mhurhangee/patent-ind-claim-en huggingface dataset:
A method of sterilizing and testing the integrity of dialyzers having a dialysis membrane, a blood side and a dialysis fluid side, wherein a sterilization fluid is selected from: (i) aqueous solutions containing peroxide and/or ozone, wherein the peroxide is selected from peroxides which disintegrate into water, oxygen and/or volatile organic compounds; or (ii) aqueous solutions containing chlorine, bromine or iodine, the method comprising the following steps: a) treating the dialyzer with a sterilization fluid for sterilizing the dialysis fluid side and the blood-side of the dialyzer and for wetting the dialysis membrane on both sides in the course of sterilizing the dialyzer with sterilization fluid; and b) carrying out an integrity testing of the dialysis membrane wetted on both sides with the sterilization fluid and characterized in that the sterilization and integrity testing is a combined sterilization and integrity testing performed by using only one fluid medium, the only one fluid medium being the sterilization fluid. (i) aqueous solutions containing peroxide and/or ozone, wherein the peroxide is selected from peroxides which disintegrate into water, oxygen and/or volatile organic compounds; or (ii) aqueous solutions containing chlorine, bromine or iodine, the method comprising the following steps: a) treating the dialyzer with a sterilization fluid for sterilizing the dialysis fluid side and the blood-side of the dialyzer and for wetting the dialysis membrane on both sides in the course of sterilizing the dialyzer with sterilization fluid; and b) carrying out an integrity testing of the dialysis membrane wetted on both sides with the sterilization fluid a) treating the dialyzer with a sterilization fluid for sterilizing the dialysis fluid side and the blood-side of the dialyzer and for wetting the dialysis membrane on both sides in the course of sterilizing the dialyzer with sterilization fluid; and b) carrying out an integrity testing of the dialysis membrane wetted on both sides with the sterilization fluid and characterized in that the sterilization and integrity testing is a combined sterilization and integrity testing performed by using only one fluid medium, the only one fluid medium being the sterilization fluid.
A tire for a two-wheeled automotive vehicle, the tire comprising: a tread ; a carcass ; and a band , wherein the band is layered inward of the tread in a radial direction and outward of the carcass in the radial direction, the band includes a center portion (C) disposed at a center in an axial direction, a pair of intermediate portions (M) each disposed outward of the center portion (C) in the axial direction, and a pair of outer end portions (E) disposed outward of the intermediate portions (M), respectively, in the axial direction; the center portion (C) is formed from a first band member that is formed from a cord and a topping rubber and that extends in a circumferential direction, and each intermediate portion (M) is formed from a second band member that is formed from a cord and a topping rubber and that extends so as to form a mesh-like shape, the second band member including a plurality of first tilt portions extending so as to be tilted relative to the circumferential direction and a plurality of second tilt portions extending so as to be tilted relative to the circumferential direction in a direction opposite to a direction in which the first tilt portions are tilted, characterized in that each outer end portion (E) is formed from a third band member that is formed from a cord and a topping rubber and that extends in the circumferential direction. a tread ; a carcass ; and a band , wherein the band is layered inward of the tread in a radial direction and outward of the carcass in the radial direction, the band includes a center portion (C) disposed at a center in an axial direction, a pair of intermediate portions (M) each disposed outward of the center portion (C) in the axial direction, and a pair of outer end portions (E) disposed outward of the intermediate portions (M), respectively, in the axial direction; the center portion (C) is formed from a first band member that is formed from a cord and a topping rubber and that extends in a circumferential direction, and each intermediate portion (M) is formed from a second band member that is formed from a cord and a topping rubber and that extends so as to form a mesh-like shape, the second band member including a plurality of first tilt portions extending so as to be tilted relative to the circumferential direction and a plurality of second tilt portions extending so as to be tilted relative to the circumferential direction in a direction opposite to a direction in which the first tilt portions are tilted, characterized in that each outer end portion (E) is formed from a third band member that is formed from a cord and a topping rubber and that extends in the circumferential direction.
