mhurhangee/ep-ind-claims huggingface dataset:
A driver integrated circuit, IC, configured to provide data to a receiver IC, the driver IC comprising: a phase selection circuit configured to provide a phase selection signal to a receiver IC in response to a feedback signal provided from the receiver IC, the receiver IC sending a first clock signal to the driver IC, wherein the phase selection signal controls the data received by the receiver IC by selecting which portion of the first clock signal is utilized. a phase selection circuit configured to provide a phase selection signal to a receiver IC in response to a feedback signal provided from the receiver IC, the receiver IC sending a first clock signal to the driver IC, wherein the phase selection signal controls the data received by the receiver IC by selecting which portion of the first clock signal is utilized.
A semiconductor device comprising a substrate mounted on a carrier the substrate comprising a High Electron Mobility Transistor, HEMT, having a source, a gate and a drain, wherein the carrier comprises an electrically conductive shielding portion for providing shielding against electromagnetic interference associated with switching of the device during operation, characterised in that the electrically conductive shielding portion is electrically isolated from the source and from the backside of the substrate.
A method for transferring information under an Internet Protocol Multimedia Subsystem, hereinafter referred to as IMS, architecture, comprising: receiving Channel Associated Signalling Revision 2, hereinafter referred to as R2, response information transmitted by a called end; and converting the R2 response information into corresponding Session Initiation Protocol, hereinafter referred to as SIP, response information; and adding a response identifier corresponding to the R2 response information to the SIP response information; characterized by wherein the response identifier comprises at least one of the following: a parameter indicating a user line state, a charge indicator parameter, a parameter indicating whether call release is controlled by a calling or called party, a call type parameter, and a forward-to-interception-center parameter. receiving Channel Associated Signalling Revision 2, hereinafter referred to as R2, response information transmitted by a called end; and converting the R2 response information into corresponding Session Initiation Protocol, hereinafter referred to as SIP, response information; and adding a response identifier corresponding to the R2 response information to the SIP response information; characterized by wherein the response identifier comprises at least one of the following: a parameter indicating a user line state, a charge indicator parameter, a parameter indicating whether call release is controlled by a calling or called party, a call type parameter, and a forward-to-interception-center parameter.
A composition, comprising: at least one polyester matrix resin which is a polyethylene terephthalate resin that has an amount of isophthalic acid monomer units of up to 6% by mole based upon the total number of moles dicarboxylic acid monomer units, at least one filler selected from the group consisting of an organo-clay exfoliated in a polyamide comprising polymerized units of m-xylene diamine (MXDA) and an organo-clay in the form of nano-platelets, and a co-polyamide co-barrier resin in a amount of from 2 to 6 wt% based on the total weight of the composition, wherein the co-polyamide co-barrier resin further comprises reacted units of meta-xylene diamine, adipic acid, and isophthalic acid and is dispersed in the polyester matrix resin. wherein the polyester matrix resin is obtained by polymerizing a mixture comprising at least one dicarboxylic acid and at least one diol, and wherein the polyester matrix resin has an intrinsic viscosity determined in accordance with ASTM D4603 of from 0.7 to 0.9 at 30 °C in a mixed solvent of 60% phenol and 40% 1,1,2,2-tetrachloroethane, wherein % is wt % based on the total weight of phenol and 1,1,2,2-tetrachloroethane. at least one polyester matrix resin which is a polyethylene terephthalate resin that has an amount of isophthalic acid monomer units of up to 6% by mole based upon the total number of moles dicarboxylic acid monomer units, at least one filler selected from the group consisting of an organo-clay exfoliated in a polyamide comprising polymerized units of m-xylene diamine (MXDA) and an organo-clay in the form of nano-platelets, and a co-polyamide co-barrier resin in a amount of from 2 to 6 wt% based on the total weight of the composition, wherein the co-polyamide co-barrier resin further comprises reacted units of meta-xylene diamine, adipic acid, and isophthalic acid and is dispersed in the polyester matrix resin. wherein the polyester matrix resin is obtained by polymerizing a mixture comprising at least one dicarboxylic acid and at least one diol, and wherein the polyester matrix resin has an intrinsic viscosity determined in accordance with ASTM D4603 of from 0.7 to 0.9 at 30 °C in a mixed solvent of 60% phenol and 40% 1,1,2,2-tetrachloroethane, wherein % is wt % based on the total weight of phenol and 1,1,2,2-tetrachloroethane.
