Scaglia Spa

Other

Sira S.p.a.

Enzo Scaglia

Device to automatically attach a first bobbin-bearing mandrel ( ) to a second mandrel ( ) of a machine, wherein the first mandrel ( ) and the second mandrel ( ) have substantially the same outer diameter and are suitable to be inserted selectively into the central hole of the bobbin ( ), coupling member ( ) being provided on the first mandrel ( ) to selectively couple with the second mandrel ( ), to allow the coaxial transfer of the bobbin ( ) from one to the other of the mandrels ( and ).

Device to automatically attach a bobbin-bearing shaft to a mandrel of a machine

Device to automatically attach a first bobbin-bearing mandrel ( ) to a second mandrel ( ) of a machine, wherein the first mandrel ( ) and the second mandrel ( ) have substantially the same outer diameter and are suitable to be inserted selectively into the central hole of the bobbin ( ), coupling means ( ) being provided on the first mandrel ( ) to selectively couple with the second mandrel ( ), to allow the coaxial transfer of the bobbin ( ) from one to the other of said mandrels ( and ).

A detachable fitting device fits a mechanical component endowed with a cylindrical hole onto a shaft of circular section. The fitting device has an end collar having a substantially elliptical seat and a bush equipped with an elastically deformable external side surface for the reception of the shaft. The fitting is shaped to fit in the elliptical seat. The bush has a first size, measured along a straight line perpendicular to the axis of the bush, inclusive between minor and major diameters of the elliptical seat, and a second size, measured along a straight line perpendicular to the bush axis, which second side has a length which is less than the minor diameter of said elliptical seat.

Fitting device

Device to automatically attach a first bobbin-bearing mandrel (11) to a second mandrel (15) of a machine, wherein the first mandrel (11) and the second mandrel (15) have substantially the same outer diameter and are suitable to be inserted selectively into the central hole of the bobbin (13), coupling mechanism (40, 50) being provided on the first mandrel (11) to selectively couple with the second mandrel (15), to allow the coaxial transfer of the bobbin (13) from one to the other of the mandrels (11 and 15).

Device to automatically attach a bobbin-bearing shaft to a mandrel of a

Device to grip and manipulate bobbins of textile thread, used to grip, move and transport cops (10) after the textile thread has been wound on, the cops (10) having an inner cavity (10c) and flanges (10b) at the ends, the device being suitable to cooperate with at least one end of the cop (10), the end of the cop (10) including toothed clamping means (18) protruding therefrom and facing outwards, the gripper device including at least a central body (13) suitable to be inserted at least partly inside the inner cavity (10c) of the cop (10) and cooperating with the wall of the inner cavity (10c), the central body (13) being associated with an elastic type clamp/release device governed by the activation of at least a drive button (14), the clamp/release device including a first position of elastic clamping and a second release position.

Device to grip and manipulate bobbins of textile thread

Method to attach an annular band (11) of adhesive material such as Velcro (hook and loop fastener), felt or similar material onto a substantially cylindrical support (10) onto which it is suitable to wind a product for example for spinning for example of the sliver type in which, the annular band (11) is attached to the support (10) by means of welding along at least one circumference. a substantially cylindrical support of the cop or spool type, onto which it is suitable to wind a product for spinning of the sliver type, includes an annular band onto which is attached a corresponding outer annular band (11) of substantially adhesive material, such as Velcro (hook and loop fastner), felt or similar material, the annular band (11) being attached to the support (10) by means of welding made along at least two circumferences arranged in proximity with the peripheral edges of the annular band (11).

Hooks and loop fastener attached to a bobbin by ultrasonic welding

System to identify, grip, position and manipulate bobbins used to wind thin and very thin thread and yarns, such as yarns for women's stockings, the bobbins able to be associated with vertical systems (22) or horizontal systems (24) to make the bobbins rotate, the bobbins achieving speeds of rotation, during the winding step, of 28/30,000 revolutions per minute, the bobbin including a central body (11) with an inner axial cavity (26) and ends with flanges (12), the flanges (12) defining at the front an annular positioning seating (13) for a count-marker identification element (20), the system comprising a hand-grip element (16) axial to the bobbin (10) and cooperating with one end of the bobbin (10) and anchored to the inner axial cavity (26) and including gripping and manipulating means (18) outside the bobbin (10) and, at least during the winding step, the system comprising a centering element (14) associated with the other end of the bobbin (10) and cooperating, during the winding step, with the means (22,24) to make the bobbin (10) rotate, at least the hand-grip element (16) including means of axial contact with the count-marker identification element (20).

