mhurhangee/ep-ind-claims huggingface dataset:
A method for dynamically switching port service configurations between an application processor, AP, and a communication module comprises the following steps of: A) after normal initialization, the AP and the communication module respectively performing port service configurations in an initialization phase; B) after the port service configurations in the initialization phase are completed, starting monitoring of data flow between the AP and the communication module; and C) the AP and the communication module respectively switching their respective current port service configurations to a port service configuration corresponding to the monitored data flow according to a result of the monitoring of the data flow; characterized by D1) after the port service configurations in the initialization phase are completed, the communication module monitoring its electric quantity or data transmission rate; and D2) when monitoring that the electric quantity or the data transmission rate is lower than a preset value, the communication module switching its port service configuration to a port service configuration with low power consumption, and notifying the AP to switch its port service configuration to the port service configuration with low power consumption. A) after normal initialization, the AP and the communication module respectively performing port service configurations in an initialization phase; B) after the port service configurations in the initialization phase are completed, starting monitoring of data flow between the AP and the communication module; and C) the AP and the communication module respectively switching their respective current port service configurations to a port service configuration corresponding to the monitored data flow according to a result of the monitoring of the data flow; characterized by D1) after the port service configurations in the initialization phase are completed, the communication module monitoring its electric quantity or data transmission rate; and D2) when monitoring that the electric quantity or the data transmission rate is lower than a preset value, the communication module switching its port service configuration to a port service configuration with low power consumption, and notifying the AP to switch its port service configuration to the port service configuration with low power consumption. D1) after the port service configurations in the initialization phase are completed, the communication module monitoring its electric quantity or data transmission rate; and D2) when monitoring that the electric quantity or the data transmission rate is lower than a preset value, the communication module switching its port service configuration to a port service configuration with low power consumption, and notifying the AP to switch its port service configuration to the port service configuration with low power consumption.
A variable impedance interface device for connecting a coaxial connector to an external component, the device comprising: a housing having a first end adapted to receive a coaxial connector and a second end having an interface, wherein the housing is attachable to an external component at the interface; a cavity within the housing and defined by an inner surface, the cavity having a cavity first end and a cavity second end, the cavity first end having a first diameter, and the cavity second end having a second diameter, the inner surface tapering from the first diameter to the second diameter; an opening for receiving a coaxial connector at the cavity first end; a center conductor extending into the housing from the second end and toward the first end and into the cavity, wherein the center conductor is electrically insulated from the housing by a dielectric; and characterized by comprising a plurality of mating positions in the cavity, the mating positions having a certain dimension due to the taper of the inner surface, wherein the mating positions define locations at which the coaxial connector is received by the housing positions, and wherein an impedance of the housing varies based on the location of the mating position. a housing having a first end adapted to receive a coaxial connector and a second end having an interface, wherein the housing is attachable to an external component at the interface; a cavity within the housing and defined by an inner surface, the cavity having a cavity first end and a cavity second end, the cavity first end having a first diameter, and the cavity second end having a second diameter, the inner surface tapering from the first diameter to the second diameter; an opening for receiving a coaxial connector at the cavity first end; a center conductor extending into the housing from the second end and toward the first end and into the cavity, wherein the center conductor is electrically insulated from the housing by a dielectric; and characterized by comprising a plurality of mating positions in the cavity, the mating positions having a certain dimension due to the taper of the inner surface, wherein the mating positions define locations at which the coaxial connector is received by the housing positions, and wherein an impedance of the housing varies based on the location of the mating position.
Ceiling mount for a pendant device, the ceiling mount comprising a mounting base for attachment to a ceiling, and a rod with a ceiling end connectable to the mounting base and an opposite linking end wherein the linking end of the rod comprises a hook for holding in use said pendant device, formed as a cutout in the linking end of the rod, characterized in that the rod is a tube with an interior forming a cable passage.
