mhurhangee/ep-ind-claims huggingface dataset:
A method of scheduling uplink transmissions from a plurality of users to a base station in a wireless communication network, the method comprising: estimate interference suppression gains for two or more candidate user constellations, wherein the interference suppression gain is defined as a measure of load reduction due to interference suppression in received signals, and wherein the candidate user constellation is defined by number of users and corresponding data rates; computing predicted loads for a scheduling interval for each of the two or more candidate user constellations as a function of the estimated interference suppression gains for the candidate user constellations; selecting one of the candidate user constellations for the scheduling interval based on the predicted loads; and scheduling uplink transmissions from a set of users during the scheduling interval according to the selected user constellation. estimate interference suppression gains for two or more candidate user constellations, wherein the interference suppression gain is defined as a measure of load reduction due to interference suppression in received signals, and wherein the candidate user constellation is defined by number of users and corresponding data rates; computing predicted loads for a scheduling interval for each of the two or more candidate user constellations as a function of the estimated interference suppression gains for the candidate user constellations; selecting one of the candidate user constellations for the scheduling interval based on the predicted loads; and scheduling uplink transmissions from a set of users during the scheduling interval according to the selected user constellation.
A rubber composition for a tire comprising: 100 parts by mass of a diene rubber; from 30 to 100 parts by mass of carbon black and/or a white filler; and from 0.3 to 30 parts by mass of a cured product prepared by curing a crosslinkable oligomer or polymer which is incompatible with the diene rubber; a JIS A hardness of the cured product being from 3 to 20, wherein the JIS A hardness is the durometer hardness prescribed by JIS K6253-3:2012 as measured with a type-A durometer at a temperature of 25°C. 100 parts by mass of a diene rubber; from 30 to 100 parts by mass of carbon black and/or a white filler; and from 0.3 to 30 parts by mass of a cured product prepared by curing a crosslinkable oligomer or polymer which is incompatible with the diene rubber; a JIS A hardness of the cured product being from 3 to 20, wherein the JIS A hardness is the durometer hardness prescribed by JIS K6253-3:2012 as measured with a type-A durometer at a temperature of 25°C.
A method of operating intermittently a remote apparatus comprising a data system for capturing data, displaying data and/or actuating based on data, a wireless modem and a controller, the remote machine being able to communicate with a server through a mobile telecommunications network, the method comprising: (a) leaving the wireless modem switched off; characterised by,when data has been captured by the data system and is ready to send to the server and/or at intervals, carrying out steps (b) to (d): (b) the controller automatically switches on the wireless modem and registers the remote apparatus to the mobile telecommunications network; (c) a signal is sent from the remote apparatus to the server using a signalling channel message, including the data that is ready to send if the amount of data that is ready to send fits within the signalling channel message; and (d) the controller automatically switches off the wireless modem to release network resources and conserve power. (a) leaving the wireless modem switched off; (b) the controller automatically switches on the wireless modem and registers the remote apparatus to the mobile telecommunications network; (c) a signal is sent from the remote apparatus to the server using a signalling channel message, including the data that is ready to send if the amount of data that is ready to send fits within the signalling channel message; and (d) the controller automatically switches off the wireless modem to release network resources and conserve power.
