mhurhangee/ep-ind-claims huggingface dataset:
A method of equally distributing rolling elements of a rolling bearing by arranging a plurality of rolling elements at equal circumferential intervals in a rolling element mounting space between an inner ring raceway provided on an outer peripheral surface of an inner ring and an outer ring raceway provided on an inner peripheral surface of an outer ring, wherein before the arranging step the method comprises: collecting the rolling elements to one circumferential place in the rolling element mounting space by a ball collection jig; characterized by conveying the rolling bearing to a next process via a conveyance mechanism in a state where, instead of the ball collection jig, a positional misalignment prevention member of the conveyance mechanism is inserted in a circumferential gap existing between circumferential ends of the rolling elements collected to one circumferential place in the rolling element mounting space. collecting the rolling elements to one circumferential place in the rolling element mounting space by a ball collection jig; characterized by conveying the rolling bearing to a next process via a conveyance mechanism in a state where, instead of the ball collection jig, a positional misalignment prevention member of the conveyance mechanism is inserted in a circumferential gap existing between circumferential ends of the rolling elements collected to one circumferential place in the rolling element mounting space.
A method of operating a refrigerating machine which comprises a closed circuit which has a refrigerant and in which an evaporator; a first compressor and at least one second compressor connected in parallel therewith; a condenser; a subcooler; and a first expansion valve are arranged after one another, wherein liquid refrigerant is branched off from the circuit between the condenser and the subcooler, is expanded by means of a second expansion valve, is at least partly evaporated by the subcooler and is supplied to the first and/or second compressor (12, 14) for cooling, characterized in that a compressed gas temperature of the or each compressor (12, 14) in operation is detected by means of a temperature sensor (32a, 32b) arranged in the region of the respective compressor outlet; and in that the second expansion valve is regulated in dependence on the respective highest compressed gas temperature of all the compressors (12, 14) in operation when the compressed gas temperature of at least one compressor (12, 14) exceeds a predetermined threshold value.
A composition comprising: a soluble yeast-derived β-glucan component composed of glucose monomers organized as a β-(1,3)-linked glucopyranose backbone with periodic β-(1,3) glucopyranose branches linked to the backbone via β-(1,6) glycosidic linkage; and an antibody component comprising a monoclonal antibody that specifically binds to the soluble β3-glucan; and an anti-tumor antibody. a soluble yeast-derived β-glucan component composed of glucose monomers organized as a β-(1,3)-linked glucopyranose backbone with periodic β-(1,3) glucopyranose branches linked to the backbone via β-(1,6) glycosidic linkage; and an antibody component comprising a monoclonal antibody that specifically binds to the soluble β3-glucan; and an anti-tumor antibody.
Wind turbine with blade pitch system wherein the wind turbine comprises: • at least one blade, • a bearing with a fixed ring attached to a hub of the wind turbine and a moving ring, • a driving plate actuated by an actuator attached to the hub, wherein the driving plate is disposed between the blade and the bearing and comprises a rear face disposed in contact with the blade and a front face disposed in contact with a rear face of the moving ring of the bearing, wherein the rear face of the driving plate is perpendicular to the longitudinal direction of the blade, and the front face of the driving plate is perpendicular to the bearing axis, the rear face and the front face of the driving plate forming an angle other than 0°, and • attaching means (9, 10) for connecting the blade, the driving plate and the moving ring of the bearing, wherein the actuator is attached to the front face of the driving plate, and wherein the attaching means (9, 10) comprise bolts arranged in holes passing through the moving ring of the bearing, the driving plate and the root of the blade, wherein the bolts are arranged parallel to the longitudinal direction of the blade. • at least one blade, • a bearing with a fixed ring attached to a hub of the wind turbine and a moving ring, • a driving plate actuated by an actuator attached to the hub, wherein the driving plate is disposed between the blade and the bearing and comprises a rear face disposed in contact with the blade and a front face disposed in contact with a rear face of the moving ring of the bearing, wherein the rear face of the driving plate is perpendicular to the longitudinal direction of the blade, and the front face of the driving plate is perpendicular to the bearing axis, the rear face and the front face of the driving plate forming an angle other than 0°, and • attaching means (9, 10) for connecting the blade, the driving plate and the moving ring of the bearing,
Nanofibers based on ester derivatives of hyaluronic acid and its salt characterized in that they comprise a photocurable ester derivative of hyaluronic acid or its salt of the general formula IV wherein n is integer in the range of 1 to 5000 dimers, R 3 are independently H or COCHCHR 1 wherein R 1 is 5- or 6-membered aryl or 5- or 6-membered heteroaryl having at least one or more identical or different heteroatoms selected from a group comprising N, O, S, provided that at least one R 3 of the derivative is COCHCHR 1; R 4 is H + or pharmaceutically acceptable salt; and at least one carrying polymer. wherein n is integer in the range of 1 to 5000 dimers, R 3 are independently H or COCHCHR 1 wherein R 1 is 5- or 6-membered aryl or 5- or 6-membered heteroaryl having at least one or more identical or different heteroatoms selected from a group comprising N, O, S, provided that at least one R 3 of the derivative is COCHCHR 1; R 4 is H + or pharmaceutically acceptable salt; and at least one carrying polymer.