An inline encryption engine (110, 300) for use in a memory controller configured to process data read from a memory, comprising: a first data pipeline (114, 302) configured to: receive data that is encrypted data, an order tag of the encrypted data, and a first validity flag; decrypt the encrypted data from the memory; and output decrypted plaintext data; a second data pipeline (112, 306) configured to receive data that is plaintext data, an order tag for the data, and a second validity flag, wherein the second data pipeline includes a buffer so that the second data pipeline has the same length as the first data pipeline; an output multiplexer configured to select and output data from either the first pipeline or the second pipeline; and control logic configured to control the output multiplexer, wherein the control logic is configured to output valid data from the second pipeline when the first pipeline does not have valid output decrypted plaintext data available. a first data pipeline (114, 302) configured to: receive data that is encrypted data, an order tag of the encrypted data, and a first validity flag; decrypt the encrypted data from the memory; and output decrypted plaintext data; receive data that is encrypted data, an order tag of the encrypted data, and a first validity flag; decrypt the encrypted data from the memory; and output decrypted plaintext data; a second data pipeline (112, 306) configured to receive data that is plaintext data, an order tag for the data, and a second validity flag, wherein the second data pipeline includes a buffer so that the second data pipeline has the same length as the first data pipeline; an output multiplexer configured to select and output data from either the first pipeline or the second pipeline; and control logic configured to control the output multiplexer, wherein the control logic is configured to output valid data from the second pipeline when the first pipeline does not have valid output decrypted plaintext data available.
Package support for installing a wire package in a component in the form of a stator or rotor of an electric motor, the package support comprising the following: a press-in mandrel for pressing a wire package into the component, which press-in mandrel extends along an axis, a number of blades, which are radially adjustable, the blades protruding radially from the press-in mandrel at least in an extended state and defining a respective seat for a part of the wire package between two circumferentially adjacent blades, respectively, an actuating device designed to radially extend and retract the blades, and a displacing device designed to displace the blades along the axis. a press-in mandrel for pressing a wire package into the component, which press-in mandrel extends along an axis, a number of blades, which are radially adjustable, the blades protruding radially from the press-in mandrel at least in an extended state and defining a respective seat for a part of the wire package between two circumferentially adjacent blades, respectively, an actuating device designed to radially extend and retract the blades, and a displacing device designed to displace the blades along the axis.
A means for sustained release of optical clearing agent comprising a stick-shaped component including at least two supplying passages for supplying gas or liquid which are formed on the inside of the stick-shaped component and apertures of the respective supplying passages which are formed at positions along the circumference of the lateral surface in the vicinity of the top end of the stick-shaped component respectively, at least two pouch-shaped elastic components placed at positions along the circumference of the lateral surface in the vicinity of the top end of the stick-shaped component respectively to cover the apertures of the supplying passages respectively, the pouched-shaped elastic components being capable of being controlled to inflate or deflate in accordance with an amount of an inflow of or an outflow of the gas or liquid, characterized in that the means for sustained release of optical clearing agent comprises an optical clearing agent holding component fixed on the surface of a first component of the pouch-shaped elastic components, the optical clearing agent holding component holding an optical clearing agent and the optical clearing agent holding component being capable to perform sustained release of the optical clearing agent to the outside under pressure, and a body-fluid absorbing component fixed on the surface of a second component of the pouch-shaped elastic components, the body-fluid absorbing component being capable of absorbing body fluid which flows from a target object for the sustained release of the optical clearing agent or the body-fluid absorbing component being capable of dehydrating the target object by osmotic pressure.
An apparatus for rapidly cooling or heating the body temperature of a patient, the apparatus comprising: a pump portion for withdrawing blood through a blood inlet and returning blood through a blood outlet; a heat exchanger portion for selectively heating or cooling the blood; and a blood conduit (380, 400) in fluid communication with the blood outlet of the pump portion, the blood conduit (380, 400) being in direct thermal contact with the heat exchanger portion to selectively heat or cool the blood, wherein the heat exchanger portion comprises: a Peltier cell having one or more thermoelectric modules contained between ceramic substrates; and a heat sink in thermal contact with the one or more thermoelectric modules for removing heat from the one or more thermoelectric modules, wherein the blood conduit (380, 400) has a single channel defining a tortuous path, wherein the single channel has a uniform cross-section with an inlet on a first side of the heat exchanger portion and an outlet on a second side of the heat exchanger portion opposite the first side, and wherein the inlet of the single channel is perpendicular to the outlet of the single channel in the plane of the single channel. a pump portion for withdrawing blood through a blood inlet and returning blood through a blood outlet; a heat exchanger portion for selectively heating or cooling the blood; and a blood conduit (380, 400) in fluid communication with the blood outlet of the pump portion, the blood conduit (380, 400) being in direct thermal contact with the heat exchanger portion to selectively heat or cool the blood, wherein the heat exchanger portion comprises: a Peltier cell having one or more thermoelectric modules contained between ceramic substrates; and a heat sink in thermal contact with the one or more thermoelectric modules for removing heat from the one or more thermoelectric modules, a Peltier cell having one or more thermoelectric modules contained between ceramic substrates; and a heat sink in thermal contact with the one or more thermoelectric modules for removing heat from the one or more thermoelectric modules, wherein the blood conduit (380, 400) has a single channel defining a tortuous path, wherein the single channel has a uniform cross-section with an inlet on a first side of the heat exchanger portion and an outlet on a second side of the heat exchanger portion opposite the first side, and wherein the inlet of the single channel is perpendicular to the outlet of the single channel in the plane of the single channel.
