mhurhangee/ep-ind-claims huggingface dataset:
A method for ensuring eligibility of a piece of software to be installed on an end device, comprising the steps: - creating a requirements specification by evaluating a new piece of software regarding deployment requirements of the end device; - transmitting said requirements specification to the end device; - detecting actual deployment requirements on the end device and comparing the transmitted requirements specification with the detected actual deployment requirements; and - deploying the new piece of software on the end device in case it is determined that the requirements specification complies with the actual deployment requirements, characterized in that a software currently installed on the end device comprises an upper software layer and a lower software layer and - creating the requirements specification comprises determining information about capabilities the new piece of software provides to the upper software layer and/or about requirements of the new piece of software for the lower software layer; and - detecting the actual deployment requirements comprises determining information about capabilities the lower software layer provides to the new piece of software and/or about requirements of the upper software layer for the new piece of software, - wherein transmitting said requirements specification is performed along with transmitting the new piece of software to the end device. - creating a requirements specification by evaluating a new piece of software regarding deployment requirements of the end device; - transmitting said requirements specification to the end device; - detecting actual deployment requirements on the end device and comparing the transmitted requirements specification with the detected actual deployment requirements; and - deploying the new piece of software on the end device in case it is determined that the requirements specification complies with the actual deployment requirements, characterized in that a software currently installed on the end device comprises an upper software layer and a lower software layer and - creating the requirements specification comprises determining information about capabilities the new piece of software provides to the upper software layer and/or about requirements of the new piece of software for the lower software layer; and - detecting the actual deployment requirements comprises determining information about capabilities the lower software layer provides to the new piece of software and/or about requirements of the upper software layer for the new piece of software, - wherein transmitting said requirements specification is performed along with transmitting the new piece of software to the end device.
Method to decode a digitally transferred radio signal which contains data packets, wherein the data packets are symbols and each have a symbol duration (T S), wherein the symbol duration (T S) is divided into a guard interval (T G) and a user data region (T U) and obtains decoded data by means of a decoding of data transferred in the symbol duration (T S) within an evaluation window, wherein the start of each symbol is detected and the decoding is begun after the recognition of the same, such that the evaluation window extends into the guard interval (T G) of the symbol duration (T S) of the symbol, wherein the decoding is repeated multiple times by the evaluation window being shifted over the entire symbol duration (T S), characterised in that the data obtained during the decoding, which is repeated multiple times, are stored, compared to one another and an optimal position of the evaluation window within the symbol duration (T S) is determined by means of an evaluation algorithm, wherein, in the case of the optimal position of the evaluation window, disturbances in the user data region (T U) do not lie in the evaluation window.
A method implemented in a terminal device (120-1, 120-2), comprising: selecting a first transmission resource set from a plurality of transmission resource sets (310, 320) based on a beam-forming reciprocity capability of the terminal device (120-1, 120-2), wherein the plurality of transmission resource sets are indicated in information for one or more random access configurations received from the network device and are respectively corresponding to different numbers of random access transmissions; and transmitting, to the network device, up to a first number of random access signals in a random access request, wherein the first number is corresponding to the first transmission resource set. selecting a first transmission resource set from a plurality of transmission resource sets (310, 320) based on a beam-forming reciprocity capability of the terminal device (120-1, 120-2), wherein the plurality of transmission resource sets are indicated in information for one or more random access configurations received from the network device and are respectively corresponding to different numbers of random access transmissions; and transmitting, to the network device, up to a first number of random access signals in a random access request, wherein the first number is corresponding to the first transmission resource set.
Method for cleaning and/or drying pot-like hollow bodies, in particular transport containers for semiconductor wafers, the hollow bodies comprising walls (18, 20) that define an inner chamber having a defined internal shape, the inner chamber being open at one side, and the hollow body comprising comb-like ribs in the inner chamber, said method comprising the steps of: - providing a rinsing head (14; 58) that has an external shape that is complementary to the internal shape of the inner chamber, - inserting the rinsing head (14; 58) into the inner chamber from the open side until only a slot-like gap remains between the rinsing head and the walls (18, 20), and - rinsing the gap using a rinsing medium, characterised in that the rinsing head has an external contour that engages between the comb-like ribs. - providing a rinsing head (14; 58) that has an external shape that is complementary to the internal shape of the inner chamber, - inserting the rinsing head (14; 58) into the inner chamber from the open side until only a slot-like gap remains between the rinsing head and the walls (18, 20), and - rinsing the gap using a rinsing medium,
A method for uplink transmission control in carrier aggregation for multiple base stations comprising a first network node and a second network node, wherein the first network node is a primary base station, and the second network node is a secondary base station that does not comprise control plane interface to a core network, the method comprising: transmitting, by the first network node, a first indication message, to the second network node, wherein the first indication message comprises maximum transmission power for an uplink transmission performed by a user equipment, UE, on the second network node, wherein the first network node and the second network node provide the carrier aggregation for the UE.
