mhurhangee/patent-ind-claim-en huggingface dataset:
Power electronics for an industrial truck, in particular for an on-board charger of the industrial truck, comprising a heat sink and a circuit board with power semiconductors arranged on the heat sink , wherein • a centrifugal fan is provided for actively cooling the heat sink , which centrifugal fan is designed to draw in air in an axial direction and to expel same radially, wherein the axial direction extends along the axis of rotation (A) of the centrifugal fan and • a diverting element connected radially to the centrifugal fan are provided for diverting at least some of the air flow expelled radially by the centrifugal fan in the axial direction into the heat sink , wherein • the heat sink comprises a plurality of cooling fins extending in the axial direction. • a centrifugal fan is provided for actively cooling the heat sink , which centrifugal fan is designed to draw in air in an axial direction and to expel same radially, wherein the axial direction extends along the axis of rotation (A) of the centrifugal fan and • a diverting element connected radially to the centrifugal fan are provided for diverting at least some of the air flow expelled radially by the centrifugal fan in the axial direction into the heat sink , wherein • the heat sink comprises a plurality of cooling fins extending in the axial direction.
A convection oven comprising: a cabinet having a top, bottom, front, rear, left side, and right side, an oven chamber in the cabinet sized for receiving food, at least one outlet for delivering gas to the oven chamber , at least one exhaust for exhausting gas from the oven chamber , recirculation ducting defining a recirculation gas flow path for flow of gas from the at least one exhaust to the at least one outlet for recirculating gas from the oven chamber back to the oven chamber , a fan in the recirculation ducting for moving gas along the recirculation gas flow path, and at least one turning vane in the recirculation ducting , the turning vane being configured for turning gas flow in the recirculation ducting from a first direction (D1) toward a second direction (D2) transverse to the first direction (D1) for following the gas flow path, the turning vane comprising a heating mechanism for heating gas in the recirculation ducting . a cabinet having a top, bottom, front, rear, left side, and right side, an oven chamber in the cabinet sized for receiving food, at least one outlet for delivering gas to the oven chamber , at least one exhaust for exhausting gas from the oven chamber , recirculation ducting defining a recirculation gas flow path for flow of gas from the at least one exhaust to the at least one outlet for recirculating gas from the oven chamber back to the oven chamber , a fan in the recirculation ducting for moving gas along the recirculation gas flow path, and at least one turning vane in the recirculation ducting , the turning vane being configured for turning gas flow in the recirculation ducting from a first direction (D1) toward a second direction (D2) transverse to the first direction (D1) for following the gas flow path, the turning vane comprising a heating mechanism for heating gas in the recirculation ducting .
A wireless communication apparatus comprising: a communication control unit for controlling a search process for discovering at least one peripheral wireless communication apparatus and a connection process to another wireless communication apparatus among the discovered peripheral wireless communication apparatuses selected on a display screen ; and a display control unit for generating the display screen including display of the at least one peripheral wireless communication apparatus discovered by the search process, characterized in that the communication control unit is configured to start control of the search process by start of an application and to control communication for receiving a function confirmation response to a function confirmation request transmitted to said other wireless communication apparatus , the function confirmation response being indicative of a function corresponding to the application , and in that the display screen generated by the display control unit includes display of said other wireless communication apparatus having the function corresponding to the application and pieces of content data to be transferred to said other wireless communication apparatus by the wireless communication apparatus . a communication control unit for controlling a search process for discovering at least one peripheral wireless communication apparatus and a connection process to another wireless communication apparatus among the discovered peripheral wireless communication apparatuses selected on a display screen ; and a display control unit for generating the display screen including display of the at least one peripheral wireless communication apparatus discovered by the search process, characterized in that the communication control unit is configured to start control of the search process by start of an application and to control communication for receiving a function confirmation response to a function confirmation request transmitted to said other wireless communication apparatus , the function confirmation response being indicative of a function corresponding to the application , and in that the display screen generated by the display control unit includes display of said other wireless communication apparatus having the function corresponding to the application and pieces of content data to be transferred to said other wireless communication apparatus by the wireless communication apparatus .
A composition for use in reducing the number of cancer cells in a mammal, wherein said composition consists essentially of a potato polysaccharide preparation obtained from raw potatoes, and wherein said cancer cells are colorectal cancer cells, non-small-cell lung cancer cells, pancreatic cancer cells, liver cancer cells, or neuroblastoma cancer cells.
