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公开(公告)号:US5038990A
公开(公告)日:1991-08-13
申请号:US566787
申请日:1990-08-13
摘要: An apparatus and methodology for uniformly applying a compressive force against a filament to pneumatically drive the filament or fiber optic cable against a capstan without any concentrated amount of stress at any point on the filament is effectuated by pneumatically forcing the filament into an equatorial V-groove defined in the capstan. Pneumatic pressure is applied to a predefined segment of the capstan by a pneumatic shoe having an internal shoe pressure chamber. The pressurized gas or air is applied to the segment from the chamber within the shoe into the proximity of the equatorial V-groove on the equator of a disc shaped capstan. The V-groove is vented to atmosphere so that the cable is forced or blown into the V-groove. Side and end clearances between the rotating capstan and the shoe are sized to allow the viscosity of the pressurized gas to operate to retard the escape of the pressurized gas from the predefined segment of the capstan. Annular interleaved baffles may also be provided on the equatorial surface of the capstan and the opposing surface of the shoe to provide additional frictional engagement between the pressurized gas and the elements in the proximity of the predetermined segment of the capstan. Utilizing such an arrangement, approximately 10 kilometers or more of filament can be paid out in approximately 32 seconds or less.
摘要翻译: 一种用于均匀地施加针对细丝的压缩力以将细丝或光纤电缆气动地驱动以驱动绞盘的装置和方法,而在灯丝上的任何点处没有任何集中的应力,通过气动地迫使灯丝进入赤道V形槽 在绞盘中定义。 气动压力通过具有内部鞋压力室的气动靴施加到主导轴的预定段。 加压气体或空气被施加到从鞋内的腔室到在盘形绞盘的赤道上的赤道V形槽的附近。 V形槽被排放到大气中,使得电缆被迫或吹入V形槽。 旋转的绞盘和鞋之间的侧面和端部间隙的尺寸设定为允许加压气体的粘度操作以阻止加压气体从主动轮的预定段分离。 也可以在主导轴的赤道表面和鞋的相对表面上提供环形交错挡板,以在加压气体和主动轮的预定段附近的元件之间提供额外的摩擦接合。 利用这种布置,可以在大约32秒或更短的时间内支付大约10公里或更长的灯丝。
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公开(公告)号:US5178313A
公开(公告)日:1993-01-12
申请号:US706453
申请日:1991-05-28
摘要: An apparatus for uniformly applying a compressive force against a filament to pneumatically drive the filament or fiber optic cable against a capstan without any concentrated amount of stress at any point on the filament is effectuated by pneumatically forcing the filament into an equatorial V-groove defined in the capstan. Pneumatic pressure is applied to a predefined segment of the capstan by a pneumatic shoe having an internal shoe pressure chamber. The pressurized gas or air is applied to the segment from the chamber within the shoe into the proximity of the equatorial V-groove on the equator of a disc shaped capstan. The V-groove is vented to atmosphere so that the cable is forced or blown into the V-groove. Side and end clearances between the rotating capstan and the shoe are sized to allow the viscosity of the pressurized gas to operate to retard the escape of the pressurized gas from the predefined segment of the capstan. Annular interleaved baffles may also be provided on the equatorial surface of the capstan and the opposing surface of the shoe to provide additional frictional engagement between the pressurized gas and the elements in the proximity of the predetermined segment of the capstan. Utilizing such an arrangement, approximately 10 kilometers or more of filament can be paid out in approximately 32 seconds or less.
摘要翻译: 一种用于均匀地施加针对细丝的压缩力的装置通过气动地强迫灯丝进入限定在其中的赤道V形槽来实现,所述装置通过气动地迫使灯丝进入到 绞盘 气动压力通过具有内部鞋压力室的气动靴施加到主导轴的预定段。 加压气体或空气被施加到从鞋内的腔室到在盘形绞盘的赤道上的赤道V形槽的附近。 V形槽被排放到大气中,使得电缆被迫或吹入V形槽。 旋转的绞盘和鞋之间的侧面和端部间隙的尺寸设定为允许加压气体的粘度操作以阻止加压气体从主动轮的预定段分离。 也可以在主导轴的赤道表面和鞋的相对表面上提供环形交错挡板,以在加压气体和主动轮的预定段附近的元件之间提供额外的摩擦接合。 利用这种布置,可以在大约32秒或更短的时间内支付大约10公里或更长的灯丝。
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