Provided is a method of driving a temple (41) of a temple device (40) including an automatic temple position switching mechanism (42), the temple device (40) being used for a loom that successively weaves a fabric (2a) having two or more weave sections with different weft densities in accordance with a set weaving length that has been set, the temple (41) being displaceable between two positions, the automatic temple position switching mechanism (42) automatically switching a position of the temple (41) between two positions that are an operating position and a standby position, the method being performed when displacing the temple (41) from the operating position toward the standby position in accordance with switching between the weave sections, the method including successively detecting a weaving length of a weave section that is being woven, and displacing the temple (41) in accordance with a preset operation mode including a movement start timing of the temple (41) such that movement of the temple (41) is started before the detected weaving length reaches the set weaving length and such that the temple (41) reaches a non-operating position after a plurality of weft-insertion periods.

Provided is a method of driving a temple (41) of a temple device (40) including an automatic temple position switching mechanism (42), the temple device (40) being used for a loom that weaves a fabric (2a) having two or more weave sections with different weft densities, the automatic temple position switching mechanism (42) automatically switching a position of the temple (41) between two positions that are an operating position and a standby position, the method being performed when displacing the temple (41) from the standby position toward the operating position in accordance with switching between the weave sections, the method including storing an operation mode related to movement of the temple (41) beforehand, and controlling the movement of the temple (41) in accordance with the stored operation mode in accordance with switching between the weave sections.

Provided is a method of driving a temple (41) of a temple device (40) including an automatic temple position switching mechanism (42), the temple device (40) being used for a loom that successively weaves a fabric (2a) having two or more weave sections with different weft densities in accordance with a set weaving length that has been set, the temple (41) being displaceable between two positions, the automatic temple position switching mechanism (42) automatically switching a position of the temple (41) between two positions that are an operating position and a standby position, the method being performed when displacing the temple (41) from the operating position toward the standby position in accordance with switching between the weave sections, the method including successively detecting a weaving length of a weave section that is being woven, and displacing the temple (41) in accordance with a preset operation mode including a movement start timing of the temple (41) such that movement of the temple (41) is started before the detected weaving length reaches the set weaving length and such that the temple (41) reaches a non-operating position after a plurality of weft-insertion periods.

In a warp let-ff control method performed by a let-off device of a loom, the loom used for weaving a fabric (2a) having two or more weave sections with different densities, the loom including the let-off device that controls an amount of warp let-off by performing let-off control in which a let-off motor (5c) is driven in accordance with a detected tension and a target tension, and a temple device (40) including a temple (41) that is displaceable between an operating position and a standby position, the temple device automatically switching a position of the temple between the two positions in accordance with a weft density of one of the weave sections to be woven, the method includes controlling driving of a let-off motor with a control mode during a control period including a period during which the temple is displaced, the control mode adjusting an amount of warp let-off in a direction such that a change in a warp tension due to the displacement of the temple is cancelled out, the control mode being different from a control mode for performing let-off control in a normal operation of the loom after the control period.

A slide bar (9) extending in a weaving-width direction is supported by a plurality of support bases (7). A movable body (8) movably provided at each of the support bases (7) is received by four turning wheels (14a, 14b, 14c, 14d) provided in a front-rear direction of warps (3) and in a weaving-width direction so as to roll and move with the four turning wheels (14a, 14b, 14c, 14d). A regulation unit for regulating shifting in a weft direction is provided between the movable body (8) which is integrally provided with the slide bar (9), and a guide base (19).

An der erfindungsgemäßen Webmaschine (1) ist eine Klemmeinrichtung (18) zum zeitweiligen Festklemmen des Gewebes (2) vorgesehen, die mit einer Lüfteinrichtung (23) zusammenwirkt. Die Lüfteinrichtung (23) bewirkt die zeitweilige Aufhebung der Klemmwirkung. Die Arbeit der Lüfteinrichtung (23) wird von der Bewegung des Anschlagmittels (11) gesteuert. Vorzugsweise besteht dazu eine mechanische Verbindung zwischen dem Anschlagmittel (11) und der Klemmeinrichtung (18). Diese Verbindung wird durch ein im weitesten Sinne zu verstehendes mechanisches Getriebe (28) bewirkt, über das die Klemmkraft aufgehoben und bei einigen Ausführungsformen auch erzeugt werden kann. Durch die kontrollierte Freigabe des Gewebes zu einstellbar wählbaren Zeitpunkten bzw. Arbeitsphasen der Webmaschine kann eine einfache Anpassung des Betriebs der Webmaschine (1) an unterschiedliche Gewebearten erreicht werden. Es kann mit geringerem Längszug des Gewebes gearbeitet werden. Die erfindungsgemäße Klemmeinrichtung eignet sich als Breithaltereinrichtung und lässt sich ohne großen manuellen Aufwand an verschiedene Gegebenheiten anpassen.

A roller temple (1) for a loom includes a temple body (2) having a plurality of needles (5) protruding at intervals in circumferential and axial directions, thereby providing a needle sticking region extending in a weaving-width direction; a supporting member (3) rotatably supporting the temple body (2); and a pair of axially spaced bearings (4) interposed between the temple body (2) and the supporting member (3). The temple body (2) includes a plurality of rings (6) having a plurality of insertion holes (8) arranged at intervals in the circumferential direction and the needles (5) protruding therefrom; and a shaft member (7) supported by the supporting member (3) with the pair of bearings (4). The rings (6) are adjacently arranged in parallel, and press-fitted onto the shaft member (7). The needle sticking region is defined by the rings (6) integrated with the shaft member (7).

Device for supporting the temple and associated cover in a terry cloth loom with movable bench equipped with a selvedge device, of the type in which the support for said temple is mounted on a slide movable longitudinally in a direction parallel to the warp yarns and connected mechanically to the movable bench by means of a connecting rod. The cover of said temple is supported, independently of the temple support, by means of a pair of articulated rods, the first of said rods being connected to a part of the loom arranged above the cover and the second of said rods being connected to a second support integral with said slide and arranged downstream of the temple with respect to the forward direction of the fabric.

The invention relates to a device for attaching to a face-to-face weaving machine cylindrical upper and lower temples of the type having inclined toothed rings provided on shanks, the shanks of the upper and lower temples being attached to separate L-shaped upper and lower temple holder plates (1,2), in such a manner the temple shanks, pointing to the centre of the weaving machines, are attached to the leg of the L-shaped holder plate (1,2) placed in the warp direction, whereas the other leg of the L-shaped holder (1,2) is directed towards the outside of the weaving machine and, in a manner adjustable in the warp-direction, is attached to a horizontal connecting piece (3,4), itself, in a manner adjustable as to height, being attached to a vertical holder (5).

Beschrieben wird eine Luftwebmaschine mit einem Webblatt und im Webblatt angeordnetem Schußeintragskanal, wobei vor dem Webblatt ein Breithaltertisch angeordnet ist.

Es liegt die Aufgabe zugrunde, eine Luftwebmaschine mit Webblatt und Breithaltertisch so weiterzubilden, daß unabhängig von der Art des Gewebes der Bindepunkt immer relativ in der Mitte des Schußeintragskanals gebildet wird.

Hierzu ist es vorgesehen, daß an einem Stabbreithalter eine in Richtung auf die Mitte des Webblattzahnes weisender Vorsprung angeordnet ist, dessen Oberseite eine Verlängerung der Auflagefläche des Stabbreithalters bildet.