An arrangement for detecting a downhole drilling event during a drilling operation by a drill pipe being partially surrounded by a tubular, wherein the arrangement comprises: a sensors holder to be mounted inside of the tubular and to be mounted to surround part of the drill pipe; a plurality of sensors for sensing sensor data indicative of downhole drilling events, wherein at least part of the sensors is mounted on the sensors holder; and a processor configured for processing the sensor data to thereby detect a downhole drilling event, wherein the arrangement comprises a mounting fixture connected to the sensors holder and connected to the tubular, characterized in that the mounting fixture is resiliently connected to the sensors holder. a sensors holder to be mounted inside of the tubular and to be mounted to surround part of the drill pipe; a plurality of sensors for sensing sensor data indicative of downhole drilling events, wherein at least part of the sensors is mounted on the sensors holder; and a processor configured for processing the sensor data to thereby detect a downhole drilling event, wherein the arrangement comprises a mounting fixture connected to the sensors holder and connected to the tubular, characterized in that the mounting fixture is resiliently connected to the sensors holder.
Cartridge having a wall region, one end of which is adjoined by a connecting region which is closed in particular by a membrane, and at the opposite end of which optionally a bottom region is provided, wherein the wall region and optionally the bottom region define a cavity which accommodates a beverage substrate and/or foodstuff substrate, wherein the connecting region has at least one flange which is provided with a positioning means, characterized in that the positioning means comprises a rectilinear circumferential region of the at least one flange, wherein the circumference of the flange is formed in a curved manner away from the rectilinear circumferential region, wherein a neck is provided between the wall region and the connecting region.
A device communication management unit that is connectable to a high-order controller, wherein the device communication management unit comprises a device communication port to which a device is connectable wherein the device communication management unit comprises: a storage unit configured to store a copy setting information table; an operation receiving unit; the device communication management unit characterized in that it comprises an output data generation unit configured to generate IO-Link data that is data including ON/OFF information and analog information from the device; and a copy processing unit configured to generate digital output data that is data storing only the ON/OFF information and to be delivered to the high-order controller, from the IO-Link data in accordance with the copy setting information table stored in the storage unit, wherein the copy setting information table associates a storage position of the ON/OFF information in the IO-Link data with a storage position of the ON/OFF information in the digital output data; wherein the operation receiving unit is configured to receive a user's operation of changing the copy setting information table to change the stored storage position of the ON/OFF information in the IO-Link data. a storage unit configured to store a copy setting information table; an operation receiving unit; the device communication management unit characterized in that it comprises an output data generation unit configured to generate IO-Link data that is data including ON/OFF information and analog information from the device; and a copy processing unit configured to generate digital output data that is data storing only the ON/OFF information and to be delivered to the high-order controller, from the IO-Link data in accordance with the copy setting information table stored in the storage unit, wherein the copy setting information table associates a storage position of the ON/OFF information in the IO-Link data with a storage position of the ON/OFF information in the digital output data; wherein the operation receiving unit is configured to receive a user's operation of changing the copy setting information table to change the stored storage position of the ON/OFF information in the IO-Link data.
A polyurethane adhesive composition comprising a polyurethane dispersion and from 1.2% to 20%, by dry weight based on total dry weight of the polyurethane dispersion, a polyisocyanate crosslinker; wherein the polyurethane dispersion is a reaction product of, by dry weight, based on total dry weight of the polyurethane dispersion, from 10% to 40% of a monomeric aromatic diisocyanate, from 30% to 65% of a polyether polyol, from 15% to 30% of a polyester polyol having at least one aromatic group and one aliphatic group, from 0.1% to 8% of a polyamine, and from 0.5% to 10% of an ionic surfactant.
A compound of structural formula: wherein X is a non-fluorescent multivalent central core element, wherein X comprises a polyamine, a substituted cyclohexane, a substituted 1,3,5-triazine or a substituted benzene; at least one D is a fluorescent dye element; at least one W is a branching element; each S' is independently an intermediate chemical group, wherein at least one S' comprises a shield element, wherein the shield element comprises a plurality of side chains, wherein at least one side chain has a molecular weight of at least 300, and wherein the shield element does not comprise a protein; each B' is independently a terminal chemical group, wherein at least one B' comprises a binding element, wherein the binding element comprises a nucleotide, biotin or a polyphosphate; n is an integer from 2 to 6; each p' is independently an integer from 1 to 4; and each p" is independently an integer from 1 to 4; wherein each shield element is covalently incorporated between the fluorescent dye element and the binding element wherein the compound comprises at least one donor fluorophore and at least one acceptor fluorophore. X is a non-fluorescent multivalent central core element, wherein X comprises a polyamine, a substituted cyclohexane, a substituted 1,3,5-triazine or a substituted benzene; at least one D is a fluorescent dye element; at least one W is a branching element; each S' is independently an intermediate chemical group, wherein at least one S' comprises a shield element, wherein the shield element comprises a plurality of side chains, wherein at least one side chain has a molecular weight of at least 300, and wherein the shield element does not comprise a protein; each B' is independently a terminal chemical group, wherein at least one B' comprises a binding element, wherein the binding element comprises a nucleotide, biotin or a polyphosphate; n is an integer from 2 to 6; each p' is independently an integer from 1 to 4; and each p" is independently an integer from 1 to 4; wherein each shield element is covalently incorporated between the fluorescent dye element and the binding element wherein the compound comprises at least one donor fluorophore and at least one acceptor fluorophore.