A mechanical pressure application system for applying a tailored pressure distribution to a plurality of structural components , wherein each of the plurality of structural components has a first surface and a second surface disposed generally opposite the first surface, each first surface is configured to interface with the first surface of another of the plurality of structural components at a contact area , said system comprising: a base , said base is complementary to the second surface of at least one of the plurality of structural components ; at least one tooling block , wherein said base and said at least one tooling block are configured to removably couple to the plurality of structural components , each said at least one tooling block comprises a first surface and a generally opposite second surface , each said tooling block first surface is configured to be positioned proximate the second surface of at least one of the plurality of structural components when said base and said at least one tooling block are coupled to the plurality of structural components ; at least one forcing member , wherein each said tooling block second surface is configured to receive said at least one forcing member ; and at least one biasing mechanism configured to apply a predetermined load to said at least one forcing member , such that a force is transmitted from said at least one forcing member through said tooling block to a corresponding portion of the contact area , wherein said at least one forcing member comprises at least one strap , each said at least one strap is configured to be received by a corresponding said tooling block second surface . a base , said base is complementary to the second surface of at least one of the plurality of structural components ; at least one tooling block , wherein said base and said at least one tooling block are configured to removably couple to the plurality of structural components , each said at least one tooling block comprises a first surface and a generally opposite second surface , each said tooling block first surface is configured to be positioned proximate the second surface of at least one of the plurality of structural components when said base and said at least one tooling block are coupled to the plurality of structural components ; at least one forcing member , wherein each said tooling block second surface is configured to receive said at least one forcing member ; and at least one biasing mechanism configured to apply a predetermined load to said at least one forcing member , such that a force is transmitted from said at least one forcing member through said tooling block to a corresponding portion of the contact area , wherein said at least one forcing member comprises at least one strap , each said at least one strap is configured to be received by a corresponding said tooling block second surface .
An assembly comprising: at least one electrode preform , the at least one electrode preform comprising: an electrically conductive ring ; and an insulator portion within the electrically conductive ring, wherein the insulator portion includes at least one connection channel , and wherein at least a portion of the at least one connection channel is bounded by the electrically conductive ring; and characterised in that : the at least one electrode preform is a segmented electrode preform, wherein the electrically conductive ring includes a plurality of electrode portions and a plurality of raised portions , wherein the ring is configured such that respective electrode portions alternate with respective raised portions continuously around the ring, wherein each of the plurality of electrode portions is continuous at a radius from a center of the electrically conductive ring that corresponds to an outer perimeter of the medical lead, wherein the insulator portion has a plurality of projections extending into a respective raised portion of the ring radially outward of the radius from the center of the conductive ring that corresponds to the outer perimeter of the medical lead, and wherein the at least one connection channel includes a respective connection channel for each of the plurality of electrode portions. at least one electrode preform , the at least one electrode preform comprising: an electrically conductive ring ; and an insulator portion within the electrically conductive ring, wherein the insulator portion includes at least one connection channel , and an electrically conductive ring ; and an insulator portion within the electrically conductive ring, wherein the insulator portion includes at least one connection channel , and wherein at least a portion of the at least one connection channel is bounded by the electrically conductive ring; and characterised in that : the at least one electrode preform is a segmented electrode preform, wherein the electrically conductive ring includes a plurality of electrode portions and a plurality of raised portions , wherein the ring is configured such that respective electrode portions alternate with respective raised portions continuously around the ring, wherein each of the plurality of electrode portions is continuous at a radius from a center of the electrically conductive ring that corresponds to an outer perimeter of the medical lead, wherein the insulator portion has a plurality of projections extending into a respective raised portion of the ring radially outward of the radius from the center of the conductive ring that corresponds to the outer perimeter of the medical lead, and wherein the at least one connection channel includes a respective connection channel for each of the plurality of electrode portions.
Method for guiding and moving a working head , in particular a 3D print head, characterized in that at least three revolving tower cranes are attached to each other with their booms , in that a guide beam carrying the working head is fastened to at least two trolleys of two revolving tower cranes , and in that the working head is set and displaced in its working position by moving the trolleys along two booms of two revolving tower cranes .
Oral thin film comprising at least one polymer and at least one pharmaceutically active ingredient, characterised in that the oral thin film is substantially U-shaped and wherein the oral thin film is constructed in such a way that the two ends are substantially parallel, wherein the at least one pharmaceutically active ingredient comprises ketamine in a quantity of 20 to 40% by weight and wherein the at least one polymer comprises hydroxypropyl methylcellulose or polyvinyl alcohol.
