CN205652913U - Automatic cone winder tube inserting device - Google Patents

Abstract

The utility model provides an automatic winding machine intubation device, which comprises a bobbin conveying device, a bobbin judging device, a bobbin releasing device, a tray, a guiding and positioning device and a control system, and is characterized in that: the bobbin releasing device includes The first support body, the second support body and their telescopic driving mechanism, the bobbins are transported to the first support body and the second support body at the position of supporting the bobbins by the bobbin delivery device, and the control system judges according to the size of the bobbins The judgment result of the device controls the telescopic drive mechanism to drive the first support body or the second support body supporting the big end of the bobbin to move away from the position of supporting the bobbin, and the first support body or the second support body supporting the small end of the bobbin remains in place The small end of the bobbin is blocked, and the big end of the bobbin is dropped into the guide and positioning device downwards and inserted on the tray. The utility model has the advantages of simple and compact structure, small moment of inertia and short stroke for releasing bobbins, greatly improves intubation speed, and can avoid pipe jamming.

Description

Automatic winding machine intubation device

technical field

The utility model belongs to the technical field of textile machinery manufacturing, in particular to an automatic winder intubation device.

Background technique

The tray-type automatic winder adopts a large yarn storehouse for centralized yarn supply and automatic bobbin processing, realizing a flexible connection with the spinning frame. Using advanced control technology, the self-diagnosis and self-supply full-process monitoring function is realized, which greatly improves the automation of the equipment. It has high automation performance and intelligence has reached a certain level.

The tray-type automatic winder adopts an intelligent yarn warehouse for centralized yarn supply. Without manual intubation, it is only necessary to manually push the full bobbin box of the spinning frame to the winding machine, and the yarn can be wound, realizing the flexible connection with the spinning frame; according to the bobbin demand, the automatic yarn warehouse vibrating basin adjusts the vibration The interval time ensures the timely feeding of bobbins; the judging device of bobbin size automatically identifies bobbin big and small, and then is sent to the funnel device by the conveyor belt, and the bobbins are accurately and effectively dropped on the tray by the bobbin releasing device and funnel.

The existing tray-type automatic winder is that the bobbins output from the vibrating basin of the yarn storehouse are judged by the size and end judging device, and then inserted on the lower tray through the bobbin releasing device and the positioning function of the funnel. The usual intubation speed is generally 30 pcs per minute, generally equipped with 2 sets of threading mechanism at the back, the threading capacity is 40-42 tubes/minute, in this case, the intubation capacity is the bottleneck point restricting the overall efficiency.

At present, the number of spindles of automatic winding machines tends to increase, and each car is developed from the conventional 60 spindles to 72 spindles or higher, which puts forward higher requirements for the intubation capacity, especially for the production of low-count yarns. is more demanding.

Due to the complex structure, large volume and heavy weight of the spool release device in the prior art, the moment of inertia of releasing the spool is large, which makes it difficult to increase the speed of intubation, and often occurs phenomena such as tube jamming, which reduces the intubation efficiency.

How to provide an automatic winding machine intubation device, the bobbin release device is simple and compact, the moment of inertia of releasing the bobbin is small, the stroke is short, the intubation speed can be greatly increased, and the pipe jamming phenomenon can be avoided. This is a problem to be solved urgently in the present technical field.

Contents of the invention

In order to solve the problems and deficiencies in the prior art, the utility model provides an automatic winding machine intubation device, the bobbin releasing device has a simple and compact structure, and the moment of inertia of releasing the bobbin is small, the stroke is short, and the The speed of intubation is greatly improved, and the phenomenon of stuck tube can be avoided.

The purpose of this utility model is achieved by the following technical solutions:

An automatic bobbin intubation device, comprising a bobbin conveying device, a bobbin judging device, a bobbin releasing device arranged near the output end of the bobbin conveying device, a tray, a guiding and positioning device arranged above the tray, and The control system is characterized in that the bobbin release device includes a first support body, a second support body and a telescopic drive mechanism arranged above the guide and positioning device, and the bobbin delivery device transports the bobbin to the position where it is supported. On the first support body and the second support body at the bobbin position, the control system controls the telescopic drive mechanism to drive the first support body or The expansion and contraction of the second support body leaves the position of supporting the bobbin, and the first support body or the second support body supporting the small end of the bobbin remains in place to block the small end of the bobbin, and makes the big end of the bobbin fall down into the place. After the guide positioning device is inserted on the tray.

