mhurhangee/ep-ind-claims huggingface dataset:
A three-dimensional printer having a build material recycling device (100, 200), the build material recycling device comprising: an upper chamber (102, 202) including: an inlet (108, 208); and a material separator coupled to the inlet; a classifier (104, 204) coupled to the upper chamber; and a lower chamber (106, 206) coupled to the classifier, wherein the classifier is located between the upper chamber and the lower chamber, characterized in that the lower chamber comprises a fluidizing membrane (112, 212) to recondition the classified build material. an upper chamber (102, 202) including: an inlet (108, 208); and a material separator coupled to the inlet; an inlet (108, 208); and a material separator coupled to the inlet; a classifier (104, 204) coupled to the upper chamber; and a lower chamber (106, 206) coupled to the classifier, wherein the classifier is located between the upper chamber and the lower chamber, characterized in that the lower chamber comprises a fluidizing membrane (112, 212) to recondition the classified build material.
A bearing forming a clutching-declutching bearing for a motor vehicle, said bearing defining a central axis and including an outer ring free to rotate around said central axis, an inner ring, rolling elements disposed between the outer ring and inner ring and a flange mounted on the inner ring, the bearing being characterized in that the flange is at least partially inserted in a recess which is provided in a radial end portion of the inner ring and which is distinct from an inner bore of the inner ring, and in that the diameter of an inner bore of the flange is greater than or equal to the diameter of the inner bore of the inner ring.
A UV blocking contact lens, blocking more than 70 % UVA light and more than 95 % UVB light containing entrained polyvinylpyrrolidone and having an equilibrium water content of 42.3 % to 59.1 % when fully hydrated, wherein the lens is formed from a reaction mixture comprising at least N-vinylpyrrolidone and at least one other comonomer and a free-radical polymerizable, substituted or unsubstituted, Bis O -hydroxy benzophenone, wherein polyvinylpyrrolidone is formed in situ during cure of the reaction mixture.
A computing device comprising an input human-computer interface, a controller and a display, the controller being arranged for controlling the display according to a control value measured at the input human-computer interface at a first measurement frequency, characterized in that the controller comprises a differentiator and is arranged, between a first instant and a second instant separated by a duration derived from the first measurement frequency, for: - calling on the differentiator to calculate an estimate of the derivative of the control value at the second instant from the control value at the first instant and the duration derived from the first frequency, - calculating a smoothing factor value at the second instant (a(t(k))) from the estimate (V(k)) of the first derivative of the control value at the second instant and a smoothing factor value at the first instant (a(t(k-1))), - calculating a display value (P(k)) from the control value at the first instant (M(k)) and a value derived from the estimate of the derivative of the control value at the second instant (S(k)) and the value of the smoothing factor at the second instant, and - controlling the display with the display value (P(k)). - calling on the differentiator to calculate an estimate of the derivative of the control value at the second instant from the control value at the first instant and the duration derived from the first frequency, - calculating a smoothing factor value at the second instant (a(t(k))) from the estimate (V(k)) of the first derivative of the control value at the second instant and a smoothing factor value at the first instant (a(t(k-1))), - calculating a display value (P(k)) from the control value at the first instant (M(k)) and a value derived from the estimate of the derivative of the control value at the second instant (S(k)) and the value of the smoothing factor at the second instant, and - controlling the display with the display value (P(k)).
Use of a system to determine stroke subtype selected from acute ischemic stroke and hemorrhagic stroke, the system comprising a transformative apparatus that is a suitably configured apparatus capable of measuring hemostasis by transforming whole blood through thrombelastography, wherein the transformative apparatus is configured to accept a whole blood test sample, to excite the test sample to induce a transformation of the test sample to clotting, and to measure during the transformation a physical characteristic of the test sample by performing a series of non-contact measurements of the resonant frequency of the sample in response to external vibration in order to determine the viscoelastic properties of a clot, wherein the physical characteristic is represented by data providing a total picture of the hemostasis process from initial clot formation through final clot dissolution, and wherein the transformative apparatus causes a first transformation of the whole blood test sample such that the physical characteristic provides an ischemic or hemorrhagic indication and the transformative apparatus causes a second transformation of the whole blood test sample such that the physical characteristic provides a therapeutic influence indication. the system comprising a transformative apparatus that is a suitably configured apparatus capable of measuring hemostasis by transforming whole blood through thrombelastography, wherein the transformative apparatus is configured to accept a whole blood test sample, to excite the test sample to induce a transformation of the test sample to clotting, and to measure during the transformation a physical characteristic of the test sample by performing a series of non-contact measurements of the resonant frequency of the sample in response to external vibration in order to determine the viscoelastic properties of a clot, wherein the physical characteristic is represented by data providing a total picture of the hemostasis process from initial clot formation through final clot dissolution, and wherein the transformative apparatus causes a first transformation of the whole blood test sample such that the physical characteristic provides an ischemic or hemorrhagic indication and the transformative apparatus causes a second transformation of the whole blood test sample such that the physical characteristic provides a therapeutic influence indication.
