摘要:
Die Erfindung betrifft eine Fadenführeinrichtung für eine Textilmaschine zum Anordnen zwischen einem Streckwerk (2) zum Liefern eines Fadens (F) und einer rotatorisch angetriebenen Spindel (10) zum Aufwinden des Fadens (F) zu einer Spule (K), wobei der Faden (F) zwischen dem Streckwerk (2) und der Spindel (10) eine Drehung erhält, wobei eine Läufereinrichtung (12) vorgesehen ist, welche an einer in einer axialen Richtung bezogen auf die Spindel (10) hin- und herbewegten Trägereinrichtung (9) mittels einer Lageranordnung (13) gelagert ist, wobei die Lageranordnung (13) wenigstens drei Stützrollen (14, 14', 14") aufweist, welche jeweils um eine zur Achse (A) der Spindel (10) parallel verlaufende Rollenachse (15, 15', 15") rotierbar gelagert sind und welche jeweils an ihrem Umfang eine Kontur (16, 16', 16") aufweisen, welche auf einer außen an der Läufereinrichtung (12) ausgebildeten korrespondierenden Gegenkontur (17) ablaufen, so dass die Läufereinrichtung (12) koaxial zu der Spindel (10) rotierbar gelagert ist, wobei die Läufereinrichtung (12) eine Umlenkeinrichtung (18) zum Umlenken des Fadens (F) aufweist, welche so angeordnet ist, dass der die Umlenkeinrichtung (18) verlassende Faden (F) in tangentialer Richtung zur Spule (K) gezogen ist und hierdurch die Läufereinrichtung (12) in Rotation versetzt.
摘要:
A rotary spinning ring structure for use on a spinning frame or the like comprises, as principal components, a stationary tube (22) fixedly supported on a ring rail (7), a slide ring (25), a rotating tube assembly (26) supported for rotation by the slide ring on the stationary tube, and a balancing mechanism incorporated into the rotating tube assembly. The rotating tube assembly (26) comprises a rotating tubular body (28) made of an antistatic synthetic resin material, a circular brake ring (36) made of an antistatic synthetic resin material and joined to the rotating tubular body (28), and a dust cover (30) made of an antistatic synthetic resin material and put on a middle portion of the rotating tubular body. Each of the antistatic synthetic resin materials forming the rotating tubular body, the brake ring and the dust cover is a mixture of a synthetic resin, and fibers, powder or flakes of a conductive material; such as carbon and has a low volume resistivity.
摘要:
A rotary spinning ring structure for use on a spinning frame or the like comprises, as principal components, a stationary tube (22) fixedly supported on a ring rail (7), a slide ring (25), a rotating tube assembly (26) supported for rotation by the slide ring on the stationary tube, and a balancing mechanism incorporated into the rotating tube assembly. The rotating tube assembly (26) comprises a rotating tubular body (28) made of an antistatic synthetic resin material, a circular brake ring (36) made of an antistatic synthetic resin material and joined to the rotating tubular body (28), and a dust cover (30) made of an antistatic synthetic resin material and put on a middle portion of the rotating tubular body. Each of the antistatic synthetic resin materials forming the rotating tubular body, the brake ring and the dust cover is a mixture of a synthetic resin, and fibers, powder or flakes of a conductive material; such as carbon and has a low volume resistivity.
摘要:
In an improved rotary ring winding device wherein a rotary ring member (1) is rotatably supported by a bearing device secured to a ring rail (23), the bearing device is provided with a first annular magnetic member (13, 14) wherein an annular recess is formed, the rotary ring member is provided with a second annular magnetic member (11, 12) having an annular projected potion which is arranged in the annular recess of the first annular magnetic member with an air-gap therebetween, the first annular magnetic member is provided with at least an annular portion formed by an electric magnet (14), and the other portion of the first annular magnetic member (13) and the second annular portion (11, 12) are formed by permanent magnets, wherein each annular portion of the first magnetic member and each annular portion of the second magnetic member, facing each other, are designed to have identical magnetic poles, whereby, by controlling the exciting current applied to the electric magnet (14), the rotary ring member (1) can be rotatably supported in free condition by the bearing device, and a braking force can be applied on the free rotation of the rotary ring member by controlling the above-mentioned exciting current.