An organic light emitting display device comprising a pixel, PX, wherein the pixel comprises a first sub-organic light emitting device, SED1; and a second sub-organic light emitting device, SED2, on the first sub-organic light emitting device, wherein: the first sub-organic light emitting device includes a first lower electrode, LE1, a first organic light emitting layer, EL1, on the first lower electrode, and a first upper electrode, UE1, on the first organic light emitting layer, and the second sub-organic light emitting device includes a second lower electrode, LE2, insulated from the first lower electrode, a second organic light emitting layer, EL2, on the second lower electrode and extending entirely over the first organic light emitting layer when viewed in a plan view, and a second upper electrode, UE2, on the second organic light emitting layer, wherein the second lower electrode is spaced apart from the first lower electrode when viewed in a plan view. a first sub-organic light emitting device, SED1; and a second sub-organic light emitting device, SED2, on the first sub-organic light emitting device, wherein: the first sub-organic light emitting device includes a first lower electrode, LE1, a first organic light emitting layer, EL1, on the first lower electrode, and a first upper electrode, UE1, on the first organic light emitting layer, and the second sub-organic light emitting device includes a second lower electrode, LE2, insulated from the first lower electrode, a second organic light emitting layer, EL2, on the second lower electrode and extending entirely over the first organic light emitting layer when viewed in a plan view, and a second upper electrode, UE2, on the second organic light emitting layer, wherein the second lower electrode is spaced apart from the first lower electrode when viewed in a plan view. the first sub-organic light emitting device includes a first lower electrode, LE1, a first organic light emitting layer, EL1, on the first lower electrode, and a first upper electrode, UE1, on the first organic light emitting layer, and the second sub-organic light emitting device includes a second lower electrode, LE2, insulated from the first lower electrode, a second organic light emitting layer, EL2, on the second lower electrode and extending entirely over the first organic light emitting layer when viewed in a plan view, and a second upper electrode, UE2, on the second organic light emitting layer, wherein the second lower electrode is spaced apart from the first lower electrode when viewed in a plan view.
A system for a vehicle, comprising: a control subsystem; an automated self-drive system in communication with the control subsystem and configured to facilitate unmanned automated operations; a user input subsystem including at least one offboard device; characterised in that the system further comprises: a user location subsystem configured to identify a location of an occurrence of an incident; an interactive remote communication subsystem in communication with the control subsystem and configured to send an alert to the at least one offboard device to establish two-way communication between an on-scene personnel and a remote user; and an interactive display subsystem in communication with the interactive remote communication subsystem and the user location subsystem, the interactive display subsystem operable to generate output for display on a vehicle window, the output associated with a two-way communication interface for remote communication with the remote user via the user input subsystem. a control subsystem; an automated self-drive system in communication with the control subsystem and configured to facilitate unmanned automated operations; a user input subsystem including at least one offboard device; characterised in that the system further comprises: a user location subsystem configured to identify a location of an occurrence of an incident; an interactive remote communication subsystem in communication with the control subsystem and configured to send an alert to the at least one offboard device to establish two-way communication between an on-scene personnel and a remote user; and an interactive display subsystem in communication with the interactive remote communication subsystem and the user location subsystem, the interactive display subsystem operable to generate output for display on a vehicle window, the output associated with a two-way communication interface for remote communication with the remote user via the user input subsystem. a user location subsystem configured to identify a location of an occurrence of an incident; an interactive remote communication subsystem in communication with the control subsystem and configured to send an alert to the at least one offboard device to establish two-way communication between an on-scene personnel and a remote user; and an interactive display subsystem in communication with the interactive remote communication subsystem and the user location subsystem, the interactive display subsystem operable to generate output for display on a vehicle window, the output associated with a two-way communication interface for remote communication with the remote user via the user input subsystem.
