mhurhangee/ep-ind-claims huggingface dataset:
A terminal device (1A, 1B, 1C) comprising: a reception unit configured to receive one or more synchronization signal blocks that belong to a synchronization signal burst periodically transmitted; and a synchronization unit configured to perform time and frequency synchronization, wherein each of the one or more synchronization signal blocks includes a first synchronization signal, a second synchronization signal, and a physical broadcast channel, PBCH, each of the one or more synchronization signal blocks consists of consecutive orthogonal frequency division multiplexing, OFDM, symbols, and the reception unit is configured to obtain information about a quantity of the one or more synchronization signal blocks from a base station device, the information being indicated by a sequence index or an initial value of a shift register or a parameter for determining an amount of cyclic shift or row index used in generating the first synchronization signal or the second synchronization signal. a reception unit configured to receive one or more synchronization signal blocks that belong to a synchronization signal burst periodically transmitted; and a synchronization unit configured to perform time and frequency synchronization, wherein each of the one or more synchronization signal blocks includes a first synchronization signal, a second synchronization signal, and a physical broadcast channel, PBCH, each of the one or more synchronization signal blocks consists of consecutive orthogonal frequency division multiplexing, OFDM, symbols, and the reception unit is configured to obtain information about a quantity of the one or more synchronization signal blocks from a base station device, the information being indicated by a sequence index or an initial value of a shift register or a parameter for determining an amount of cyclic shift or row index used in generating the first synchronization signal or the second synchronization signal.
A wireless communication apparatus comprises: a pilot subcarrier channel estimation section adapted to calculate a channel estimation value for a pilot subcarrier using a known pilot signal included in a received signal subjected to multicarrier modulation; and a spatial-multiplex pilot subcarrier extracting section adapted to extract the spatial-multiplex pilot subcarrier signal from the received signal, characterized by a spatial-multiplex pilot subcarrier replica generating section adapted to generate a replica signal of a spatial-multiplex pilot subcarrier signal; a reference signal generating section adapted to generate a reference signal of the spatial-multiplex pilot subcarrier signal by adding channel fluctuation according to the channel estimation value, to the replica signal; and a phase compensating section adapted to detect and compensate for a phase difference of the received signal by comparing the reference signal obtained by the reference signal generating section with the spatial-multiplex pilot subcarrier signal obtained by the spatial-multiplex pilot subcarrier extracting section. a pilot subcarrier channel estimation section adapted to calculate a channel estimation value for a pilot subcarrier using a known pilot signal included in a received signal subjected to multicarrier modulation; and a spatial-multiplex pilot subcarrier extracting section adapted to extract the spatial-multiplex pilot subcarrier signal from the received signal, characterized by a spatial-multiplex pilot subcarrier replica generating section adapted to generate a replica signal of a spatial-multiplex pilot subcarrier signal; a reference signal generating section adapted to generate a reference signal of the spatial-multiplex pilot subcarrier signal by adding channel fluctuation according to the channel estimation value, to the replica signal; and a phase compensating section adapted to detect and compensate for a phase difference of the received signal by comparing the reference signal obtained by the reference signal generating section with the spatial-multiplex pilot subcarrier signal obtained by the spatial-multiplex pilot subcarrier extracting section.
Aerosol device containing a cosmetic composition comprising: (i) from 0.1% to 15% by weight relative to the total weight of the composition, of one or more water-insoluble calcium salts, (ii) one or more fixing polymers, (iii) one or more C 2-4 monoalcohols, and (iv) one or more propellants. (i) from 0.1% to 15% by weight relative to the total weight of the composition, of one or more water-insoluble calcium salts, (ii) one or more fixing polymers, (iii) one or more C 2-4 monoalcohols, and (iv) one or more propellants.
A method of tracking movement of an object between first and second successively generated infrared video images after a position of the object in said first video image has been identified, comprising the steps of: defining a first state vector for the first video image corresponding to the identified position of said object; defining a search window in said second video image based on said first state vector; grey-scale bottom hat filtering said search window with a non-flat structuring element to form a filtered image; binarizing said filtered image and identifying candidate binary blobs that possibly correspond to said object; computing a spatial Euclidean distance between each candidate binary blob and said first state vector, and selecting a candidate binary blob for which the computed spatial Euclidean distance is smallest; determining a center of mass of the selected binary blob; and defining a second state vector based on said center of mass for identifying the location of said object in said second video image. defining a first state vector for the first video image corresponding to the identified position of said object; defining a search window in said second video image based on said first state vector; grey-scale bottom hat filtering said search window with a non-flat structuring element to form a filtered image; binarizing said filtered image and identifying candidate binary blobs that possibly correspond to said object; computing a spatial Euclidean distance between each candidate binary blob and said first state vector, and selecting a candidate binary blob for which the computed spatial Euclidean distance is smallest; determining a center of mass of the selected binary blob; and defining a second state vector based on said center of mass for identifying the location of said object in said second video image.