A data processing system comprising: a processor subsystem having access to a memory and a network interface device capable of supporting a communication link; a first non-operating system functionality, provided at user-level, configured to support the network interface device, wherein the first non-operating system functionality comprises a data plane development kit functionality; a second non-operating system functionality, provided at user-level, configured to perform protocol processing; an application configured to, in a transmit mode, while executing on the processor subsystem, form data to be transmitted, and write the data to a data buffer, said first and the second non-operating-system functionalities of the data processing system being configured to transmit the data aver a network via the network interface device; an operating system configured to, while executing on the processor subsystem in kernel mode and in response to the application being determined to be unresponsive, access the data buffer and its corresponding connection state and request transmission of the data in said data buffer utilising a first helper process, said first helper process being an operating system functionality executing at user-mode configured to transmit the data over the network via the network interface device, wherein said first helper process is configured to write descriptors from said data plane development kit functionality to a pseudo virtual interface, wherein said descriptors are references to the data buffer. a processor subsystem having access to a memory and a network interface device capable of supporting a communication link; a first non-operating system functionality, provided at user-level, configured to support the network interface device, wherein the first non-operating system functionality comprises a data plane development kit functionality; a second non-operating system functionality, provided at user-level, configured to perform protocol processing; an application configured to, in a transmit mode, while executing on the processor subsystem, form data to be transmitted, and write the data to a data buffer, said first and the second non-operating-system functionalities of the data processing system being configured to transmit the data aver a network via the network interface device; an operating system configured to, while executing on the processor subsystem in kernel mode and in response to the application being determined to be unresponsive, access the data buffer and its corresponding connection state and request transmission of the data in said data buffer utilising a first helper process, said first helper process being an operating system functionality executing at user-mode configured to transmit the data over the network via the network interface device, wherein said first helper process is configured to write descriptors from said data plane development kit functionality to a pseudo virtual interface, wherein said descriptors are references to the data buffer.
A brake control system for a motor vehicle, wherein - the brake control system has a first control unit for controlling a first brake actuator of the motor vehicle; and - the brake control system has a second control unit for controlling a second brake actuator of the motor vehicle; - the brake control system has a third control unit for controlling the first brake actuator and the second brake actuator; and - the brake control system has a switching device, which is configured to connect the third control unit to the first brake actuator and/or to the second brake actuator depending on a fault status of the brake control system; - the switching device is configured to connect the first control unit to the first brake actuator depending on the fault status; and/or - the switching device is configured to connect the second control unit to the second brake actuator depending on the fault status; and characterized in that - the switching device has a first switching element for connecting the first control unit to the first brake actuator, a second switching element for connecting the third control unit to the first brake actuator, a third switching element for connecting the third control unit to the second brake actuator, and a fourth switching element for connecting the second control unit to the second brake actuator. - the brake control system has a first control unit for controlling a first brake actuator of the motor vehicle; and - the brake control system has a second control unit for controlling a second brake actuator of the motor vehicle; - the brake control system has a third control unit for controlling the first brake actuator and the second brake actuator; and - the brake control system has a switching device, which is configured to connect the third control unit to the first brake actuator and/or to the second brake actuator depending on a fault status of the brake control system; - the switching device is configured to connect the first control unit to the first brake actuator depending on the fault status; and/or - the switching device is configured to connect the second control unit to the second brake actuator depending on the fault status; and characterized in that - the switching device has a first switching element for connecting the first control unit to the first brake actuator, a second switching element for connecting the third control unit to the first brake actuator, a third switching element for connecting the third control unit to the second brake actuator, and a fourth switching element for connecting the second control unit to the second brake actuator.
A display method of a mixed reality, MR, system supporting virtual reality, VR, applications, wherein the MR system comprises a processing device and a MR headset, wherein the processing device provides a first application programming interface, API, that runs VR contents and a second API that runs MR contents, wherein the second API is associated with the MR headset, and wherein the method comprises: providing a first application architecture platform and a second application architecture platform by the processing device, wherein the first API is able to run the VR contents on the first application architecture platform, wherein the second API is able to run the MR contents on the second application architecture platform, wherein the first application architecture platform and the second application architecture platform respectively comprise a first multimedia API and a second multimedia API, and wherein the first multimedia API and the second multimedia API have a common runtime at respective bottom layers; obtaining a first VR content by the processing device; informing the first API about a display-related setting of the MR headset through the second API by the processing device; rendering first texture data corresponding to the first VR content according to the display-related setting through the first API by the processing device; creating and sending a share handle associated with the first texture data to the second API through the first API via the first multimedia API and the second multimedia API having the common runtime by the processing device; and displaying the first texture data on the MR headset through the second API by using the share handle by the processing device. providing a first application architecture platform and a second application architecture platform by the processing device, wherein the first API is able to run the VR contents on the first application architecture platform, wherein the second API is able to run the MR contents on the second application architecture platform, wherein the first application architecture platform and the second application architecture platform respectively comprise a first multimedia API and a second multimedia API, and wherein the first multimedia API and the second multimedia API have a common runtime at respective bottom layers; obtaining a first VR content by the processing device; informing the first API about a display-related setting of the MR headset through the second API by the processing device; rendering first texture data corresponding to the first VR content according to the display-related setting through the first API by the processing device; creating and sending a share handle associated with the first texture data to the second API through the first API via the first multimedia API and the second multimedia API having the common runtime by the processing device; and displaying the first texture data on the MR headset through the second API by using the share handle by the processing device.