A method performed by a user equipment , UE, the method comprising: receiving at the UE a fast dormancy, FD, configuration comprising an indication that the UE is permitted to send an FD indication; characterized by selecting one or more target bearers assigned to the UE to which the FD indication will apply based on the UE's knowledge of on-going connections and their traffic nature; and transmitting the FD indication based on the selection of the one or more target bearers. receiving at the UE a fast dormancy, FD, configuration comprising an indication that the UE is permitted to send an FD indication; characterized by selecting one or more target bearers assigned to the UE to which the FD indication will apply based on the UE's knowledge of on-going connections and their traffic nature; and transmitting the FD indication based on the selection of the one or more target bearers.
A communication method in a system in which a Frequency Division Duplexing, FDD, cell and a Time Division Duplexing, TDD, cell are aggregated, the method comprising: receiving a grant for uplink data channel transmission of the FDD cell through a (n-k-l)-th downlink subframe or special subframe of the TDD cell, wherein n is an integer number equal to or larger than 0 and k and 1 are natural numbers; transmitting an uplink data channel based on the grant for uplink data channel transmission through a (n-k)-th uplink subframe of the FDD cell; and receiving an acknowledgement, ACK, or a negative acknowledgement, NACK, for the uplink data channel through a n-th subframe of the TDD cell, wherein n is a subframe index value indicating a position of a subframe in a frame of the TDD cell, and is one of 0 to 9, characterized in that l is set as 4, and k is set as 6 regardless of the uplink/downlink configuration of the TDD cell wherein the n-th subframe indicated by n is a downlink subframe or a special subframe of the TDD cell and a corresponding hybrid automatic repeat request, HARQ, round-trip time is 10 ms. receiving a grant for uplink data channel transmission of the FDD cell through a (n-k-l)-th downlink subframe or special subframe of the TDD cell, wherein n is an integer number equal to or larger than 0 and k and 1 are natural numbers; transmitting an uplink data channel based on the grant for uplink data channel transmission through a (n-k)-th uplink subframe of the FDD cell; and receiving an acknowledgement, ACK, or a negative acknowledgement, NACK, for the uplink data channel through a n-th subframe of the TDD cell, wherein n is a subframe index value indicating a position of a subframe in a frame of the TDD cell, and is one of 0 to 9, characterized in that l is set as 4, and k is set as 6 regardless of the uplink/downlink configuration of the TDD cell wherein the n-th subframe indicated by n is a downlink subframe or a special subframe of the TDD cell and a corresponding hybrid automatic repeat request, HARQ, round-trip time is 10 ms.
Pipe catcher for a hot-forming machine , comprising a base for securing the pipe catcher in the hot-forming machine , an upper contact face for catching a glass pipe when it falls into the hot-forming machine , and a damping element which is arranged below the contact face in such a manner that it enables a resilient retraction of the contact face in the direction of the falling direction of the glass pipe , wherein the damping element comprises a compressible chamber which can be filled with a gas.
A method comprising: receiving, by a wireless device (106; 1502), configuration parameters comprising: a plurality of minimum scheduling offset MSO values, and a first identifier associated with multicast transmissions; receiving a first downlink control information DCI indicating a first MSO value from the plurality of MSO values; and applying, based on the MSO value, a first MSO restriction for receiving a first transport block TB scheduled by a group common DCI in response to: the group common DCI being scrambled with the first identifier, and the first TB being scrambled with the first identifier. receiving, by a wireless device (106; 1502), configuration parameters comprising: a plurality of minimum scheduling offset MSO values, and a first identifier associated with multicast transmissions; receiving a first downlink control information DCI indicating a first MSO value from the plurality of MSO values; and applying, based on the MSO value, a first MSO restriction for receiving a first transport block TB scheduled by a group common DCI in response to: the group common DCI being scrambled with the first identifier, and the first TB being scrambled with the first identifier.
