mhurhangee/ep-ind-claims huggingface dataset:
Method for the call allocation in an elevator group using a call allocation unit of an elevator group control, in which call allocation unit passenger flow data in the elevator group is used to adapt parameters of elevator components to improve the performance of the elevator group, whereby traffic data is retrieved from at least one transportation system, which traffic data is used to supplement expected passenger flow data for the adaption of call allocation parameters, characterized in that the traffic data are public traffic data from a public transportation system, that the public traffic data are obtained via a data interface with the internet or a mobile phone network from the public transportation system in the GTFS format, and that the public traffic data are updated by real-time data about the current schedule and/or traffic density as forwarded by the public transportation system via the internet or said mobile phone network.
A mobile terminal comprising: a receiving unit to wirelessly receive power from a wireless power transmitter; a sensing unit to sense a call signal, and a reception sensitivity measuring unit to measure call reception sensitivity of the mobile terminal, characterized in that when the call signal is sensed, the mobile terminal transmits a transmission power blocking signal for blocking the transmission power to the wireless power transmitter, wherein the mobile terminal transmits a transmission power resuming signal to the wireless power transmitter to resume the power transmission when the measured call reception sensitivity is equal to or more than a threshold value after the transmission power blocking signal is transmitted. a receiving unit to wirelessly receive power from a wireless power transmitter; a sensing unit to sense a call signal, and a reception sensitivity measuring unit to measure call reception sensitivity of the mobile terminal, characterized in that when the call signal is sensed, the mobile terminal transmits a transmission power blocking signal for blocking the transmission power to the wireless power transmitter,
A housing part for an electric plug connector, with a housing body, which has at least one contact element receiver for an electric contact element, and with at least one contact-securing member, which is pivotably mounted on the housing body about a pivot axis, with at least one contact-securing notch spaced apart from the pivot axis in a longitudinal direction running transverse to the pivot axis and running parallel to the pivot axis, which contact-securing notch is pivotable about the pivot axis into the contact element receiver, wherein the contact-securing notch is configured to be hook-shaped in a cross-section transverse to the pivot axis with a limb pointing towards the contact element receiver and a latching lug which projects along the longitudinal direction, wherein the limb has a recess in the cross-section on its side opposite the latching lug, characterised in that the contact-securing member has a rib, which is spaced apart in the longitudinal direction from the contact-securing notch, runs parallel to the pivot axis and is pivotable into a receiver, configured in a complementary manner, on the housing body, and in that a latching head with a counter-latching lug is formed between the receiver and a continuous receiver parallel to the pivot axis which opens the at least one contact element receiver for the contact-securing notch, wherein the counter-latching lug is arranged and configured such that it can be brought into engagement with the latching lug.
A method of providing communications including an extended protocol header comprising: receiving, by a recipient, a message in a communication protocol, said message having a header; including, by said recipient, an extension in said header to generate a message with said extended protocol header, said extension including additional information comprising authentication information and a service identifier; performing, by said recipient, an initial authentication of a user; routing, by said recipient, an initial requestor to a secondary information service with said authentication information embedded in said message; authenticating, by said secondary information service, said user by way of said authentication information of said message without having to re-request credentials from said user; and selecting, by said secondary information service, a specific service identified by said service identifier. receiving, by a recipient, a message in a communication protocol, said message having a header; including, by said recipient, an extension in said header to generate a message with said extended protocol header, said extension including additional information comprising authentication information and a service identifier; performing, by said recipient, an initial authentication of a user; routing, by said recipient, an initial requestor to a secondary information service with said authentication information embedded in said message; authenticating, by said secondary information service, said user by way of said authentication information of said message without having to re-request credentials from said user; and selecting, by said secondary information service, a specific service identified by said service identifier.