摘要:
Method and apparatus for controlling the action of twisting of a rotary ring spinning/twisting unit having an annular rotary member (1) mounted rotatably on a holder (7) through a bearing mechanism (G). The method comprises detecting the rotational speed of each of the rotary member (1) and a spindle and comparing the detected speeds with each other to control the rotational speed of the rotary member so that the ratio of the rotational speed of the rotary member to that of the spindle falls within a preset range by rotational speed controlling means (17, 54, 55, 56, 57, 58, 59, 60). For example, a magnetic bearing (G) containing at least one electromagnet (14) is used to control the torque of the rotary member (1) around the magnetic bearing (G) by controlling a current flowing through the electromagnet (14).
摘要:
Die vorliegende Erfindung betrifft eine Vorrichtung für eine Ringspinn- oder Zwirnmaschine mit einem Fadenführungsring (6), der ein Fadenführelement (5, 5') zum Verdrehen und Umlenken eines laufenden Fadens (F) aufweist, und mit einer Aufnahmeeinheit (7), an welcher der Fadenführungsring (6) um eine vorgesehene Rotationsachse (A) rotierbar angeordnet ist, wobei Krafterzeugungsmittel (12, 13; 12', 13'; 28) zur Beaufschlagung des Fadenführungsrings (6) mit axialen Kräften (AK) vorgesehen sind, welche im Betrieb der Vorrichtung ständig wirken und dadurch einen an dem Fadenführungsring (6) ausgebildeten ersten Gleitabschnitt (14) gegen einen damit korrespondierenden, an der Aufnahmeeinheit (7) ausgebildeten zweiten Gleitabschnitt (15) drücken, um so den Fadenführungsring (6) axial zu lagern. Weiterhin betrifft die Erfindung eine Ringspinn- oder Zwirnmaschine sowie einen Fadenführungsring für eine Ringspinn- oder Zwirnmaschine.
摘要:
A spinning ring (10) serves to take up a thread (T), introduced from an element bobbin (70), round a bobbin (82), and comprises a stationary cylinder (20), a revolving cylinder (30) and a traveller (50). The stationary cylinder (20) is mounted to a ring rail (74). The revolving cylinder (30) is provided concentrically of and inside the stationary cylinder (20) to be rotatable about a central axis of the stationary cylinder (20). The bobbin (82) is provided concentrically of and inside the revolving cylinder (30) to be rotatable about a central axis of the revolving cylinder (30). The traveller (50) is provided to be rotatable circumferentially of the revolving cylinder (30) relative thereto to guide a thread (T), introduced from the element bobbin (70), to the bobbin (82). When the bobbin (82) performs steady-state revolution, it is set such that a speed of the traveller (50) relative to the revolving cylinder (30) is substantially zero and the traveller (50) and the revolving cylinder (30) revolve relative to the stationary cylinder (20) in a substantially integral manner.
摘要:
A spinning ring (10) serves to take up a thread (T), introduced from an element bobbin (70), round a bobbin (82), and comprises a stationary cylinder (20), a revolving cylinder (30) and a traveller (50). The stationary cylinder (20) is mounted to a ring rail (74). The revolving cylinder (30) is provided concentrically of and inside the stationary cylinder (20) to be rotatable about a central axis of the stationary cylinder (20). The bobbin (82) is provided concentrically of and inside the revolving cylinder (30) to be rotatable about a central axis of the revolving cylinder (30). The traveller (50) is provided to be rotatable circumferentially of the revolving cylinder (30) relative thereto to guide a thread (T), introduced from the element bobbin (70), to the bobbin (82). When the bobbin (82) performs steady-state revolution, it is set such that a speed of the traveller (50) relative to the revolving cylinder (30) is substantially zero and the traveller (50) and the revolving cylinder (30) revolve relative to the stationary cylinder (20) in a substantially integral manner.