mhurhangee/ep-ind-claims huggingface dataset:
A foil bearing (2, 30, 52) for supporting a shaft, comprising a sleeve-like bearing housing (6, 18, 32, 66, 68, 74), at least one elastic corrugated foil (34, 60, 62, 64) being arranged on the inner circumference of the bearing housing and in each case having a cover film (4, 16, 38, 54, 56, 58) covering this corrugated film and forming a bearing surface, a means for fixing said foils on the inside of the bearing housing (6, 18, 32, 66, 68, 74) being provided in the form of insertion grooves (8, 10, 17, 19, 40, 42, 70, 76) which project obliquely along the surface lines on the inside of the bearing housing (6, 18, 32, 66, 68, 74), which serve for receiving at least the two end edges (12, 14, 20, 44, 46, 48, 50) delimiting the top foil (4, 16, 38, 54, 56, 58) of a respective foil arrangement in the circumferential direction and largely tapering in the circumferential direction, characterized in that the ends of the insertion grooves (8, 10, 17, 19, 40, 42, 70, 76) are arranged at a distance from one another facing and not crossing one another, wherein the depth of the insertion grooves (8, 10, 17, 19, 40, 42, 70, 76) is greater than the insertion depth of the associated end edges (12, 14, 20, 44, 46, 48, 50) with an unloaded cover film (4, 16, 38, 54, 56, 58).
An automatic feeding system for preparing at least one feed ration from a plurality of feed types for ruminant animals, the system comprising - a feed kitchen with multiple feed storage places for storing a plurality of feed types, - a feed distributing device for receiving feed from the feed kitchen, - a feed loading device to load feed from the feed storage places into the feed distributing device and - a control system to control the automatic feeding system, and the control system being programmed to determine per ration which feed types and how much of the feed types are to be loaded into the feed distributing device and to control the loading device and feed distributing device to prepare the ration accordingly, wherein the control system comprises - a memory with location data of the feed storage places stored in the memory, and - wherein the control system is programmed to link a feed type to each of the feed storage places represented by the location data, the control system further comprising - a graphical user interface (8, 9) with a display screen (8A, 9A), a floor plan comprising first representations (10, 30A-30J) of each of the feed storage places and second representations (11, 40A-40D) of the feed types, which first representations (10, 30A-30J) are formed based on at least the feed storage location data and wherein the control system is programmed to link a feed type to a storage place when a respective first and second representation (10, 30A-30J; 11, 40A-40) fulfill a link criterion after an action by the user. - a feed kitchen with multiple feed storage places for storing a plurality of feed types, - a feed distributing device for receiving feed from the feed kitchen, - a feed loading device to load feed from the feed storage places into the feed distributing device and - a control system to control the automatic feeding system, and - a memory with location data of the feed storage places stored in the memory, and - wherein the control system is programmed to link a feed type to each of the feed storage places represented by the location data, - a graphical user interface (8, 9) with a display screen (8A, 9A), a floor plan comprising first representations (10, 30A-30J) of each of the feed storage places and second representations (11, 40A-40D) of the feed types, which first representations (10, 30A-30J) are formed based on at least the feed storage location data and
Feed line for a pump unit of a cardiac assistance system, the feed line being designed to conduct a fluid flow to the pump unit of the cardiac assistance system, the feed line comprising the following features: a feed head portion having at least one inlet opening for introducing the fluid flow into the feed line; and a contour portion having an inner surface contour, the contour portion being arranged adjacent to the feed head portion, an inner diameter of the contour portion at a first position being greater than the inner diameter at a second position, the inner diameter of the contour portion being at the maximum at the first position and the inner diameter being at the minimum at the second position and the inner surface contour having a rounded part for reducing the inner diameter at the second position, characterized in that an inner radius of the contour portion at the second position is at most one fifth smaller than the inner radius at the first position, the inner diameter of the contour portion at a third position being greater than the inner diameter at the second position, the second position being between the third position and the first position. a feed head portion having at least one inlet opening for introducing the fluid flow into the feed line; and a contour portion having an inner surface contour, the contour portion being arranged adjacent to the feed head portion, an inner diameter of the contour portion at a first position being greater than the inner diameter at a second position, the inner diameter of the contour portion being at the maximum at the first position and the inner diameter being at the minimum at the second position and the inner surface contour having a rounded part for reducing the inner diameter at the second position, characterized in that an inner radius of the contour portion at the second position is at most one fifth smaller than the inner radius at the first position, the inner diameter of the contour portion at a third position being greater than the inner diameter at the second position, the second position being between the third position and the first position.