A process for the production of a non-pneumatic tire comprising a structure and a shear band, wherein the process comprises the steps of: providing a structure having a surface intended to be put in contact with a shear band wherein the structure comprises a thermoplastic material; pretreating the surface of the structure to obtain a pretreated surface; characterised by providing an atmospheric pressure plasma generated from a gas mixture; depositing a plasma polymerized coating layer from the atmospheric pressure plasma on the pretreated surface to produce a structure with a coated surface comprising a plasma polymerized coating layer; providing a shear band with a layer of rubber material and contacting the coated surface of the structure with said layer of rubber material; and co-vulcanizing the coated surface of the structure with the layer of rubber material of the shear band. providing a structure having a surface intended to be put in contact with a shear band wherein the structure comprises a thermoplastic material; pretreating the surface of the structure to obtain a pretreated surface; characterised by providing an atmospheric pressure plasma generated from a gas mixture; depositing a plasma polymerized coating layer from the atmospheric pressure plasma on the pretreated surface to produce a structure with a coated surface comprising a plasma polymerized coating layer; providing a shear band with a layer of rubber material and contacting the coated surface of the structure with said layer of rubber material; and co-vulcanizing the coated surface of the structure with the layer of rubber material of the shear band.
A method performed by a secure element device, SE device, disposed in a terminal, the method comprises: receiving, by an applet in the SE device, a service request from a client application, CA, wherein the CA is an application that is installed on the terminal and that runs in a rich execution environment, REE; determining, by the applet, a to-be-used trusted user interface identifier, TUI identifier to identify a TUI template, based on the service request; sending, by the applet, a TUI call request including the determined TUI identifier to a TUI agent in the SE device,sending, by the TUI agent, a TUI call instruction carrying the TUI identifier to a trusted execution environment, TEE, wherein the TUI call instruction is used to indicate the TEE to obtain a stored TUI template corresponding to the TUI identifier from a plurality of stored TUI templates, drawing an image based on the TUI template, and calling a TUI to display the image; receiving, by the TUI agent, response information from the TEE, wherein the response information is information entered by a user by using the TUI displaying the image or information generated by the TEE based on interaction between the user and the TUI displaying the image; and sending, by the TUI agent, the response information to the applet; executing, by the applet, a corresponding service procedure based on the response information. receiving, by an applet in the SE device, a service request from a client application, CA, wherein the CA is an application that is installed on the terminal and that runs in a rich execution environment, REE; determining, by the applet, a to-be-used trusted user interface identifier, TUI identifier to identify a TUI template, based on the service request; receiving, by the TUI agent, response information from the TEE, wherein the response information is information entered by a user by using the TUI displaying the image or information generated by the TEE based on interaction between the user and the TUI displaying the image; and sending, by the TUI agent, the response information to the applet; executing, by the applet, a corresponding service procedure based on the response information.