An apparatus for processing and compressing pulp, comprising a perforated sieve base disc, and at least one rotating roll wheel on top of the sieve base disc, rolling around the sieve base disc, wherein both the sieve base disc and said at least one rotating roller wheel rolling on the sieve base disc are shaped as bevel gears and are positioned to form a bevel gear assembly, by which a rotating force can be introduced in the gears of the bevel gear to be partly converted to a compressive force for compressing pulp to be processed through perforations (28, 210) in the bevel gear like sieve base disc, characterized in that the bevel gear used as the sieve base disc has the perforations (28, 210) both at the butt ends (212") and at the tips of the teeth of the bevel gear, in the direction of the rotation axis B of the bevel gear, in such a way that the compressive force is transmitted to the pulp to be compressed in a direction perpendicular to the perforations (28, 210), the edges of the teeth forming a trough like space for the pulp to be compressed, preventing the pulp to be compressed from skidding in front of the roller wheel as the compression proceeds on the sieve base disc.
A carbon molecular sieve membrane formed from a precursor polymer that is a polyimide copolymer comprising 3,5-diaminobenzoic acid (DABA), said carbon molecular sieve membrane comprising, carbon, a transition metal and in the absence of sulfur, wherein the transition metal is Fe and the average valence state is greater than 0 and less than 3 as determined by X-ray absorption near edge structure (XANES), wherein the transition metal is present in the CMS membrane in an amount of from 0.01% to 15% by weight of the CMS membrane.
Heat accumulator, having a housing, first storage elements for storing thermal energy, the first storage elements being arranged in the housing, and an inlet passage, which is coupled to the housing in such a way that a working fluid can flow into the housing through the inlet passage, the inlet passage having an inlet opening, through which the working fluid can flow into the inlet passage from an area surrounding the heat accumulator, and the inlet passage having a diffuser portion, which has a flow cross section that becomes greater along a direction from the inlet opening to the housing, second storage elements for storing thermal energy being arranged in the inlet passage and at least one of the second storage elements being arranged in the diffuser portion, the diffuser portion having a first region and a second region, which is formed downstream of the first region along the direction from the inlet opening to the housing, the at least one second storage element being arranged in the second region and the first region being free from second storage elements, characterized in that the first region has an opening angle (β) and the second region has a further opening angle (α), the opening angle (β) being steeper than the further opening angle (α).
A polynucleotide sequence comprising: a. a nucleic acid sequence consisting of SEQ ID NO: 1 or a sequence with at least 85% identity to the nucleic acid sequence of SEQ ID NO: 1; or b. a nucleic acid sequence encoding an amino acid sequence consisting of SEQ ID NO: 2 or an amino acid sequence with at least 90% identity to SEQ ID NO: 2, for use as a vaccine adjuvant. a. a nucleic acid sequence consisting of SEQ ID NO: 1 or a sequence with at least 85% identity to the nucleic acid sequence of SEQ ID NO: 1; or b. a nucleic acid sequence encoding an amino acid sequence consisting of SEQ ID NO: 2 or an amino acid sequence with at least 90% identity to SEQ ID NO: 2,
A fastening aid for screwing a fastener having a locknut by rotating the fastener around a rotation axis with a predetermined torque, the fastening aid comprising: a sleeve element configured to be attached around the locknut along the rotation axis; and an engaging structure provided at an inner surface of the sleeve and configured to engage with the locknut when the sleeve is attached around the locknut; wherein the fastening aid is configured to allow screwing of the fastener around the rotation axis when exposed to a torque smaller than or equal to the predetermined torque and to prevent screwing of the fastener around the rotation axis when the predetermined torque is exceeded, characterized by a clasp element for reversibly closing the sleeve element to a closed state for attaching the sleeve around the locknut, and for reversibly opening the sleeve element to an opened state for detaching the sleeve from the locknut; wherein the engaging structure is configured to engage with an external structure of the locknut, and wherein the fastening aid is configured to prevent screwing of the fastener by the engaging structure being configured to slip over the external structure of the locknut when the predetermined torque is exceeded. a sleeve element configured to be attached around the locknut along the rotation axis; and an engaging structure provided at an inner surface of the sleeve and configured to engage with the locknut when the sleeve is attached around the locknut; wherein the fastening aid is configured to allow screwing of the fastener around the rotation axis when exposed to a torque smaller than or equal to the predetermined torque and to prevent screwing of the fastener around the rotation axis when the predetermined torque is exceeded, characterized by a clasp element for reversibly closing the sleeve element to a closed state for attaching the sleeve around the locknut, and for reversibly opening the sleeve element to an opened state for detaching the sleeve from the locknut; wherein the engaging structure is configured to engage with an external structure of the locknut, and wherein the fastening aid is configured to prevent screwing of the fastener by the engaging structure being configured to slip over the external structure of the locknut when the predetermined torque is exceeded.
