mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a vacuum pump system, wherein the vacuum pump system has a control unit having a connector for an accessory unit, wherein the method at least comprises the following steps: - outputting a message via the connector in accordance with a predefined communication protocol; - determining whether a response to the message is received via the connector; - if it is determined that a response to the message is not received, determining whether an electrical resistor is connected to the connector; - if it is determined that an electrical resistor is connected to the connector, recognizing and/or controlling the accessory unit based on the connected electrical resistor; if it is determined that an electrical resistor is not connected to the connector: - outputting a further message via the connector in accordance with the predefined communication protocol; - determining whether a response to the further message is received via the connector; - if it is determined that a response to the further message is received, controlling the accessory unit based on the received message. wherein the method at least comprises the following steps: - outputting a message via the connector in accordance with a predefined communication protocol; - determining whether a response to the message is received via the connector; - if it is determined that a response to the message is not received, determining whether an electrical resistor is connected to the connector; - if it is determined that an electrical resistor is connected to the connector, recognizing and/or controlling the accessory unit based on the connected electrical resistor; - outputting a message via the connector in accordance with a predefined communication protocol; - determining whether a response to the message is received via the connector; - if it is determined that a response to the message is not received, determining whether an electrical resistor is connected to the connector; - if it is determined that an electrical resistor is connected to the connector, recognizing and/or controlling the accessory unit based on the connected electrical resistor; if it is determined that an electrical resistor is not connected to the connector: - outputting a further message via the connector in accordance with the predefined communication protocol; - determining whether a response to the further message is received via the connector; - if it is determined that a response to the further message is received, controlling the accessory unit based on the received message. - outputting a further message via the connector in accordance with the predefined communication protocol; - determining whether a response to the further message is received via the connector; - if it is determined that a response to the further message is received, controlling the accessory unit based on the received message.
Wheat grain (Triticum aestivum) comprising an embryo and starch, wherein the embryo comprises two identical mutant alleles of an SBEIIa-A gene, two identical mutant alleles of an SBEIIa-B gene and two identical mutant alleles of an SBEIIa-D gene, at least one of said genes comprising a point mutation which is a loss of function mutation, wherein each of the SBEIIa genes gives rise to an amount of protein (w/w) or a protein having starch branching enzyme Ila (SBEIIa) activity which is lower than the corresponding wild-type gene such that the amount or activity of the SBEIIa protein in the grain is less than 2% of the amount or activity of SBEIIa protein in a wild-type wheat grain, wherein the starch comprises amylose such that the grain has an amylose content of at least 50% (w/w) as a proportion of the extractable starch of the grain. wherein each of the SBEIIa genes gives rise to an amount of protein (w/w) or a protein having starch branching enzyme Ila (SBEIIa) activity which is lower than the corresponding wild-type gene such that the amount or activity of the SBEIIa protein in the grain is less than 2% of the amount or activity of SBEIIa protein in a wild-type wheat grain, wherein the starch comprises amylose such that the grain has an amylose content of at least 50% (w/w) as a proportion of the extractable starch of the grain.
