mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting channel quality information in a wireless communication system, the method performed by a user equipment, UE, which supports a short transmission time interval, S-TTI, and a legacy transmission time interval, L-TTI, and comprising: determining a resource related to a predefined control channel based on whether a S-TTI based communication is performed; and transmitting the channel quality information based on the resource, wherein the resource is used for deriving the channel quality information, wherein, based on the S-TTI based communication being performed, the resource is equally determined between an S-TTI which includes a legacy physical downlink control channel region, legacy PDCCH region, and an S-TTI which does not include the legacy PDCCH region. determining a resource related to a predefined control channel based on whether a S-TTI based communication is performed; and transmitting the channel quality information based on the resource, wherein the resource is used for deriving the channel quality information, wherein, based on the S-TTI based communication being performed, the resource is equally determined between an S-TTI which includes a legacy physical downlink control channel region, legacy PDCCH region, and an S-TTI which does not include the legacy PDCCH region.
A sympathetic skin response measuring apparatus comprising: a stimulation electrode and a measurement electrode both adapted to be applied to a living body; a stimulation power supplying section configured to supply a power to the stimulation electrode; a measuring section configured to measure information of a sympathetic skin response based on a signal obtained from the measurement electrode; and an outputting section configured to output the information measured by the measuring section, characterized in that the stimulation electrode includes: a first electrode a tip end of which is adapted to be inserted to skin of the living body; and a second electrode which is placed in a circumference of the first electrode without electrical conduction with the first electrode and which is adapted to be in contact with the skin, wherein the stimulation electrode includes three pairs of the first electrode and the second electrode; and the stimulation power supplying section is configured to supply a pulse signal, in which an electrical polarity of the first electrode is set to a positive pole and an electrical polarity of the second electrode is set to a negative pole, so as to supply power for stimulating only C fibers in a living body. a stimulation electrode and a measurement electrode both adapted to be applied to a living body; a stimulation power supplying section configured to supply a power to the stimulation electrode; a measuring section configured to measure information of a sympathetic skin response based on a signal obtained from the measurement electrode; and an outputting section configured to output the information measured by the measuring section, characterized in that the stimulation electrode includes: a first electrode a tip end of which is adapted to be inserted to skin of the living body; and a second electrode which is placed in a circumference of the first electrode without electrical conduction with the first electrode and which is adapted to be in contact with the skin, wherein the stimulation electrode includes three pairs of the first electrode and the second electrode; and the stimulation power supplying section is configured to supply a pulse signal, in which an electrical polarity of the first electrode is set to a positive pole and an electrical polarity of the second electrode is set to a negative pole, so as to supply power for stimulating only C fibers in a living body.
Self-tapping screw made of synthetic material having a shank on which a thread is formed, which shank defines a screw center line, - wherein the screw has a proximal end and a distal insertion end, - wherein the shank comprises a first portion and a second portion, - wherein the second portion is situated proximal relative to the first portion, in particular connects to the first portion, - wherein the thread has the same pitch in the first and second portions (6a; 6b), - wherein the thread has a complete thread cross-section in the second portion, - wherein in the first portion, in the direction of the thread, the thread is divided into thread segments (10a-10l), - wherein the thread segments have a leading end (10aa; 10ba) and a trailing end (10ab; 10bb), - wherein in at least the majority of the thread segments (10a-10l) the thread top (15a-15l) in question, for at least almost its full length, starting with the leading end, when considered in thread direction, is situated at a constant or decreasing radial distance (R1; R2) from the screw center line, characterized in that - the thread segments (10a-10l) in the first portion have an incomplete thread cross-section, - wherein relative to the screw center line, the leading end (10aa; 10ba) of the one thread segment extends further in radial direction than the leading end (10aa; 10ba) of the thread segment preceding it, and forms a cutting edge. - wherein the screw has a proximal end and a distal insertion end, - wherein the shank comprises a first portion and a second portion, - wherein the second portion is situated proximal relative to the first portion, in particular connects to the first portion, - wherein the thread has the same pitch in the first and second portions (6a; 6b), - wherein the thread has a complete thread cross-section in the second portion, - wherein in the first portion, in the direction of the thread, the thread is divided into thread segments (10a-10l), - wherein the thread segments have a leading end (10aa; 10ba) and a trailing end (10ab; 10bb), - wherein in at least the majority of the thread segments (10a-10l) the thread top (15a-15l) in question, for at least almost its full length, starting with the leading end, when considered in thread direction, is situated at a constant or decreasing radial distance (R1; R2) from the screw center line, characterized in that - the thread segments (10a-10l) in the first portion have an incomplete thread cross-section, - wherein relative to the screw center line, the leading end (10aa; 10ba) of the one thread segment extends further in radial direction than the leading end (10aa; 10ba) of the thread segment preceding it, and forms a cutting edge.
