mhurhangee/patent-ind-claim-en huggingface dataset:
A liquid crystal illumination device comprising: a liquid crystal panel a light source configured to project light to the liquid crystal panel a first diffusion unit configured to be provided adjacent to the light source and diffuse light projected from the light source ; a first light guide unit configured to be provided with the first diffusion unit at one end, include a reflection surface formed in such a way as to radially widen from the light source side toward the liquid crystal panel side, reflect light diffused by the first diffusion unit at the reflection surface , and guide the light; a reflecting mirror configured to be provided at another end of the first light guide unit , an opening being formed on the reflecting mirror , part of the light guided by the first light guide unit being reflected and returned to inside the first light guide unit, unit , and remaining light passing through the opening ; a light collecting unit configured to be provided adjacent to the reflecting mirror and collect light passing through the opening on the reflecting mirror ; and a second diffusion unit configured to be provided adjacent to the light collecting unit and diffuse the light collected by the light collecting unit toward the liquid crystal panel , wherein the opening on the reflecting mirror is formed to correspond to a display region where the liquid crystal panel displays an image, and a haze value of the first diffusion unit is set to a value higher than a haze value of the second diffusion unit . a liquid crystal panel a light source configured to project light to the liquid crystal panel a first diffusion unit configured to be provided adjacent to the light source and diffuse light projected from the light source ; a first light guide unit configured to be provided with the first diffusion unit at one end, include a reflection surface formed in such a way as to radially widen from the light source side toward the liquid crystal panel side, reflect light diffused by the first diffusion unit at the reflection surface , and guide the light; a reflecting mirror configured to be provided at another end of the first light guide unit , an opening being formed on the reflecting mirror , part of the light guided by the first light guide unit being reflected and returned to inside the first light guide unit, unit , and remaining light passing through the opening ; a light collecting unit configured to be provided adjacent to the reflecting mirror and collect light passing through the opening on the reflecting mirror ; and a second diffusion unit configured to be provided adjacent to the light collecting unit and diffuse the light collected by the light collecting unit toward the liquid crystal panel , wherein the opening on the reflecting mirror is formed to correspond to a display region where the liquid crystal panel displays an image, and a haze value of the first diffusion unit is set to a value higher than a haze value of the second diffusion unit .
An encoder comprising: a precoder for encoding an input information object according to a first encoding scheme and storing the encoded information object in a precoder buffer ; a sample number/address generation unit for generating a sample number for sampling a bit from the precoder buffer and an address which corresponds to the bit; a multiplexer for selecting the bit from the precoder buffer according to the address; a sampling buffer for storing the bit, the bit comprising primary encoder data prepared by a primary channel; a control packet generation module for generating a control packet comprising control data encoder data prepared by a control channel, the control packet including information on the sample number; a packet assembling unit for assembling the bit and the control packet into a data packet; and a modulation module for modulating the data packet into a sound signal according to a preset scheme, wherein the control packet is encoded according to a second encoding scheme and the second encoding scheme provides higher noise immunity than the first encoding scheme and where further, the primary channel is configured to transfer a larger volume of data than the control channel. a precoder for encoding an input information object according to a first encoding scheme and storing the encoded information object in a precoder buffer ; a sample number/address generation unit for generating a sample number for sampling a bit from the precoder buffer and an address which corresponds to the bit; a multiplexer for selecting the bit from the precoder buffer according to the address; a sampling buffer for storing the bit, the bit comprising primary encoder data prepared by a primary channel; a control packet generation module for generating a control packet comprising control data encoder data prepared by a control channel, the control packet including information on the sample number; a packet assembling unit for assembling the bit and the control packet into a data packet; and a modulation module for modulating the data packet into a sound signal according to a preset scheme, wherein the control packet is encoded according to a second encoding scheme and the second encoding scheme provides higher noise immunity than the first encoding scheme and where further, the primary channel is configured to transfer a larger volume of data than the control channel.