An electrosurgical instrument for the treatment of tissue in the presence of an electrically-conductive fluid medium, the instrument comprising an instrument shaft, and an electrode assembly at one end of the shaft, the electrode assembly comprising a tissue treatment electrode and a return electrode which is electrically insulated from the tissue treatment electrode by means of an insulation member, the tissue treatment electrode having an exposed surface for treating tissue, and a suction aperture in the tissue treatment electrode, and the return electrode having a fluid contact surface so as to define, in use, a conductive fluid path that completes an electrical circuit between the tissue treatment electrode and the return electrode, wherein the exposed tissue treatment surface is essentially planar and the insulation member includes an aperture, and the tissue treatment electrode is mounted with respect to the aperture such that a peripheral gap exists around at least a substantial portion of the periphery of the tissue treatment electrode, such that a suction channel is formed by the peripheral gap between the tissue treatment electrode and the insulation member through which vapour bubbles and/or particulate material can be aspirated from the region surrounding the tissue treatment electrode.
System having at least one packaging line, for example an FFS line, having a conveyor system for transporting filled packaging units, for example bags filled with bulk material, between processing stations of the packaging line, having: a plurality of processing stations which are connected to one another by means of the conveyor system, and which comprise at least one packing station, for example a filling station, wherein the conveyor system has at least one fixedly installed part and at least one mobile part, wherein the mobile part has a plurality of continuous conveyor segments, which are connectable to one another and/or to the fixedly installed part and/or the processing stations for forming a conveyor section portion; at least one discontinuous conveyor, for example an AGV, which is designed for transporting the continuous conveyor segments, wherein the discontinuous conveyor is actuated in such a manner that by means of the latter the conveyor section portion is able to be configured according to a predeterminable layout; characterized in that the system furthermore has a plurality of bulk material silos disposed in a grid, wherein the at least one packing station of the packaging line is displaceable between the plurality of bulk material silos, and the packaging line has a connection point, which lies outside the grid, of the fixedly installed part of the conveyor system of the packaging line disposed downstream of said connection point, wherein the mobile part is connected to the connection point and the packing station and forms therebetween a conveyor section portion which has a predeterminable layout. a plurality of processing stations which are connected to one another by means of the conveyor system, and which comprise at least one packing station, for example a filling station, wherein the conveyor system has at least one fixedly installed part and at least one mobile part, wherein the mobile part has a plurality of continuous conveyor segments, which are connectable to one another and/or to the fixedly installed part and/or the processing stations for forming a conveyor section portion; at least one discontinuous conveyor, for example an AGV, which is designed for transporting the continuous conveyor segments, wherein the discontinuous conveyor is actuated in such a manner that by means of the latter the conveyor section portion is able to be configured according to a predeterminable layout; characterized in that the system furthermore has a plurality of bulk material silos disposed in a grid, wherein the at least one packing station of the packaging line is displaceable between the plurality of bulk material silos, and the packaging line has a connection point, which lies outside the grid, of the fixedly installed part of the conveyor system of the packaging line disposed downstream of said connection point, wherein the mobile part is connected to the connection point and the packing station and forms therebetween a conveyor section portion which has a predeterminable layout.
A polymer electrolyte membrane for fuel cells comprising: a hydrocarbon-based cation exchange resin having hydrogen ion conductivity; and fibrous particles having a hydrophilic group wherein the fibrous particles having a hydrophilic group is cellulose nanofibers wherein the fibrous particles having a hydrophilic group has a diameter of 1 to 200 nm and a length of 1 to 20 μ m and an aspect ratio of 1: 5 to 1: 2,000, wherein the hydrophilic group is a hydroxyl group (-OH) and is present in an amount of 5 to 90% in the cellulose nanofibers, with respect to the total sites of the hydroxyl group (-OH), and wherein the hydrocarbon-based cation exchange resin is one or more selected from the group consisting of benzimidazole polymers, polyimide polymers, polyetherimide polymers, polyphenylene sulfide polymers, polysulfone polymers, polyether sulfone polymers, polyether ketone polymers, polyether ether ketone polymers and polyphenyl quinoxaline polymers. a hydrocarbon-based cation exchange resin having hydrogen ion conductivity; and fibrous particles having a hydrophilic group wherein the fibrous particles having a hydrophilic group is cellulose nanofibers wherein the fibrous particles having a hydrophilic group has a diameter of 1 to 200 nm and a length of 1 to 20 μ m and an aspect ratio of 1: 5 to 1: 2,000, wherein the hydrophilic group is a hydroxyl group (-OH) and is present in an amount of 5 to 90% in the cellulose nanofibers, with respect to the total sites of the hydroxyl group (-OH), and wherein the hydrocarbon-based cation exchange resin is one or more selected from the group consisting of benzimidazole polymers, polyimide polymers, polyetherimide polymers, polyphenylene sulfide polymers, polysulfone polymers, polyether sulfone polymers, polyether ketone polymers, polyether ether ketone polymers and polyphenyl quinoxaline polymers.
