Abstract: Apparatus for cleaning a curved surface by employing the cloth principle, the apparatus having a roll for unsoiled cloth with unused cleaning cloth thereon, a roll for soiled cloth for taking up used soiled cloth, a pressing element for pulling unsoiled cleaning cloth off the roll for unoiled cloth and to bring it in contact with a surface to be cleaned by a movement of the element toward the surface, and means for pulling cleaning cloth off the roll for unsoiled cloth and for rolling soiled cloth up on the roll for soiled cloth by rolling up a part of the cleaning cloth that is longer or equal to the part thereof that is removed by the pressing element from the roll for unsoiled cloth independently of the respective diameters of the rolls for soiled and unsoiled cloth.

Abstract: A winding unit is provided in which one-way clutches for driving and braking are mounted in the inner surface of the reel and a web such as a cover tape 39 is wound by intermittently rotating the reel. Tension acting on the web can be released during replacement of the reel. A spring type torque limiter 18 is disposed between the reel boss 25 and outer rings 12, 12′ of the one-way clutches 9, 11 for driving and braking. The torque limiter 18 is arranged such that, during rotation in the winding direction, a coil spring 27 locks to transmit torque, and when the reel is forcibly turned in the unwinding direction, slip occurs, thus releasing the tension in the web.

Abstract: An ink-jet printing technique for printing on flat or seamed or irregular surfaced fabric sections or on seamed or irregular continuous rolls of fabric, for example as caused by hems or collars. The position of an ink-jet printing head is automatically adjusted to compensate for such surface irregularities within the fabric. Ultra-fine filtration during production of aqueous-based inks provides ink-jet printed patterns having desirable color clarity and permanence.

Abstract: A system controls the winding of a ribbon on a receiver reel rotationally driven by a stepping motor. The ribbon has successive indicators at regularly spaced intervals on the ribbon. A detection device, having two spaced optical cells at a predetermined distance between them, detects the passage of an indicator between the cells. A microprocessor counts the number of steps of the stepping motor that have been necessary to achieve movement of an indicator between the optical cells. The microprocessor also computes the number of pulses to be applied to the stepping motor per unit time to achieve a constant speed of the ribbon as it passes between cells.

Abstract: A regulated length take-up device characterized by its substantially reduced width to be compact and simple structure, offering accurate regulated length take-up operation. A rotating lever is connected to the shaft of a take-up roll via a one-way clutch. Connected to the rotating lever is a cylinder mechanism which allows the take-up roll to rotate for the take-up operation along with the cylinder pull-in action. A sensor lever 32 capable of oscillating in accordance with variations in the take-up diameter of the take-up roll, is disposed in a manner that the orbit of the oscillation of the sensor lever agrees with the direction of the stroke of the cylinder mechanism.