mhurhangee/ep-ind-claims huggingface dataset:
An aryl group-containing siloxane composition comprising the reaction product of: an organopolysiloxane having at least two alkenyl groups per molecule; an organopolysiloxane having at least two silicon-bonded hydrogen atoms per molecule; and a heat stabilizing composition comprising an alkaline earth metal; in the presence of a hydrosilylation catalyst; wherein at least one of the ingredients or includes at least one aryl group. an organopolysiloxane having at least two alkenyl groups per molecule; an organopolysiloxane having at least two silicon-bonded hydrogen atoms per molecule; and a heat stabilizing composition comprising an alkaline earth metal;
A method for communication in a wireless network, comprising: receiving information on a first downlink channel from a first sector, and information on a second downlink channel from a second sector, wherein the first downlink channel and the second downlink channel are each carried on a first carrier frequency; transmitting feedback information corresponding to the downlink channel state for the first downlink channel to the first sector; and transmitting feedback information corresponding to the downlink channel state for the second downlink channel to the second sector, wherein the feedback information corresponding to the downlink channel state for the first downlink channel and the feedback information corresponding to the downlink channel state for the second downlink channel are each provided on a first uplink carrier frequency and are jointly encoded on an uplink channel on the first uplink carrier frequency. receiving information on a first downlink channel from a first sector, and information on a second downlink channel from a second sector, wherein the first downlink channel and the second downlink channel are each carried on a first carrier frequency; transmitting feedback information corresponding to the downlink channel state for the first downlink channel to the first sector; and transmitting feedback information corresponding to the downlink channel state for the second downlink channel to the second sector, wherein the feedback information corresponding to the downlink channel state for the first downlink channel and the feedback information corresponding to the downlink channel state for the second downlink channel are each provided on a first uplink carrier frequency and are jointly encoded on an uplink channel on the first uplink carrier frequency.
A method of decoding video from a bitstream of encoded video using a video decoder, the video including a picture partitioned into coding units, the method comprising: for one of the coding units, reconstructing a low-fidelity flag for that coding unit and associated with a video component, wherein reconstructing the low-fidelity flag comprises decoding the low-fidelity flag from that coding unit in the bitstream; if the low-fidelity flag is set, then determining a quantization parameter for the video component based upon a low-fidelity-mode offset, wherein the low-fidelity-mode offset is signaled in at least one of a picture parameter set, PPS, or a sequence parameter set, SPS; if the low-fidelity flag is not set, then determining the quantization parameter for the video component without using the low- fidelity-mode offset; and dequantizing decoded coefficients in the video component for the coding unit, based upon the quantization parameter, to produce dequantized coefficients. for one of the coding units, reconstructing a low-fidelity flag for that coding unit and associated with a video component, wherein reconstructing the low-fidelity flag comprises decoding the low-fidelity flag from that coding unit in the bitstream; if the low-fidelity flag is set, then determining a quantization parameter for the video component based upon a low-fidelity-mode offset, wherein the low-fidelity-mode offset is signaled in at least one of a picture parameter set, PPS, or a sequence parameter set, SPS; if the low-fidelity flag is not set, then determining the quantization parameter for the video component without using the low- fidelity-mode offset; and dequantizing decoded coefficients in the video component for the coding unit, based upon the quantization parameter, to produce dequantized coefficients.
An image pick up apparatus comprising: imaging means configured to pick up an image line by line using a rolling shutter wherein pixel reset and pixel read of an image sensor are performed in sequence for each of N lines of pixels while an in-focus position is continuously changed during pickup of the image; and correction means configured to perform correction of a difference in exposure resulting from a change in the in-focus position while the imaging means picks up one image; characterized in that the correction means is configured to determine if a difference in exposure resulting from the change in the in-focus position is smaller than or equal to a predetermined threshold and not perform the correction if the difference in exposure is smaller than or equal to the predetermined threshold. imaging means configured to pick up an image line by line using a rolling shutter wherein pixel reset and pixel read of an image sensor are performed in sequence for each of N lines of pixels while an in-focus position is continuously changed during pickup of the image; and correction means configured to perform correction of a difference in exposure resulting from a change in the in-focus position while the imaging means picks up one image; characterized in that the correction means is configured to determine if a difference in exposure resulting from the change in the in-focus position is smaller than or equal to a predetermined threshold and not perform the correction if the difference in exposure is smaller than or equal to the predetermined threshold.
