mhurhangee/ep-ind-claims huggingface dataset:
A beam scanning apparatus comprising: a first antenna group comprising a plurality of first nano antennas (141a-141b) disposed apart from each other; a first driving voltage line and a second driving voltage line connected to a first nano antenna and a second nano antenna, respectively, among the plurality of first nano antennas, the first nano antenna and the second nano antenna being respectively disposed at first ends within the first antenna group; and means configured to distribute a plurality of first voltages to one or more first middle nano antennas disposed between the first nano antenna and the second nano antenna, among the plurality of first nano antennas, at regular voltage intervals; characterized in that the distributing means is a first voltage divider which comprises: a plurality of resistors (R1-R7) serially connected to each other and connected to the first driving voltage line and the second driving voltage line, the plurality of resistors being disposed between the first driving voltage line and the second driving voltage line; and one or more voltage dividing lines, each of the one or more voltage dividing lines being connected from a node between two adjacent resistors, among the plurality of resistors, to a respective one of the one or more first middle nano antennas. a first antenna group comprising a plurality of first nano antennas (141a-141b) disposed apart from each other; a first driving voltage line and a second driving voltage line connected to a first nano antenna and a second nano antenna, respectively, among the plurality of first nano antennas, the first nano antenna and the second nano antenna being respectively disposed at first ends within the first antenna group; and means configured to distribute a plurality of first voltages to one or more first middle nano antennas disposed between the first nano antenna and the second nano antenna, among the plurality of first nano antennas, at regular voltage intervals; characterized in that the distributing means is a first voltage divider which comprises: a plurality of resistors (R1-R7) serially connected to each other and connected to the first driving voltage line and the second driving voltage line, the plurality of resistors being disposed between the first driving voltage line and the second driving voltage line; and one or more voltage dividing lines, each of the one or more voltage dividing lines being connected from a node between two adjacent resistors, among the plurality of resistors, to a respective one of the one or more first middle nano antennas. a plurality of resistors (R1-R7) serially connected to each other and connected to the first driving voltage line and the second driving voltage line, the plurality of resistors being disposed between the first driving voltage line and the second driving voltage line; and one or more voltage dividing lines, each of the one or more voltage dividing lines being connected from a node between two adjacent resistors, among the plurality of resistors, to a respective one of the one or more first middle nano antennas.
A memory controller, comprising: a command queue having a first input for receiving memory access commands including volatile reads, volatile writes, non-volatile reads, and non-volatile writes, and an output, and having a plurality of entries; and a memory interface queue having an input coupled to the output of the command queue, and an output for coupling to a heterogeneous memory channel which is coupled to a volatile dual in-line memory module, DIMM, and a non-volatile DIMM; a non-volatile command queue, NV queue, coupled to the output of the command queue for storing non-volatile read commands that are placed in the memory interface queue; characterized in that the memory controller further comprises: a replay queue coupled to the output of the command queue for storing selected memory access commands that are placed in the memory interface queue; and a replay control circuit for detecting, based on information received over the heterogeneous memory channel, that an error has occurred requiring a recovery sequence, and in response to the error, initiating the recovery sequence including transmitting selected memory access commands that are stored in the replay queue, and transmitting non-volatile reads that are stored in the NV queue, wherein the recovery sequence further includes skipping SEND commands stored in the replay queue that are associated with non-volatile reads, and generating new SEND commands in response to read ready, RD_RDY, responses received from the non-volatile DIMM during the recovery sequence. a command queue having a first input for receiving memory access commands including volatile reads, volatile writes, non-volatile reads, and non-volatile writes, and an output, and having a plurality of entries; and a memory interface queue having an input coupled to the output of the command queue, and an output for coupling to a heterogeneous memory channel which is coupled to a volatile dual in-line memory module, DIMM, and a non-volatile DIMM; a non-volatile command queue, NV queue, coupled to the output of the command queue for storing non-volatile read commands that are placed in the memory interface queue; a replay queue coupled to the output of the command queue for storing selected memory access commands that are placed in the memory interface queue; and a replay control circuit for detecting, based on information received over the heterogeneous memory channel, that an error has occurred requiring a recovery sequence, and in response to the error, initiating the recovery sequence including transmitting selected memory access commands that are stored in the replay queue, and transmitting non-volatile reads that are stored in the NV queue, wherein the recovery sequence further includes skipping SEND commands stored in the replay queue that are associated with non-volatile reads, and generating new SEND commands in response to read ready, RD_RDY, responses received from the non-volatile DIMM during the recovery sequence.