Method for processing log files using computer-aided data processing systems , a log file being generated, processed and/or at least temporarily stored by a data processing system in a coded format, having the following method steps: - performing system monitoring and generating a stream of diagnostic data by means of a diagnostic module during the system monitoring; and - reading a coded log file (1.KOD) into a decoding module ; characterized in that the log file comprises a header and a payload and the following method steps are carried out: - reading coding instructions into a coding module ; - reading the stream of diagnostic data into the coding module ; - generating the coded log file (1.KOD) by applying the coding instructions to the stream of diagnostic data by the coding module ; - reading the coding instructions into the decoding module ; and - generating a decoded log file (1.DEK) taking into account the coding instructions from the coded log file (1.KOD) by the decoding module ; - the coding module assigning a version identifier of the coding instructions used to the header of the coded log file (1.KOD); - the coding module appending a protocol entry as a payload to the coded log file (1.KOD) if the coding module detects a protocol event in the diagnostic data which affects a specific protocol parameter for the first time or which describes a change in the particular protocol parameter ; and - the coding module causing the coded log file (1.KOD) to be stored in its current state during the system monitoring if the coding module has appended a protocol entry to the coded log file (1.KOD) or if a specified period of time has elapsed without appending a further protocol entry . - performing system monitoring and generating a stream of diagnostic data by means of a diagnostic module during the system monitoring; and - reading a coded log file (1.KOD) into a decoding module ; characterized in that - reading coding instructions into a coding module ; - reading the stream of diagnostic data into the coding module ; - generating the coded log file (1.KOD) by applying the coding instructions to the stream of diagnostic data by the coding module ; - reading the coding instructions into the decoding module ; and - generating a decoded log file (1.DEK) taking into account the coding instructions from the coded log file (1.KOD) by the decoding module ; - the coding module assigning a version identifier of the coding instructions used to the header of the coded log file (1.KOD); - the coding module appending a protocol entry as a payload to the coded log file (1.KOD) if the coding module detects a protocol event in the diagnostic data which affects a specific protocol parameter for the first time or which describes a change in the particular protocol parameter ; and - the coding module causing the coded log file (1.KOD) to be stored in its current state during the system monitoring if the coding module has appended a protocol entry to the coded log file (1.KOD) or if a specified period of time has elapsed without appending a further protocol entry .
A vehicle-mounted device operation system, comprising: a sound collector located in a vehicle cabin, and configured to collect speech of an occupant; a speech determining unit configured to determine whether a command to a vehicle-mounted device is included in a content of the speech of the occupant collected by the sound collector; a vehicle-mounted device activating unit configured to activate the vehicle-mounted device according to the command, when the speech determining unit determines that the command to the vehicle-mounted device is included in the content of the speech of the occupant; an operating part located in the vehicle cabin, and configured to be subjected to operation for manually operating the vehicle-mounted device; and a highlighting unit configured to highlight the operating part for the vehicle-mounted device activated by the vehicle-mounted device activating unit, characterized in that a plurality of steering switches located on a steering wheel are provided as the operating part , and the highlighting unit is configured to highlight a part of the plurality of steering switches . a sound collector located in a vehicle cabin, and configured to collect speech of an occupant; a speech determining unit configured to determine whether a command to a vehicle-mounted device is included in a content of the speech of the occupant collected by the sound collector; a vehicle-mounted device activating unit configured to activate the vehicle-mounted device according to the command, when the speech determining unit determines that the command to the vehicle-mounted device is included in the content of the speech of the occupant; an operating part located in the vehicle cabin, and configured to be subjected to operation for manually operating the vehicle-mounted device; and a highlighting unit configured to highlight the operating part for the vehicle-mounted device activated by the vehicle-mounted device activating unit, characterized in that a plurality of steering switches located on a steering wheel are provided as the operating part , and the highlighting unit is configured to highlight a part of the plurality of steering switches .
Garment , or piece of garment, of adjustable extension, size or dimension, including a first layer defining the structure or at least a part of the structure of the garment intended, in use, to accommodate the body of a user or a part of the body of a user wearing the garment , and a second layer in the form of a ribbon or a ribbon-like element, wherein the first layer has a first degree of elasticity or first yielding capacity, and the second layer has a second degree of elasticity or second yielding capacity, wherein the second degree of elasticity or second yielding capacity are less than the first degree of elasticity or first yielding capacity respectively; and wherein the first layer is joined to the second layer in at least a first fastening zone and a second fastening zone , and said second layer is able to limit, prevent or stop an extension, an elasticity, or yielding capacity of the first layer between the first fastening zone and the second fastening zone ; and wherein at a first time the first layer extends up to the maximum extension of the second layer , i.e. as long as the latter is intact, and at a second time, the first layer can be extended to the maximum of its extensibility when the second layer is cut. wherein the first layer is joined to the second layer in at least a first fastening zone and a second fastening zone , and said second layer is able to limit, prevent or stop an extension, an elasticity, or yielding capacity of the first layer between the first fastening zone and the second fastening zone ; and wherein at a first time the first layer extends up to the maximum extension of the second layer , i.e. as long as the latter is intact, and at a second time, the first layer can be extended to the maximum of its extensibility when the second layer is cut.