Connection base intended to bear a wiper blade rubber and intended to be fixed to an adapter able to be connected to an actuating arm in order with this adapter to form a mechanical connector for a windscreen wiper for a motor vehicle, the adapter having an elongate shape with a first and second end, the connection base comprises a retention linear guide for the first end of the adapter and complementary removable-fixing means for the second end, these being borne on the one hand by the adapter and on the other hand by the said base, characterized in that the retention linear guide is created by base walls (17, 19, 21, 23) arranged in such a way as to form two insertion passages (27, 29) able to accept associated lateral parts (31, 33) of the first end of the adapter, and in that the said complementary removable-fixing means are formed by clip-fastening means (35, 37, 39) comprising two fork-shaped elastic arms (35, 37) able to accept an associated peg, the elastic arms (35, 37, 39) being provided inside the connection base between lateral flanges (17, 19).
An audio coding method, where a discontinuous transmission, DTX, scheme comprising transmission of silence insertion descriptor, SID, frames is applied during inactive signal periods, the method comprising: - determining, a number N of hangover frames, wherein the number N of hangover frames is variable; - transmitting the N hangover frames to an audio decoder; - transmitting a SID frame to the audio decoder after transmitting the N hangover frames, where the SID frame comprises information indicating the determined number N of hangover frames. - determining, a number N of hangover frames, wherein the number N of hangover frames is variable; - transmitting the N hangover frames to an audio decoder; - transmitting a SID frame to the audio decoder after transmitting the N hangover frames, where the SID frame comprises information indicating the determined number N of hangover frames.
Apparatus for protecting a site of surgical incision from ambient airborne microbes, comprising a unidirectional emitter of sterile gas conditioned by the emitter into coherent non-turbulent flow, said emitter being anatomically shape conformable for placement substantially anatomically levelly onto an anatomical surface of a surgical patient and for attaching said flow onto said surface and for blocking entry of ambient air under said emitter.
A method using one or more hardware processors, the method comprising: electronically accessing, by a content access module, digital content; analyzing (408, 502) the digital content, by a speech detector, to identify at least one dialog segment within the digital content; verifying (504, 506, 508) the at least one dialog segment, wherein the verifying comprises performing lip movement detection on the digital content, and determining whether the lip movement detection coincides with a starting point and an ending point of the at least one dialog segment; adjusting the at least one dialog segment based on an outcome of the verifying, the adjusting comprising changing a starting point and/or ending point of the at least one dialog segment; causing display of the digital content on a device of a user; detecting a rewind trigger issued by the user; and in response to detecting the rewind trigger, rewinding the display of the digital content to the starting point of a preceding dialog segment identified based on the analysis of dialog in the digital content and adjusted based on the outcome ot the verifying. electronically accessing, by a content access module, digital content; analyzing (408, 502) the digital content, by a speech detector, to identify at least one dialog segment within the digital content; verifying (504, 506, 508) the at least one dialog segment, wherein the verifying comprises performing lip movement detection on the digital content, and determining whether the lip movement detection coincides with a starting point and an ending point of the at least one dialog segment; adjusting the at least one dialog segment based on an outcome of the verifying, the adjusting comprising changing a starting point and/or ending point of the at least one dialog segment; causing display of the digital content on a device of a user; detecting a rewind trigger issued by the user; and in response to detecting the rewind trigger, rewinding the display of the digital content to the starting point of a preceding dialog segment identified based on the analysis of dialog in the digital content and adjusted based on the outcome ot the verifying.
A method performed by a terminal for receiving a signal in a wireless communication system, the method comprising: receiving, from a base station, a parameter relating to a channel state information reference signal, CSI-RS, for a preparation operation, the parameter including information on a number of discontinuous reception, DRX, occasions associated with the CSI-RS; receiving, from the base station outside a DRX active time, the CSI-RS based on the parameter; performing, by using the received CSI-RS, the preparation operation for monitoring a physical downlink control channel, PDCCH, in the DRX active time; and monitoring the PDCCH in the DRX occasions within the DRX active time based on a result of the preparation operation, wherein the CSI-RS is received outside the DRX active time, in case that a DRX cycle configured for the terminal is larger than or equal to a threshold value. receiving, from a base station, a parameter relating to a channel state information reference signal, CSI-RS, for a preparation operation, the parameter including information on a number of discontinuous reception, DRX, occasions associated with the CSI-RS; receiving, from the base station outside a DRX active time, the CSI-RS based on the parameter; performing, by using the received CSI-RS, the preparation operation for monitoring a physical downlink control channel, PDCCH, in the DRX active time; and monitoring the PDCCH in the DRX occasions within the DRX active time based on a result of the preparation operation, wherein the CSI-RS is received outside the DRX active time, in case that a DRX cycle configured for the terminal is larger than or equal to a threshold value.
