mhurhangee/patent-ind-claim-en huggingface dataset:
A method for performing communication using a flexible frequency division duplex, FDD, scheme by a user equipment, UE, in a wireless communication system, the method comprising: transceiving signals using the flexible FDD scheme, wherein a flexible FDD resource includes a downlink frequency band allocated for downlink, a guard band, and an uplink frequency band allocated for uplink, wherein the guard band is configured between the downlink frequency band and the uplink frequency band on a frequency axis, and wherein a partial frequency band of the uplink frequency band is switched to a downlink frequency subband allocated for downlink, wherein a guard subband is configured between the downlink frequency subband and an uplink frequency subband included in the uplink frequency band on the frequency axis, wherein the downlink frequency subband includes a time duration for downlink reception, a time duration for sounding reference signal, SRS, transmission, and a guard time configured between the time duration for the downlink reception and the time duration for the SRS transmission, and wherein the time duration for the SRS transmission includes a last symbol of the uplink frequency band. transceiving signals using the flexible FDD scheme, wherein a flexible FDD resource includes a downlink frequency band allocated for downlink, a guard band, and an uplink frequency band allocated for uplink, wherein the guard band is configured between the downlink frequency band and the uplink frequency band on a frequency axis, and wherein a partial frequency band of the uplink frequency band is switched to a downlink frequency subband allocated for downlink, wherein a guard subband is configured between the downlink frequency subband and an uplink frequency subband included in the uplink frequency band on the frequency axis, wherein the downlink frequency subband includes a time duration for downlink reception, a time duration for sounding reference signal, SRS, transmission, and a guard time configured between the time duration for the downlink reception and the time duration for the SRS transmission, and wherein the time duration for the SRS transmission includes a last symbol of the uplink frequency band.
A method for detection of a neurodegenerative disease by detecting amyloid aggregates in human blood, the method comprising providing a blood sample of a human comprising one or more red blood cells ; performing an analysis of a surface layer of the blood sample by an atomic force microscope to detect amyloid aggregates on a surface of the one or more red blood cells ; imaging detected amyloid aggregates, thereby generating images of the detected amyloid aggregates, in particular height images and phase contrast images; and using the images of the detected amyloid aggregates for the detection of the neurodegenerative disease. providing a blood sample of a human comprising one or more red blood cells ; performing an analysis of a surface layer of the blood sample by an atomic force microscope to detect amyloid aggregates on a surface of the one or more red blood cells ; imaging detected amyloid aggregates, thereby generating images of the detected amyloid aggregates, in particular height images and phase contrast images; and using the images of the detected amyloid aggregates for the detection of the neurodegenerative disease.
A switching mechanism for an electrical switch assembly , comprising: a rotary switch mounted on a printed circuit board , and comprising a contact block having a plurality of flat conductive contact faces arranged in the general shape of a polygon and adapted to roll from one contact face to another as the rotary switch is turned, a manually rotatable knob for turning the rotary switch, and mounted on a surface spaced apart from the printed circuit board, a rotatable shaft assembly operatively connecting the rotatable knob with the rotary switch so as to allow simultaneous and coordinated turning of the rotary switch when the knob is manually rotated, an indexing block mounted directly on the printed circuit board and suitable to be connected to a voltage source; a plurality of flat conductive terminal contacts mounted directly on the printed circuit board and upon which the contact block rolls, each conductive terminal contact being part of a circuit for a separate current flow pathway , each current flow pathway being is created by chemically etching a layer of conductive material bonded to a flat surface of the circuit board, and wherein a said conductive face of the contact block bridges an insulating gap between the indexing block and a said terminal contact as the contact block rolls over the printed circuit board, which selectively opens a circuit and closes an adjacent circuit to allow electricity to flow along a desired current flow pathway . a rotary switch mounted on a printed circuit board , and comprising a contact block having a plurality of flat conductive contact faces arranged in the general shape of a polygon and adapted to roll from one contact face to another as the rotary switch is turned, a manually rotatable knob for turning the rotary switch, and mounted on a surface spaced apart from the printed circuit board, a rotatable shaft assembly operatively connecting the rotatable knob with the rotary switch so as to allow simultaneous and coordinated turning of the rotary switch when the knob is manually rotated, an indexing block mounted directly on the printed circuit board and suitable to be connected to a voltage source; a plurality of flat conductive terminal contacts mounted directly on the printed circuit board and upon which the contact block rolls, each conductive terminal contact being part of a circuit for a separate current flow pathway , each current flow pathway being is created by chemically etching a layer of conductive material bonded to a flat surface of the circuit board, and wherein a said conductive face of the contact block bridges an insulating gap between the indexing block and a said terminal contact as the contact block rolls over the printed circuit board, which selectively opens a circuit and closes an adjacent circuit to allow electricity to flow along a desired current flow pathway .