A method for producing a molded article by press molding a composite material containing a resin composition and carbon fibers, wherein the resin composition contains a polyamide resin, a copper compound and potassium halide, the copper compound content is 0.1 parts by mass or more relative to 100 parts by mass of the polyamide resin, the method being characterized in that a mass ratio of potassium halide/copper compound is more than 0 and 1.0 or less. the copper compound content is 0.1 parts by mass or more relative to 100 parts by mass of the polyamide resin, the method being characterized in that a mass ratio of potassium halide/copper compound is more than 0 and 1.0 or less.
A carrier-nanoparticle complex comprising: a carbon carrier; a polymer layer provided on a surface of the carbon carrier and having an amine group and a hydrogen ion exchange group represented by the following Chemical Formula 12; and metal nanoparticles provided on the polymer layer: [Chemical Formula 12] -SO 3 - X in Chemical Formula 12, X is a monovalent cation group, wherein the polymer layer comprises a polyalkyleneimine having the amine group and a hydrogen ion exchange polymer having the hydrogen ion exchange group, or comprises a polymer derived from a polyalkyleneimine having the amine group and a hydrogen ion exchange polymer having the hydrogen ion exchange group. a carbon carrier; a polymer layer provided on a surface of the carbon carrier and having an amine group and a hydrogen ion exchange group represented by the following Chemical Formula 12; and metal nanoparticles provided on the polymer layer: [Chemical Formula 12] -SO 3 - X in Chemical Formula 12, X is a monovalent cation group, wherein the polymer layer comprises a polyalkyleneimine having the amine group and a hydrogen ion exchange polymer having the hydrogen ion exchange group, or comprises a polymer derived from a polyalkyleneimine having the amine group and a hydrogen ion exchange polymer having the hydrogen ion exchange group.
A graphics engine, comprising: a rendering engine for receiving graphics primitives and converting them to pixel information for transfer to a display, said rendering engine operable to access memory locations with multiple memory access requests for a Read or a Write operation and operable in a first address space; a plurality of memory blocks (306, 308), each individually accessible and all of said plurality of memory blocks configured in a virtual address space different than said first address space; a memory mapping device for mapping each of said memory requests to the virtual address space; and a pipeline engine for pipelining said mapped memory access requests for both Read and Write operations in accordance with a predetermined pipelining scheme, said memory access requests received in parallel and processed asynchronously, such that access to more than one of said memory blocks can occur at the same time. a rendering engine for receiving graphics primitives and converting them to pixel information for transfer to a display, said rendering engine operable to access memory locations with multiple memory access requests for a Read or a Write operation and operable in a first address space; a plurality of memory blocks (306, 308), each individually accessible and all of said plurality of memory blocks configured in a virtual address space different than said first address space; a memory mapping device for mapping each of said memory requests to the virtual address space; and a pipeline engine for pipelining said mapped memory access requests for both Read and Write operations in accordance with a predetermined pipelining scheme, said memory access requests received in parallel and processed asynchronously, such that access to more than one of said memory blocks can occur at the same time.
A device for determining current, with a shunt, a printed circuit board, an evaluation unit and a temperature sensor, the shunt comprising a resistance region with a substantially planar surface, the device for determining current being arranged in the resistance region on the surface of the shunt in such a way the temperature sensor is arranged in thermal connection with the resistance region of the shunt, wherein voltage taps are arranged on either side of the temperature sensor and making electrical contact with the surface of the shunt in order to detect a potential difference along the resistance region, wherein the printed circuit board comprises a milled-out section which runs essentially in a spiral around the temperature sensor, such that the temperature sensor is arranged on a printed circuit board plateau and is spring-mounted by a printed circuit board web remaining between the turns of the spiral milled-out section, wherein the temperature sensor is displaceable parallel to the normal vector of the plane of the printed circuit board and a restoring force acts between the printed circuit board and the temperature sensor by means of the printed circuit board web when the temperature sensor is displaced relative to the plane of the printed circuit board.