A method for measuring the profile of a component in the region of an edge of the component, wherein the component takes the form of a blade, vane, aerofoil, hydrofoil or similarly shaped component, the method comprising the following steps: a) determining the position of an edge point of the component, characterised by: aa) measuring the periphery of the component in the region of the edge; ab) producing two co-ordinate datasets (40,42) from the measurements, one dataset being produced from the measurements falling to one side of the edge and the other data being produced from the measurements falling to the other side of the edge; ac) fitting a best-fit curve (44;46) to each co-ordinate dataset; ad) determining the intersection point of the two curves; ae) defining this intersection point to be the edge point; b) defining a centre line for the component in the region of the edge using the edge point; and c) measuring at least one dimension (56;58;62;64) of the component with reference to a given position on the centre line. a) determining the position of an edge point of the component, characterised by: aa) measuring the periphery of the component in the region of the edge; ab) producing two co-ordinate datasets (40,42) from the measurements, one dataset being produced from the measurements falling to one side of the edge and the other data being produced from the measurements falling to the other side of the edge; ac) fitting a best-fit curve (44;46) to each co-ordinate dataset; ad) determining the intersection point of the two curves; ae) defining this intersection point to be the edge point; aa) measuring the periphery of the component in the region of the edge; ab) producing two co-ordinate datasets (40,42) from the measurements, one dataset being produced from the measurements falling to one side of the edge and the other data being produced from the measurements falling to the other side of the edge; ac) fitting a best-fit curve (44;46) to each co-ordinate dataset; ad) determining the intersection point of the two curves; ae) defining this intersection point to be the edge point; b) defining a centre line for the component in the region of the edge using the edge point; and c) measuring at least one dimension (56;58;62;64) of the component with reference to a given position on the centre line.
A method for handling beam link failure, the method being performed by a network node being a radio base station, the method comprising: detecting a beam link failure of a direct radio link between a transmission point of the network node and a first wireless device being a first user equipment, wherein the transmission point of the network node serves the first wireless device on the direct radio link and has an indirect radio link (130, 150) to the first wireless device via a second wireless device being a second user equipment, wherein the indirect radio link (130, 150) includes a direct link between the transmission point and the second wireless device and a device-to-device link between the second wireless device and the first wireless device; and configuring, in response to detecting the beam link failure, the first wireless device with control signalling using the indirect radio link (130, 150). detecting a beam link failure of a direct radio link between a transmission point of the network node and a first wireless device being a first user equipment, wherein the transmission point of the network node serves the first wireless device on the direct radio link and has an indirect radio link (130, 150) to the first wireless device via a second wireless device being a second user equipment, wherein the indirect radio link (130, 150) includes a direct link between the transmission point and the second wireless device and a device-to-device link between the second wireless device and the first wireless device; and configuring, in response to detecting the beam link failure, the first wireless device with control signalling using the indirect radio link (130, 150).
A flow sensor and fastener assembly (101, 102, 103, 104), comprising at least the following modules: a sensor housing (4, 54, 74) and a separate fastener element (6, 62); wherein: the sensor housing is adapted to receive a flow-based sensor; the sensor housing comprises connection means (20, 50, 80) for transmitting sensing signals from a fitted flow-based sensor; the fastener element comprises a head and a shank, at least part of the shank being externally threaded; the fastener element comprises a bore extending through the whole length of the fastener element to receive said means (8, 50, 80, 90) for transmitting the sensing signals from the flow-based sensor; the bore is shaped at the head end of the fastener to provide a sensor housing receiving part, and the sensor housing is replaceable in the fastener element while the fastener is fastened in position to a structure. a sensor housing (4, 54, 74) and a separate fastener element (6, 62); wherein: the sensor housing is adapted to receive a flow-based sensor; the sensor housing comprises connection means (20, 50, 80) for transmitting sensing signals from a fitted flow-based sensor; the fastener element comprises a head and a shank, at least part of the shank being externally threaded; the fastener element comprises a bore extending through the whole length of the fastener element to receive said means (8, 50, 80, 90) for transmitting the sensing signals from the flow-based sensor; the bore is shaped at the head end of the fastener to provide a sensor housing receiving part, and the sensor housing is replaceable in the fastener element while the fastener is fastened in position to a structure. the sensor housing is adapted to receive a flow-based sensor; the sensor housing comprises connection means (20, 50, 80) for transmitting sensing signals from a fitted flow-based sensor; the fastener element comprises a head and a shank, at least part of the shank being externally threaded; the fastener element comprises a bore extending through the whole length of the fastener element to receive said means (8, 50, 80, 90) for transmitting the sensing signals from the flow-based sensor; the bore is shaped at the head end of the fastener to provide a sensor housing receiving part, and the sensor housing is replaceable in the fastener element while the fastener is fastened in position to a structure.