A display driving device that drives a display , the display driving device comprising: a grouper that performs grouping of a plurality of light emitting elements (21 to 2n) arranged on a scanning line (SL2) of the display into one or more light emitting element groups (G1 to G5) and a driver (CD) that drives the one or more light emitting element groups (G1 to G5) so that each driving period into which the frame is divided that univocally corresponds to the one or more groups do not overlap, characterized in that the grouper determines per frame a total number of divided groups when performing the grouping based on average brightness information of the frame included in video information input, wherein when the average brightness of the display is decreasing the number of groups is decreasing, a grouper that performs grouping of a plurality of light emitting elements (21 to 2n) arranged on a scanning line (SL2) of the display into one or more light emitting element groups (G1 to G5) and a driver (CD) that drives the one or more light emitting element groups (G1 to G5) so that each driving period into which the frame is divided that univocally corresponds to the one or more groups do not overlap, characterized in that the grouper determines per frame a total number of divided groups when performing the grouping based on average brightness information of the frame included in video information input, wherein when the average brightness of the display is decreasing the number of groups is decreasing,
A process for preparing a polymer having a 2,5-furandicarboxylate moiety within the polymer backbone, and having a number average molecular weight of at least 10,000 (as determined by GPC based on polystyrene standards), wherein the process comprises a first step wherein a prepolymer is made having the 2,5-furandicarboxylate moiety within the polymer backbone, followed in a second step by a polycondensation reaction, characterized in that : - in the first step a 2,5-furandicarboxylate ester is transesterified with a compound or mixture of compounds containing two or more hydroxyl groups, preferably a diol or polyol, and in the presence of a tin(IV) based transesterification catalyst, and - in the second step at reduced pressure, and under melt conditions the prepolymer prepared in the first step is polycondensed in the presence of a tin(II) based polycondensation catalyst until the polymer is obtained. - in the first step a 2,5-furandicarboxylate ester is transesterified with a compound or mixture of compounds containing two or more hydroxyl groups, preferably a diol or polyol, and in the presence of a tin(IV) based transesterification catalyst, and - in the second step at reduced pressure, and under melt conditions the prepolymer prepared in the first step is polycondensed in the presence of a tin(II) based polycondensation catalyst until the polymer is obtained.
A coated solder wire comprising: a solder wire ; and a coating film made from polysiloxane and provided on the surface of the solder wire ; the coating film having a thickness of 4 nm to 200 nm, with the difference between the maximum value and minimum value of the thickness being within 2.5 nm, and the ratio of the coating film with respect to the overall coated solder wire being 200 ppm of mass or less in terms of silicon conversion. a solder wire ; and a coating film made from polysiloxane and provided on the surface of the solder wire ; the coating film having a thickness of 4 nm to 200 nm, with the difference between the maximum value and minimum value of the thickness being within 2.5 nm, and the ratio of the coating film with respect to the overall coated solder wire being 200 ppm of mass or less in terms of silicon conversion.
An aircraft flight control system (FCS) for controlling an aircraft (A) of the type having two elevators that control aircraft pitch, the system (FCS) comprising: actuators operatively adapted to be coupled to the elevators , the actuators being structured to control positions of the elevators in response to an elevator command; a processing system coupled to the actuators and selectively generating the elevator command; and a manually-manipulable momentary on-off control providing input to the processing system ; the processing system being structured to control the elevator actuators based on a longitudinal control law that controls a load factor demand, and to modify the longitudinal control law to set a reference speed during approach and landing in response to said manually-manipulable momentary on-off control input. actuators operatively adapted to be coupled to the elevators , the actuators being structured to control positions of the elevators in response to an elevator command; a processing system coupled to the actuators and selectively generating the elevator command; and a manually-manipulable momentary on-off control providing input to the processing system ; the processing system being structured to control the elevator actuators based on a longitudinal control law that controls a load factor demand, and to modify the longitudinal control law to set a reference speed during approach and landing in response to said manually-manipulable momentary on-off control input.