System to identify grip position and manipulate bobbins

Unit to bear spindles which is suitable for spinning machines, twisters and also for two-for-one twisters and comprises a support (11) including two opposite sides (13a-13b), each of which bears at least one main bearing (30) coaxial with an opposite main bearing (30), the axis of these bearings (30) being substantially at a right angle to the opposite sides (13a-13b), each bearing (30) holding a shaft (19) which bears an interposed pulley (20a) and protrudes from the respective opposite sides (13a-13b), each shaft (19) supporting a respective spindle (16), the support (11) being equipped with an at least partly removable lateral plate (12) and constituting a spindle-bearing frame (10).

Spindle-bearing unit with at least two coaxial spindles

Device (10) to transfer roving packages with the roving pre-positioned, the packages (11) being taken from discharge means (23) belonging to or, in any event, connected to machines that prepare the roving for spinning, the packages (11) thereafter having to be positioned on conveyor means (26) which are advantageously automatic, to feed the creels of spinning machines, the device (10) comprising the following assemblies working in functional sequence:

Device to transfer roving packages with the roving pre-positioned

Methods for identifying textile supports are disclosed, including providing a reference element at a fixed location relative to the longitudinal axis of the textile support, adjusting the reference element to establish a predetermined location for the textile support, and identifying the textile support by determining the location of the reference element with respect to a fixed location relative to the longitudinal axis of the textile support. Apparatus for identifying textile supports are also disclosed, including a fixed sensor at a fixed location spaced from a textile support along its longitudinal axis and a movable reference element at a fixed location relative to the longitudinal axis of the textile support and movable with respect to the fixed sensor so that the textile support can be identified by determining the location of the movable reference element with respect to the fixed sensor.

Method and device for marking and identifying textile supports

A method and device to seize the end of a roving, yarn or the like from a cop and carry it to a predetermined position envisages the use of an elongated hollow body wherein several ducts for feeding air or other gas are housed. The mouth of the hollow body is positioned near the end of the roving on the cop, the latter is detached and raised from the cop and subsequently sucked and/or pushed along said hollow body by means of one or more blowing and/or sucking jets. Finally, the hollow body opens to free the roving and is then removed.

Method and device to seize the end of a roving or sliver and move it to

An endless structure for the continuous transport of a plurality of bobbins is disposed for operative association with one or more textile machines such as, for instance, spinning machines. Each bobbin is marked with a code according to whether the bobbin is empty or wound with sliver, as well as the type and count of the sliver wound thereabout. As the bobbin travels on the endless transport structure the code is read and the wound bobbins are directed to an appropriate textile machine for unwinding. Empty bobbins are removed from the textile machine and carried by the endless transport structure to an exit station. At the exit station, empty bobbins are loaded into a sliver winder for rewinding with sliver. Once wound, the bobbins are marked with a new code and inserted back onto the endless transport structure.

Automatic feeder and feeding method for textile machines

Method to convey roving packages (10-110) to feed spinning machines, the packages (10-110) being conveyed automatically to their working positions on the spinning machines by conveyor elements (12) on runways (13), package supports (11-111) being connected to the conveyor elements (12), the packages (10-110) being caused to arrive at their respective working positions on the spinning machines with the end of the roving (15-115) pre-positioned on roving supports (14-114-16-116) connected to the package supports (11-111), the end of the roving (15-115) having been extracted from the body of the packages (10-110) during the phase between the removal of the packages (10-110) from the package production machines and their transfer to the conveyor elements (12-13), the end of the roving (15-115) being positioned on the roving supports (14-114-16-116) substantially during the step of transfer of the packages (10-110) onto their respective package supports (11-111).

Method to convey roving packages with the roving prepositioned

An air suction, or vacuum, lifter for moving goods in non-rigid packaging such as sacks or the like; it consists of two air suction compartments, the smaller of which is contained within the larger one. Such chambers are open on the side which comes into contact with the package to be lifted and the lower edges of their side walls are equipped with an air-tight seal with the surface of said packages. Conduits and parts are provided for connecting, directly or indirectly, the air chambers with a source of vacuum and if necessary with each other.

Air-suction lifter

The invention relates to a coupling element between the mast and the boom of a small sailing craft, comprising rotating supports mounted on the boom to constantly maintain a face thereof against the mast surface in whatever relative position. The boom can be fixed to the mast by a belt or strap.

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Milan, Italy

Enzo Scaglia