A piezoelectric actuator array comprising a substrate plate with a number of signal leads and at least one common lead formed on at least one surface thereof, and a number of piezoelectric bodies (30, 32) arranged in a row on one surface of the substrate plate and formed by dividing a common piezoelectric block (48; 50; 54), said piezoelectric bodies comprising a number of active bodies each of which has, on a first side of said row, a signal electrode in contact with one of said signal leads and, on an opposite second side of the row, a common electrode in contact with said common lead, said substrate plate having at least one connector lead disposed on the first side of the row and electrically connected to the common lead on the second side of the row, characterized in that the common lead is separated from the connector lead by a gap, and an electrically conductive path from the connector lead to the common lead is established by a conductive outer surface layer (42; 52; 56) on a piezoelectric body which bridges said gap.
A method for wireless communication performed by a terminal device, the method comprising: receiving, from a network device, a broadcast message which carries location information via a physical broadcast channel in a synchronization signal block physical resource block, PRB, grid, wherein the location information indicates a quantity of M subcarrier spacings between a second location of a PRB in a system common PRB grid and a first location in the synchronization signal block PRB grid, wherein the system common PRB grid has a first subcarrier spacing, the first location is the first subcarrier of the synchronization signal block PRB grid and corresponds to a frequency in the PRB in the system common PRB grid, M is a value of a preset value set, and the preset value set is {0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23} and the first subcarrier of the synchronization signal block PRB grid is the subcarrier with the lowest frequency of the subcarriers of the synchronization signal block PRB grid; and obtaining the location information from the broadcast message. receiving, from a network device, a broadcast message which carries location information via a physical broadcast channel in a synchronization signal block physical resource block, PRB, grid, wherein the location information indicates a quantity of M subcarrier spacings between a second location of a PRB in a system common PRB grid and a first location in the synchronization signal block PRB grid, wherein the system common PRB grid has a first subcarrier spacing, the first location is the first subcarrier of the synchronization signal block PRB grid and corresponds to a frequency in the PRB in the system common PRB grid, M is a value of a preset value set, and the preset value set is {0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23} and the first subcarrier of the synchronization signal block PRB grid is the subcarrier with the lowest frequency of the subcarriers of the synchronization signal block PRB grid; and obtaining the location information from the broadcast message.
An edge working method for a blade member, the method being characterized by, in a vacuum chamber, rotating a plurality of blade groups, each of which is formed by laminating a plurality of blades and passing a skewer through the blades, while orbiting, wherein each of the blades has an edge angle of 10 to 35 degrees and a burr height of 0.1 to 10μm, subjecting the edges of each blade group to ion beam treatment using a plasma ion gun, in which argon is used as a medium, wherein the pressure of the argon gas is 0.1 to 1 Pa, a bias voltage applied to the blade group is 0.1 to 1000 V, and the processing time is 5 to 300 minutes, wherein the ion beam treatment is performed to a depth of 0.1 to 1.5 μm from the pointed end of the edge and to a depth of 0.1 to 1.5 μm in the direction of the thickness of the edge, and thereafter, subjecting the edges of each blade group to plasma ion implantation of nitrogen plasma using a plasma ion plantation gun in the vacuum chamber, in which the pressure of the nitrogen is 0.5 to 5 Pa, a bias voltage applied to the blade group is 0.1 to 1000 V, a filament current is 100 to 200 A, and the processing time is 10 to 1000 minutes, wherein the plasma ion implantation is performed to a depth of 0.1 to 1.5 μm from the pointed end of the edge and to a depth of 0.1 to 1.5 μm in the direction of the thickness of the edge.
A brake system having a brake servo unit, in which pressure medium can be guided by means of at least one switchable valve (7, 15) from at least one wheel brake into an accumulator chamber, wherein a control device controls the at least one switchable valve (7, 15), characterized in that, in the event of a malfunction of the brake servo unit, in particular, when the drive thereof or the gear mechanism connected between the drive and the piston of the brake master cylinder is blocked, the at least one accumulator chamber serves to receive pressure medium from at least one wheel brake or at least one brake circuit and therefore to reduce pressure in at least one wheel brake.
