Abstract: A sailcloth including a woven fabric of a first fiber material and a second fiber material woven into it, in which the second fiber material forms a network structure within the woven fabric, with the second fiber material having a higher tearing resistance than the first fiber material and with the second fiber having a sliding ability within the woven fabric.

Abstract: A composite for the production of filmless sailcloth laminates with an adhesive film and a textile layer including: a thermoplastic plastic film as adhesive film containing a thermally activatable crosslinking agent dispersed therein, as carrier, and a textile layer which is adhesively bonded to the thermoplastic plastic film; wherein the plastic film and the textile layer are adhesively bonded together by the effect of heat at a first temperature which does not activate the crosslinking agent, and the composite is bondable to a substrate by the effect of heat at a second temperature which is higher than the first temperature and causes crosslinking to take place.

Abstract: A composite for the production of filmless sailcloth laminates with an adhesive film and a textile layer including: a thermoplastic plastic film as adhesive film containing a thermally activatable crosslinking agent dispersed therein, as carrier, and a textile layer which is adhesively bonded to the thermoplastic plastic film; wherein the plastic film and the textile layer are adhesively bonded together by the effect of heat at a first temperature which does not activate the crosslinking agent, and the composite is bondable to a substrate by the effect of heat at a second temperature which is higher than the first temperature and causes crosslinking to take place.

Abstract: A sailcloth including a woven fabric of a first fiber material and a second fiber material woven into it, in which the second fiber material forms a network structure within the woven fabric, with the second fiber material having a higher tearing resistance than the first fiber material and with the second fiber having a sliding ability within the woven fabric.

Abstract: Sail membrane made of a woven fabric of synthetic fibers, with said fabric having a microroughness in the form of groove families crossing one another arranged so as to achieve a density of 5 to 25 grooves/mm deposited on or integrated into said fabric structure.

Abstract: A sailcloth including at least one textile layer, wherein at least one textile layer consists of a nonwoven fabric material with unidirectionally or bidirectionally aligned filaments.

Abstract: Sail membrane preferably made of a woven fabric of synthetic fibers, with said membrane having a microroughness in the form of parallelly extending grooves arranged so as to achieve a density of 5 to 25 grooves/mm deposited on or integrated into said membrane surface.

Abstract: Sailcloth of longitudinal direction (machine direction) including a carrier layer, an intermediate layer with several plies of laid yarn as well as a finishing layer, with the yarns being bonded under pretension with the carrier layer and the layers joined with each other, the intermediate layer includes at least three yarn layers the yarns of which being laid at an angle ranging between 55 and 125° relative to the longitudinal direction so that at angles of 60° to 120° and 240° to 300° in relation to the longitudinal direction the cloth has a stretching resistance at 1% of expansion of at least 150 Ibf (667 N).

Abstract: Sail membrane made of a woven fabric of synthetic fibers, with said fabric having a microroughness in the form of groove families crossing one another arranged so as to achieve a density of 5 to 25 grooves/mm deposited on or integrated into said fabric structure.

Abstract: Sail membrane preferably made of a woven fabric of synthetic fibers, with said membrane having a microroughness in the form of parallelly extending grooves arranged so as to achieve a density of 5 to 25 grooves/mm deposited on or integrated into said membrane surface.

Abstract: A computer controlled sheet-fed offset printing machine is described which includes an Interpreter-program for obtaining an image of the signal-state of specified interfaces of the many interfaces that are needed for the operation of the computerized printing press. The Interpreter-program has access to a reserved region of memory for storing and manipulating, if desired, the image of the signal-state. Furthermore, the Interpreter-program has very limited and defined access to the inputs and resources used by the control programs used to operate the computerized printing press. This ensures that the control programs can execute in real-time unaffected by the execution of the Interpreter-program while data is acquired by the Interpreter-program while the computerized printing press is in operation. The Interpreter-program can execute diagnostic routines and provide data for detecting and correcting errors that are otherwise hard to localize in a complex system with complex software.