A computer- implemented method comprising: storing in memory a volume of tissue activation data structure that is derived from analysis of a plurality of patients, wherein the VTA data structure is associated with a statistical representation of data that identifies the likelihood or probability of a therapeutic effect or side effect associated with providing stimulation for a given VTA based on the analysis of the plurality of patients; receiving patient data for a given patient, the patient data representing a clinical assessment of a patient condition or disease; and evaluating the VTA data structure relative to the patient data to determine a target VTA for achieving a desired therapeutic effect for the given patient, wherein the target VTA is a tissue volume determined, using the VTA data structure, to provide a statistically maximal clinical benefit corresponding to the clinical assessment of the patient data characterized in that said statistical representation being derived by a plurality of statistical atlases, wherein the plurality of statistical atlases are hierarchically organized according to specificity of disease and symptoms and therapeutic effect or side effect. storing in memory a volume of tissue activation data structure that is derived from analysis of a plurality of patients, wherein the VTA data structure is associated with a statistical representation of data that identifies the likelihood or probability of a therapeutic effect or side effect associated with providing stimulation for a given VTA based on the analysis of the plurality of patients; receiving patient data for a given patient, the patient data representing a clinical assessment of a patient condition or disease; and evaluating the VTA data structure relative to the patient data to determine a target VTA for achieving a desired therapeutic effect for the given patient, wherein the target VTA is a tissue volume determined, using the VTA data structure, to provide a statistically maximal clinical benefit corresponding to the clinical assessment of the patient data
An ice detecting apparatus mountable to an element of an aircraft having an exterior surface susceptible to ice formation thereon, the ice detecting apparatus comprising: a body formed as an elongated rod including at least one ice detector mounted on a first end thereof and being coupled on a second end thereof to an actuator configured to allow a longitudinal displacement thereof; a channel terminating on the surface; said rod being mounted inside the channel and configured to be selectively displaced between a protruding position in which the surface of said body protrudes out of said channel, and a retracted position in which the surface of said body is disposed inside said channel, and a scraping member so mounted relative to said body as to allow their movement one relative to the other and configured for scraping ice from the surface of said body during said movement; being characterized in that the ice detector is configured to detect ice accumulation on said exterior surface. a body formed as an elongated rod including at least one ice detector mounted on a first end thereof and being coupled on a second end thereof to an actuator configured to allow a longitudinal displacement thereof; a channel terminating on the surface; said rod being mounted inside the channel and configured to be selectively displaced between a protruding position in which the surface of said body protrudes out of said channel, and a retracted position in which the surface of said body is disposed inside said channel, and a scraping member so mounted relative to said body as to allow their movement one relative to the other and configured for scraping ice from the surface of said body during said movement; being characterized in that the ice detector is configured to detect ice accumulation on said exterior surface.
A data communication method using forward error correction, hereafter referred to as FEC, in a data receiving apparatus, the data communication method comprising: receiving at least one of symbols that constitute one encoding block unit; extracting from the at least one symbol information related to parameters that represent an FEC encoding rate determined by a data transmitting apparatus; determining whether an error may be corrected based on the extracted information and a number of symbols with errors from among the symbols that constitute the encoding block unit; transmitting the feedback information related to the at least one symbol prior to symbols that constitute the encoding block unit being completely received if the error cannot be corrected, wherein the parameters comprise encoding block unit length information, source block length information and symbol length information. receiving at least one of symbols that constitute one encoding block unit; extracting from the at least one symbol information related to parameters that represent an FEC encoding rate determined by a data transmitting apparatus; determining whether an error may be corrected based on the extracted information and a number of symbols with errors from among the symbols that constitute the encoding block unit; transmitting the feedback information related to the at least one symbol prior to symbols that constitute the encoding block unit being completely received if the error cannot be corrected, wherein the parameters comprise encoding block unit length information, source block length information and symbol length information.
A TV set signal switching box, connected between a TV set and signal sources to enable the signal sources to interact media signals with the TV set, said switching box comprises a first interface, a second interface and a processing unit, said first interface is electrically connected to and interactively communicates with the TV set, said second interface is electrically connected to a plurality of signal sources, supplies the signal sources with power by outputting a power supply signal, and outputs a control signal to the signal sources, and said processing unit receives a power supply signal from the TVSet thus being enabled, inputs the processing unit power supply signal, controls the power supply signal to the signal sources and detects the signal source device, interactively communicates with the TV set, determines a signal source that needs to operate and enables the signal source to operate, and the signal source outputs an audio and video signal to the TV set, wherein said signal sources are in the form of expansion cards and are detachably connected to the TV set signal switching box, and wherein said signal sources each include a function expansion module having an external device interface, characterized in that each external device interface is configured to receive an IR instruction so that data communication with a remote controller and the signal source can be directly carried out so as to control an operation thereof.
Apparatus for making composite wing panels, comprising: - a production line; - a plurality of tools coupled with the production line; - a production line drive configured to move the tools along the production line; - a plurality of workstations along the production line for performing work on the tools, including at least one wing skin lamination workstation; - at least one laminator (124a-124d) in the at least one wing skin lamination workstation for laying up composite wing skins on the tools; and - a controller coupled with the production line drive and configured to control movement of the tools along the production line. - a production line; - a plurality of tools coupled with the production line; - a production line drive configured to move the tools along the production line; - a plurality of workstations along the production line for performing work on the tools, including at least one wing skin lamination workstation; - at least one laminator (124a-124d) in the at least one wing skin lamination workstation for laying up composite wing skins on the tools; and - a controller coupled with the production line drive and configured to control movement of the tools along the production line.