A circular accelerator comprising multipole electromagnets (41, 42), the circular accelerator that is adapted to accelerate charged particles orbiting along an orbital path to a predetermined energy to perform, by deviating the path from the orbital path to an extraction path, extraction of the charged particles exceeding a stable region formed by the multipole electromagnets (41, 42), the circular accelerator further comprising: - a multipole electromagnet energization control unit adapted for controlling energization of the multipole electromagnets (41, 42), wherein the multipole electromagnet energization control unit is adapted to set energization of the multipole electromagnets (41, 42) so that part of the charged particles are deviated to a discarding path other than the extraction path to discard unwanted charged particles, and then is adapted to set energization of the multipole electromagnets (41, 42) so that the charged particles orbiting in the orbital path are deviated to the extraction path to perform extraction of the charged particles, characterized in that the multipole electromagnet energization control unit is adapted to control energization of the multipole electromagnets (41, 42) so that orientation of a polygonal unstable region formed by the multipole electromagnets (41, 42) differs between when the unwanted charged particles are discarded and when the charged particles are extracted. - a multipole electromagnet energization control unit adapted for controlling energization of the multipole electromagnets (41, 42), wherein the multipole electromagnet energization control unit is adapted to set energization of the multipole electromagnets (41, 42) so that part of the charged particles are deviated to a discarding path other than the extraction path to discard unwanted charged particles, and then is adapted to set energization of the multipole electromagnets (41, 42) so that the charged particles orbiting in the orbital path are deviated to the extraction path to perform extraction of the charged particles,
A method at a commercial network device comprising: selecting and configuring a public safety device to operate as a mobile relay and/or a mobile gateway for public safety usage, wherein the public safety device is roaming in the commercial network; allocating a public safety specific spectrum to device-to-device communications for the public safety usage between the selected public safety device and other public safety devices, and providing mobile backhaul services by using commercial network spectrum between the selected public safety device and the serving base station of the commercial network, wherein the mobile backhaul services are provided by a request obtained from the public safety device or a public safety network. selecting and configuring a public safety device to operate as a mobile relay and/or a mobile gateway for public safety usage, wherein the public safety device is roaming in the commercial network; allocating a public safety specific spectrum to device-to-device communications for the public safety usage between the selected public safety device and other public safety devices, and providing mobile backhaul services by using commercial network spectrum between the selected public safety device and the serving base station of the commercial network, wherein the mobile backhaul services are provided by a request obtained from the public safety device or a public safety network.
A depletion mode reactor for depositing a chemical on a first surface of a plurality of a wafers simultaneously according to a chemical vapor depositions process, said reactor comprising: a reversible first port positioned on a first side of a plurality of vertically stacked susceptor plates and providing the supply or exhaust of a chemical; a plurality of first baffle channels, each of said first baffle channels coupled to said first port and through each of which a chemical may flow to a wafer insert pocket; each of susceptor plates of said plurality of vertically stacked susceptor plates comprising a wafer insert pocket exposing a first surface of a wafer to said chemical, each of said wafer insert pockets being coupled to a first baffle channel and a second baffle channel, said vertically stacked susceptor plates providing a flow path for said chemical across a first surface of each of said wafers; a plurality of second baffle channels, each of said second baffle channels coupled to a second reversible port and through each of which a chemical may flow to said insert pocket; and a reversible second port positioned on a second side of said plurality of vertically stacked susceptor plates and providing the supply or exhaust of a chemical; said reversible ports, said baffle channels, and said plurality of vertically stacked susceptor plates providing a chemical flow path; wherein said first reversible port and said reversible second port are capable of operating in either a supply mode or an exhaust mode to alternate the flow of chemical across a surface of a wafer. a reversible first port positioned on a first side of a plurality of vertically stacked susceptor plates and providing the supply or exhaust of a chemical; a plurality of first baffle channels, each of said first baffle channels coupled to said first port and through each of which a chemical may flow to a wafer insert pocket; each of susceptor plates of said plurality of vertically stacked susceptor plates comprising a wafer insert pocket exposing a first surface of a wafer to said chemical, each of said wafer insert pockets being coupled to a first baffle channel and a second baffle channel, said vertically stacked susceptor plates providing a flow path for said chemical across a first surface of each of said wafers; a plurality of second baffle channels, each of said second baffle channels coupled to a second reversible port and through each of which a chemical may flow to said insert pocket; and a reversible second port positioned on a second side of said plurality of vertically stacked susceptor plates and providing the supply or exhaust of a chemical; said reversible ports, said baffle channels, and said plurality of vertically stacked susceptor plates providing a chemical flow path; wherein said first reversible port and said reversible second port are capable of operating in either a supply mode or an exhaust mode to alternate the flow of chemical across a surface of a wafer.