A pharmaceutical composition comprising: (a) a rAAV9 having a variant capsid protein comprising an amino acid sequence LGETTRP, inserted between positions 588 and 589 of capsid protein VPI; a nucleic acid encoding (i) a sequence having at least 95% identity to SEQ ID NO: 9 and (ii) a sequence having at least 95% identity to SEQ ID NO: 10, and (b) a pharmaceutically acceptable excipient; for use in a method of treating an eye disease or condition selected from neovascular (wet) age-related macular degeneration, choroidal neovascularization, macular edema following retinal vein occlusion, diabetic macular edema, retinal vein occlusion and diabetic retinopathy associated with DME, the method comprising administering a unit dose of the pharmaceutical composition by intravitreal injection to an eye of a primate subject in need thereof. (a) a rAAV9 having a variant capsid protein comprising an amino acid sequence LGETTRP, inserted between positions 588 and 589 of capsid protein VPI; a nucleic acid encoding (i) a sequence having at least 95% identity to SEQ ID NO: 9 and (ii) a sequence having at least 95% identity to SEQ ID NO: 10, and (b) a pharmaceutically acceptable excipient;
A guitar amplifier adapted to perform musical sound processing on an input musical sound and output it, the amplifier having a plurality of information sets, having an ON/OFF function of a performance mode for each of the plurality of information sets, and having different settings depending on whether the performance mode is ON or OFF, the guitar amplifier comprising: a storage device (12, 13) adapted to store the plurality of information sets, wherein each of the plurality of information sets includes a set value for each of one or two or more types of musical sound processing used in the performance mode; and a control device configured to change the setting of the one or two or more types of musical sound processing to a setting according to a set value of a selected information set when information indicating ON of the performance mode, to which the selected information set from the plurality of information sets has been used, is input, wherein the control device is adapted to change the setting of the one or two or more types of musical sound processing to a predetermined setting regardless of the set value of the selected information set and to change the setting of at least one type of musical sound processing to select one of two types of operations when information indicating OFF of the performance mode is input, and characterised in that the control device is configured to perform fade processing at the time of switching a signal path of the musical sound processing between ON and OFF paths according to switching of the information set applied to the performance mode. a storage device (12, 13) adapted to store the plurality of information sets, wherein each of the plurality of information sets includes a set value for each of one or two or more types of musical sound processing used in the performance mode; and a control device configured to change the setting of the one or two or more types of musical sound processing to a setting according to a set value of a selected information set when information indicating ON of the performance mode, to which the selected information set from the plurality of information sets has been used, is input, wherein the control device is adapted to change the setting of the one or two or more types of musical sound processing to a predetermined setting regardless of the set value of the selected information set and to change the setting of at least one type of musical sound processing to select one of two types of operations when information indicating OFF of the performance mode is input, and characterised in that the control device is configured to perform fade processing at the time of switching a signal path of the musical sound processing between ON and OFF paths according to switching of the information set applied to the performance mode.
A power transmission device to be provided to a hybrid construction machine, comprising: an engine; a generator which is configured to generate electric power by operation of the generator using power of the engine; a battery which is configured to store the electric power generated by the generator; a motor which is configured to be operated by the power of the engine and by the electric power of the battery; a hydraulic pump connected to the motor so as to be driven by operation of the motor; and a power divider connected to the engine, the generator, and the motor so that the power of the engine is distributed to the generator and to the motor, wherein the power divider includes a variable speed mechanism, characterized in that the variable speed mechanism is adapted to change the number of rotations of the engine so that the number of rotations of the generator is larger than the number of rotations of the motor. an engine; a generator which is configured to generate electric power by operation of the generator using power of the engine; a battery which is configured to store the electric power generated by the generator; a motor which is configured to be operated by the power of the engine and by the electric power of the battery; a hydraulic pump connected to the motor so as to be driven by operation of the motor; and a power divider connected to the engine, the generator, and the motor so that the power of the engine is distributed to the generator and to the motor, wherein the power divider includes a variable speed mechanism, characterized in that the variable speed mechanism is adapted to change the number of rotations of the engine so that the number of rotations of the generator is larger than the number of rotations of the motor.
