pair of correcting roller pairs, namely a left correcting roller and a right correcting roller, are arranged below the oscillating roller, the two correcting rollers are arranged in a direction forming ninety degrees with the oscillating roller, a left oscillating rod and a right oscillating rod are hung at the top of the frame, the left correcting roller and the right correcting roller are respectively arranged at the bottoms of the left oscillating rod and the right oscillating rod, a left spring and a right spring are arranged on the frame at two sides of the oscillating roller, the left spring hooks the right oscillating rod, and the right spring hooks the left oscillating rod.

4. The untwisting distributor of rope mixed cloth for printing and dyeing according to claim 3, wherein the top of the left swing rod and the top of the right swing rod are both movably bolted to the top of the frame, teeth are formed on the opposite mating surfaces of the tops of the two swing rods, and the teeth are meshed for transmission.

5. The untwisting distributor of a rope-shaped mixed cloth for printing and dyeing according to claim 1, wherein the guide and transport roller set comprises a left limit roller pair, a right limit roller pair and a return roller, the return roller is arranged in parallel with the cloth guide wheel and the swing roller, and the left limit roller pair, the right limit roller pair and the return roller are at a state of ninety degrees to each other.

6. The untwisting distribution machine for the rope-shaped mixed cloth for printing and dyeing according to claim 1, wherein the swinging device comprises a left swinging device and a right swinging device, the left swinging device comprises a left swinging motor, a left guide wheel and a left swinging cylinder, the left guide wheel and the left swinging cylinder are arranged on the left side, the left swinging motor drives a left guide wheel main shaft to rotate through a left transmission chain, a crank connecting rod mechanism is arranged on the left guide wheel main shaft and connected with a left swinging cylinder rotating shaft, the crank connecting rod mechanism drives the left swinging cylinder to swing back and forth, the right swinging device comprises a right swinging motor, a right guide wheel and a right swinging cylinder, the right guide wheel and the right swinging cylinder are arranged on the right side, the right swinging motor drives a right guide wheel main shaft to rotate through a right transmission chain, the crank connecting rod mechanism is arranged on the right guide wheel main shaft and connected with a right swinging cylinder rotating shaft, and the crank connecting rod mechanism drives the right swinging cylinder to swing back and forth.