Rifaximin for use in decreasing a subject's risk of hepatic encephalopathy breakthrough episodes in a subject suffering from HE or in a subject with a risk of HE, - wherein a Conn score and asterixis score increase of one grade each or an increase of the Conn Score from 0 or 1 to 2 or greater is indicative of a breakthrough episode, - and wherein rifaximin is orally administered daily for a period of at least 168 days and wherein 550 mg of rifaximin is administered to the subject two times per day or wherein 275 mg of rifaximin is administered to the subject four times per day, and wherein lactulose is administered as a concomitant therapy. - wherein a Conn score and asterixis score increase of one grade each or an increase of the Conn Score from 0 or 1 to 2 or greater is indicative of a breakthrough episode, - and wherein rifaximin is orally administered daily for a period of at least 168 days and wherein 550 mg of rifaximin is administered to the subject two times per day or wherein 275 mg of rifaximin is administered to the subject four times per day, and wherein lactulose is administered as a concomitant therapy.
A method performed by a first base station, the method comprising: receiving, from a second base station, control information including channel related information; and transmitting, to the second base station, resource constraint information determined based on the control information, wherein the channel related information comprising: identification information of one or more terminals, and one or more channel state information, CSI, corresponding to the one or more UE identifications. receiving, from a second base station, control information including channel related information; and transmitting, to the second base station, resource constraint information determined based on the control information, wherein the channel related information comprising: identification information of one or more terminals, and one or more channel state information, CSI, corresponding to the one or more UE identifications. identification information of one or more terminals, and one or more channel state information, CSI, corresponding to the one or more UE identifications.
A method in a user equipment "UE" comprising: determining whether a first scheduled physical uplink shared channel "PUSCH" transmission from the UE collides with an uplink transmission of a first acknowledgement / negative acknowledgement "ACK/NACK" signal from the UE, the first ACK/NACK signal being part of an ACK/NACK repetition sequence; and responsive to the determining that the first scheduled PUSCH transmission from the UE collides with the transmission of the first ACK/NACK signal from the UE, refraining from transmitting the first ACK/NACK signal; and transmitting the first scheduled PUSCH transmission. determining whether a first scheduled physical uplink shared channel "PUSCH" transmission from the UE collides with an uplink transmission of a first acknowledgement / negative acknowledgement "ACK/NACK" signal from the UE, the first ACK/NACK signal being part of an ACK/NACK repetition sequence; and responsive to the determining that the first scheduled PUSCH transmission from the UE collides with the transmission of the first ACK/NACK signal from the UE, refraining from transmitting the first ACK/NACK signal; and transmitting the first scheduled PUSCH transmission. refraining from transmitting the first ACK/NACK signal; and transmitting the first scheduled PUSCH transmission.
A method of wireless communications, comprising: transmitting a message to one or more devices using a first transmission resource, wherein the message is transmitted in a device-to-device, D2D, transmission; determining a time hopping pattern for retransmission of the message using a time of transmission of the message, a frequency of transmission of the message, a received time hopping pattern, or a preset time hopping pattern; determining at least a second transmission resource based at least in part on the first transmission resource and the time hopping pattern; and retransmitting the message using the second transmission resource. transmitting a message to one or more devices using a first transmission resource, wherein the message is transmitted in a device-to-device, D2D, transmission; determining a time hopping pattern for retransmission of the message using a time of transmission of the message, a frequency of transmission of the message, a received time hopping pattern, or a preset time hopping pattern; determining at least a second transmission resource based at least in part on the first transmission resource and the time hopping pattern; and retransmitting the message using the second transmission resource.
Harvesting header for a harvester, having a supporting frame, having means for receiving and/or cutting crop from a field, and having a transverse conveying screw which is adjustable in terms of position by means of a power-operated actuator connected to a control device and which serves for transporting the crop to a discharge opening, wherein the control device is able to be operated so as to control the actuator, according to at least one crop property, in an automatic manner, characterized in that separately controllable actuators are provided at both ends of the transverse conveying screw, which actuators are adjustable in terms of position, according to a crop property of the respective part-width of the transverse conveying screw, separately from one another, and/or in that the transverse conveying screw is made up of at least two sections which are arranged laterally next to one another and which are adjustable in terms of position, according to a crop property of the respective section, separately by way of assigned actuators. characterized in that separately controllable actuators are provided at both ends of the transverse conveying screw, which actuators are adjustable in terms of position, according to a crop property of the respective part-width of the transverse conveying screw, separately from one another, and/or in that the transverse conveying screw is made up of at least two sections which are arranged laterally next to one another and which are adjustable in terms of position, according to a crop property of the respective section, separately by way of assigned actuators.