Nasal nebulizer comprising: - a base part with a gas inlet and an internal gas passage, - a main tank structure carried by the base part and comprising an internal compartment, and - an internal conduct being in fluid communication with the internal gas passage of the base part, and projecting upwardly into the internal compartment of the main tank structure, characterized in that it further comprises a removable mini tank structure arranged into the main tank structure and comprising a lower opening, said internal conduct projecting upwardly through said lower opening of the mini tank structure. - a base part with a gas inlet and an internal gas passage, - a main tank structure carried by the base part and comprising an internal compartment, and - an internal conduct being in fluid communication with the internal gas passage of the base part, and projecting upwardly into the internal compartment of the main tank structure, characterized in that it further comprises a removable mini tank structure arranged into the main tank structure and comprising a lower opening, said internal conduct projecting upwardly through said lower opening of the mini tank structure.
Device, in particular for dispensing or atomizing a liquid, preferably a drug, with a pump for pressurizing the liquid and with a cartridge comprising: a storage means containing the liquid, a valve, and pressurizing means to pressurize the liquid, wherein the storage means is connected to the valve, and wherein the storage means is collapsable, and wherein the storage means is or comprises a bellows or a bag, characterized in that the pressurizing means pushes the liquid out through the valve when the valve is open, and wherein the valve is normally closed and/or opened only temporarily, wherein the pressurizing means comprises or is formed by gas, in particular liquified gas or permanent gas, preferably air, in a gas or air space (104, 105) in the storage means or cartridge, and wherein the liquid is pressurized in the cartridge, wherein the pressure of the liquid is between 1 and 500 kPa, preferably 1 and 200 kPa, more preferably between 1 and 100 kPa, and wherein the valve comprises a stem or valve member through which the liquid can be outputted and by which the valve can be opened, wherein the valve or stem or valve member is biased into the closed position. a storage means containing the liquid, a valve, and pressurizing means to pressurize the liquid, wherein the storage means is connected to the valve, and wherein the storage means is collapsable, and wherein the storage means is or comprises a bellows or a bag,
A disposable unit adapted for mixing or agitating solutions, dispersing or homogenising solutions or suspending solids in liquids, which unit comprises a thin-walled foldable container of a soft material for holding the products and a processing unit arranged in the container and adapted to make the products move, wherein the container comprises at least in its lower portion a support as a reinforcement made of a dimensionally stable material, wherein the support has a smooth surface and supports the container over substantially its entire lower portion so as to counteract the occurrence of folds and other irregularities in the lower portion and the impairment of an even process effect, wherein the container is in the shape of a pouch or bag and has a circumferential wall, which at the bottom passes into the lower portion and at the top passes into an upper portion, characterised in that the lower portion of the container is adapted to receive the soft circumferential wall and the upper portion of the container when said circumferential wall is folded, so that the circumferential wall and the upper portion of the container are, before use of the container, storable in the lower portion, protected by the support.
A safety controller for controlling an automated installation on the basis of project data which represent an application running on the installation, comprising a plurality of controller hardware components (28, 28', 28", 28"') each comprising a respective project data memory and at least one data processing unit (152, 154, 156, 158), with the project data memories each being designed for storing project data (130, 132) supplied to them, a connecting unit via which the controller hardware components (28, 28', 28", 28"') are connected to one another, and a distribution unit designed for distributing at least some of the project data (130, 132) via the connecting unit to at least some of the project data memories, wherein at least one from the plurality of controller hardware components (28, 28', 28", 28"') is a control unit implemented in a two-channel redundant fashion and comprising a first and a second data processing unit (152, 154), wherein project data (132") intended for the first data processing unit are stored in a first project data memory arranged in the control unit where the first data processing unit is arranged, and wherein project data (132"') required for the second data processing unit are stored in a second project data memory, characterized in that the second project data memory is arranged not in the control unit but in another controller hardware component, and in that projet data, which are required in said another controller hardware component, are stored in the first project data memory, said project data comprising program data (76, 78) and/or configuration data (58, 64, 70) and/or parameterization data.