A device for use in conjunction with a personal emergency response system (PERS), the device comprising: a wearable personal help button including a call button, a motion sensor, and a transmitter or transceiver configured to transmit a wireless call signal in response to the call button being pressed; and an electronic processor programmed to perform a compliance monitoring process using the motion sensor to assess compliance with wearing the wearable personal help button, wherein the compliance monitoring process is performed at successive compliance check times and includes, at each compliance check time: acquiring motion sensor data from the motion sensor of the wearable personal help button over a compliance data acquisition time interval shorter than the time interval between successive compliance check times; determining from the motion sensor data acquired over the compliance data acquisition time interval whether the wearable personal help button has moved since the last compliance check time; and assessing compliance with wearing the wearable personal help button based at least in part on the determination of whether the wearable personal help button has moved since the last compliance check time. a wearable personal help button including a call button, a motion sensor, and a transmitter or transceiver configured to transmit a wireless call signal in response to the call button being pressed; and an electronic processor programmed to perform a compliance monitoring process using the motion sensor to assess compliance with wearing the wearable personal help button, wherein the compliance monitoring process is performed at successive compliance check times and includes, at each compliance check time: acquiring motion sensor data from the motion sensor of the wearable personal help button over a compliance data acquisition time interval shorter than the time interval between successive compliance check times; determining from the motion sensor data acquired over the compliance data acquisition time interval whether the wearable personal help button has moved since the last compliance check time; and assessing compliance with wearing the wearable personal help button based at least in part on the determination of whether the wearable personal help button has moved since the last compliance check time. acquiring motion sensor data from the motion sensor of the wearable personal help button over a compliance data acquisition time interval shorter than the time interval between successive compliance check times; determining from the motion sensor data acquired over the compliance data acquisition time interval whether the wearable personal help button has moved since the last compliance check time; and assessing compliance with wearing the wearable personal help button based at least in part on the determination of whether the wearable personal help button has moved since the last compliance check time.
A compound of formula I for use in the treatment or prevention of a rhinovirus infection in a mammal wherein: R represents a C 1-10 alkyl group; X 1, X 2, X 3, X 4 and X 5 independently represent -H or -OH; and and wherein at least one of X 1, X 2, X 3, X 4 and X 5 is -OH. R represents a C 1-10 alkyl group; X 1, X 2, X 3, X 4 and X 5 independently represent -H or -OH; and and wherein at least one of X 1, X 2, X 3, X 4 and X 5 is -OH.
Use of N-alkyl-1,3-diaminopropane with the formula R-NH-(CH 2) 3 -NH 2 where R represents a straight C 8 through C 18 alkyl chain, as dispersing agent for dispersing ammonium salt or amine chloride to prevent the formation of, or to remove already formed deposits of ammonium salt or amine chloride in a hydrocarbon process plant.
An image forming apparatus comprising: a main assembly; a first openable member openably and closably provided in said main assembly; a second openable member openably and closably provided in said main assembly; a fixing unit for fixing the toner image formed on a recording material, said fixing unit including a pressure applying mechanism (18, 19) for applying a pressure to a fixing nip of said fixing unit, wherein an operation force by an operator when at least one of said first openable member and said second openable member is opened by the operator applies to said pressure applying mechanism (18, 19) to release the pressure applied to the fixing nip; characterized in that said fixing unit is detachably mountable relative to the main assembly, said fixing unit further includes a pressing roller, a heating unit, and a cam, the pressing roller and the heating unit form the fixing nip, and the cam is engaged to said pressure applying mechanism (18, 19) and the operation force is transmitted to the cam to move said pressure applying mechanism (18, 19) such that said heating unit is moved in a direction away from said pressing roller to release the pressure applied to the fixing nip when said at least one of said first openable member and said second openable member is opened. a main assembly; a first openable member openably and closably provided in said main assembly; a second openable member openably and closably provided in said main assembly; a fixing unit for fixing the toner image formed on a recording material, said fixing unit including a pressure applying mechanism (18, 19) for applying a pressure to a fixing nip of said fixing unit, wherein an operation force by an operator when at least one of said first openable member and said second openable member is opened by the operator applies to said pressure applying mechanism (18, 19) to release the pressure applied to the fixing nip; characterized in that said fixing unit is detachably mountable relative to the main assembly, said fixing unit further includes a pressing roller, a heating unit, and a cam, the pressing roller and the heating unit form the fixing nip, and the cam is engaged to said pressure applying mechanism (18, 19) and the operation force is transmitted to the cam to move said pressure applying mechanism (18, 19) such that said heating unit is moved in a direction away from said pressing roller to release the pressure applied to the fixing nip when said at least one of said first openable member and said second openable member is opened.