An ice supply device (C) comprising: an ice storage tank (T) that stores sherbet ice; a supply path through which the sherbet ice is taken out of the ice storage tank (T); a water flow path that joins the supply path and through which water substantially free of salt flows, a flow rate regulating valve provided in the water flow path ; characterized by further comprising a control unit that controls the flow rate regulating valve for a salinity of the sherbet ice after joining to become a target value. an ice storage tank (T) that stores sherbet ice; a supply path through which the sherbet ice is taken out of the ice storage tank (T); a water flow path that joins the supply path and through which water substantially free of salt flows, a flow rate regulating valve provided in the water flow path ; characterized by further comprising a control unit that controls the flow rate regulating valve for a salinity of the sherbet ice after joining to become a target value.
Method for extracting at least a first and a second blood component contained in a first bag of a bag system , said bag system further comprising at least one satellite bag for collecting the first blood component in fluidic communication with the first bag , and a filter bag arranged in the flow path defined between the first bag and the satellite bag for collecting the first blood component, the filter bag comprising a filtration compartment having a filtering medium and a storage compartment for the second blood component, said compartments communicating with each other via a passage that can be closed, said method comprising the steps of: - compressing the first bag so as to extract the first blood component from the first bag and transfer it at least partly into the satellite bag for collecting the first blood component passing via said filter bag , - further compressing the first bag so as to extract the second blood component from the first bag and to transfer it at least partly into the storage compartment of said filter bag , characterised in that said method comprises the step of - closing the passage between the storage compartment and the filtration compartment . - compressing the first bag so as to extract the first blood component from the first bag and transfer it at least partly into the satellite bag for collecting the first blood component passing via said filter bag , - further compressing the first bag so as to extract the second blood component from the first bag and to transfer it at least partly into the storage compartment of said filter bag , - closing the passage between the storage compartment and the filtration compartment .
An arrangement for fastening an augmented reality head-up display in an electric vehicle, comprising a module cross member , a support part fastened to the module cross member or connected thereto, two holders for the head-up display , which are fastened to the support part and to the module cross member and are aligned parallel to and at a distance from one another, which each have a free end part, which is directed towards a front bulkhead of a vehicle body and which is connected to the bulkhead, the holders extending in an X-direction, namely in the longitudinal direction of the vehicle, and having interfaces for connecting the head-up display , it being possible for a steering column of the electric vehicle to reach through the support part in the region of the holders fastened thereto, characterized in that each holder consists of a shaped part made of steel, which is formed from a flat steel sheet with a straight upper marginal edge , which is directed forwards in the X-direction, and an angled lower marginal edge , which is also directed forwards, the holders having folded edges directed away from each other in the Y-direction, transversely to the X-direction, on both longitudinally extending regions of the marginal edges , which converge at the first ends attached to the support part in the manner of a U-shaped profile and have first perforations for fastening means for fastening to the support part, and converge at the second ends facing away from the module cross member and each have a plate-like connecting tab at the front, the connecting tabs forming the interface to the bulkhead, seats for supporting and fastening the head-up display being formed in the region of the upper marginal edges or their folded edges .
An electrode plate, comprising a current collector , an electrode active material layer disposed on at least one surface of the current collector , and an electrical connection member electrically connected to the current collector , wherein the electrode active material layer is disposed on a main body portion of the current collector at a zone referred to as a film zone (A), the electrical connection member and the current collector are welded and connected at an edge of the current collector at a welding zone referred to as a transfer welding zone (C), and a transition zone of the current collector between the film zone (A) and the transfer welding zone (C), coated with no electrode active material layer , is referred to as an extension zone (B); the current collector comprises a support layer and a conductive layer disposed on at least one surface of the support layer , a single-sided thickness D2 of the conductive layer satisfies: 30 nm ≤ D2 ≤ 2 μm, and the support layer is a polymer material layer or a polymer composite material layer; and the electrode plate further comprises an internal-short-circuit protection layer , and the internal-short-circuit protection layer is an organic insulation layer and covers the electrical connection member in the transfer welding zone (C) and at least a part of the extension zone (B), wherein viewed in a width direction of a coated surface of the electrode plate, the electrode active material layer comprises 2n + 1 zones based on compacted density, and compacted density of a middle zone is greater than compacted density of zones on both sides, wherein n = 1, 2, or 3; and preferably, n = 1. the electrode active material layer is disposed on a main body portion of the current collector at a zone referred to as a film zone (A), the electrical connection member and the current collector are welded and connected at an edge of the current collector at a welding zone referred to as a transfer welding zone (C), and a transition zone of the current collector between the film zone (A) and the transfer welding zone (C), coated with no electrode active material layer , is referred to as an extension zone (B); the current collector comprises a support layer and a conductive layer disposed on at least one surface of the support layer , a single-sided thickness D2 of the conductive layer satisfies: 30 nm ≤ D2 ≤ 2 μm, and the support layer is a polymer material layer or a polymer composite material layer; and the electrode plate further comprises an internal-short-circuit protection layer , and the internal-short-circuit protection layer is an organic insulation layer and covers the electrical connection member in the transfer welding zone (C) and at least a part of the extension zone (B), wherein viewed in a width direction of a coated surface of the electrode plate, the electrode active material layer comprises 2n + 1 zones based on compacted density, and compacted density of a middle zone is greater than compacted density of zones on both sides, wherein n = 1, 2, or 3; and preferably, n = 1.