A process for the preparation of a compound according to formula, optionally in the form of one of its pure stereoisomers, in particular an enantiomer or diastereomer, a racemate or in form of a mixture of its stereoisomers, in particular enantiomers and/or diastereomers in any mixing ratio, or a physiologically acceptable acid addition salt thereof, wherein R 1, R 2 and R 3 are independently of another selected from the group consisting of H and a C 1-4 -aliphatic residue, which is a saturated or unsaturated, linear or branched acyclic and unsubstituted hydrocarbon bearing 1, 2, 3 or 4 carbon atoms and encompasses a C 1-4 -alkyl group, a C 2-4 -alkenyl group as well as a C 2-4 -alkynyl group, which process comprises in its alternative C the following steps step ( c-I) hydrogenation of a compound according to formula ( C-I), wherein R 3 has the above defined meaning to a compound according to formula ( C-II), wherein R 3 has the above defined meaning, step ( c-II) optionally converting the thus obtained compound of formula ( C-II) into a physiologically acceptable acid addition salt thereof, or step ( c-III) optionally converting the thus obtained compound of formula ( C-II) into a compound according to formula, wherein at least one of R 1 and R 2 denotes a C 1-4 -aliphatic residue which is a saturated or unsaturated, linear or branched acyclic and unsubstituted hydrocarbon bearing 1, 2, 3 or 4 carbon atoms and encompasses a C 1-4 -alkyl group, a C 2-4 -alkenyl group as well as a C 2-4 -alkynyl group, and optionally converting the thus obtained compound according to formula into a physiologically acceptable acid addition salt thereof. R 1, R 2 and R 3 are independently of another selected from the group consisting of H and a C 1-4 -aliphatic residue, which is a saturated or unsaturated, linear or branched acyclic and unsubstituted hydrocarbon bearing 1, 2, 3 or 4 carbon atoms and encompasses a C 1-4 -alkyl group, a C 2-4 -alkenyl group as well as a C 2-4 -alkynyl group, which process comprises in its alternative C the following steps step ( c-I) hydrogenation of a compound according to formula ( C-I), wherein R 3 has the above defined meaning to a compound according to formula ( C-II), wherein R 3 has the above defined meaning, step ( c-II) optionally converting the thus obtained compound of formula ( C-II) into a physiologically acceptable acid addition salt thereof, or step ( c-III) optionally converting the thus obtained compound of formula ( C-II) into a compound according to formula, wherein at least one of R 1 and R 2 denotes a C 1-4 -aliphatic residue which is a saturated or unsaturated, linear or branched acyclic and unsubstituted hydrocarbon bearing 1, 2, 3 or 4 carbon atoms and encompasses a C 1-4 -alkyl group, a C 2-4 -alkenyl group as well as a C 2-4 -alkynyl group, and optionally converting the thus obtained compound according to formula into a physiologically acceptable acid addition salt thereof.
People conveyor comprising: a support structure; a chain of conveyance elements connected and driven by at least one drive belt; and at least one belt safety device for monitoring the at least one drive belt the at least one belt safety device comprising: a sensor wheel configured to be driven by the drive belt; characterized in that the at least one belt safety device further comprises: a sensor surface; an indicator element extending eccentrically from the sensor wheel and moving along a path at the sensor surface when the sensor wheel rotates; and an evaluation unit, which is configured for determining the path of the indicator element moving along the sensor surface for detecting damage of the drive belt; wherein the sensor wheel of at least one belt safety device is attached to the support structure and/or wherein the sensor surface is formed on or attached to the support structure. a support structure; a chain of conveyance elements connected and driven by at least one drive belt; and at least one belt safety device for monitoring the at least one drive belt the at least one belt safety device comprising: a sensor wheel configured to be driven by the drive belt; characterized in that the at least one belt safety device further comprises: a sensor surface; an indicator element extending eccentrically from the sensor wheel and moving along a path at the sensor surface when the sensor wheel rotates; and an evaluation unit, which is configured for determining the path of the indicator element moving along the sensor surface for detecting damage of the drive belt; wherein the sensor wheel of at least one belt safety device is attached to the support structure and/or wherein the sensor surface is formed on or attached to the support structure. a sensor surface; an indicator element extending eccentrically from the sensor wheel and moving along a path at the sensor surface when the sensor wheel rotates; and an evaluation unit, which is configured for determining the path of the indicator element moving along the sensor surface for detecting damage of the drive belt; wherein the sensor wheel of at least one belt safety device is attached to the support structure and/or wherein the sensor surface is formed on or attached to the support structure.