Improvement to the above technical solution: the bobbin release device further includes a bobbin channel formed by two parallel side plates, the bottom of the bobbin channel is provided with the first support body and the second support body, and the first support body The first support body and the second support body are both rectangular flat plates, and the first support body and the second support body are arranged side by side in the same horizontal plane at the position where they jointly support the spool.

A further improvement to the above technical solution: the first support body and the second support body are arranged obliquely, and the first support body closer to the output end of the bobbin delivery device is higher than the second support body.

A further improvement to the above technical solution: the bobbin conveying device includes a motor-driven conveyor belt, the bobbin size and end judging device is a gate sensor, and the gate sensor straddles the conveyor belt, and the gate There is a space for bobbins to pass between the door sensor and the top surface of the conveyor belt, and the signal output end of the door sensor is connected to the control system.

Further improvement to the above technical solution: the guiding and positioning device includes an upper funnel and a lower funnel arranged below the upper funnel, the upper port of the upper funnel is larger than the bobbin length, and the lower port of the upper funnel is smaller than the lower port The upper port of the funnel, the lower port of the lower funnel is smaller than the upper port of the lower funnel.

Advantage and positive effect of the utility model compared with prior art are:

1. The utility model provides an automatic winding machine intubation device, the bobbin release device is simple and compact, the moment of inertia of releasing the bobbin is small, and the stroke is short, which can greatly increase the intubation speed and avoid jamming pipe phenomenon. In addition, the equipment manufacturing cost is greatly reduced, and the failure rate is also greatly reduced, which can improve production efficiency.

2. The procedure of the intubation method of the automatic winder intubation device of the utility model is short, and the intubation efficiency is greatly high, and the intubation can be increased to more than 40 per minute.

Description of drawings

Fig. 1 is the structural diagram of a kind of automatic winding machine intubation device of the present utility model;

Fig. 2 is a partial top view of an automatic winder intubation device of the present invention;

Fig. 3 is a schematic diagram of the first release bobbin in an automatic winder intubation device of the present invention;

Fig. 4 is a schematic diagram of the second release bobbin in an automatic winding machine intubation device of the present invention.

detailed description

Below in conjunction with accompanying drawing, the utility model is described in further detail:

Referring to Fig. 1-Fig. 4, an embodiment of an automatic winding machine intubation device of the present utility model includes a frame 8, a bobbin conveying device on the frame 8, a bobbin judging device, and is arranged near the The bobbin releasing device at the output end of the bobbin conveying device, the tray 12, the guiding and positioning device and the control system arranged above the tray 12. The bobbin release device includes a first support body 6, a second support body 7 and a telescoping drive mechanism arranged above the guide positioning device. The bobbins are conveyed to the first support body 6 and the second support body 7 at the position of supporting the bobbins by the bobbin conveying device, and the control system controls the telescopic drive mechanism according to the judging result of the bobbin size judging device Drive the first support body 6 or the second support body 7 supporting one end of the large end of the bobbin 2-2 to expand and contract away from the position of supporting the bobbin, and support the first support body 6 or the second support body at one end of the small end of the bobbin 2-1 7. Hold the original position to block one end of the small end of the bobbin 2-1, and make the large end of the bobbin 2-2 fall downwards into the guide and positioning device and then insert it on the tray 12.

Specifically: the bobbin release device also includes a bobbin channel formed by two parallel side plates 5, the bottom of the bobbin channel is provided with the first support body 6 and the second support body 7, and the first support body 7 is arranged on the bottom of the bobbin channel. The first support body 6 and the second support body 7 are both rectangular flat plates or similar in shape, and the first support body 6 and the second support body 7 are arranged side by side in the same horizontal plane at the joint supporting bobbin position.