A medical scope comprising: an elongate body ; an imaging head supported by and rotatably movable relative to a mount of the body about an axis of rotation extending from the mount, the imaging head including a light emitter for illuminating a field of view of the imaging head; and a light path extending from the body parallel to the axis of rotation and through the imaging head to the light emitter, the light path including a light inlet of the imaging head opposed to a light outlet of the body. an elongate body ; an imaging head supported by and rotatably movable relative to a mount of the body about an axis of rotation extending from the mount, the imaging head including a light emitter for illuminating a field of view of the imaging head; and a light path extending from the body parallel to the axis of rotation and through the imaging head to the light emitter, the light path including a light inlet of the imaging head opposed to a light outlet of the body.
A silicon nitride substrate comprising a high thermal conductive silicon nitride sintered body having a thermal conductivity, as measured by a laser flash method, of 50 W/m·K or more and a three-point bending strength, measured in accordance with JIS-R1601, of 600 MPa or more, wherein highest peak intensities detected at diffraction angles of 29.3 ± 0.2°, 29.7 ± 0.2°, 27.0 ± 0.2°, and 36.1 ± 0.2° are expressed as I 29.3° , I 29.7° , I 27.0° , and I 36.1° , respectively, the highest peak intensities being detected by XRD analysis for an arbitrary cross section of the silicon nitride sintered body, characterized in that the thickness of the silicon nitride substrate is 0.10 mm or more and 0.70 mm or less, the high thermal conductive silicon nitride sintered body is configured such that a peak ratio (I 29.3° )/(I 27.0° + I 36.1° ) satisfies a range of 0.01 to 0.08, and a peak ratio (I 29.7° )/(I 27.0° + I 36.1° ) satisfies a range of 0.02 to 0.16, wherein I 29.3° and I 29.7° correspond to peaks depending on a rare earth element-hafnium-oxygen compound crystal, and I 27.0° and I 36.1° correspond to peaks depending on a β-Si 3 N 4 crystal, and the high thermal conductive silicon nitride sintered body includes 3 to 10% by mass of a rare earth element in terms of oxide, and includes 0.5 to 5% by mass of hafnium in terms of oxide.
An implant installation strength evaluation method comprising: a step of vibrating an implant; a step of measuring time series data of the number of vibrations and vibration strengths of the implant vibrated in the vibrating step; and a step of deriving information indicating an index of an installation strength of the implant based on the time series data of the number of vibrations and the vibration strengths of the implant, wherein the vibrating step is executed by an implant installation strength evaluation device, characterized in that the vibrating step is executed in a non-contact manner utilizing a laser beam. a step of vibrating an implant; a step of measuring time series data of the number of vibrations and vibration strengths of the implant vibrated in the vibrating step; and a step of deriving information indicating an index of an installation strength of the implant based on the time series data of the number of vibrations and the vibration strengths of the implant, wherein the vibrating step is executed by an implant installation strength evaluation device, characterized in that the vibrating step is executed in a non-contact manner utilizing a laser beam.
A processing line for depositing thin-film coating comprising at least one lock-chamber, at least one buffer chamber, and at least one processing chamber containing technological devices for depositing of layering material and for further processing of the depositioned layer, as well as two substrate supports supporting substrates which substrate supports are located each on one carriage configured to pass through the chambers in parallel and next to each other, at least one technological device is adapted to deposit material on a surface of the substrate and at least one further device is adapted to further process the depositioned material on the substrate surface and a transport system with each substrate support embodied in the form of a rotating drum, wherein the carriages each have a rotating drum oriented parallel to each other and mounted thereon and the arranged drums are installed on the carriages coaxially to the carriage's movement direction and are configured to rotate at a constant angular velocity, and the carriages are movable forward at a constant linear velocity wherein the technological device for depositing of layering material is located between the drums and the technological device for further processing of the depositioned layer is located between the drums. a transport system with each substrate support embodied in the form of a rotating drum, wherein the carriages each have a rotating drum oriented parallel to each other and mounted thereon and the arranged drums are installed on the carriages coaxially to the carriage's movement direction and are configured to rotate at a constant angular velocity, and the carriages are movable forward at a constant linear velocity wherein the technological device for depositing of layering material is located between the drums and the technological device for further processing of the depositioned layer is located between the drums.
