mhurhangee/patent-ind-claim-en huggingface dataset:
An arrangement comprising an internal combustion engine with a crankshaft, a flywheel which is connected to the crankshaft and is coupled via a coupling device to output elements, an intermediate piece being arranged in a torque-transmitting manner between the flywheel and the coupling device , and a starter generator being arranged within a flywheel housing and being operatively connected to the crankshaft, the intermediate piece having an opening in its centre , in which opening a shaft body is mounted such that it can be displaced axially, and the shaft body being connected via a flexible transmission means to the coupling device , the shaft body being connected in a positively locking manner to the opening of the intermediate piece in such a way that a torque can be transmitted from the intermediate piece via the shaft body to the flexible transmission means which is fastened to the shaft body , the intermediate piece being fastened releasably to the flywheel by way of fastening means . the shaft body being connected in a positively locking manner to the opening of the intermediate piece in such a way that a torque can be transmitted from the intermediate piece via the shaft body to the flexible transmission means which is fastened to the shaft body , the intermediate piece being fastened releasably to the flywheel by way of fastening means .
A structure comprising: a decorative sheet comprising a surface layer and an adhesive layer containing a polymer selected from ethylene propylene copolymers, propylene/α-olefin copolymers, and combinations thereof, said polymer having 25 mass % or more and less than 100 mass% of propylene units; and a previously formed solid substrate containing a polymer having 25 to 100 mass % of propylene units, wherein the decorative sheet is integrated together with the substrate by applying the decorative sheet to the substrate by vacuum pressure forming or vacuum forming. a decorative sheet comprising a surface layer and an adhesive layer containing a polymer selected from ethylene propylene copolymers, propylene/α-olefin copolymers, and combinations thereof, said polymer having 25 mass % or more and less than 100 mass% of propylene units; and a previously formed solid substrate containing a polymer having 25 to 100 mass % of propylene units, wherein the decorative sheet is integrated together with the substrate by applying the decorative sheet to the substrate by vacuum pressure forming or vacuum forming.
A method of estimating a pose of a motor vehicle , comprising the steps of: - acquiring at least one pose estimate; and - determining an uncertainty of the at least one pose estimate; characterized in that determining the uncertainty of the pose estimate comprises scaling an uncertainty estimate of the pose estimate based on a comparison of the pose estimate with a priori information, wherein the a priori information is a comparison trajectory, and wherein the larger the distance of the associated pose estimate from the comparison trajectory, the larger the uncertainty estimate is scaled. - acquiring at least one pose estimate; and - determining an uncertainty of the at least one pose estimate;
A method for transmitting a random access preamble, the method comprising: generating, by a user equipment, UE, the random access preamble; and characterized in that : when a number of physical random access channel, PRACH, repetitions per attempt is larger than a threshold, splitting, by the UE, the random access preamble into a plurality of parts in discontinuous time resources, and separately transmitting, by the UE, each of the plurality of parts; wherein the random access preamble comprises the PRACH repetitions, each PRACH repetition of the PRACH repetitions comprises 4 symbol groups . splitting, by the UE, the random access preamble into a plurality of parts in discontinuous time resources, and separately transmitting, by the UE, each of the plurality of parts;
A method for data uploading, applied to a block data storage system for large scale-data sets in the range of GB to TB with a blockchain with light-weight peers and full-amount peers, wherein - the light-weight peers are configured as nodes to store the latest block data in the blockchain, - the full-amount peers are configured as nodes to store all block data in the blockchain, - each light-weight peer is configured in a local area network having a slave server, - each full-amount peer is configured in a local area network having a server and a block data storage system, wherein the method comprises: receiving (S201) a block upload request by a server located in a local area network with a block data storage system, wherein the request is sent by a slave server of a target node, wherein the target node includes the slave server and a lightweight peer; determining (S202) by the server whether block data corresponding to the block upload request has been uploaded to the block data storage system; acquiring (S203) by the server the block data if the block data corresponding to the block upload request is not uploaded to the block data storage system, and uploading by the server the block data to the storage space of the block data storage system; and sending (S204) by the server an uploading success instruction to the slave server if the uploading is successful, so as to instruct the slave server to delete the uploaded block data stored on a light-weight peer of the target node which includes the slave server. - the light-weight peers are configured as nodes to store the latest block data in the blockchain, - the full-amount peers are configured as nodes to store all block data in the blockchain, - each light-weight peer is configured in a local area network having a slave server, - each full-amount peer is configured in a local area network having a server and a block data storage system, receiving (S201) a block upload request by a server located in a local area network with a block data storage system, wherein the request is sent by a slave server of a target node, wherein the target node includes the slave server and a lightweight peer; determining (S202) by the server whether block data corresponding to the block upload request has been uploaded to the block data storage system; acquiring (S203) by the server the block data if the block data corresponding to the block upload request is not uploaded to the block data storage system, and uploading by the server the block data to the storage space of the block data storage system; and sending (S204) by the server an uploading success instruction to the slave server if the uploading is successful, so as to instruct the slave server to delete the uploaded block data stored on a light-weight peer of the target node which includes the slave server.