Preferably, the first support body 6 and the second support body 7 are arranged obliquely, and the first support body 6 closer to the output end of the bobbin delivery device is higher than the second support body 7 .

The above-mentioned bobbin conveying device includes a conveyor belt 1 driven by a motor 1-1, and the bobbin size and end judging device is a door sensor 3, and the door sensor 3 spans above the conveyor belt 1, and the door sensor 3 is connected to the top of the conveyor belt 1. A space for bobbins 2 to pass is left between the surfaces, and the signal output end of the gate sensor 3 is connected with the control system. The above-mentioned bobbin conveying device can also be a motor-driven rotary roller or other similar transmission forms, and the prior art can be adopted.

Above-mentioned guiding and positioning device comprises upper funnel 9 and the lower funnel 10 that is arranged below upper funnel 9, the upper port of upper funnel 9 is greater than the length of bobbin 2, the lower port of upper funnel 9 is smaller than the upper port of lower funnel 10, and the upper port of lower funnel 10 The lower port is smaller than the upper port of the lower funnel 10 .

The telescopic drive mechanism includes a first air cylinder for driving the first support body 6 and a second air cylinder for driving the second support body 7 , and these two air cylinders are controlled by the control system to act independently.

The utility model is like the specific embodiment of the intubation method of the above-mentioned automatic winder intubation device. On the tray-type automatic winder, the bobbin 2 passes through the bobbin size judgment device during the transmission process on the bobbin conveying device. , the bobbin size end judging device judges the front and rear directions of the bobbin size end, and transmits the judgment result to the control system, and the bobbin delivery device transports the bobbin to the first support body 6 and the second support body at the position of supporting the bobbin. On the support body 7, when there is a tray 12 waiting for intubation under the guiding and positioning device, the control system controls the telescopic drive mechanism to drive the first support body 6 that supports one end of the large end of the bobbin 2-2 according to the judgment result of the bobbin size end judging device Or the expansion and contraction of the second support body 7 leaves the supporting bobbin position, and the first support body 6 or the second support body 7 supporting one end of the small end of the bobbin 2-1 remains in place to block one end of the small end of the bobbin 2-1, And make the bobbin big end 2-2 fall down into the described guiding and positioning device and insert it on the pallet 12, then, the bobbin delivery device delivers the next bobbin 2 to the bobbin releasing device again, and the intubation action is completed in a cycle successively.

In the above intubation method, when a certain bobbin 2 is about to reach the output end on the bobbin conveying device, if the bobbin 2 on the first support body 6 has not been released, the control system controls the bobbin conveying device to stop running, and waits for the second bobbin conveying device to stop running. After there is no bobbin 2 on the support body 6, start the bobbin delivery device to convey the bobbin 2 to the first support body 6 in the support position in the bobbin release device, and then complete the whole action of intubation.

Referring to Fig. 1-Fig. 4, the utility model is as an embodiment of the intubation method of the above-mentioned automatic winder intubation device. Sensor 3, the gate sensor 3 judges the front and rear direction of the bobbin 2, and transmits the judgment result to the control system. As shown in Figure 2, when the bobbin 2 passes through the gate sensor 3, the bobbin small end can be judged 2-1 is at the front (left side in Figure 2), and bobbin 2-2 is at the back (right side in Figure 2). The conveyor belt 1 transports the bobbins 2 to the first support body (rectangular flat plate) 6 and the second support body (rectangular flat plate) 7 at the bottom of the bobbin channel in the bobbin release device at the position of supporting the bobbins. When the tray 12 is waiting for intubation, the control system controls the telescopic drive mechanism to drive the telescopic action of the first support body (rectangular flat plate) 6 and the second support body (cylindrical shape) 7 according to the judgment result of the gate sensor 3 . The specific method is as follows: the first support body 6 is first driven by the first air cylinder to leave the support position to release the bobbin 2 to fall, while the second support body 7 remains at the position of supporting the bobbin (as shown in Figure 3 ), and the second support body 7 Block the end of the small end 2-1 of the bobbin in the falling process, so that the big end 2-2 of the bobbin falls into the upper funnel 9 and the lower funnel 10 successively downwards, and is inserted on the tray 12, and then, the conveyor belt 1 is moved to the bobbin again. The release device delivers the next bobbin 2, and the intubation action is completed in a cycle in turn.