Combustion device control unit comprising: - a control input (100a, 100b, 100c) for receiving at least one operating parameter (34, 35, 38) indicative of the operation of a combustion device; - a control output for outputting a control signal for controlling at least two different input fuel flows to the combustion device; - the control unit being configured for determining on the basis of the at least one operating parameter (100a, 100b, 100c) whether the combustion device is in a predefined operating stage; - the control unit being further configured for generating the control signal so as to set the ratio of the at least two different input fuel flows to a predetermined value (pscl, psc3) for a predetermined time (dt) in case the combustion device is in the predefined operating stage, characterized by, setting the ratio of the at least two different input fuel flows to a predetermined value comprises changing the ratio of the at least two different input fuel flows from a present value to the predetermined value (pscl, psc3) in a stepwise manner, and wherein setting the ratio of the at least two different input fuel flows to a predetermined value for a predetermined time (dt) is part of a pulse shaped temporal change of the ratio of the at least two different input fuel flows, - wherein after the predetermined time the ratio of the at least two different input fuel flows is set to a value that corresponds to a control regime applied before setting the ratio of the at least two different input fuel flows to the predetermined value. - a control input (100a, 100b, 100c) for receiving at least one operating parameter (34, 35, 38) indicative of the operation of a combustion device; - a control output for outputting a control signal for controlling at least two different input fuel flows to the combustion device; - the control unit being configured for determining on the basis of the at least one operating parameter (100a, 100b, 100c) whether the combustion device is in a predefined operating stage; - the control unit being further configured for generating the control signal so as to set the ratio of the at least two different input fuel flows to a predetermined value (pscl, psc3) for a predetermined time (dt) in case the combustion device is in the predefined operating stage, characterized by, setting the ratio of the at least two different input fuel flows to a predetermined value comprises changing the ratio of the at least two different input fuel flows from a present value to the predetermined value (pscl, psc3) in a stepwise manner, and wherein setting the ratio of the at least two different input fuel flows to a predetermined value for a predetermined time (dt) is part of a pulse shaped temporal change of the ratio of the at least two different input fuel flows, - wherein after the predetermined time the ratio of the at least two different input fuel flows is set to a value that corresponds to a control regime applied before setting the ratio of the at least two different input fuel flows to the predetermined value.
An exhaust gas cooler, in particular for a motor vehicle, comprising an inlet diffuser for supplying an exhaust gas flow, an exchanger area having a plurality of exchanger tubes extending in an axial direction, wherein the exchanger tubes are received on one end on a first, inlet-side bottom part and on their other end on a second outlet-side bottom part, an outlet diffuser opposite said inlet diffuser for discharging the exhaust gas flow, and a housing adapted to be flown through by a coolant, wherein said housing is made of a material which is not resistant to high temperatures, in particular plastic or aluminium, characterised in that a first seal is arranged between the inlet diffuser and the first bottom part for sealing the exhaust gas against the outside, and a second seal is arranged between the first bottom part and the housing for sealing the coolant against the outside.
Mobile device having communication and/or entertainment functions, wherein the mobile device is in the form of an automated component for integration in a safety system for protecting persons and/or areas and/or the mobile device forms the safety system, characterized in that the mobile device comprises a fire detector and a navigation aid and/or can be connected thereto, wherein the navigation aid implements an evacuation system for particular spatial areas and/or a building and/or a building complex, wherein the mobile device comprises an identification device and/or can be connected thereto, wherein the identification device comprises a control device and/or the identification device is connected to the control device via an interface in the mobile device, wherein the control device is designed to open a door or lock and/or to make a safety and/or restricted area accessible after identification.
Cosmetic use of queuine, or a precursor or derivative thereof as an active principle for reducing or preventing signs of skin aging and/or skin appendages, wherein the precursor or derivative of queuine is selected from the group consisting of queuosine, epoxyqueuine, epoxyqueuosine, mannosylqueuine, galactosylqueuine, glutamylqueuine, galactosylqueuosine, mannosylqueuosine, glutamylqueuosine and queuosine-tRNA.
Edge strip, in particular for pieces of furniture, comprising at least one functional layer for affixing the edge strip to a narrow side of a workpiece, in particular a piece of furniture, wherein the functional layer contains an aliphatic thermoplastic polyurethane and an aromatic thermoplastic polyurethane.