A control system for controlling at least one electronic detonator generating as output an output supply signal (Vs) adapted for the supply of said at least one electronic detonator and generating firing commands for firing said at least one electronic detonator, said control system comprising a control module configured for generating firing commands and for generating a first supply signal (Vm),said control system being characterized in that it further comprises a supply module generating a second supply signal (Vc) adapted to supply said at least one electronic detonator, first switching means being disposed between said control module and the output of said control system, and second switching means being disposed between said supply module and said output of said control system, said switching means making it possible that said output supply signal (Vs) corresponds to said second supply signal (Vc) once a firing command for firing said at least one electronic detonator has been generated, and to said first supply signal (Vm) so long as no firing command has been generated.
A shock absorbing strut for a vehicle comprising: a housing defining a through channel and including a motor mount, wherein the housing is configured to be pivotably mounted to the vehicle; a motor fixed to the motor mount and configured to controllably drive a shaft and a pinion gear mounted on the shaft; a shock absorber comprising a piston pivotably connected to a ground engaging assembly, and a cylinder that slidably receives the piston, wherein an outer surface of the cylinder comprises a screw thread, and further wherein the cylinder extends through the housing through channel; a geared nut having a central aperture that threadably engages the cylinder screw thread and a peripheral gear portion that is driveably engaged by the pinion gear; and upper and lower bearing assemblies (136, 138) rotatably supporting the geared nut in the housing; wherein the motor is configured to rotate the geared nut in the housing such that the cylinder moves axially. a housing defining a through channel and including a motor mount, wherein the housing is configured to be pivotably mounted to the vehicle; a motor fixed to the motor mount and configured to controllably drive a shaft and a pinion gear mounted on the shaft; a shock absorber comprising a piston pivotably connected to a ground engaging assembly, and a cylinder that slidably receives the piston, wherein an outer surface of the cylinder comprises a screw thread, and further wherein the cylinder extends through the housing through channel; a geared nut having a central aperture that threadably engages the cylinder screw thread and a peripheral gear portion that is driveably engaged by the pinion gear; and upper and lower bearing assemblies (136, 138) rotatably supporting the geared nut in the housing; wherein the motor is configured to rotate the geared nut in the housing such that the cylinder moves axially.
A traveling drive unit for working vehicle, having a tubular wheel mounting case to be put in rotation integrally with a wheel for working vehicle, a reduction gear mechanism (23, 31) provided in said wheel mounting case and adapted to reduce rotational speed in transmitting rotation of a drive source to said wheel mounting case, and a lubricant oil circulation means for supplying lubricant oil to said reduction gear mechanism (23, 31), characterized in that; said lubricant oil circulation means is comprised of an electric motor, a lubricant circulation pump which is rotationally driven by said electric motor to forcibly circulate lubricant oil pooled in said wheel mounting case, and a motor control means adapted to turn on and turn off said electric motor according to detected temperature by a temperature sensor for detecting temperature of said lubricant oil and detected speed by a speed sensor for detecting rotational speed of said wheel; said motor control means is adapted to turn on said electric motor when a temperature of lubricant oil detected by said temperature sensor is higher than a predetermined reference temperature and a speed of said wheel detected by said speed sensor is lower than a predetermined reference speed; and said motor control means is adapted to turn off said electric motor when said detected temperature is lower than said reference temperature or said detected speed is higher than said reference speed.
Tank for storing a liquid, comprising a wall made of plastic and a device for stopping the filling of said tank with a liquid at a maximum fill level, this fill-stop device extending inside the tank and comprising at least one opening of which the position inside the said tank fixes the said maximum fill level, the said fill-stop device being characterized in that it comprises a first part formed with the said wall and a second part which is fixed hermetically to the said first part.
A light emitting module, comprising a light source component, and several light guide sheets arranged at a periphery of the light source component, wherein the light source component comprises several strips vertically arranged, each having a group of light sources and being covered with one of the light guide sheets, wherein the light emitting module further comprises a hollow pedestal, characterised in that the pedestal comprises an annular side wall, accommodation grooves for accommodating the light source component and slots for positioning the light guide sheets are formed to extend vertically on an outer surface of the side wall, the light source strips are located in the accommodation grooves, and inner sides of the light guide sheets are inserted into the slots to cover the light source strips, the outer surface of the side wall being provided with several positioning strips which protrude outwards and extend vertically, and several positioning columns protruding inwardly from an inner surface of the side wall, and the accommodation grooves and the slots located at a periphery of the accommodation grooves are formed between adjacent positioning strips.