Method for detecting loss or malfunctions in a meshed electrical distribution network, comprising receiving average measured voltage values and average measured current values associated with one or more points of supply within the electrical distribution network; receiving average measured voltage values and average measured current values associated with a plurality of points of consumption (C 1, C 2, C n) within the electrical distribution network; based on said received average measured voltage values and average measured current values calculating first conductivity parameters; receiving further average measured voltage values and average measured current values associated with said points of supply within the electrical distribution network; receiving further average measured voltage values and average measured current values from said points of consumption (C 1, C 2, C n) within the electrical distribution network; and analyzing said further received average measured voltage values and average measured current values using said first calculated conductivity parameters to detect any deviations of measured current values from calculated current values with respect to a given point of consumption (C 1, C 2, C n) or point of supply.
A thermoplastic composition comprising a boron-containing nucleating agent and a polyarylene sulfide, the boron-containing nucleating agent having a graphitization index of greater than 4, the nucleating agent having an average particle size of from 1 to less than 9 micrometers and a specific surface area, wherein the ratio of the average particle size to the specific surface area is between 0.001 and 1 micrometers per square meter per gram, the thermoplastic composition having a recrystallization temperature of greater than 231°C and a recrystallization energy of greater than 25 kilojoules per gram, as determined according to differential scanning calorimetry, and wherein the composition further comprises glass fibers.
A chemical vapor deposition method for forming a platinum thin film or a platinum compound thin film, comprising the steps of vaporizing a organoplatinum compound to be a raw material compound to prepare a reaction gas, introducing the resulting reaction gas on the surface of a substrate, and decomposing the organoplatinum compound to deposit platinum, wherein said method uses, as the organoplatinum compound, the organoplatinum compound, which is represented by the following formula wherein, in the formula, the substituents R 1 and R 2 are each an alkyl group, R 1 and R 2 may be different from each other, R 3 and R 4 are each a hydrogen atom or an alkyl group, R 3 and R 4 may be different from each other, and includes a divalent platinum atom, and hexadiene or a hexadiene derivative and alkyl anions coordinated to the divalent platinum atom, and decomposes the organoplatinum compound.
A method for manufacturing in series optical grade polishing tools each including a base configured to be coupled to a polishing machine, a polishing pad configured to be pressed against a surface to be worked and an elastically compressible body attached to the base and attached to polishing pad with said body sandwiched between the base and the polishing pad; said method including for each said tool the step of attaching said body to said base and the step of attaching said body to said polishing pad; characterized in that at least one of said step of attaching said body to said base and said step of attaching said body to said polishing pad includes a step of applying glue in which glue is applied onto one surface of one component and/or onto one surface of another component and then includes a step of pressing in which said one surface of one component and one surface of another component are applied on each other, said one component and said another component being one of: said base and said body, said body and said base, said body and said polishing pad, and said polishing pad and said body; said method further including the step of providing a supporting device including a first supporting member and a second supporting member mobile relative to one another between a first predetermined position where a support (23A-23D) of the first supporting member and a support (22A-22D) of the second supporting member are side by side and a second predetermined position where said support (23A-23D) of the first supporting member and said support (22A-22D) of the second supporting member are aligned, said support (23A-23D) of the first supporting member being configured for receiving said one component and said support (22A-22D) of the second supporting member being configured for receiving said another component such that in said first position said one surface of said one component and said one surface of said another component are exposed and turned to a same direction while in said second position said one surface of said one component and said one surface of said another component are exposed and face each other; said step of applying glue including: in said supporting device where the first supporting member and the second supporting member are in said first position, placing said one component in said support (23A-23D) of said first supporting member and placing said another component in said support (22A-22D) of said second supporting member; and then applying glue onto said one surface of said one component and/or onto said one surface of said another component; and said step of pressing including: driving said first supporting member and said second supporting member relative to one another from said first position to said second position and then pressing said first supporting member and said second supporting member towards one another for applying onto each other said one surface of said one component and said one surface of said another component.