An optical system, comprising: a geometric phase element configured to produce a first light beam associated with a first diffraction order and a second light beam associated with a second diffraction order in response to receiving input light; and a first elliptical polarizer configured to reduce an intensity of the first light beam and substantially preserve an intensity of the second light beam; characterized in that the optical system further comprises: a second elliptical polarizer; and a depolarizer configured to provide unpolarized light to the second elliptical polarizer. a geometric phase element configured to produce a first light beam associated with a first diffraction order and a second light beam associated with a second diffraction order in response to receiving input light; and a first elliptical polarizer configured to reduce an intensity of the first light beam and substantially preserve an intensity of the second light beam; characterized in that the optical system further comprises: a second elliptical polarizer; and a depolarizer configured to provide unpolarized light to the second elliptical polarizer. a second elliptical polarizer; and a depolarizer configured to provide unpolarized light to the second elliptical polarizer.
Household device having at least one bearing unit, which has at least one first functional means designed as a bearing means and which is intended to support a door unit, wherein the bearing unit has at least one second functional means, characterised in that at least one functional surface of one of the functional means exerts different functions in different operating and maintenance states.
A post carrier for a body piercing instrument, comprising: a cylindrical recess at a first end for holding a post, the post comprising an ornament held within the cylindrical recess; and a cylindrical portion disposed at a second end for insertion into a post carrier coupling recess of the body piercing instrument, characterized in that a wall of the cylindrical recess includes at least one wall recess (158A, 158B) disposed in the wall of the cylindrical recess, the at least one wall recess (158A, 158B) for engaging a point on the ornament of the post. a cylindrical recess at a first end for holding a post, the post comprising an ornament held within the cylindrical recess; and a cylindrical portion disposed at a second end for insertion into a post carrier coupling recess of the body piercing instrument, characterized in that a wall of the cylindrical recess includes at least one wall recess (158A, 158B) disposed in the wall of the cylindrical recess, the at least one wall recess (158A, 158B) for engaging a point on the ornament of the post.
Air-water heat pump, which is configured as an internally installed air-water heat pump for installation in an installation room, having - a refrigerant circuit, - a hydraulic circuit, - a chamber, referred to as evaporator chamber, which is sealed off externally from the installation room, - a further chamber, referred to as refrigerant chamber, - an evaporator, which is part of the refrigerant circuit, - a fan, which is set up to direct air over the evaporator, - a condenser, which is part of the refrigerant circuit, - a compressor, which is part of the refrigerant circuit, wherein the hydraulic circuit comprises the condenser, wherein the evaporator and the fan are arranged in the evaporator chamber, wherein the condenser and the compressor are arranged in the refrigerant chamber, wherein the air-water heat pump comprises an air duct adjacent to the fan, which is configured such that the fan conveys air from the evaporator chamber to outside the installation room, characterised in that the air-water heat pump comprises a safety valve, which is arranged in the hydraulic circuit downstream of the condenser, and has a hydraulic connection between the safety valve and the evaporator chamber. - a refrigerant circuit, - a hydraulic circuit, - a chamber, referred to as evaporator chamber, which is sealed off externally from the installation room, - a further chamber, referred to as refrigerant chamber, - an evaporator, which is part of the refrigerant circuit, - a fan, which is set up to direct air over the evaporator, - a condenser, which is part of the refrigerant circuit, - a compressor, which is part of the refrigerant circuit, wherein the hydraulic circuit comprises the condenser, wherein the evaporator and the fan are arranged in the evaporator chamber, wherein the condenser and the compressor are arranged in the refrigerant chamber, wherein the air-water heat pump comprises an air duct adjacent to the fan, which is configured such that the fan conveys air from the evaporator chamber to outside the installation room, comprises a safety valve, which is arranged in the hydraulic circuit downstream of the condenser, and has a hydraulic connection between the safety valve and the evaporator chamber.