A sound transducer comprising: an electromagnetic coil where the coil comprises electrical leads; and a magnet system comprising a first magnet subsystem and a second magnet subsystem wherein the first magnet subsystem comprises a first magnet and a first pole piece where the first pole piece is coupled to the first magnet and wherein the second magnet subsystem comprises a second magnet and a second pole piece where the second pole piece is coupled to the second magnet ; where the magnet system is configured so that the first magnet subsystem and the second magnet subsystem are electrically isolated from each other; and where the magnet system is configured to provide an electrical interface to electrically connect the electrical leads of the coil to another member, wherein the electrical interface comprises the first pole piece and the second pole piece . an electromagnetic coil where the coil comprises electrical leads; and a magnet system comprising a first magnet subsystem and a second magnet subsystem wherein the first magnet subsystem comprises a first magnet and a first pole piece where the first pole piece is coupled to the first magnet and wherein the second magnet subsystem comprises a second magnet and a second pole piece where the second pole piece is coupled to the second magnet ; where the magnet system is configured so that the first magnet subsystem and the second magnet subsystem are electrically isolated from each other; and where the magnet system is configured to provide an electrical interface to electrically connect the electrical leads of the coil to another member, wherein the electrical interface comprises the first pole piece and the second pole piece .
A sprayer configured to spray fluid, the sprayer comprising: a spray gun configured to receive a fluid and spray the fluid onto a surface, the spray gun includes a gun body and a throat extending from the gun body; and a hopper mounted on the spray gun and configured to hold the fluid and provide the fluid to the spray gun , wherein the hopper comprises: a hopper base ; a lip disposed at a top end of the hopper base and extending around a top opening in the hopper base ; a lid disposed over the top opening and the lip ; a first seal disposed between an exterior side of the hopper base below the lip and an interior of the lid , wherein the lid and the exterior of the hopper base are configured to engage the first seal to enclose and seal an interior of the hopper base ; a neck disposed at an opposite end of the hopper base from the top opening and configured to mount to the throat, wherein the fluid moves through the neck and throat between the hopper and the spray gun; and an air passage extending through a wall of the hopper base , the air passage including a passage inlet and a passage outlet , and the air passage configured to provide pressurized air to an interior of the hopper . a spray gun configured to receive a fluid and spray the fluid onto a surface, the spray gun includes a gun body and a throat extending from the gun body; and a hopper mounted on the spray gun and configured to hold the fluid and provide the fluid to the spray gun , wherein the hopper comprises: a hopper base ; a lip disposed at a top end of the hopper base and extending around a top opening in the hopper base ; a lid disposed over the top opening and the lip ; a first seal disposed between an exterior side of the hopper base below the lip and an interior of the lid , wherein the lid and the exterior of the hopper base are configured to engage the first seal to enclose and seal an interior of the hopper base ; a neck disposed at an opposite end of the hopper base from the top opening and configured to mount to the throat, wherein the fluid moves through the neck and throat between the hopper and the spray gun; and an air passage extending through a wall of the hopper base , the air passage including a passage inlet and a passage outlet , and the air passage configured to provide pressurized air to an interior of the hopper . a hopper base ; a lip disposed at a top end of the hopper base and extending around a top opening in the hopper base ; a lid disposed over the top opening and the lip ; a first seal disposed between an exterior side of the hopper base below the lip and an interior of the lid , wherein the lid and the exterior of the hopper base are configured to engage the first seal to enclose and seal an interior of the hopper base ; a neck disposed at an opposite end of the hopper base from the top opening and configured to mount to the throat, wherein the fluid moves through the neck and throat between the hopper and the spray gun; and an air passage extending through a wall of the hopper base , the air passage including a passage inlet and a passage outlet , and the air passage configured to provide pressurized air to an interior of the hopper .