An arrangement for providing a flowable solidifier into a subsea hydrocarbon well comprising a valve assembly with an opening to a well bore, characterised in that the arrangement comprises: - a connection device comprising i) a well control unit comprising a lubricator device with a first through opening, ii) an inlet connector comprising a body attached to the well control unit, a second through opening in connection with the first through opening of the lubricator device, and an inlet for the flowable solidifier to the second through opening, wherein the connection device is adapted to be connected to the valve assembly so that the second opening of the inlet connector is in connection with the opening of the valve assembly to the well bore of the well, wherein the arrangement further comprises: - an elongated injection tubing comprising a third through opening, which injection tubing is adapted to be displaced through the lubricator device to a certain position enabling the third through opening to receive the flowable solidifier from the inlet of the inlet connector and extending into the opening of the valve assembly so that one or more valves of the valve assembly are shielded from interaction with the flowable solidifier; and wherein the arrangement further comprises a seal arrangement adapted to form a sealing between body of the inlet connector and the injection tubing when the injection tubing is in said certain position. - a connection device comprising i) a well control unit comprising a lubricator device with a first through opening, ii) an inlet connector comprising a body attached to the well control unit, a second through opening in connection with the first through opening of the lubricator device, and an inlet for the flowable solidifier to the second through opening, wherein the connection device is adapted to be connected to the valve assembly so that the second opening of the inlet connector is in connection with the opening of the valve assembly to the well bore of the well, wherein the arrangement further comprises: i) a well control unit comprising a lubricator device with a first through opening, ii) an inlet connector comprising a body attached to the well control unit, a second through opening in connection with the first through opening of the lubricator device, and an inlet for the flowable solidifier to the second through opening, wherein the connection device is adapted to be connected to the valve assembly so that the second opening of the inlet connector is in connection with the opening of the valve assembly to the well bore of the well, wherein the arrangement further comprises: - an elongated injection tubing comprising a third through opening, which injection tubing is adapted to be displaced through the lubricator device to a certain position enabling the third through opening to receive the flowable solidifier from the inlet of the inlet connector and extending into the opening of the valve assembly so that one or more valves of the valve assembly are shielded from interaction with the flowable solidifier; and
A wiper device (100; 500) for a vehicle, comprising: a main wiping side wiper (110; 510) that wipes a main wiping side of a windshield glass via a wiper blade (116; 516) that is provided at a wiper arm (114; 514) that reciprocally rotates between a stopped position and a reversal position; a secondary wiping side wiper (150; 550) that wipes a secondary wiping side of the windshield glass via a wiper blade (156; 556) that is provided at a wiper arm (154; 554) that reciprocally rotates between a stopped position and a reversal position; and the wiper device characterized by further comprising: a jetting-out nozzle (250; 580) that is provided only at the wiper arm (154; 554) of the secondary wiping side wiper (150; 550) for jetting-out cleaning liquid, wherein no jetting-out nozzle is provided at the main wiping side wiper (110; 510), wherein the jetting-out nozzle (250; 580) is designed such that it jets-out cleaning liquid (W1, W3), respectively, to a reciprocal rotation outbound side of the wiper blade (156; 556) of the secondary wiping side wiper (150; 550), and to a reciprocal rotation outbound side of the wiper blade (116; 516) of the main wiping side wiper (110; 510) at the stopped position, wherein the wiper arm (154; 554) of the secondary wiping side wiper (150; 550) reciprocally rotates so as to be situated at a reciprocal rotation inbound side of the wiper blade (116; 516) of the main wiping side wiper (110; 510) in a state in which the main wiping side wiper (110; 510) rotates from the reversal position to the stopped position. a main wiping side wiper (110; 510) that wipes a main wiping side of a windshield glass via a wiper blade (116; 516) that is provided at a wiper arm (114; 514) that reciprocally rotates between a stopped position and a reversal position; a secondary wiping side wiper (150; 550) that wipes a secondary wiping side of the windshield glass via a wiper blade (156; 556) that is provided at a wiper arm (154; 554) that reciprocally rotates between a stopped position and a reversal position; and a jetting-out nozzle (250; 580) that is provided only at the wiper arm (154; 554) of the secondary wiping side wiper (150; 550) for jetting-out cleaning liquid, wherein no jetting-out nozzle is provided at the main wiping side wiper (110; 510), wherein the jetting-out nozzle (250; 580) is designed such that it jets-out cleaning liquid (W1, W3), respectively, to a reciprocal rotation outbound side of the wiper blade (156; 556) of the secondary wiping side wiper (150; 550), and to a reciprocal rotation outbound side of the wiper blade (116; 516) of the main wiping side wiper (110; 510) at the stopped position, wherein the wiper arm (154; 554) of the secondary wiping side wiper (150; 550) reciprocally rotates so as to be situated at a reciprocal rotation inbound side of the wiper blade (116; 516) of the main wiping side wiper (110; 510) in a state in which the main wiping side wiper (110; 510) rotates from the reversal position to the stopped position.