Method for drying a transformer having a multistage cooling system, in particular a power transformer, having at least one transformer winding and at least one insulating means for electrical insulation, wherein the cooling stages comprise a lowest cooling stage and a highest cooling stage, wherein the individual cooling stages are in each case associated with one loading state range of the transformer and are activated when reaching the respective loading state range of the transformer , wherein the loading state range is a function which depends at least on a temperature of the transformer , and wherein the method for drying is carried out during the operation of the transformer , characterized in that an upper cooling stage which lies above the lowest cooling stage is deactivated, and the cooling stage lying directly below the upper cooling stage is activated, while the transformer is situated in the loading state range associated with the upper cooling stage. wherein the cooling stages comprise a lowest cooling stage and a highest cooling stage, wherein the individual cooling stages are in each case associated with one loading state range of the transformer and are activated when reaching the respective loading state range of the transformer , wherein the loading state range is a function which depends at least on a temperature of the transformer , and wherein the method for drying is carried out during the operation of the transformer , characterized in that an upper cooling stage which lies above the lowest cooling stage is deactivated, and the cooling stage lying directly below the upper cooling stage is activated, while the transformer is situated in the loading state range associated with the upper cooling stage.
A method for wireless communication performed by a base station, BS, , comprising: transmitting , to a user equipment, UE, served by the BS , information regarding two or more beam sets configured based on beam functionalities, wherein each of the two or more beam sets comprise one or more reference beams, having similar characteristics, used to transmit a reference signal, wherein the one or more reference beams of at least one of the two or more beam sets comprise beams associated with data beams and the one or more reference beams of at least another one of the two or more beam sets comprise beams associated with control beams from the BS ; transmitting , to the UE , one or more mobility parameters, wherein the one or more mobility parameters are associated with one of the one or more reference beams of one of the two or more beam sets and one or more mobility event triggers, wherein each beam set of the two or more beam sets having different mobility parameters; receiving , from the UE , an indication of a detected mobility event, the mobility event detected based, at least in part, on the one or more mobility parameters; and taking one or more actions based, at least in part, on the indication. transmitting , to a user equipment, UE, served by the BS , information regarding two or more beam sets configured based on beam functionalities, wherein each of the two or more beam sets comprise one or more reference beams, having similar characteristics, used to transmit a reference signal, wherein the one or more reference beams of at least one of the two or more beam sets comprise beams associated with data beams and the one or more reference beams of at least another one of the two or more beam sets comprise beams associated with control beams from the BS ; transmitting , to the UE , one or more mobility parameters, wherein the one or more mobility parameters are associated with one of the one or more reference beams of one of the two or more beam sets and one or more mobility event triggers, wherein each beam set of the two or more beam sets having different mobility parameters; receiving , from the UE , an indication of a detected mobility event, the mobility event detected based, at least in part, on the one or more mobility parameters; and taking one or more actions based, at least in part, on the indication.
A method for transmitting content by a source device in a wireless fidelity display, WFD, network, the method comprising the steps of: receiving, by the source device , at least one of device discovery information and service discovery information, from a sink device ; performing, by the source device , connection setup to the sink device based on the received at least one information, and establishing a session between the source device and the sink device ; receiving , by the source device , capability information from the sink device ; and transmitting , by the source device , to the sink device , display coordinates and the content being displayed on a screen of the source device based on the capability information, wherein the capability information includes a configuration indicating that the sink device is capable of receiving the content in the vertical or horizontal display mode, wherein the display coordinates indicate at least one section of a plurality of sections on the screen of the source device , and wherein a part of the content displayed on the at least one section on the screen of the source device is displayed on a screen of the sink device based on the display coordinates received by the sink device from the source device . receiving, by the source device , at least one of device discovery information and service discovery information, from a sink device ; performing, by the source device , connection setup to the sink device based on the received at least one information, and establishing a session between the source device and the sink device ; receiving , by the source device , capability information from the sink device ; and transmitting , by the source device , to the sink device , display coordinates and the content being displayed on a screen of the source device based on the capability information, wherein the capability information includes a configuration indicating that the sink device is capable of receiving the content in the vertical or horizontal display mode, wherein the display coordinates indicate at least one section of a plurality of sections on the screen of the source device , and wherein a part of the content displayed on the at least one section on the screen of the source device is displayed on a screen of the sink device based on the display coordinates received by the sink device from the source device .
