SU30111A1 - Split water - Google Patents

Description

The basic author's certificate No. 29126 describes a spinning wind in which, in order to increase the number of revolutions of the blocks on torsion clutches, winds are applied in the wind channel, rotated by the air circulating through the channel, and spring-loaded forks are applied to the individual braking of each block. connected to the rail moved in the guides during pulling and held by the pawl, which collapses under the action of the spring Between the teeth of the rail. In addition, for lowering the rotary beam as the yarn is being wound on the spindles, a screw is used, which is connected at one end to the cut socket of the rod supporting the beam, and the other is the sleeve, which is rotated from the drum shaft by means of gear and flexible gears.

The present invention describes a number of other forms of spinning water.

In FIG. 1 is a front view of the upper part of the spinning water; FIG. 2, 3 - details of the winding device; FIG. 4-7 - details of the mechanisms for moving the sleeve and braking the blocks.

The extracted fiber enters the center hole / bushes J, ukre (94)

captured on balls 9 in a bar of a machine 10, and further through eccentrically located openings 5 gets onto WO horns, equipped with eyes, from which it passes to a spike 27, which serves to form a cob nest and fixed on a brake block 7/6.

The entire bushing is rotated by means of a block from a cable from a central drum mounted on it. Inside the hub there is a spring-loaded appendage 20, on which an ear is formed.

For the purpose of individually braking each of the blocks 6 on the housing of the sleeve 3, the protrusions 13 are fixed, behind which the finger 14 of the spring-loaded piston 15 sinks as it enters the compressed air cylinder 17. If it is necessary to stop the hub, with the help of a crane / 5, the air that enters the cylinder 77 is turned on, pushes 75 on pressure, forces the extended finger / to hook onto the hub 13 of the hub. When reversed by the valve 18, the air is discharged to the outside and the spring pulls the finger back.

A six-sided girder 98 was used for the cobs using a revolving mechanism, in which cartridges 30 were mounted on three faces through one to set brake blocks 116 in them with spikes 27 for cobs. This hexagon beam can be moved in the vertical direction with the aid of screws 91 and rotated when changing reels by means of a worm gear 46.47.

The beginning of the cob is obtained on the process 22. When lowering the hex-shaped beam, the yarn increases and the whole cob forms, and to obtain a cross-shaped winding, the beam P together with the brake block 116, in addition to the general lowering, has a translational up and down movement. For this purpose, a shaft 36- serves, on which a beam 98 is mounted. An eccentric 37 is mounted on this shaft, which presses the chuck 30, pressed back by the springs 2. The shafts b are rotated by means of a chain 84 put on the chain blocks 119 and the middle block, the blocks 119 are fixed on the shafts 36, and the block 69 on the bracket 128, on which the conical wheel 727 is also strengthened, receiving a general movement through the gear 5 /, 87, 95, 93, 94, 80, 70 and transmitting it to the shafts 36. The bracket 128 is located on strap 82, which is moved up and down with screws 83, at which scale it moves Neither depends on the size of the cob.

The subject matter of the invention.

Claims (2)

1. An embodiment of the spinning water according to the author's certificate No. 29126, characterized in that the sleeve of the block 6 (Fig. 2 and 3) replacing the flyer is mounted on the balls in the machine bar and provided with a spring-loaded process 20 to form the cob, eccentric holes mi 5 and horns 100 with eyes for winding the thread on the process 27, which serves Formation of the nest of the cob and ukrelenny on the brake block 116 2. The form of making the device for individual braking of each of the blocks according to claim 2 of the author. swith 29121, characterized with the use of a spring-loaded piston 15 (Fig. 2, 6) loaded with a finger 14, which is squeezed when compressed air is introduced into the cylinder 77 between the protrusions 13 of the sleeve of the block 63. swith No. 29126, characterized by the use of a hexagon beam 5 (Fig. 1), carrying on its three faces chucks 30 (Figs 1 and 2) with brake blocks rotatable on cobs with 27 for cobs and moving through screws 97 ( Fig. 4 and 2), to rotate which beam when changing the reels, there is a worm gear 47, 46 (Fig. 5), in which gear 46 is fixed on the beam, and the worm hooked to it 47 is rotated from the handle. 4. The form of the spinning water according to para. 1--3, characterized in that in order to communicate the reciprocating movement to the braking blocks with shoots 27 for the cobs, a shaft 36 is used (Figs. 1 and 2), passing inside the beam 98 and carrying eccentrics 37 , by the number of cartridges 30 on each face of the beam, which shaft 36 is driven into rotation using chain 84 (Fig. 1), the envelope of the chain blocks 77 I seated at the ends of each of the shafts 36, and block 69, reinforced together with the tapered gear wheel on the bracket 726, which is mounted on the bar 62, moving in the vertical direction together with the beam 98 using screw 83. to the dependent author's M testimony A. I. Eu acov 30111 FIG. one to the dependent author's testimony of A. I. Kulakov JMs S0111.