A method of purifying an aromatic alcohol comprising: melt polymerizing a dihydroxy compound and a carbonate compound in the presence of a transesterification catalyst to form the aromatic alcohol and a polycarbonate in a melt polymerization facility; removing the aromatic alcohol in an overhead stream; separating the overhead stream in an aromatic alcohol purification unit into a purified aromatic alcohol stream comprising the aromatic alcohol and a purification unit bottom stream; separating the purification unit bottom stream in a diary carbonate purification unit into a diaryl carbonate stream and a diaryl carbonate purification unit bottom stream; and cracking a compound in the diaryl carbonate purification unit bottom stream in a cracker unit in the presence of a cracking agent to form a resultant stream comprising additional aromatic alcohol. melt polymerizing a dihydroxy compound and a carbonate compound in the presence of a transesterification catalyst to form the aromatic alcohol and a polycarbonate in a melt polymerization facility; removing the aromatic alcohol in an overhead stream; separating the overhead stream in an aromatic alcohol purification unit into a purified aromatic alcohol stream comprising the aromatic alcohol and a purification unit bottom stream; separating the purification unit bottom stream in a diary carbonate purification unit into a diaryl carbonate stream and a diaryl carbonate purification unit bottom stream; and cracking a compound in the diaryl carbonate purification unit bottom stream in a cracker unit in the presence of a cracking agent to form a resultant stream comprising additional aromatic alcohol.
Method for covering a screw head (207, 303) of a screw with a viscous coating material in a leaktight manner, said screw penetrating a workpiece surface, characterized by the following steps: applying a first web of the viscous coating material to the workpiece surface at a first inclination with respect to the workpiece surface, wherein the first web of the viscous coating material partially covers the screw head (207, 303) in any case after the applying operation; and applying a second web of the viscous coating material to the workpiece surface at a second inclination with respect to the workpiece surface, wherein the second web of the viscous coating material overlaps the first web after the applying operation in such a way that the screw head (207, 303) is completely covered; wherein the first inclination and the second inclination are mutually opposite. applying a first web of the viscous coating material to the workpiece surface at a first inclination with respect to the workpiece surface, wherein the first web of the viscous coating material partially covers the screw head (207, 303) in any case after the applying operation; and applying a second web of the viscous coating material to the workpiece surface at a second inclination with respect to the workpiece surface, wherein the second web of the viscous coating material overlaps the first web after the applying operation in such a way that the screw head (207, 303) is completely covered; wherein the first inclination and the second inclination are mutually opposite.
A conductive coil arrangement, in particular for electrode catheters for cardiac therapy, comprising - a multipolar conductive coil having a plurality of coradially wound into one another, individual coil wires (2.1 - 2.4), and - a contact zone in which at least one individual coil wire (2.1 - 2.4) from the conductive coil is electrically connected to a contact element, wherein - the at least one contacting individual coil wire (2.1 - 2.4) is routed outwardly out of the wire interconnection of the conductive coil with a radial direction component, and - the remainder of the conductive coil (2.1) is routed further centrally axially through the contact zone, characterized in that the conductive coil, which is routed further centrally axially through the contact zone, comprises an individual coil wire (2.1), and the remaining radially outwardly extending individual coil wires (2.2 - 2.4) of the conductive coil in the contact zone are each in the form of individual contact coils (2.2 - 2.4) which are radially offset and disposed axially parallel, preferably being distributed equally around the periphery. - a multipolar conductive coil having a plurality of coradially wound into one another, individual coil wires (2.1 - 2.4), and - a contact zone in which at least one individual coil wire (2.1 - 2.4) from the conductive coil is electrically connected to a contact element, wherein - the at least one contacting individual coil wire (2.1 - 2.4) is routed outwardly out of the wire interconnection of the conductive coil with a radial direction component, and - the remainder of the conductive coil (2.1) is routed further centrally axially through the contact zone, characterized in that the conductive coil, which is routed further centrally axially through the contact zone, comprises an individual coil wire (2.1), and the remaining radially outwardly extending individual coil wires (2.2 - 2.4) of the conductive coil in the contact zone are each in the form of individual contact coils (2.2 - 2.4) which are radially offset and disposed axially parallel, preferably being distributed equally around the periphery.