An electronic dart machine, comprising: a dart target part having a board shape divided into a plurality of target areas and including a sensor means (140, 142) detecting a location of a target area hit by a dart; an LED display part including a plurality of LED modules, each LED module being positioned at a location corresponding to an outermost part of each target area along a periphery of the dart target part; and a controller controlling an output display of each LED module by a preset control logic, recognizing the location of a target area through the sensor means (140, 142), the location being hit by the dart, and producing a dart hitting result by linking a content of the output display of the LED module with the location of the target area, the location being hit by the dart; display means displaying the dart hitting result produced by the controller; and input means inputting a control command, characterized in that each LED module is configured in a form that a plurality of LED chips are mounted in a grid-type on a one LED board and displays any one of letters, marks and numbers, and in that the output display of each LED module is a number display corresponding to each target area and variably displayed as time goes by within a one turn by a preset control logic. a dart target part having a board shape divided into a plurality of target areas and including a sensor means (140, 142) detecting a location of a target area hit by a dart; an LED display part including a plurality of LED modules, each LED module being positioned at a location corresponding to an outermost part of each target area along a periphery of the dart target part; and a controller controlling an output display of each LED module by a preset control logic, recognizing the location of a target area through the sensor means (140, 142), the location being hit by the dart, and producing a dart hitting result by linking a content of the output display of the LED module with the location of the target area, the location being hit by the dart; display means displaying the dart hitting result produced by the controller; and input means inputting a control command, characterized in that each LED module is configured in a form that a plurality of LED chips are mounted in a grid-type on a one LED board and displays any one of letters, marks and numbers, and in that the output display of each LED module is a number display corresponding to each target area and variably displayed as time goes by within a one turn by a preset control logic.
A pneumatic fastening tool comprising: a tool housing including a dispensing portion for dispensing a fastener;an inlet configured to receive input of compressed air; and a cap assembly comprising: a cap housing mounted to the tool housing; and a deflector configured to direct exhausted air through an outlet in a first direction, characterised in that: the pneumatic fastening tool further comprises a handle portion; the deflector has a stem received in the cap housing, the stem defining a bore extending in a second direction, the second direction being distinct from the first direction; and the cap assembly further comprises a locking member extending at least partially in the bore and configured to rotatably capture the deflector relative to the cap housing. a tool housing including a dispensing portion for dispensing a fastener;an inlet configured to receive input of compressed air; and a cap assembly comprising: a cap housing mounted to the tool housing; and a deflector configured to direct exhausted air through an outlet in a first direction, characterised in that: a cap housing mounted to the tool housing; and a deflector configured to direct exhausted air through an outlet in a first direction, characterised in that: the pneumatic fastening tool further comprises a handle portion; the deflector has a stem received in the cap housing, the stem defining a bore extending in a second direction, the second direction being distinct from the first direction; and the cap assembly further comprises a locking member extending at least partially in the bore and configured to rotatably capture the deflector relative to the cap housing.