If the bobbin small end 2-1 is behind, the bobbin big end 2-2 is in the front, the specific method is: first the second cylinder drives the second support body 7 to leave the supporting bobbin position to release the bobbin 2 to fall, and the first support The body 6 is kept at the position of supporting the bobbin (as shown in Figure 4), and the first supporting body 6 blocks the end of the small end 2-1 of the bobbin during the falling process, so that the big end 2-2 of the bobbin falls down successively. The upper funnel 9 and the lower funnel 10 are inserted on the tray 12, and then the conveyor belt 1 transports the next bobbin 2 to the bobbin releasing device, and the intubation action is completed in a cycle in turn.

Of course, the above description is not a limitation of the present utility model, and the present utility model is not limited to the above-mentioned examples. Those of ordinary skill in the art can make changes, modifications, additions or replacements within the essential scope of the present utility model. , should also belong to the protection scope of the present utility model.

Claims (7)

1. An automatic winding machine intubation device, comprising a bobbin conveying device, a bobbin judging device, a bobbin releasing device arranged near the output end of the bobbin conveying device, a tray, and a guiding and positioning device arranged above the tray The device and the control system are characterized in that the bobbin release device includes a first support body, a second support body and a telescopic drive mechanism arranged above the guide positioning device, and the bobbin delivery device transports the bobbin to On the first support body and the second support body at the position of supporting the bobbin, the control system controls the telescopic drive mechanism to drive the first support supporting the big end of the bobbin according to the judgment result of the bobbin size end judgment device The expansion and contraction of the body or the second support body leaves the position of supporting the bobbin, and the first support body or the second support body supporting the small end of the bobbin remains in place to block the small end of the bobbin, and makes the large end of the bobbin fall downward After inserting into the guide and positioning device, insert it on the tray. 2. The automatic winding machine insertion device according to claim 1, characterized in that, the bobbin releasing device further comprises a bobbin channel formed by two parallel side plates, the bottom of the bobbin channel is provided with a The first support body and the second support body, the first support body and the second support body are rectangular flat plates, and the first support body and the second support body are arranged side by side in the same horizontal plane at the common support bobbin position . 3. The automatic winding machine insertion device according to claim 1 or 2, characterized in that, the first support body and the second support body are arranged obliquely, and the side closer to the output end of the bobbin conveying device The first support body is higher than the second support body. 4. According to the described automatic winding machine intubation device according to claim 1 or 2, it is characterized in that, the described bobbin conveying device comprises a motor-driven conveyor belt, and the bobbin judging device is a door sensor, and the The gate sensor is straddled above the conveyor belt, there is a space for bobbins to pass between the gate sensor and the top surface of the conveyor belt, and the signal output end of the gate sensor is connected to the control system. 5. The automatic bobbin intubation device according to claim 3, wherein the bobbin conveying device comprises a motor-driven conveyor belt, and the bobbin judging device is a gate sensor, and the gate A type sensor spans above the conveyor belt, there is a space for bobbins to pass between the door type sensor and the top surface of the conveyor belt, and the signal output end of the door type sensor is connected to the control system. 6. According to claim 1 or 2 described automatic winding machine intubation device, it is characterized in that, described guiding positioning device comprises upper funnel and the lower funnel that is arranged below upper funnel, and the upper port of described upper funnel is larger than described bobbin length, the lower port of the upper funnel is smaller than the upper port of the lower funnel, and the lower port of the lower funnel is smaller than the upper port of the lower funnel. 7. The automatic winding machine intubation device according to claim 5, wherein the guiding and positioning device comprises an upper funnel and a lower funnel arranged below the upper funnel, and the upper port of the upper funnel is larger than the bobbin length, the lower port of the upper funnel is smaller than the upper port of the lower funnel, and the lower port of the lower funnel is smaller than the upper port of the lower funnel.