An Input/Output, I/O, module for an industrial controller operable to control a machine or process, the I/O module comprising: a plurality of terminals (110, 120), wherein each terminal (110, 120) is configured to transmit one of an input signal and an output signal between the I/O module and a controlled device for the machine or process, wherein the input signal and the output signal each have at least one state; an event generator operable to generate an event responsive to the state of at least one input or output signal; an event queue (155, 165) configured to: receive each event generated, receive the state of each of the plurality of terminals (110, 120) when each event is generated, store a plurality of events, and store the state of each of the plurality of terminals (110, 120) along with the corresponding event; and a processor (70 - 75) operable to receive each event from the event queue (155, 165) and to initiate execution of an event task corresponding to the event. a plurality of terminals (110, 120), wherein each terminal (110, 120) is configured to transmit one of an input signal and an output signal between the I/O module and a controlled device for the machine or process, wherein the input signal and the output signal each have at least one state; an event generator operable to generate an event responsive to the state of at least one input or output signal; an event queue (155, 165) configured to: receive each event generated, receive the state of each of the plurality of terminals (110, 120) when each event is generated, store a plurality of events, and store the state of each of the plurality of terminals (110, 120) along with the corresponding event; and receive each event generated, receive the state of each of the plurality of terminals (110, 120) when each event is generated, store a plurality of events, and store the state of each of the plurality of terminals (110, 120) along with the corresponding event; and a processor (70 - 75) operable to receive each event from the event queue (155, 165) and to initiate execution of an event task corresponding to the event.
Use of a stabilizer system made of finely distributed particles comprising an elemental metal 1 and a compound of a metal 2 with at least one other element, characterized in that a. metal 1 is less noble than metal 2, and b. metal 1 and the compound of metal 2 with at least one other element are in contact with one another for preventing the thermo-oxidative ageing of thermoplastics or for the stabilization of thermoplastics with respect to thermo-oxidative degradation, where aluminium is used as metal 1, the compound of metal 2 is iron oxide and the thermoplastic is semicrystalline polyamide. a. metal 1 is less noble than metal 2, and b. metal 1 and the compound of metal 2 with at least one other element are in contact with one another
A mobile device, comprising: a processor; and a memory, coupled to the processor, wherein the memory stores program instructions executable by the processor to: determine nearby access points of an access point in a network; determine access points to which mobile devices that are clients of the access point have previously roamed, thereby determining previously roamed access points; identify neighboring access points that are previously roamed access points and that are also nearby access points; and order neighboring access points based on how many roams to the neighboring access points have occurred, wherein neighboring access points having a greater number of roams are declared next hop access points for roaming the network, as compared to neighboring access points having a lesser number of roams, characterized in that old access point entries are periodically timed out, the old access point entries being entries that occurred earlier than recent past access point entries. a processor; and a memory, coupled to the processor, wherein the memory stores program instructions executable by the processor to: determine nearby access points of an access point in a network; determine access points to which mobile devices that are clients of the access point have previously roamed, thereby determining previously roamed access points; identify neighboring access points that are previously roamed access points and that are also nearby access points; and order neighboring access points based on how many roams to the neighboring access points have occurred, wherein neighboring access points having a greater number of roams are declared next hop access points for roaming the network, as compared to neighboring access points having a lesser number of roams, characterized in that determine nearby access points of an access point in a network; determine access points to which mobile devices that are clients of the access point have previously roamed, thereby determining previously roamed access points; identify neighboring access points that are previously roamed access points and that are also nearby access points; and order neighboring access points based on how many roams to the neighboring access points have occurred, wherein neighboring access points having a greater number of roams are declared next hop access points for roaming the network, as compared to neighboring access points having a lesser number of roams, characterized in that old access point entries are periodically timed out, the old access point entries being entries that occurred earlier than recent past access point entries.