A method for transmitting a wake-up signal in a wireless communication system supporting a wake-up radio, WUR, the method performed by a network entity comprising: receiving (S1310) WUR capability information from a terminal ; assigning (S1320) a category related to an operation of a WUR module to the terminal based on the received WUR capability information; transmitting (S1330) information for the assigned category to the terminal; and transmitting (S1340) a wake-up signal to the terminal according to an on-duration of each category, wherein the information for the assigned category includes an on-duration and an off-duration, wherein the on-duration and the off-duration are set differently for each category, wherein the wake-up signal is transmitted in on-duration corresponding to each category, wherein the on-duration corresponding to each category has at least one common on-duration that is equally assigned to a plurality of categories. receiving (S1310) WUR capability information from a terminal ; assigning (S1320) a category related to an operation of a WUR module to the terminal based on the received WUR capability information; transmitting (S1330) information for the assigned category to the terminal; and transmitting (S1340) a wake-up signal to the terminal according to an on-duration of each category, wherein the information for the assigned category includes an on-duration and an off-duration, wherein the on-duration and the off-duration are set differently for each category, wherein the wake-up signal is transmitted in on-duration corresponding to each category, wherein the on-duration corresponding to each category has at least one common on-duration that is equally assigned to a plurality of categories.
A control device configured to control an electronic musical instrument , comprising: an input unit configured to receive a control instruction; a first communication unit (S89) configured to wirelessly communicate with the electronic musical instrument ; a second communication unit (S91) configured to wirelessly communicate with a second control device that controls the electronic musical instrument ; and an instruction transmission unit (S89, S91) configured to transmit the control instruction received by the input unit and a second control instruction received from the second control device via the second communication unit (S91) to the electronic musical instrument via the first communication unit (S89), characterised in that the control device is a pedal device comprising a pedal switch treated as the input unit, and the second control device is a portable terminal. an input unit configured to receive a control instruction; a first communication unit (S89) configured to wirelessly communicate with the electronic musical instrument ; a second communication unit (S91) configured to wirelessly communicate with a second control device that controls the electronic musical instrument ; and an instruction transmission unit (S89, S91) configured to transmit the control instruction received by the input unit and a second control instruction received from the second control device via the second communication unit (S91) to the electronic musical instrument via the first communication unit (S89), characterised in that the control device is a pedal device comprising a pedal switch treated as the input unit, and the second control device is a portable terminal.
A mold comprising a mold component implemented as a first mold half and a second mold half defining therebetween a molding cavity , the mold comprising: a passage implemented as a primary vent area that allows, in use, for the passage of fluid out of the molding cavity and prevents passage of the melt; a venting passage in fluid communication with the passage for venting the fluid therefrom; a first passage control member actuatable between a first, standard molding configuration, in which the passage allows for the passage of fluid and prevents passage of the melt, and a second, cleaning configuration, in which the passage becomes part of the molding surface; and a second passage control member having a retracted configuration, in which the second passage control member un-obstructs the venting passage , and an extended configuration, in which the second passage control member turns a portion of the venting passage into a passage that allows passage of the fluid but not passage of the melt, effectively turning a portion of the venting passage into a secondary vent area. a passage implemented as a primary vent area that allows, in use, for the passage of fluid out of the molding cavity and prevents passage of the melt; a venting passage in fluid communication with the passage for venting the fluid therefrom; a first passage control member actuatable between a first, standard molding configuration, in which the passage allows for the passage of fluid and prevents passage of the melt, and a second, cleaning configuration, in which the passage becomes part of the molding surface; and a second passage control member having a retracted configuration, in which the second passage control member un-obstructs the venting passage , and an extended configuration, in which the second passage control member turns a portion of the venting passage into a passage that allows passage of the fluid but not passage of the melt, effectively turning a portion of the venting passage into a secondary vent area.