A PD-1 antagonist and a DR5 agonist for use in a method of treating cancer, wherein the PD-1 antagonist is an anti-PD-1 antibody or an antigen-binding fragment thereof, and the DR5 agonist is an anti-DR5 antibody or an antigen-binding fragment thereof
A method for operating an elevator system comprising a car which is moved in an elevator shaft, - wherein the car stops at a stopping floor, - wherein the car is stopped at the stopping floor, a flow of energy being blocked and/or a service brake being activated during the course of said stoppage, wherein, in the case of the flow of energy being blocked, a flow of energy of a drive of the car is blocked, and wherein, in the case of the service brake being activated, a service brake is activated, - and wherein, if adjustment is required, a position of the car is adjusted to the stopping floor, wherein the car position in the elevator shaft relative to the stopping floor is set during the course of the adjustment, - at least one operating parameter which relates to a change in loading of the car is detected, and - it is ascertained, depending on the at least one operating parameter at least before the car is stopped, whether adjustment to the stopping floor is required, characterized in that - if it is ascertained that adjustment is required, a first time, at which the adjustment is carried out, is determined, and that a second time, at which the car is stopped, is determined (204, 205). - wherein the car stops at a stopping floor, - wherein the car is stopped at the stopping floor, a flow of energy being blocked and/or a service brake being activated during the course of said stoppage, wherein, in the case of the flow of energy being blocked, a flow of energy of a drive of the car is blocked, and wherein, in the case of the service brake being activated, a service brake is activated, - and wherein, if adjustment is required, a position of the car is adjusted to the stopping floor, wherein the car position in the elevator shaft relative to the stopping floor is set during the course of the adjustment, - at least one operating parameter which relates to a change in loading of the car is detected, and - it is ascertained, depending on the at least one operating parameter at least before the car is stopped, whether adjustment to the stopping floor is required, characterized in that - if it is ascertained that adjustment is required, a first time, at which the adjustment is carried out, is determined, and that a second time, at which the car is stopped, is determined (204, 205).
A replacement method for attaching and detaching a tool for a press brake, the replacement method comprising: (a) a step of lifting up a lower tool holder, which holds a desired lower tool in a tool storage device disposed on a side of a press brake, from a lower tool holder support member (33L and 33R) that supports a plurality of the lower tool holders parallel with one another in a front-and-back direction, moving the lower tool holder forward and backward, and lowering both end sides in a left-and-right direction of the lower tool holder after passing both end sides through recessed portions formed on the lower tool holder support member (33L and 33R); (b) a step of conveying the lowered lower tool holder forward, and positioning the lower tool holder to a same height as a height of a lower tool mounting portion in a lower table in the press brake; (c) a step of transferring the lower tool, which is held in the lower tool holder, to the lower tool mounting portion and mounting the lower tool on the lower table by a tool replacement device; and (d) a step of performing reverse operations in order of step (c), step (b), step (a), and returning the lower tool, which is mounted on the lower table, to the tool storage device. (a) a step of lifting up a lower tool holder, which holds a desired lower tool in a tool storage device disposed on a side of a press brake, from a lower tool holder support member (33L and 33R) that supports a plurality of the lower tool holders parallel with one another in a front-and-back direction, moving the lower tool holder forward and backward, and lowering both end sides in a left-and-right direction of the lower tool holder after passing both end sides through recessed portions formed on the lower tool holder support member (33L and 33R); (b) a step of conveying the lowered lower tool holder forward, and positioning the lower tool holder to a same height as a height of a lower tool mounting portion in a lower table in the press brake; (c) a step of transferring the lower tool, which is held in the lower tool holder, to the lower tool mounting portion and mounting the lower tool on the lower table by a tool replacement device; and (d) a step of performing reverse operations in order of step (c), step (b), step (a), and returning the lower tool, which is mounted on the lower table, to the tool storage device.