Pharmaceutical oral preparations for use in treating pain and for use in concurrently reducing opioid induced obstipation, wherein each preparation comprises as the actives oxycodone or a pharmaceutically acceptable salt thereof and naloxone or a pharmaceutically acceptable salt thereof, wherein oxycodone or a pharmaceutically acceptable salt thereof is present in said preparations in a range of usable absolute amounts and in a ratio of 2:1 to naloxone or a pharmaceutically acceptable salt thereof, characterized in that the actives are released from the preparations in a sustained, invariant and independent manner.
A device (100, 200) to verify tail rotor cross-head positioning comprising: a first portion (110, 210) including a positioning surface (113, 213) and a concave curvature (112, 212) configured, when in use, to align a convex curvature of the tail rotor cross-head on a first end (132, 232) of the first portion (110, 210); and a second portion (120, 220) having a first end connected to the first portion (110, 210) wherein the second portion (120, 220) comprises: a maximum surface (122, 222) arranged on a second end of the second portion (120, 220) at a first distance from the positioning surface (113, 213) on the first portion (110, 210), and a minimum surface (124, 224) arranged on the second end of the second portion (120, 220) at a second distance from the positioning surface (113, 213) on the first portion (110, 210), wherein the first distance is greater than the second distance, and wherein the maximum surface (122, 222) that is at the first distance from the positioning surface on the first portion (110, 210) and the minimum surface (124, 224) that is at the second distance from the positioning surface on the first portion (110, 210) are both parallel to the positioning surface (113, 213) on the first portion (110, 210). a first portion (110, 210) including a positioning surface (113, 213) and a concave curvature (112, 212) configured, when in use, to align a convex curvature of the tail rotor cross-head on a first end (132, 232) of the first portion (110, 210); and a second portion (120, 220) having a first end connected to the first portion (110, 210) wherein the second portion (120, 220) comprises: a maximum surface (122, 222) arranged on a second end of the second portion (120, 220) at a first distance from the positioning surface (113, 213) on the first portion (110, 210), and a minimum surface (124, 224) arranged on the second end of the second portion (120, 220) at a second distance from the positioning surface (113, 213) on the first portion (110, 210), a maximum surface (122, 222) arranged on a second end of the second portion (120, 220) at a first distance from the positioning surface (113, 213) on the first portion (110, 210), and a minimum surface (124, 224) arranged on the second end of the second portion (120, 220) at a second distance from the positioning surface (113, 213) on the first portion (110, 210), wherein the first distance is greater than the second distance, and wherein the maximum surface (122, 222) that is at the first distance from the positioning surface on the first portion (110, 210) and the minimum surface (124, 224) that is at the second distance from the positioning surface on the first portion (110, 210) are both parallel to the positioning surface (113, 213) on the first portion (110, 210).
A can lid having a sealingly reclosable opening, in particular for beverage cans, comprising a bounded opening region provided in the metallic lid material of a lid surface as well as a two-armed lifting member intended to open this opening region, said lifting member being connected to a pull tab, on the one hand, and engaging at the opening region of the lid surface, on the other hand, and being supported via a bearing translating the opening force applied to the pull tab, wherein the opening region is configured as a closure lid and is connected at its outer margin in a force-transmitting manner to a collar part composed of a plastic material and a lid receiving part is associated with the collar part, said lid receiving part being connected in a force-transmitting manner to the lid surface outside the opening region and being composed of a plastic material; wherein the collar part furthermore engages over the lid receiving part and a sealing snap-in latching connection having at least one peripheral coupling rib and a cut-out shaped in complementary form thereto is formed between the collar part and the lid receiving part; wherein the pull tab is fastened radially outside the lid receiving part to a fixing region of the collar part and the two-armed lever for opening the opening region is formed at a partial peripheral region of the collar part associated with the fixing region; and wherein the lower side of the metallic lid is in particular coated in a firmly adhesive manner over the full surface with a plastic material and this coating is attenuated or thinner surrounding the opening region, characterized in that the collar part and the lid receiving part each have a plurality of molded noses arranged distributed in an annular manner; in that these noses extend through adapted openings in the metallic lid part; and in that the collar part and the lid receiving part are connected to the metallic lid part in a shape-matched and force-transmitting manner as well as sealingly by a rivet-like deformation of the noses under the effect of heat while interposing an adhesive promoting layer.