A semiconductor device comprising: a) a substrate defining a cavity; b) a die having an integrated circuit formed thereon, the die received in the cavity; c) a plurality of signal interconnects extending from the die; and d) a heat spreader comprising a base and a plurality of fins extending downwardly from the base, the base being mounted atop of the substrate and in thermal communication with the die, the fins extending into the substrate to direct heat generated by the die into the substrate. a) a substrate defining a cavity; b) a die having an integrated circuit formed thereon, the die received in the cavity; c) a plurality of signal interconnects extending from the die; and d) a heat spreader comprising a base and a plurality of fins extending downwardly from the base, the base being mounted atop of the substrate and in thermal communication with the die, the fins extending into the substrate to direct heat generated by the die into the substrate.
A method of manufacturing a cylinder head gasket to be installed by being sandwiched between a cylinder block and a cylinder head of an internal combustion engine, the cylinder head gasket comprising bore holes each having a circular plane at positions which are lapped over a combustion chamber in said cylinder block; and surface pressure generation portions (16, 16A, 16B, 17) constructed by three-dimensional shapes surrounding said bore holes at positions which are lapped over partition walls between the combustion chamber in said cylinder block and a water jacket portion, wherein said surface pressure generation portions (16, 16A, 16B, 17) are arranged at fixed positions in a thickness direction of said partition wall and are arranged closer to the combustion chamber side or the water jacket portion side than the fixed positions in the thickness direction of said partition wall partly on a circumference around the bore holes, the method comprising: a step of actually measuring bore deformation generated in the cylinder block to which the cylinder head gasket is installed, or estimating the bore deformation on the basis of a simulation; a step of designing so that the surface pressure generation portion (16, 16A, 16B, 17) is positioned closer to the combustion chamber side than the fixed position in the thickness direction of said partition wall at a position where the partition wall between the combustion chamber and the water jacket portion in said cylinder block deforms so as to fall down to the water jacket portion side as a result of said actual measurement or the estimating, and designing so that the surface pressure generation portion (16, 16A, 16B, 17) is positioned closer to the water jacket portion side than the fixed position in the thickness direction of said partition wall at the position where said partition wall deforms so as to fall down to the combustion chamber side; a step of manufacturing the cylinder head gasket on the basis of said design; and sequentially executing these steps. a step of actually measuring bore deformation generated in the cylinder block to which the cylinder head gasket is installed, or estimating the bore deformation on the basis of a simulation; a step of designing so that the surface pressure generation portion (16, 16A, 16B, 17) is positioned closer to the combustion chamber side than the fixed position in the thickness direction of said partition wall at a position where the partition wall between the combustion chamber and the water jacket portion in said cylinder block deforms so as to fall down to the water jacket portion side as a result of said actual measurement or the estimating, and designing so that the surface pressure generation portion (16, 16A, 16B, 17) is positioned closer to the water jacket portion side than the fixed position in the thickness direction of said partition wall at the position where said partition wall deforms so as to fall down to the combustion chamber side; a step of manufacturing the cylinder head gasket on the basis of said design; and sequentially executing these steps.
A granule of active ingredient with double taste masking, wherein the double taste masking is achieved by: - a hot-melt compound selected from waxes, hydrogenated vegetable oils, fatty acids, mono-, di- and triesters of fatty acids and of glycerol, triglycerides, glycerides, polyoxylglycerides, fatty alcohols, and mixtures thereof, and - a thermoplastic polymer that is soluble at a pH less than or equal to 5, which is a cationic copolymer based on alkyl methacrylate and on alkylamine methacrylate, and wherein the hot-melt compound and the thermoplastic polymer are each applied separately by means of thermal granulation. - a hot-melt compound selected from waxes, hydrogenated vegetable oils, fatty acids, mono-, di- and triesters of fatty acids and of glycerol, triglycerides, glycerides, polyoxylglycerides, fatty alcohols, and mixtures thereof, and - a thermoplastic polymer that is soluble at a pH less than or equal to 5, which is a cationic copolymer based on alkyl methacrylate and on alkylamine methacrylate,