Method for interchanging data of a disposable item, preferably a sensor, with a reusable part, preferably a control module, of a medical measurement system during a measurement of a blood value, in particular a blood glucose value, wherein the data, which are constant, individual, or batch-specific data, are used for controlling the measurement and/or for a calculation of the blood value to be measured and serve for monitoring the measurement conditions, according to which these data are written into a memory of an RFID tag of the disposable item during production of the disposable item and have at least one checksum or, respectively, are provided with an assigned checksum, the disposable item is connected to the measurement system at least in a data-related manner and preferably also mechanically, the data contained in the RFID tag are read out by the reusable part of the measurement system and subjected to a plausibility check on the basis of the at least one checksum, if the plausibility check is positive, the disposable item is released for use in the measurement system, and the data are stored on the RFID tag according to the principle of iterative double storage with checksum, wherein the data are stored on the RFID tag in the form of a first data set and a second data set and each of the two data sets is provided with its own checksum, wherein the first data set has data of the first version and the second data set has revised data, wherein in the case of an incomplete data overwrite in the second data set, the resulting checksum does not correspond to the theoretically expected checksum and the reusable part accesses the first data set. these data are written into a memory of an RFID tag of the disposable item during production of the disposable item and have at least one checksum or, respectively, are provided with an assigned checksum, the disposable item is connected to the measurement system at least in a data-related manner and preferably also mechanically, the data contained in the RFID tag are read out by the reusable part of the measurement system and subjected to a plausibility check on the basis of the at least one checksum, if the plausibility check is positive, the disposable item is released for use in the measurement system, and the data are stored on the RFID tag according to the principle of iterative double storage with checksum, wherein the data are stored on the RFID tag in the form of a first data set and a second data set and each of the two data sets is provided with its own checksum, wherein the first data set has data of the first version and the second data set has revised data, wherein in the case of an incomplete data overwrite in the second data set, the resulting checksum does not correspond to the theoretically expected checksum and the reusable part accesses the first data set.
Melamine-formaldehyde foam prepared from an unmodified melamine-formaldehyde precondensate devoid of any other thermoset-formers or other aldehydes comprising microspheres having a core comprising at least one active and/or effective substance selected from the group consisting of foam glass, sodium sulfate, sodium lauryl sulfate, polyethyleneglycols, cocoamides, fatty alcohols, quaternary ammonium salts, latent heat accumulators selected from the group consisting of paraffin, fatty acids, salt hydrates and mixtures thereof, flame retardants selected from the group consisting of aluminum hydroxide, magnesium hydroxide, hydrates, borates, red phosphor, organo halogen compounds, organo phosphates and mixtures thereof, intumescents containing the three active additives, acid source, carbonific or polyhydric compound and blowing agent, hydrophobicizing agents selected from the group consisting of silicon oil, fluoro carbon resin and mixtures thereof, adhesives selected from the group consisting ethylene-vinyl acetate and a tackifier, natural rubber and mixtures thereof, formaldehyde scavenger selected from the group consisting of urea, ethylene urea, ethylene glycol, polyols, amides, hydrazides, sorbitol, carbohydrazides and mixtures thereof, photocatalytically active titanium dioxide, skin care products and formulations selected from the group consisting of coconut oil, vitamins like E, C, B3, and mixtures thereof, abrasives selected from the group consisting of silicates, chalk, marble powder, inorganic nanoparticles and mixtures thereof and mixtures thereof and having a shell consisting of melamine-formaidehyde resin prepared from an unmodified melamine-formaldehyde precondensate devoid of any other thermoset-formers or other aldehydes.
A pharmaceutical composition comprising ketorolac or a pharmaceutically acceptable salt thereof for use in a method of providing analgesia comprising administering a bolus dose of ketorolac, followed by continuous infusion of the pharmaceutical composition, wherein the pharmaceutical composition comprises an aqueous solution comprising ketorolac or a pharmaceutically acceptable salt thereof in a concentration of from 0.1 mg/mL to 5 mg/mL and sodium chloride, and wherein the pharmaceutical composition is substantially free of alcohol, wherein the bolus dose of from 10 mg to 50 mg ketorolac or a pharmaceutically acceptable salt thereof, wherein the continuous infusion of from 0.5 mg to 5 mg per hour, and wherein the daily dose of the continuous infusion of the pharmaceutical composition is from 78 mg to 102 mg ketorolac or a pharmaceutically acceptable salt thereof. wherein the bolus dose of from 10 mg to 50 mg ketorolac or a pharmaceutically acceptable salt thereof, wherein the continuous infusion of from 0.5 mg to 5 mg per hour, and wherein the daily dose of the continuous infusion of the pharmaceutical composition is from 78 mg to 102 mg ketorolac or a pharmaceutically acceptable salt thereof.