An angiogenic peptide sequence selected from the group consisting of peptides having a length of 6 to 15 amino acids and comprising an amino acid sequence of formula X1FX2LRX3, wherein, X1 is serine or threonine, X2 is lysine, arginine, or isoleucine, and X3 is phenylalanine, tryptophan, tyrosine, arginine, or histidine, wherein the the angiogenic peptide is modified by substituting the C-terminal carboxyl group with -NH2.
A method comprising the step of: receiving, by a receiver, dedicated control information, DCI, destined for the receiver from a base station on a resource block, RB, the RB being a unit for data allocation in a combination of time and frequency domains of radio resources, characterized in that the RB is allocated from RB candidates that were selected by the base station; wherein the DCI includes modulation and coding information related to a data packet transmitted on a shared data channel, SDCH, destined for the receiver from the base station, and wherein the RB includes a control region and a data region, and wherein the DCI is located in a data region that follows the control region in a time domain; and wherein the method further comprises the steps of: identifying, by the receiver, the selected RB candidates based on received information on the selected RB candidates; attempting to decode the DCI destined for the receiver; and obtaining the data packet related to the successfully decoded DCI. receiving, by a receiver, dedicated control information, DCI, destined for the receiver from a base station on a resource block, RB, the RB being a unit for data allocation in a combination of time and frequency domains of radio resources, characterized in that the RB is allocated from RB candidates that were selected by the base station; wherein the DCI includes modulation and coding information related to a data packet transmitted on a shared data channel, SDCH, destined for the receiver from the base station, and wherein the RB includes a control region and a data region, and wherein the DCI is located in a data region that follows the control region in a time domain; and wherein the method further comprises the steps of: identifying, by the receiver, the selected RB candidates based on received information on the selected RB candidates; attempting to decode the DCI destined for the receiver; and obtaining the data packet related to the successfully decoded DCI. identifying, by the receiver, the selected RB candidates based on received information on the selected RB candidates; attempting to decode the DCI destined for the receiver; and obtaining the data packet related to the successfully decoded DCI.
Device (1; 1') for manually operating a motorized drive of a window covering, comprising a housing to be attached to the shaft of the window covering; first operating means for manual operation of the device (1;1') by means of pulling movements by a user; switching means for converting the pulling movements on the first operating means into first electrical signals for the motorized drive, wherein the switching means comprise a switch (5; 25) which generates a first electrical signal in a first mode and generates a second electrical signal in a second mode, wherein the switching means further comprise a switching element (13; 13') for connection to the first operating means, wherein the switching element (13; 13') is movable between a first position, in which the switch (5; 25) takes up the first mode, and a second position in which the switching element (13; 13') activates the switch (5; 25) in the second mode, and the device comprises control means for controlling the motorized drive on the basis of the first electrical signals, wherein the switch (5; 25) is electrically connected with the control means and wherein the control means comprise a first set of additional instructions for processing the first electrical signals, characterized in that the device (1; 1') is further provided with second manual operating means for generating second electrical signals, a data memory for saving setting values, a program memory with instructions for processing the first electrical signals, wherein the control means comprise a second set of additional instructions for processing the second electrical signals, wherein the control means are configured to save a setting value associated with a current position of the window covering in the data memory after receiving the second electrical signals.
A smoking article (11; 53) comprising: a tobacco portion; a filter portion (15; 15A) having a mouthpiece; a tubular covering portion (16; 52) covering the tobacco portion and the filter portion (15; 15A); and a plurality of openings are provided in the covering portion (16; 52), and are provided at a position closer to a side of the mouthpiece than a position 8 mm from the mouthpiece in an axial direction of the filter portion (15; 15A), characterized in that, when a suction flow rate is 1050 ml/min, a ratio of a flow rate of an air flow flowing out from the opening to a total flow rate of the air flow flowing out from an end face of the filter portion (15; 15A) and the opening is 2.8% or more and 68.9% or less. a tobacco portion; a filter portion (15; 15A) having a mouthpiece; a tubular covering portion (16; 52) covering the tobacco portion and the filter portion (15; 15A); and a plurality of openings are provided in the covering portion (16; 52), and are provided at a position closer to a side of the mouthpiece than a position 8 mm from the mouthpiece in an axial direction of the filter portion (15; 15A), characterized in that, when a suction flow rate is 1050 ml/min, a ratio of a flow rate of an air flow flowing out from the opening to a total flow rate of the air flow flowing out from an end face of the filter portion (15; 15A) and the opening is 2.8% or more and 68.9% or less.