A process for the preparation of aggregate particles composed of successive layers of hardened solid carbonate-based reaction products, the process comprising tumbling carbonatable fines, or inert fines and a carbonatable binder, in the presence of moisture and carbon dioxide, wherein water is closely controlled to be present at a weight ratio to solids of not more than 0.5:1, such that the carbonatable materials and the carbon dioxide react as the tumbling proceeds.
A control arrangement for an autobrake interlock for an electric brake system of an aircraft, the control arrangement characterised by: an autobrake actuator power control architecture configured to enable/disable operating power for a brake mechanism of the electric brake system; and an autobrake actuator command architecture in parallel with the autobrake actuator power control architecture, the autobrake actuator command architecture being configured to process brake mechanism commands for the brake mechanism; the autobrake actuator power control architecture is capable of preventing actuation of the brake mechanism independently of the autobrake actuator command architecture; and the autobrake actuator command architecture is capable of preventing actuation of the brake mechanism independently of the autobrake actuator power control architecture. an autobrake actuator power control architecture configured to enable/disable operating power for a brake mechanism of the electric brake system; and an autobrake actuator command architecture in parallel with the autobrake actuator power control architecture, the autobrake actuator command architecture being configured to process brake mechanism commands for the brake mechanism; the autobrake actuator power control architecture is capable of preventing actuation of the brake mechanism independently of the autobrake actuator command architecture; and the autobrake actuator command architecture is capable of preventing actuation of the brake mechanism independently of the autobrake actuator power control architecture.
A method of a first integrated access backhaul, IAB, node in a wireless communication system, the method comprising: establishing a signaling radio bearer, SRB (1h-31, 1h-21); establishing a backhaul adaptation entity as an upper layer entity (1g-01, 1g-10, 1g-15) of a radio link control, RLC, entity; mapping (1g-10), by the backhaul adaptation entity, a RLC channel corresponding to data; adding, by the backhaul adaptation entity, a header including identification information for routing and address information of a donor IAB node to the data; and transmitting (1g-10) the data to a second IAB node based on the mapped RLC channel, wherein the backhaul adaptation entity is not configured for the SRB (1h-31, 1h-21) and a packet data convergence protocol, PDCP, is configured for the SRB (1h-31, 1h-21). establishing a signaling radio bearer, SRB (1h-31, 1h-21); establishing a backhaul adaptation entity as an upper layer entity (1g-01, 1g-10, 1g-15) of a radio link control, RLC, entity; mapping (1g-10), by the backhaul adaptation entity, a RLC channel corresponding to data; adding, by the backhaul adaptation entity, a header including identification information for routing and address information of a donor IAB node to the data; and transmitting (1g-10) the data to a second IAB node based on the mapped RLC channel, wherein the backhaul adaptation entity is not configured for the SRB (1h-31, 1h-21) and a packet data convergence protocol, PDCP, is configured for the SRB (1h-31, 1h-21).
A wireless communication element comprising: a first controller configured to: operate within a first clock domain; and generate data transfer information indicating a trigger value; and a second controller communicatively coupled to the first controller, and comprising a counter configured to increment a counter value, the second controller configured to: receive the data transfer information from the first controller; and generate a data transfer trigger when the counter value corresponds with the trigger value such that the wireless communication element initiates a data transfer with a second wireless communication element in response to the data transfer trigger; the counter configured to operate within a second clock domain separate from the first clock domain of the first controller. a first controller configured to: operate within a first clock domain; and generate data transfer information indicating a trigger value; and operate within a first clock domain; and generate data transfer information indicating a trigger value; and a second controller communicatively coupled to the first controller, and comprising a counter configured to increment a counter value, the second controller configured to: receive the data transfer information from the first controller; and generate a data transfer trigger when the counter value corresponds with the trigger value such that the wireless communication element initiates a data transfer with a second wireless communication element in response to the data transfer trigger; the counter configured to operate within a second clock domain separate from the first clock domain of the first controller. receive the data transfer information from the first controller; and generate a data transfer trigger when the counter value corresponds with the trigger value such that the wireless communication element initiates a data transfer with a second wireless communication element in response to the data transfer trigger; the counter configured to operate within a second clock domain separate from the first clock domain of the first controller.