Method for determining multiple absolute cabin positions of an elevator cabin within a shaft of an elevator arrangement using a portable smart device comprising a sensor , the method comprising: - displacing the elevator cabin along the shaft during a learning procedure with the portable smart device being releasable attached at a predetermined position at the elevator cabin , - detecting localising characteristics at each of multiple locations during the learning procedure, the localising characteristics indicating an absolute position within the shaft , wherein the localising characteristics are detected using the sensor of the portable smart device , - communicating an information indicating the absolute positions detected during the learning procedure from the portable smart device to an elevator controller , and - correlating each of the absolute positions detected during the learning procedure to one of the multiple absolute cabin positions and storing derived correlation data, - temporarily attaching the portable smart device at a predetermined position at the elevator cabin prior to the learning procedure, and - releasing the portable smart device from the fixation at the elevator cabin after completion of the learning procedure. - displacing the elevator cabin along the shaft during a learning procedure with the portable smart device being releasable attached at a predetermined position at the elevator cabin , - detecting localising characteristics at each of multiple locations during the learning procedure, the localising characteristics indicating an absolute position within the shaft , wherein the localising characteristics are detected using the sensor of the portable smart device , - communicating an information indicating the absolute positions detected during the learning procedure from the portable smart device to an elevator controller , and - correlating each of the absolute positions detected during the learning procedure to one of the multiple absolute cabin positions and storing derived correlation data, - temporarily attaching the portable smart device at a predetermined position at the elevator cabin prior to the learning procedure, and - releasing the portable smart device from the fixation at the elevator cabin after completion of the learning procedure.
A method of performing a random access procedure by a user equipment, UE, in a wireless communication system, the method comprising: obtaining (D05) at least one random access channel, RACH, configuration; selecting (D10) an initial uplink, UL, bandwidth part, BWP, from among UL BWPs; and transmitting (D15) a random access preamble on the initial UL BWP selected from among UL BWPs based on at least one the RACH configuration, wherein the UL BWPs include at least one of a first UL BWP dedicated to a first type UE having a reduced capability than a second type UE, and a second UL BWP in which the second type UE operates, characterized in that wherein the UE is the first type UE, wherein the second UL BWP is selected as the UL BWP of the UE based on that the first UL BWP is unavailable, and wherein an availability of the first UL BWP is determined based on a system information block 1, SIB1. obtaining (D05) at least one random access channel, RACH, configuration; selecting (D10) an initial uplink, UL, bandwidth part, BWP, from among UL BWPs; and transmitting (D15) a random access preamble on the initial UL BWP selected from among UL BWPs based on at least one the RACH configuration, wherein the UL BWPs include at least one of a first UL BWP dedicated to a first type UE having a reduced capability than a second type UE, and a second UL BWP in which the second type UE operates, characterized in that wherein the UE is the first type UE, wherein the second UL BWP is selected as the UL BWP of the UE based on that the first UL BWP is unavailable, and wherein an availability of the first UL BWP is determined based on a system information block 1, SIB1.
An assembly, comprising: a mast ; a hydrofoil coupled to a lower end of the mast ; a module fitted to an upper end of the mast , the module configured for allowing the mast and associated components to be quickly and easily removed and reattached to a board ; and a motor coupled to a lower end of the mast and configured to drive the board ; the module comprising: a connector for connecting the module to a power source located in the board ; internal control circuitry contained in a watertight cavity comprised in the module ; and a thermal bridge to thermally connect the control circuitry to the mast . a mast ; a hydrofoil coupled to a lower end of the mast ; a module fitted to an upper end of the mast , the module configured for allowing the mast and associated components to be quickly and easily removed and reattached to a board ; and a motor coupled to a lower end of the mast and configured to drive the board ; the module comprising: a connector for connecting the module to a power source located in the board ; internal control circuitry contained in a watertight cavity comprised in the module ; and a thermal bridge to thermally connect the control circuitry to the mast . a connector for connecting the module to a power source located in the board ; internal control circuitry contained in a watertight cavity comprised in the module ; and a thermal bridge to thermally connect the control circuitry to the mast .
