Abstract:
A multipurpose dispenser glove (10) for direct manual wash having a muffle or mitten shape with a dorsal side (1) and a palmar side (2) comprising a chamber (7) made of two layers, the first inner impermeable layer (8) directly in contact with the user's hand and the second outer permeable layer (4) directly in contact with the surface to be washed, said chamber (7) being in communication with a washing fluid supply source and adapted to dispense said washing fluid passing through the permeable layer (4) suitable for cleaning the portion to be washed and applied on the palmar (2) and dorsal (1) sides of the glove (10). Such glove allows for earning out simultaneously with only one hand the dispensing of the washing fluid and the wiping by the glove of the portion to be washed, thus resulting in a double advantage of keeping the other hand free and directing accurately the washing fluid jet towards the desired point where said portion is cleaned by the glove.
Abstract:
This invention relates to an improved method for rapidly laying a pipeline in deep water by an anchored floating means. The rapid laying is obtained by varying the forces exerted by winches mounted on the floating means in such a manner as to impart a rapid movement to the floating means, in the longitudinal direction of laying, for a distance equal to the length of the piece of pipe added to the free end of the pipeline to be laid. Before termination of the rapid movement there is applied to the floating means a compensating force, whose direction, sense and intensity are such that, together with the forces exerted by the winches, said compensating force opposes moment by moment the central elastic force which induces a damped oscillatory motion in the floating means. This oscillation is thus eliminated or drastically and rapidly dampened.