A computer-implemented method comprising: receiving a first signal corresponding to a first flow of acoustic energy; applying to the received first signal: a first transform using at least a first amplitude-independent window size at a first frequency, the first frequency associated with a first resonance phenomenon, and a second transform using a second amplitude-independent window size at a second frequency, the second amplitude-independent window size improving a temporal response at the second frequency, wherein the second frequency is subject to amplitude reduction due to a second resonance phenomenon associated with the first frequency, and wherein the first and second amplitude-independent window sizes are different; and storing a first encoded signal, the first encoded signal based on applying the transforms to the received first signal. receiving a first signal corresponding to a first flow of acoustic energy; applying to the received first signal: a first transform using at least a first amplitude-independent window size at a first frequency, the first frequency associated with a first resonance phenomenon, and a second transform using a second amplitude-independent window size at a second frequency, the second amplitude-independent window size improving a temporal response at the second frequency, wherein the second frequency is subject to amplitude reduction due to a second resonance phenomenon associated with the first frequency, and wherein the first and second amplitude-independent window sizes are different; and a first transform using at least a first amplitude-independent window size at a first frequency, the first frequency associated with a first resonance phenomenon, and a second transform using a second amplitude-independent window size at a second frequency, the second amplitude-independent window size improving a temporal response at the second frequency, wherein the second frequency is subject to amplitude reduction due to a second resonance phenomenon associated with the first frequency, and wherein the first and second amplitude-independent window sizes are different; and storing a first encoded signal, the first encoded signal based on applying the transforms to the received first signal.
Method for applying liquid by means of an agricultural sprayer, in particular a field sprayer, comprising the steps of: - detecting rows of plants on an area of agriculturally productive land by means of a detection device of the sprayer; and - applying liquid onto the agriculturally productive land by means of application elements (12a-12k, 14a-14j), which are arranged along a spray boom of the agricultural sprayer transversely to the direction of travel, characterized in that the liquid is applied by means of a plurality of first of the application elements (12a-12k) along row regions (22a-22k) which have rows of plants (20a-20k) extending in the direction of travel, and by means of a plurality of second of the application elements (14a-14j) along intermediate regions (24a-24j), which are each located between two rows of plants (20a-20k) extending in the direction of travel, the application of liquid along the row regions (22a-22k) differing from the delivery of liquid along the intermediate regions (24a-24j) with respect to the application rate of liquid, and/or the application of liquid along the row regions (22a-22k) differing from the application of liquid along the intermediate regions (24a-24j) with respect to the application method, and/or the liquid being applied along the row regions (22a-22k) means of a first type of application elements (12a-12k) and the liquid being applied along the intermediate regions (24a-24j) by means of a second type of application elements (14a-14j). - detecting rows of plants on an area of agriculturally productive land by means of a detection device of the sprayer; and - applying liquid onto the agriculturally productive land by means of application elements (12a-12k, 14a-14j), which are arranged along a spray boom of the agricultural sprayer transversely to the direction of travel,
A network congestion control method, wherein the method comprises: receiving a target token request sent by a data transmit end, wherein the target token request carries an identifier of a data stream, a data volume of the data stream, and a data type; forwarding the target token request to a data receive end; receiving a target token packet that is determined based on the target token request and that is sent by the data receive end, wherein the target token packet comprises a priority identifier of the data stream and the identifier of the data stream, wherein the priority identifier is used to indicate a target token packet sending sequence; determining a sending rate of the target token packet based on a link bandwidth of a current device, a preset packet length of the target token packet, and a preset packet length of a data packet; and sending the target token packet to the data transmit end based on the priority identifier and the sending rate of the target token packet, so that the data transmit end sends a target data packet corresponding to the target token packet to the data receive end based on the target token packet. receiving a target token request sent by a data transmit end, wherein the target token request carries an identifier of a data stream, a data volume of the data stream, and a data type; forwarding the target token request to a data receive end; receiving a target token packet that is determined based on the target token request and that is sent by the data receive end, wherein the target token packet comprises a priority identifier of the data stream and the identifier of the data stream, wherein the priority identifier is used to indicate a target token packet sending sequence; determining a sending rate of the target token packet based on a link bandwidth of a current device, a preset packet length of the target token packet, and a preset packet length of a data packet; and sending the target token packet to the data transmit end based on the priority identifier and the sending rate of the target token packet, so that the data transmit end sends a target data packet corresponding to the target token packet to the data receive end based on the target token packet.