Injector receiver, which has an injector nozzle for receiving an inlet section of a fuel injector and a connecting nozzle for receiving a connecting end of a pipeline , characterised in that the connecting end of the pipeline is joined in the connecting nozzle using a solder material by material bonding by means of a solder connection and in the connecting nozzle a solder stop component provided with a through opening is arranged which geometrically delimits the flow of solder when forming the solder connection in a process-secure manner and prevents a flow of solder into the injector nozzle.
A dynamic region division method, comprising: acquiring environment information collected by a robot when working in a first region; determining whether the robot has completed a work task in the first region, when a presence of a passage entering a second region is determined based on the environment information; and complementing a boundary for preventing the robot from entering at the passage to block the passage, when the work task is not completed. acquiring environment information collected by a robot when working in a first region; determining whether the robot has completed a work task in the first region, when a presence of a passage entering a second region is determined based on the environment information; and complementing a boundary for preventing the robot from entering at the passage to block the passage, when the work task is not completed.
A key update method, carried out by a user equipment, UE, wherein the method comprises receiving (S101) a first message from a network device, wherein the first message is used, by the UE, for releasing a radio resource control RRC connection, the first message comprises a first indication, and the first indication indicates that a key is to be updated; releasing (S102) the RRC connection; and in response to the first indication, initiating (S103) access to the network device, to obtain, by the UE, a security configuration, wherein the security configuration is used for obtaining, by the UE, a new key through calculation based on security configuration. receiving (S101) a first message from a network device, wherein the first message is used, by the UE, for releasing a radio resource control RRC connection, the first message comprises a first indication, and the first indication indicates that a key is to be updated; releasing (S102) the RRC connection; and in response to the first indication, initiating (S103) access to the network device, to obtain, by the UE, a security configuration, wherein the security configuration is used for obtaining, by the UE, a new key through calculation based on security configuration.
Liquid composition characterized in that the composition comprises: polymeric capsules with encapsulated viable Gram positive or/and viable Gram negative bacterial cells, wherein said polymeric capsules comprises polysaccharides or/and polysaccharides and lipids, or/and proteins; and at least one bactericidal surface active material or combination thereof, wherein the bactericidal surface active materials are selected from cocoglycozide-methyl oleate, cocamide diethanolamine, cocoglycozide, cocoamide propyl betaine and sodium lauryl sulphate; and at least one of phyto-extracts, or/and terpenes or/and alcohols, or/and fatty acids, or/and organic acids, and/or vitamins, and/or bacteriocidic/static preservative, and fragrances, and thickeners. polymeric capsules with encapsulated viable Gram positive or/and viable Gram negative bacterial cells, wherein said polymeric capsules comprises polysaccharides or/and polysaccharides and lipids, or/and proteins; and at least one bactericidal surface active material or combination thereof, wherein the bactericidal surface active materials are selected from cocoglycozide-methyl oleate, cocamide diethanolamine, cocoglycozide, cocoamide propyl betaine and sodium lauryl sulphate; and at least one of phyto-extracts, or/and terpenes or/and alcohols, or/and fatty acids, or/and organic acids, and/or vitamins, and/or bacteriocidic/static preservative, and fragrances, and thickeners.
An edge strip for pieces of furniture, comprising a melting layer and a structural layer of plastic connected to the melting layer , wherein the melting layer defines an abutting side of the edge strip and the material of the melting layer contains both polar and non-polar components in the molecular structure, characterised in that the melting layer is based on a material from which the structural layer is produced, wherein the structural layer is produced from polypropylene and the material of the melting layer is a maleic acid anhydride-grafted polypropylene.