TH35603A - Spinner ring structure - Google Patents

Abstract

DC60 (17/07/40) The spinner ring structure (10,110) for use on the spinner frame consists of a fixed ring (20), a rotating ring (30,130) assembled in the fixed ring (20) coaxially with the fixed ring (20) to rotate around the central axis of the ring, and provided with a circular edge (32) at the upper end. The movable frame (50) rests on (32) of the rotating ring (30) to move along section (32) to control the yarn (T2) to the bobbin (82) coaxially placed with the rotating ring (30). An opening (36) is created through the constriction (34) of the rotating ring (30), in which the fluff generated during the spinning operation by friction between the yarn and the movable frame is removed outside the spinner ring structure through this opening by centrifugal force. The ring structure of the spinning machine (10,110) to be used on the spinning frame shall consist of a fixed ring (20) which is fixed in place, a rotating ring (30,130) which is assembled in the fixed ring (20) axially with the fixed ring (20) to rotate around the central axis of the ring and provided with a circular edge (32) at the upper end, and a movable frame (50) which is placed on (32) of the rotating ring (30) to move along section (32) to control the yarn (T2) to the bobbin (82) which is axially arranged with the rotating ring (30). An opening (36) is created through the constriction (34) of the rotating ring (30) in which the fluff generated during the spinning operation by friction between the yarn and the movable frame is removed outside the ring structure through the opening due to centrifugal force.

Claims (5)

1. The ring structure of the spinning machine for removing fluff sent from the set, for the delivery of yarn into yarn and for winding the yarn onto the bobbin. The ring structure described above consists of a stationary ring (20) fixed to the T, a rotating ring (30) assembled in conjunction with the stationary ring (20) to rotate around the center of the ring and provided with a circular edge (32) at the upper end of the rotating axis, and a movable frame (50) placed on the (32) of the rotating ring (30) to move along the edge (32) to control the yarn (T2) to the bobbin (32) which is placed axially to the rotating ring (30). It is unique in that an opening (36) is created through the constriction (34) of the rotating ring (30) to remove fluff generated during the spinning operation by centrifugal force. 2. The structure of the spinning ring conforming to the first claim is such that section (130 a) of the inner surface of the spinning ring edge (130) which extends continuously downward from the edge (132) is tapered in order to extend towards that lower end. 3. The structure of the spinning ring conforming to Requisition 1, whereby the previously mentioned constriction (34) of the spinning ring (30) has an inner surface (34a) which is made into an outward radial recess of the spinning ring in the area of the previously mentioned opening (36). 4. By constructing a spinning ring that conforms to claim 1, in this case the inner surface of the ring (34a) as described above will be a circular nodule. 5. The ring structure of the spinning machine is used to close the fluff of yarn sent from the yarn delivery unit and to wind the yarn onto the bobbin. The ring structure of the spinning machine consists of a stationary ring (20) which is fixed in place and a rotating ring (130) which is assembled in the stationary ring (20) axially with the stationary ring (20) so that it rotates around the central axis of the ring. and provided with a circular rim (132) at the top end of the ring and a movable frame (50) placed on the rim (132) of the rotating ring (130) to move along the rim (132) to control the yarn (T2) to the spool (82) which is placed axially to the rotating ring (30). It is characteristic that part (130 a) of the inner surface of the rotating ring (130) that extends continuously downward from the rim (132) is tapered so that it widens towards the lower end (Clause 5, page 2, Figure 6).