A method of providing relay capabilities in a wireless communication system, the method performed by a network controller of the wireless communication system, the method comprising: receiving network-level mobile device relaying capabilities about a particular mobile device , the network-level mobile device relaying capabilities indicating the relaying capabilities of the particular mobile device relevant to the manner in which the network uses relaying, and being received in a Non-Access Stratum, NAS, message; receiving radio-level relaying capabilities about the particular mobile device in an Access Stratum, AS, message; updating a stored context for the particular mobile device with the network-level and the radio-level relaying capabilities for that mobile device indicating that the particular mobile device can be used as a relay for relaying communications for another mobile device ; and configuring the wireless communication system to enable the particular mobile device to be used to provide relay functionality based on the updated stored context to relay communications for another mobile device ; wherein the network-level mobile device relaying capabilities comprise a level of relay capability indicating whether the particular mobile device can be used for all communications or for only a subset of communications. receiving network-level mobile device relaying capabilities about a particular mobile device , the network-level mobile device relaying capabilities indicating the relaying capabilities of the particular mobile device relevant to the manner in which the network uses relaying, and being received in a Non-Access Stratum, NAS, message; receiving radio-level relaying capabilities about the particular mobile device in an Access Stratum, AS, message; updating a stored context for the particular mobile device with the network-level and the radio-level relaying capabilities for that mobile device indicating that the particular mobile device can be used as a relay for relaying communications for another mobile device ; and configuring the wireless communication system to enable the particular mobile device to be used to provide relay functionality based on the updated stored context to relay communications for another mobile device ; wherein the network-level mobile device relaying capabilities comprise a level of relay capability indicating whether the particular mobile device can be used for all communications or for only a subset of communications.
A motor vehicle with a platform lift system comprising at least the following elements: a platform for receiving a transport chair with a passenger seated thereon, a lifting unit for performing vertical relative movements of the platform for the purpose of raising and lowering the platform and a horizontal movement device for performing horizontal relative movements between the platform and the lifting unit , wherein the platform is movable by the lifting unit and/or the horizontal movement device between an external position outside the motor vehicle and a transport position inside the motor vehicle , characterised in that the horizontal movement device and/or the lifting unit comprise a positive guide to be able to move the platform along an at least partially positively guided path, wherein the positive guide is formed by a multi-joint with a functionally connected coupling rod and/or a parallel kinematics .
A method, comprising: at an electronic device with one or more microphones , a speaker , one or more processors, and memory storing one or more programs for execution by the one or more processors, the electronic device configured to be awakened by any of a plurality of affordances, the plurality of affordances including i) a voice-based affordance comprising a spoken hotword and ii) an affordance other than the voice-based affordance: determining a noise profile of an environment around the electronic device , wherein the noise profile includes a frequency profile; determining whether the noise profile would interfere with the voice-based affordance, wherein determining whether the noise profile would interfere with the voice-based affordance comprises determining whether the noise profile would negatively affect recognition of the hotword in voice inputs detected by the electronic device by determining whether the frequency profile would interfere with the hotword; and in accordance with a determination that the noise profile would interfere with the voice-based affordance, presenting a hint to a user to use the affordance of the plurality of affordances other than the voice-based affordance to awaken the electronic device . determining a noise profile of an environment around the electronic device , wherein the noise profile includes a frequency profile; determining whether the noise profile would interfere with the voice-based affordance, wherein determining whether the noise profile would interfere with the voice-based affordance comprises determining whether the noise profile would negatively affect recognition of the hotword in voice inputs detected by the electronic device by determining whether the frequency profile would interfere with the hotword; and in accordance with a determination that the noise profile would interfere with the voice-based affordance, presenting a hint to a user to use the affordance of the plurality of affordances other than the voice-based affordance to awaken the electronic device .