A glazing unit comprising a glazed element provided with a peripheral frame, or with peripheral elements, made of plastic overmolded onto said glazed element, said peripheral frame or said peripheral elements incorporating at least one element (16, 17, 19') for reinforcing the glazed element, this reinforcing element being connected to said peripheral frame or said peripheral elements by an overmolding plastic and consisting of a profile comprising a web part that is arranged parallel or substantially parallel and close to the glazed element and bears at least one projecting part distal to the glazed element and forming a pocket, the web part being situated facing the glazed element with overmolding plastic between the element for reinforcing and the glazed element, characterized in that the reinforcing element (16, 17, 19') comprises two lateral arms, each arm constituting a projecting part borne by the web part, the two arms being joined together along, or at a small distance from, their free edges by a plate that is parallel or inclined to the web part, if appropriate with surface continuity with the web part, and the projecting parts do not form a pocket that is open in the direction of the glazed element.
An armrest assembly for a passenger seat comprising: a pivot member attached to a seat frame; at least one armrest spine (102, 103) attached to the pivot member; and at least one set screw (106, 107) for adjusting a position of the pivot member relative to the seat frame, characterized in that: a pivot fastener extends through a center hole (101.1) of the pivot member and through a first hole of the at least one armrest spine (102, 103); and a pin extends through an arc slot (101.2) of the pivot member and through a second hole of the at least one armrest spine (102, 103). a pivot member attached to a seat frame; at least one armrest spine (102, 103) attached to the pivot member; and at least one set screw (106, 107) for adjusting a position of the pivot member relative to the seat frame, characterized in that: a pivot fastener extends through a center hole (101.1) of the pivot member and through a first hole of the at least one armrest spine (102, 103); and a pin extends through an arc slot (101.2) of the pivot member and through a second hole of the at least one armrest spine (102, 103). a pivot fastener extends through a center hole (101.1) of the pivot member and through a first hole of the at least one armrest spine (102, 103); and a pin extends through an arc slot (101.2) of the pivot member and through a second hole of the at least one armrest spine (102, 103).
An end effector for a surgical apparatus, the end effector comprising an anvil assembly, a cartridge assembly and a drive bar assembly, the drive bar assembly disposed inside the end effector and configured to move between a first position and a second position to actuate the end effector; and a circular blade (148, 248) having a straight or serrated edge, the blade being rotatably attached at its center by a connection pin (160, 260) to a knife assembly (140, 240) to allow rotation of the blade about an axis transverse to a longitudinal axis of the end effector, wherein the anvil or cartridge assembly includes an anvil or cartridge plate (123, 113) defining a longitudinal slot having a first side and a second side, at least one of the sides defining a toothed rack (128, 129, 128', 129') configured to engage a serrated edge of the circular blade or at least one gear of the knife assembly, the at least one gear being fixedly coupled to the circular blade, whereby moving the drive bar assembly between the first position and the second position engages the serrated edge of the circular blade or the at least one gear with the toothed rack of the anvil or cartridge plate causing the circular blade to rotate.
A display device comprising: a display unit configured to display an index corresponding to a deterioration state of a secondary battery and an electric vehicle, EV, travelable distance; and a control unit, characterized in that the control unit is configured to control display of the display unit such that (a) a first decreasing amount by which the EV travelable distance displayed on the display unit decreases with an elapse of time until a predetermined condition has been satisfied is less than a second decreasing amount by which the EV travelable distance displayed on the display unit decreases with the elapse of time after the predetermined condition has been satisfied and (b) a first changing amount by which the index changes with the elapse of time until the predetermined condition has been satisfied is less than a second changing amount by which the index changes with the elapse of time after the predetermined condition has been satisfied. a display unit configured to display an index corresponding to a deterioration state of a secondary battery and an electric vehicle, EV, travelable distance; and a control unit, characterized in that the control unit is configured to control display of the display unit such that (a) a first decreasing amount by which the EV travelable distance displayed on the display unit decreases with an elapse of time until a predetermined condition has been satisfied is less than a second decreasing amount by which the EV travelable distance displayed on the display unit decreases with the elapse of time after the predetermined condition has been satisfied and (b) a first changing amount by which the index changes with the elapse of time until the predetermined condition has been satisfied is less than a second changing amount by which the index changes with the elapse of time after the predetermined condition has been satisfied.