Fitting for a window, in particular a living room window, comprising a drive rod, which is displaceable on a frame of the window, and a stay guide forend element, which can be arranged fixed in place on the frame and has a guidance device for a guidance element of a stay guide arm, the drive rod being in multiple parts and having a stay guide region and at least one joining region (9, 10), which is rigidly connected to the stay guide region and positioned at least in part thereon, perpendicularly offset therefrom with respect to a longitudinal central axis of the stay guide region, the stay guide forend element at least in regions being arranged positioned against the stay guide region and being arranged adjacent to the joining region (9, 10) in the axial direction with respect to the longitudinal axis, characterised in that the stay guide forend element is arranged against the stay guide region in such a way that a longitudinal central axis of the joining region (9, 10) intersects the stay guide forend element, the stay guide forend element having at least one holding element for fixing with respect to the frame, the longitudinal central axis of said holding element extending through a through-clearance of the stay guide region, the through-clearance being elongate in the axial direction with respect to the longitudinal central axis of the stay guide region.
A method performed by an apparatus for wireless communication, comprising: generating a first signal comprising a training sequence specified by a trainingSequenceID for transmission from the apparatus to a wireless node to enable the wireless node to determine a first preferred beam pattern; determining a second preferred beam pattern from a second signal comprising a training sequence specified by the trainingSequenceID received from the wireless node; wherein the training sequence of the first signal comprises a Walsh sequence or a Golay sequence and the training sequence of the second signal comprises a Walsh sequence or a Golay sequence; and communicating with the wireless node through at least one of the first or second preferred beam pattern; and further comprising training including the generation of the first signal for transmission and the receipt of the second signal from the wireless node, the training being performed simultaneously as one or more other pairs of wireless nodes perform training, wherein the Walsh sequence or Golay sequence is a code sequence selected from a set of code sequences, the set of code sequences also being used by the one or more other pairs to perform training, or wherein the Walsh sequence or Golay sequence is a code sequence assigned by another wireless node, said code sequence not being used by the one or more other pairs to perform training. generating a first signal comprising a training sequence specified by a trainingSequenceID for transmission from the apparatus to a wireless node to enable the wireless node to determine a first preferred beam pattern; determining a second preferred beam pattern from a second signal comprising a training sequence specified by the trainingSequenceID received from the wireless node; wherein the training sequence of the first signal comprises a Walsh sequence or a Golay sequence and the training sequence of the second signal comprises a Walsh sequence or a Golay sequence; and communicating with the wireless node through at least one of the first or second preferred beam pattern; and further comprising training including the generation of the first signal for transmission and the receipt of the second signal from the wireless node, the training being performed simultaneously as one or more other pairs of wireless nodes perform training, wherein the Walsh sequence or Golay sequence is a code sequence selected from a set of code sequences, the set of code sequences also being used by the one or more other pairs to perform training, or wherein the Walsh sequence or Golay sequence is a code sequence assigned by another wireless node, said code sequence not being used by the one or more other pairs to perform training.
A pneumatic tire comprising: a narrow groove having a terminal end and formed on a tread surface and extending in a direction inclined with respect to a tire circumferential direction, a width of the narrow groove being smaller than a depth of the narrow groove; an air inflow part, one end of the air inflow part opening to at least one of groove walls of the narrow groove that face each other in the tire circumferential direction, and another end of the air inflow part opening to the tread surface; wherein the air inflow part is disposed only at the terminal end of the narrow groove, characterised in that a wear prevention portion formed by a protrusion on a groove wall that faces a groove wall on which the air inflow part is formed or on the tread surface connecting to the groove wall that faces the groove wall on which the air inflow part is formed. a narrow groove having a terminal end and formed on a tread surface and extending in a direction inclined with respect to a tire circumferential direction, a width of the narrow groove being smaller than a depth of the narrow groove; an air inflow part, one end of the air inflow part opening to at least one of groove walls of the narrow groove that face each other in the tire circumferential direction, and another end of the air inflow part opening to the tread surface; wherein the air inflow part is disposed only at the terminal end of the narrow groove, characterised in that a wear prevention portion formed by a protrusion on a groove wall that faces a groove wall on which the air inflow part is formed or on the tread surface connecting to the groove wall that faces the groove wall on which the air inflow part is formed.