A method of producing a ceramic matrix composite comprising: a) applying a fiber interface coating to fibers, b) coating the coated fibers resulting from step a) via chemical vapor infiltration, and c) infiltrating the coated fibers resulting from step b) with molten material, wherein the composite is not removed from a tool between steps (a), (b), and (c). a) applying a fiber interface coating to fibers, b) coating the coated fibers resulting from step a) via chemical vapor infiltration, and c) infiltrating the coated fibers resulting from step b) with molten material,
A pump comprising: a liquid sensing device comprised in the pump and configured to sense the level of a liquid collecting outside the pump and turn the pump on/off for pumping the liquid; and a housing having a housing wall (20 configured to contain the liquid sensing device, the housing wall having an outside wall surface with an outside sensing surface, the liquid sensing device being arranged or mounted inside the housing in relation to the outsie sensing surface, in order to allow the liquid sensing device to sense the level of the liquid collecting outside the pump and touching the outside sensing surface, characterised in that the outside sensing surface has ribs configured to extend or project outwardly away from the outside wall surface, in order to prevent an object from being stuck on the outside sensing surface, so as to reduce a malfunction of the pump due to the object contacting the outside sensing surface, wherein the outside sensing surface is a flat surface, and the ribs are arranged on and project from the flat surface. a liquid sensing device comprised in the pump and configured to sense the level of a liquid collecting outside the pump and turn the pump on/off for pumping the liquid; and a housing having a housing wall (20 configured to contain the liquid sensing device, the housing wall having an outside wall surface with an outside sensing surface, the liquid sensing device being arranged or mounted inside the housing in relation to the outsie sensing surface, in order to allow the liquid sensing device to sense the level of the liquid collecting outside the pump and touching the outside sensing surface, characterised in that the outside sensing surface has ribs configured to extend or project outwardly away from the outside wall surface, in order to prevent an object from being stuck on the outside sensing surface, so as to reduce a malfunction of the pump due to the object contacting the outside sensing surface, wherein the outside sensing surface is a flat surface, and the ribs are arranged on and project from the flat surface.
Laboratory sample instrument, more particularly a dispenser or a pipette, with a cable holding space in which a printed circuit board cable device (1; 10; 20; 30; 40; 50; 60; 70; 80; 80'; 90; 100; 210; 300) is arranged, with the printed circuit board cable device having at least one flexible printed circuit board (2; 12; 22; 32; 42; 52; 62; 72; 82; 92; 102; 211, 212, 213), which has a first and a second side of the board, and, arranged in succession, at least one first printed circuit board section (A; 211), at least one second printed circuit board section (B; 212) and at least one third printed circuit board section (C; 213), with the printed circuit board having a number of conductor tracks (3, 4, 5, 6; 33, 35, 36; 46; 56; 66, 67; 76b, 77b, 76a, 77a; 86, 86b, 87, 87b; 87'; 96; 121, 122, 121a, 122a, 121b, 122b) which, at least in sections of the board, are arranged parallel with respect to one another on the printed circuit board and extend from a first track section of said number of conductor tracks, which is arranged in the first printed circuit board section, via the second printed circuit board section to the third printed circuit board section, in which a second track section of said number of conductor tracks is arranged, wherein in the second printed circuit board section, at least one conductor track (66; 76a, 76b; 86, 87b; 121a, 122a) is arranged on the first side of the board and at least one conductor track (67; 77a, 77b; 86b, 87; 121b, 122b) is arranged on the second side of the board, wherein the cable holding space being subdivided into at least one first, second and third holding space, with the first printed circuit board section being arranged in the first holding space, the second being arranged in the second holding space and the third being arranged in the third holding space, the second holding space having a smaller cross-sectional area perpendicular to the printed circuit board (211, 212, 213) than the first holding space.