An immunoassay method using a non-specific reaction inhibitor for said immunoassay, said non-specific reaction inhibitor comprising a substance of the formula I: Wherein R 1 and R 2 together form a double bond between carbons to which they are respectively bonded directly, or R 1 is a hydrogen atom and R 2 is a group formed by removing H from an SH-group-containing compound, B is a support, and L is a spacer arm portion and using a further different reagent, said reagent prepared by immobilizing or labeling an antibody or antigen using a maleimide method.
A touchscreen controlled by a processor, the processor configured to: define a keyboard on the touchscreen; define a group key within the keyboard, wherein the group key represents multiple functions, each function represented by a different section of the group key; detect a touch on the touchscreen within the group key; define a keypad on the touchscreen instantaneously in response to the touch, the keypad comprising a dead zone at a point of the touch and keys adjacent to the dead zone, each key corresponding to a different one of the functions, the keys having the same layout as said sections; detect a swipe of the touch from the dead zone to one of the keys; and perform the function corresponding to said one key; wherein the dead zone is an area around and under the touch and when touched, does not result in implementation of any of the functions. define a keyboard on the touchscreen; define a group key within the keyboard, wherein the group key represents multiple functions, each function represented by a different section of the group key; detect a touch on the touchscreen within the group key; define a keypad on the touchscreen instantaneously in response to the touch, the keypad comprising a dead zone at a point of the touch and keys adjacent to the dead zone, each key corresponding to a different one of the functions, the keys having the same layout as said sections; detect a swipe of the touch from the dead zone to one of the keys; and perform the function corresponding to said one key; wherein the dead zone is an area around and under the touch and when touched, does not result in implementation of any of the functions. detect a touch on the touchscreen within the group key; define a keypad on the touchscreen instantaneously in response to the touch, the keypad comprising a dead zone at a point of the touch and keys adjacent to the dead zone, each key corresponding to a different one of the functions, the keys having the same layout as said sections; detect a swipe of the touch from the dead zone to one of the keys; and perform the function corresponding to said one key; wherein the dead zone is an area around and under the touch and when touched, does not result in implementation of any of the functions.
A contactless charging system comprising a vehicle and a charging station, said vehicle including a power reception device, and a first communication unit, said charging station including a second communication unit, and a plurality of power transmission devices (20A to 20C), said charging station transmitting weak electric power from an available power transmission device of said plurality of power transmission devices, when said second communication unit receives a power transmission request signal from said first communication unit, said vehicle aligning with said available power transmission device based on said weak electric power, said charging station performing a pairing process between said vehicle and the power transmission device with which said vehicle has been aligned, in response to reception of an alignment completion signal from said vehicle, said charging station transmitting a charging cancellation signal to a vehicle other than said vehicle, when said pairing process is completed. a power reception device, and a first communication unit, a second communication unit, and a plurality of power transmission devices (20A to 20C),
A method performed at a Radio Base Station, RBS, of scheduling resources for a wireless communication device, comprising: configuring bit fields of Downlink Control Information, DCI, to indicate to the wireless communication device that transmission or reception of data is granted; and indicating a grant of a resource for the wireless communication device to transmit or receive data based on the DCI and a position of said DCI within a data frame of a downlink control channel; characterized in that the DCI and the position of said DCI within a data frame of a downlink control channel indicates DMRS configuration, data symbol configuration, and short TTI length of a corresponding data frame for uplink transmission or downlink reception of the wireless communication device. configuring bit fields of Downlink Control Information, DCI, to indicate to the wireless communication device that transmission or reception of data is granted; and indicating a grant of a resource for the wireless communication device to transmit or receive data based on the DCI and a position of said DCI within a data frame of a downlink control channel; characterized in that the DCI and the position of said DCI within a data frame of a downlink control channel indicates DMRS configuration, data symbol configuration, and short TTI length of a corresponding data frame for uplink transmission or downlink reception of the wireless communication device.