A nonaqueous electrolyte secondary battery having a power-generating element comprising a positive electrode made by a positive electrode active material layer containing a positive electrode active material being formed on a surface of a positive electrode current collector, a negative electrode made by a negative electrode active material layer containing a negative electrode active material being formed on a surface of a negative electrode current collector, wherein the negative electrode active material contains graphite, and a separator containing an electrolyte, wherein the electrolyte contains an electrolyte salt, a nonaqueous solvent into which the electrolyte salt can be dissolved, a first additive, and a second additive that has a reduction potential less than the reduction potential of the first additive, the first additive is methylene methane disulfonate, the second additive is vinylene carbonate or vinylene carbonate in combination with fluoroethylene carbonate, and characterized by a relationship 0.21 ≦ A x L/SSA ≦ 0.69 and 0.51 ≦ B x L/SSA ≦ 1.5 is satisfied, wherein: SSA represents a BET specific area of the negative electrode active material in m 2 /g, L represents a ratio of a total volume of the electrolyte to a total void volume of the positive electrode, the negative electrode and the separator at a temperature of 25 °C, A represents a mass ratio of a total amount of the first additive to a total amount of the nonaqueous solvent and the electrolyte salt in the electrolyte, and B represents a mass ratio of a total amount of the second additive to the total amount of the nonaqueous solvent and the electrolyte salt in the electrolyte. SSA represents a BET specific area of the negative electrode active material in m 2 /g, L represents a ratio of a total volume of the electrolyte to a total void volume of the positive electrode, the negative electrode and the separator at a temperature of 25 °C, A represents a mass ratio of a total amount of the first additive to a total amount of the nonaqueous solvent and the electrolyte salt in the electrolyte, and B represents a mass ratio of a total amount of the second additive to the total amount of the nonaqueous solvent and the electrolyte salt in the electrolyte.
A method for a scheduled entity to communicate with a scheduling entity within a wireless communication network, comprising: estimating a timing advance value for communicating with the scheduling entity ; selecting a random access channel, RACH, configuration utilizing the timing advance value; and transmitting a RACH signal utilizing the RACH configuration; wherein the RACH configuration comprises at least a waveform configuration of the RACH signal, wherein the waveform configuration comprises a cyclic prefix, CP, length and a guard time, GT, length, and wherein selecting the RACH configuration further comprises: setting each of the CP length and the GT length equal to a difference between an estimated maximum round-trip time, RTT, for communications between the scheduled entity and the scheduling entity and an estimated minimum RTT for communications between the scheduled entity and the scheduling entity . estimating a timing advance value for communicating with the scheduling entity ; selecting a random access channel, RACH, configuration utilizing the timing advance value; and transmitting a RACH signal utilizing the RACH configuration; wherein the RACH configuration comprises at least a waveform configuration of the RACH signal, wherein the waveform configuration comprises a cyclic prefix, CP, length and a guard time, GT, length, and wherein selecting the RACH configuration further comprises: setting each of the CP length and the GT length equal to a difference between an estimated maximum round-trip time, RTT, for communications between the scheduled entity and the scheduling entity and an estimated minimum RTT for communications between the scheduled entity and the scheduling entity .
A system comprising: a wearable device configured to output information related to an event generated in one application operable in a mobile terminal , the event being sensed by the wearable device , wherein the wearable device is further configured to display a notification icon guiding the presence of an attached file on a display unit of the wearable device ; and the mobile terminal including a touch screen configured to display an execution screen of a function linked to the generated event in response to a tap meeting a preset condition being input on the touch screen by a user wearing the wearable device , wherein the generated event is receiving a message including an attached file, the function is executing the attached file, wherein when the tap meeting a preset condition being input on the touch screen by the user wearing the wearable device is input while the notification icon is output on the display unit of the wearable device , the execution screen of the attached file is displayed on the touch screen and contents of the received message along with the attached file are displayed on the display of the wearable device . a wearable device configured to output information related to an event generated in one application operable in a mobile terminal , the event being sensed by the wearable device , wherein the wearable device is further configured to display a notification icon guiding the presence of an attached file on a display unit of the wearable device ; and the mobile terminal including a touch screen configured to display an execution screen of a function linked to the generated event in response to a tap meeting a preset condition being input on the touch screen by a user wearing the wearable device , wherein the generated event is receiving a message including an attached file, the function is executing the attached file, wherein when the tap meeting a preset condition being input on the touch screen by the user wearing the wearable device is input while the notification icon is output on the display unit of the wearable device , the execution screen of the attached file is displayed on the touch screen and contents of the received message along with the attached file are displayed on the display of the wearable device .