Abstract: Atomizing nozzle which combines two or more substances introduced through at least a first inlet (10) and a second inlet (50), and sprays the resulting atomized droplets through an outlet (110), capable of optimized flow rate and droplet size through a modular design based on interchangeable disk-shaped modules. When stacked in a hollow cylindrical casing conformed by a first housing (20) and a second housing (120), the plurality of modules conform a first mixing chamber (200) and a second mixing chamber (210) connected through a swirl module (60). Furthermore, when said stacking occurs, the first inlet (10) is connected to the first mixing chamber (200), the outlet (110) is connected to the second mixing chamber (210); and the second outlet may be connected to the first mixing chamber (200) or the second mixing chamber (210) depended on the configuration selected by the user.

Abstract: The present invention relates to a port needle comprising a bearing for resting and fixing the port needle on the patient, a feed, and a needle. This problem is solved according to the invention by a port needle comprising a bearing (1) for resting the port needle on the patient, a feed (6), and a needle (3) having a tip (21), it being possible to bring the needle (3) into at least two positions, a puncture position and a retracted position, characterized by a safety section (7), which shields the tip (21) of the needle (3) at least in the retracted position and thus forms a needle-prick protection device.

Abstract: The application relates to a device for feeding medical fluids, in particular for applying a pharmaceutical into the hose line of a transfer unit for enteral or parenteral nutrition. The device comprises a base body (1) having an inlet (1A) and an outlet (1B) and a rotatable closure body (2) which has an inlet (2A). The device is characterized in that the base body (1) comprises a hollow cylindrical attachment piece (4) ending in the passage (1E) of the base body between the inlet and outlet (1B, 1B), and the closure body comprises a cylindrical shut-off body (11) that is arranged in the closure body (2) such that the shut-off body (11) sits in the attachment piece (4) of the base body (1) in a sealing manner in a first position of the closure body (2), so that a fluid connection between the inlet (2A) of the closure body (2) and the passage (1E) of the base body (1) is interrupted, and does not sit in the attachment piece in a second position of the closure body, so that the fluid connection is established.

Abstract: The present invention relates to a port needle comprising a bearing for resting and fixing the port needle on the patient, a feed, and a needle. This problem is solved according to the invention by a port needle comprising a bearing (1) for resting the port needle on the patient, a feed (6), and a needle (3) having a tip (21), it being possible to bring the needle (3) into at least two positions, a puncture position and a retracted position, characterized by a safety section (7), which shields the tip (21) of the needle (3) at least in the retracted position and thus forms a needle-prick protection device.

Abstract: The application relates to a device for feeding medical fluids, in particular for applying a pharmaceutical into the hose line of a transfer unit for enteral or parenteral nutrition. The device comprises a base body (1) having an inlet (1A) and an outlet (1B) and a rotatable closure body (2) which has an inlet (2A). The device is characterized in that the base body (1) comprises a hollow cylindrical attachment piece (4) ending in the passage (1E) of the base body between the inlet and outlet (1B, 1B), and the closure body comprises a cylindrical shut-off body (11) that is arranged in the closure body (2) such that the shut-off body (11) sits in the attachment piece (4) of the base body (1) in a sealing manner in a first position of the closure body (2), so that a fluid connection between the inlet (2A) of the closure body (2) and the passage (1E) of the base body (1) is interrupted, and does not sit in the attachment piece in a second position of the closure body, so that the fluid connection is established.

Abstract: The device according to the invention for providing a percutaneous endoscopic gastrostomy (PEG) comprises a handle for handling the device. The wire that is to be inserted into the stomach of the patient is rolled on a wire spool that is mounted either in a rotatable manner on the handle part or on an attachment piece that can be attached to the handle. Aside from the puncturing cannula for puncturing the stomach, the device according to the invention comprises an insertion cannula for insertion the wire rolled on the wire spool into the stomach. The device according to the invention is characterized in that the puncturing cannula is designed as an outer cannula surrounding the insertion cannula, while the insertion cannula is designed as an inner cannula surrounded by the puncturing cannula, wherein the insertion cannula is guided into the puncturing cannula in a longitudinally displaceable manner. During the puncture of the stomach, the insertion cannula is recessed into the puncturing cannula.

Abstract: A surface reactor includes a copper-tin alloy for converting unsaturated hydrocarbons contained in propellants and fuels. The surface reactor is configured in one-piece from a long chip or wire-shaped body. The surface reactor is configured from the alloy or from a support material that has been appropriately shaped and coated with the alloy.

Abstract: The invention concerns protective goggles comprising a frame which is open at the bottom, two side pieces, and a transparent interchangeable shield which has a nose recess, partially engages in the frame and is supported thereby. The nose recess has at least one clamping groove into which fits a nose section which is adapted to the shape of the nose recess and has a peripheral groove and two retaining pins. A lens support lies adjacent the nose section and has openings through which the retaining pins pass. Provided on each side of the nose recess is a lens which fits closely on the lens support. In addition, a resilient nose protector lies adjacent the lens and is connected to the nose section.

Abstract: The seal for upward opening hollow containers consists of a substantially circular inside cover, whose rim has along part of its circumference a raised area rising at an angle to the cover plane; the underside of the inside cover is connected with a vapor diffusion barrier which is provided with a tear perforation in the area of an opening in the inside cover.

Abstract: A compression glass lead-in arrangement in a metal body, especially in metal housings for semiconductors, in particular integrated circuits. The lead-through arrangements hermetically seal the interior of the housing relative to the environment. A glass bead is fused into a bore in the housing and the connecting conductor of the integrated circuit is passed outwardly through the glass. Alloys of the systems Cu, Al and Mg, during a cooling phase after the fusing-in exhibit a hardening effect which provides that in conjunction with the alloys, it is possible to produce compression glass lead-in arrangements which possess a hermetic sealing integrity even after a high degree of thermal and/or mechanical loading, have a high resistance to fluctuations in temperature and good resistance to corrosion.

Abstract: In the process for producing metal partial denture prostheses according to the invention, a mold is made from the jaw or tooth to be treated by means of an electrically non-conducting material, then the inner wall of that mold is provided with an electrically conducting layer. Thereafter the inner space of the mold and of the electrically conducting layer is filled with a filler material into which is introduced at least one rod after which the positive pattern produced by the electrically conducting layer and the filler material then separated from the mold. The filler material is an electrically non-conducting plastic whose volume enlarges when heated. The positive pattern is introduced in a heated electrolyte in which one or more layers of high-melting point metals or noble metals are galvanically deposited on the electrically conducting layer on the positive pattern.

Abstract: The process for making metal artificial tooth parts consists in that an impression of the tooth or jaw to be treated is prepared using an electrically non-conductive material, the inner wall of said impression is coated with a heated low-melting alloy and then the interior is filled up with filling material in which fixing pins are inserted in the case of crowns, inlays and bridges. Alternatively, the impression is filled up with traditional filling materials and an electric conductive coating is produced by vaporizing a metal layer, spraying a conductive lacquer or currentless deposition of an electrically conductive layer. Again, alternatively the impression may be filled up with electrically conductive plastic.