A helipad configured to transport an aircraft, comprising: an aircraft landing surface configured to receive an aircraft; an aircraft maintenance device configured to receive maintenance data from the aircraft; a transport mechanism configured to transport the aircraft from a landing area to a destination area; and characterized by : a securing device configured to selectively secure the aircraft to the helipad ; and an aircraft fueling mechanism configured to provide the aircraft with an energy source. an aircraft landing surface configured to receive an aircraft; an aircraft maintenance device configured to receive maintenance data from the aircraft; a transport mechanism configured to transport the aircraft from a landing area to a destination area; and characterized by : a securing device configured to selectively secure the aircraft to the helipad ; and an aircraft fueling mechanism configured to provide the aircraft with an energy source. a securing device configured to selectively secure the aircraft to the helipad ; and an aircraft fueling mechanism configured to provide the aircraft with an energy source.
Rail grinding machine for grinding rails of a track, having - a machine frame , - a plurality of guide rollers for manual movement of the rail grinding machine in a longitudinal direction (x), which are rotatably mounted on the machine frame , - a cross slide , -- which is mounted on the machine frame in such a manner as to be movable in a transverse direction (y), and -- which comprises a closed cross slide frame , - a grinding unit , which is movable in the transverse direction (y) by means of the cross slide , characterized in that a guide frame is arranged on the cross slide , in that the grinding unit is mounted on the guide frame in such a manner as to be movable in a vertical direction (z), in that the guide frame is mounted on the cross slide in such a manner as to be pivotable about a pivoting axis extending parallel to the longitudinal direction (x), and in that the grinding unit is arranged on the guide frame for pivoting about the pivoting axis . - a machine frame , - a plurality of guide rollers for manual movement of the rail grinding machine in a longitudinal direction (x), which are rotatably mounted on the machine frame , - a cross slide , -- which is mounted on the machine frame in such a manner as to be movable in a transverse direction (y), and -- which comprises a closed cross slide frame , -- which is mounted on the machine frame in such a manner as to be movable in a transverse direction (y), and -- which comprises a closed cross slide frame , - a grinding unit , which is movable in the transverse direction (y) by means of the cross slide , characterized in that a guide frame is arranged on the cross slide , in that the grinding unit is mounted on the guide frame in such a manner as to be movable in a vertical direction (z), in that the guide frame is mounted on the cross slide in such a manner as to be pivotable about a pivoting axis extending parallel to the longitudinal direction (x), and in that the grinding unit is arranged on the guide frame for pivoting about the pivoting axis . in that a guide frame is arranged on the cross slide , in that the grinding unit is mounted on the guide frame in such a manner as to be movable in a vertical direction (z), in that the guide frame is mounted on the cross slide in such a manner as to be pivotable about a pivoting axis extending parallel to the longitudinal direction (x), and in that the grinding unit is arranged on the guide frame for pivoting about the pivoting axis .
A backlight apparatus , comprising: a planar light guide panel configured to distribute light to a surface of the planar light guide panel facing a liquid crystal display screen ; a backplate ; a light emitting element located within the backplate and configured to emit visible light; a lens located within the backplate and configured to angularly redirect the visible light into a batwing configuration of first and second collimated light beams , the lens including a concave receiving surface facing the light emitting element and a transmission surface opposing the receiving surface , the transmission surface including an angle of curvature that increases closer to a plane of symmetry of the lens, such that an angle of a center axis of the first collimated light beam is greater than 45° from the plane of symmetry of the lens , and an angle of a center axis of the second collimated light beam is greater than negative 45° from the plane of symmetry of the lens ; and wherein the planar light guide panel is configured to distribute light from the first and second collimated light beams to the surface of the planar light guide panel . a planar light guide panel configured to distribute light to a surface of the planar light guide panel facing a liquid crystal display screen ; a backplate ; a light emitting element located within the backplate and configured to emit visible light; a lens located within the backplate and configured to angularly redirect the visible light into a batwing configuration of first and second collimated light beams , the lens including a concave receiving surface facing the light emitting element and a transmission surface opposing the receiving surface , the transmission surface including an angle of curvature that increases closer to a plane of symmetry of the lens, such that an angle of a center axis of the first collimated light beam is greater than 45° from the plane of symmetry of the lens , and an angle of a center axis of the second collimated light beam is greater than negative 45° from the plane of symmetry of the lens ; and wherein the planar light guide panel is configured to distribute light from the first and second collimated light beams to the surface of the planar light guide panel .