A method for use in a network node of a frequency division duplex, FDD, wireless communication network, the method comprising, scheduling , for a wireless device, a first downlink transmission with a first transmission processing time on a first frequency carrier, the scheduling comprising a first downlink assignment index, DAI, the first DAI comprising a first total DAI and a first accumulative DAI; scheduling , for the wireless device, a second downlink transmission with a second transmission processing time different than the first processing time on a second frequency carrier, the scheduling comprising a second DAI, the second DAI comprising a second total DAI and a second accumulative DAI, wherein the first transmission processing time and the second transmission processing time relate to a respective hybrid automatic repeat request, HARQ, feedback transmission timing corresponding to the first downlink transmission and the second downlink transmission, and wherein the network node expects HARQ feedback for the first downlink transmission and the second downlink transmission in a single uplink transmission; and transmitting the scheduling for the first and second downlink transmission to the wireless device.
Process for characterizing a blood sample, comprising: - introducing a solution comprising blood platelets into a channel , said channel comprising an inlet and an outlet , the solution being introduced through the inlet of the channel, - creating a pressure difference between the inlet and the outlet of the channel, so as to move the solution forward from the inlet towards the outlet of the channel, - passing the solution into a measurement zone of the channel equipped with electrodes , - measuring an electrical signal using measurement means and said electrodes, while said electrodes are covered with the solution in the channel, characterized in that the forward movement of the solution from the inlet towards the outlet of the channel comprises a forward movement of a front between - the solution extending from the front towards the inlet of the channel on the one hand, and - a gas extending from the front towards the outlet of the channel on the other hand the pressure difference between the inlet and the outlet of the channel or a set-point of this pressure difference being constant during the forward movement of the solution in the channel. - introducing a solution comprising blood platelets into a channel , said channel comprising an inlet and an outlet , the solution being introduced through the inlet of the channel, - creating a pressure difference between the inlet and the outlet of the channel, so as to move the solution forward from the inlet towards the outlet of the channel, - passing the solution into a measurement zone of the channel equipped with electrodes , - measuring an electrical signal using measurement means and said electrodes, while said electrodes are covered with the solution in the channel, characterized in that the forward movement of the solution from the inlet towards the outlet of the channel comprises a forward movement of a front between - the solution extending from the front towards the inlet of the channel on the one hand, and - a gas extending from the front towards the outlet of the channel on the other hand the pressure difference between the inlet and the outlet of the channel or a set-point of this pressure difference being constant during the forward movement of the solution in the channel.
A processor comprising: a plurality of cores each to independently execute instructions; a power delivery logic coupled to the plurality of cores; and a power controller including a first logic that in response to a power consumption level of the processor being greater than a threshold level is to cause a first core of the plurality of cores to enter into a first inactive low power state of an operating system power management, OSPM, scheme independently of the OS, during execution of at least one thread on the first core and without a request from the first core, wherein the first logic is to send a first low power force signal to the first core to cause the first core to prepare for entry into the first inactive low power state during the at least one thread execution, and to send a second low power force signal to the power delivery logic to cause the power delivery logic to turn off power to the first core after the first core is prepared for the entry, a plurality of cores each to independently execute instructions; a power delivery logic coupled to the plurality of cores; and a power controller including a first logic that in response to a power consumption level of the processor being greater than a threshold level is to cause a first core of the plurality of cores to enter into a first inactive low power state of an operating system power management, OSPM, scheme independently of the OS, during execution of at least one thread on the first core and without a request from the first core, wherein the first logic is to send a first low power force signal to the first core to cause the first core to prepare for entry into the first inactive low power state during the at least one thread execution, and to send a second low power force signal to the power delivery logic to cause the power delivery logic to turn off power to the first core after the first core is prepared for the entry,
A sucking disc, comprising a sucking disc body , wherein the sucking disc body has a connecting portion at an outer side and a sucking surface at an inner side, the sucking disc body comprises a soft rubber layer and a hard rubber layer , the soft rubber layer and the hard rubber layer together form the sucking surface of the sucking disc body , and the hardness of the soft rubber layer is lower than the hardness of the hard rubber layer ; wherein the soft rubber layer has an annular structure, a surface of the hard rubber layer is provided with a mounting groove for cooperating with the soft rubber layer , and an outer surface of the soft rubber layer is not lower than an outer surface of the hard rubber layer ; characterized in that the mounting groove has a multi-stepped surface structure and a mounting portion of the soft rubber layer is also a multi-stepped surface.