A complex treatment apparatus (1 00) comprising: a main body, the main body comprising: a connection part to or from which treatment part modules respectively performing inhalation, suction, luminescence, and nebulization functions required for treatment of respiratory diseases and ear diseases are replaceably connectable or separable; wherein each treatment part module comprises a second PCB with a display part displaying the functions of the treatment part module; a power switch; a power supply part (1 35) configured to supply power to the treatment part modules according to an operation of the power switch; and a controller configured to control functions of the power supply part and the treatment part modules, wherein a grip part is provided on an outside surface of the main body in which the powersupply part and the controller are installed, wherein the connection part comprises a connector electrically connecting a first PCB with the power supply part and the controller installed therein and the second PCB with the display part displaying the functions of the treatment part modules. a main body, the main body comprising: a connection part to or from which treatment part modules respectively performing inhalation, suction, luminescence, and nebulization functions required for treatment of respiratory diseases and ear diseases are replaceably connectable or separable; wherein each treatment part module comprises a second PCB with a display part displaying the functions of the treatment part module; a power switch; a power supply part (1 35) configured to supply power to the treatment part modules according to an operation of the power switch; and a controller configured to control functions of the power supply part and the treatment part modules, wherein a grip part is provided on an outside surface of the main body in which the powersupply part and the controller are installed, a connection part to or from which treatment part modules respectively performing inhalation, suction, luminescence, and nebulization functions required for treatment of respiratory diseases and ear diseases are replaceably connectable or separable; wherein each treatment part module comprises a second PCB with a display part displaying the functions of the treatment part module; a power switch; a power supply part (1 35) configured to supply power to the treatment part modules according to an operation of the power switch; and a controller configured to control functions of the power supply part and the treatment part modules, wherein a grip part is provided on an outside surface of the main body in which the powersupply part and the controller are installed, wherein the connection part comprises a connector electrically connecting a first PCB with the power supply part and the controller installed therein and the second PCB with the display part displaying the functions of the treatment part modules.
A method of forming a bioactive filamentary structure, comprising the steps of: applying synthetic bone graft particles around a filamentary structure, the filamentary structure being a suture or suture anchor; applying a polymer solution around the filamentary structure; and precipitating a polymer from the polymer solution such that the synthetic bone graft particles and the polymer coat the filamentary structure. applying synthetic bone graft particles around a filamentary structure, the filamentary structure being a suture or suture anchor; applying a polymer solution around the filamentary structure; and precipitating a polymer from the polymer solution such that the synthetic bone graft particles and the polymer coat the filamentary structure.
Method for recording data in the mouth of a patient by means of an ultrasound recorder, characterized in that the ultrasound recorder comprises ultrasound deflection means (12, 15, 24) and a support structure (25, 27) for holding the ultrasound recorder, wherein the following steps are carried out: • placing the support structure (25, 27) for holding the ultrasound recorder into the mouth of the patient, wherein the ultrasound recorder is at rest in relation to the tooth region (1, 2, 3) or residual tooth region while data is recorded, • applying excitation signals to the ultrasound recorder in order to produce an ultrasound wave, • moving the ultrasound deflection means (12, 15, 24) in such a way that the ultrasound wave passes over at least one tooth region (1, 2, 3) or residual tooth region, • recording waves reflected at the tooth region (1, 2, 3) or residual tooth region by means of the ultrasound recorder or by means of a separate ultrasound receiver and providing corresponding reflection signals, • making the excitation signals and reflection signals available to an evaluation unit and • producing a data record by means of the evaluation unit from the excitation signals and reflection signals, with the data record being suitable for transmission to a processing system or an image producing system. • placing the support structure (25, 27) for holding the ultrasound recorder into the mouth of the patient, wherein the ultrasound recorder is at rest in relation to the tooth region (1, 2, 3) or residual tooth region while data is recorded, • applying excitation signals to the ultrasound recorder in order to produce an ultrasound wave, • moving the ultrasound deflection means (12, 15, 24) in such a way that the ultrasound wave passes over at least one tooth region (1, 2, 3) or residual tooth region, • recording waves reflected at the tooth region (1, 2, 3) or residual tooth region by means of the ultrasound recorder or by means of a separate ultrasound receiver and providing corresponding reflection signals, • making the excitation signals and reflection signals available to an evaluation unit and • producing a data record by means of the evaluation unit from the excitation signals and reflection signals, with the data record being suitable for transmission to a processing system or an image producing system.
