摘要:
The invention relates to a material for producing products (1) having fibrinolytic and/or antibacterial properties. Said material has at least one matrix (2), which is compatible with body tissue and in which a molecular sieve is incorporated. Said molecular sieve is loaded with: at least one active substance (Z) having a fibrinolytic or antibacterial effect; or at least one first active substance (Z1) having a fibrinolytic effect and a second active substance (Z2) having an antibacterial effect. The corresponding molecular sieve/active substance adduct (3) releases the active substance(s) in conjunction with the aqueous body fluid when the matrix (2) is in contact with the body tissue (4). The inventive material is characterized in that the molecular sieve/active substance adduct (3) additionally contains water of crystallization to such an extent that the molecular sieve is partially dehydrated with regard to a sufficient basic molar quantity (m) of water of crystallization. The molecular sieve is loaded with the reduced molar quantity (m') of water of crystallization with the active substance(s) (Z, Z1, Z2) so that an adsorption of water with the desorption of the corresponding active substance occurs when the matrix (2) is in contact with the body tissue (4), whereby the water of crystallization of the molecular sieve increases. The invention also relates to an advantageous method for producing the inventive active substance.
摘要:
The invention relates to a plaster containing an active agent (1), comprising at least one cover membrane (2) and an active membrane (3) which is based on a skin-compatible matrix (4) containing a molecular sieve which is loaded with at least one active agent (Z, Z1, Z2). The molecular sieve/active agent adduct (5) releases the active agent when the active membrane comes into contact with the skin (6), in conjunction with the transpired water of the skin. The inventive plaster (1) is characterised in that the molecular sieve/active agent adduct (5) also contains water of crystallisation, to the extent that the molecular sieve is partially dehydrated compared to a sufficient basic molar quantity (m) of water of crystallisation, said molecular sieve with the reduced molar quantity (m') of water of crystallisation being loaded with the active agent (Z, Z1, Z2) so that when the active membrane (3) comes into contact with the skin (6), water is adsorbed and the active agent is desorbed, whereupon the water of crystallisation content of the molecular sieve increases. The invention also relates to various suitable embodiments of the plaster (1) containing an active agent and to an advantageous method for producing the inventive plaster (1) containing an active agent (1).
摘要:
The invention relates to a pneumatic shock-absorber equipped with a height sensor which is to be mounted onto a rail vehicle. The aim of the invention is to prevent components of the rail vehicle, such as supports for the superstructure (4) and/or an additional volume of pressure formed by a cradle (5), from being drilled or modified in another way in order to create the installation space for the height sensor (6). The inventive pneumatic shock-absorber is characterized in that an upper extension arm (1.1) and a lower extension arm (2.2) extend laterally from the upper support plate (1) and lower mounting plate (2.1) respectively and that the height sensor (6) is positioned between the two extension arms.
摘要:
The invention relates to a device for inspecting flat goods made of polymeric materials with embedded textile strength supports with which the arrangement and the progression of the strength supports in the polymeric material can be determined in a nondestructive manner and without derogating the quality of the flat goods. According to the invention, NMR-MOUSE probes are used for conducting a nuclear magnetic analysis of the flat goods. The NMR-MOUSE probes (9a, 9b, 9c) form a measuring plane on a measuring body (1) on which the flat good (3) is placed, and are arranged in the measuring plane (6) such that they overlap with one another preferably in the direction of the material in which the inspection is conducted.