An emulsion for therapeutic use by controlled drug release triggered by application of an external stimulus, comprising: - a discontinuous phase comprising droplets including a first and a second lipophilic compound, at least one surfactant and at least one drug; and - a continuous aqueous phase; wherein the first lipophilic compound has a first mass solubility in water and the second lipophilic compound has a second mass solubility in water lower than the first mass solubility, in a volume ratio of the first lipophilic compound to the second lipophilic compound greater than 70: 30; and wherein the discontinuous phase is substantially free or completely free of perfluorocarbon compound. - a discontinuous phase comprising droplets including a first and a second lipophilic compound, at least one surfactant and at least one drug; and - a continuous aqueous phase;
A case jacket made of felted, in particular combustible fibrous material, comprising a cylindrical case jacket portion, a cylinder axis and a calotte-shaped case bottom which is connected to one end of the cylindrical case jacket portion, wherein the bottom-side end of the case jacket portion has a first inside diameter and a first outside diameter, and wherein the calotte-shaped case bottom has an annular connecting edge (28,29) towards the case jacket portion, which has a second inside diameter that is smaller than the first inside diameter and a second outside that is smaller than the first outside diameter, comprising a conical connecting portion whose one end has the first inside diameter and the first outside diameter and is connected to the bottom-side end of the case jacket portion, and whose other end has the second inside diameter and the second outside diameter and is connected to the connecting edge of the case bottom, characterised in that, the angle of inclination of the inner wall and the angle of inclination of the outer wall of the conical connecting portion with respect to the cylinder axis are not more than 10°.
Antibiotic selected from rifaximin and neomycin for continued use in the treatment of irritable bowel syndrome caused by small intestinal bacterial overgrowth after at least partial eradication of small intestinal bacterial overgrowth in a subject to prevent further development or relapse of small intestinal bacterial overgrowth.
Device for expanding the end of a tube which consists of plastic having a shape memory, comprising multiple clamping elements which have a clamping surface that can be brought into a working position against the inner surface of the tube end and can be moved in the radial direction with respect to a central axis from an initial position into an outwardly placed position, where, in the initial position, the clamping elements can be inserted into the tube end over a predefined length section and, in the outwardly placed position, the clamping elements can be brought into the working position with their clamping surface against the inner surface of the tube end, so that, by changing the clamping elements inserted into the tube end from the initial position into the outwardly placed position, the tube end is expanded, comprising an apparatus for moving the clamping elements from the initial position into the outwardly placed position and preferably back into the initial position, and comprising an actuator, by means of which the radial spacing of the respective clamping surface from the central axis in the outwardly placed position can be varied, characterized in that the actuator is held movably on the housing of the apparatus, so that to change the radial spacing of the clamping surfaces from the central axis in the outwardly placed position, the actuator executes a movement in the direction of the central axis and, for this purpose, the actuator is formed by a shaft section which is arranged coaxially with respect to the central axis and which, at its one axial end, bears a thread which meshes with a corresponding thread of the housing.
A method for determining the condition of a barrier and the condition of zonal isolation provided by the barrier in a well infrastructure, the method comprising: receiving sensor data derived from a sensor arrangement within an isolated zone provided by the barrier positioned at a location in the well infrastructure, that sensor data associated with measured conditions at the barrier and within the isolated zone; initially using the received sensor data to determine conditions at the barrier during installation or completion of the well infrastructure; receiving composition data derived from measurements of fluid composition from the isolated zone within the well infrastructure, the composition data comprising data associated with location-based identifiable properties of fluid composition indicative of the location at which fluid has been in the well infrastructure; and subsequently using the received composition data to determine conditions at the barrier during production at the well infrastructure. receiving sensor data derived from a sensor arrangement within an isolated zone provided by the barrier positioned at a location in the well infrastructure, that sensor data associated with measured conditions at the barrier and within the isolated zone; initially using the received sensor data to determine conditions at the barrier during installation or completion of the well infrastructure; receiving composition data derived from measurements of fluid composition from the isolated zone within the well infrastructure, the composition data comprising data associated with location-based identifiable properties of fluid composition indicative of the location at which fluid has been in the well infrastructure; and subsequently using the received composition data to determine conditions at the barrier during production at the well infrastructure.
Method for manufacturing a packaging which comprises a paper-plastic composite film, the paper amount of which in the weight of the composite film is at least 80%, by way of a thermoforming packaging machine having a forming station in which the paper-plastic composite film is thermoformed by way of vacuum and/or compressed air, wherein the forming station comprises a forming tool lower part, characterized in that the ambient temperature at the forming station is 2°C to 10°C, the paper-plastic composite film is heated in the forming station prior to the forming process to a temperature of 60°C to 90°C and the forming tool lower part is actively heated to 30°C to 50°C.
A piezoelectric material, comprising: a perovskite-type metal oxide having the following general formula; and Zn, wherein a content of the Zn corresponds to more than 0.1 mol% and 2 mol% or less of the amount of the perovskite-type metal oxide: (Na x Ba 1-y) (Nb y Ti 1-y)O 3 wherein x satisfies 0.80 ≤ x ≤ 0.95, and y satisfies 0.85 ≤ y ≤ 0.95.