mhurhangee/ep-ind-claims huggingface dataset:
A handpiece (20, 40, 100) for treatment of a tissue surface with at least one light beam (30, 82), the handpiece (20, 40, 100) comprising: a housing, at least one light source (22, 38, 90) for generating at least one light beam (30, 82), an optical system for focusing the at least one light beam (30, 82), an opening for allowing the emission of the at least one light beam (30, 82) out of the housing and towards the tissue surface, a moving mechanism for controlled displacement of the at least one light source (22, 38, 90) together with the optical system to move the at least one light beam (30, 82) across the tissue surface, and a controller for controlling the moving mechanism, characterized in that the controller is adapted to control the moving mechanism and the at least one light source (22, 38, 90) for illumination of a treatment pattern on the tissue surface comprising individual treatment spots (34, 52). a housing, at least one light source (22, 38, 90) for generating at least one light beam (30, 82), an optical system for focusing the at least one light beam (30, 82), an opening for allowing the emission of the at least one light beam (30, 82) out of the housing and towards the tissue surface, a moving mechanism for controlled displacement of the at least one light source (22, 38, 90) together with the optical system to move the at least one light beam (30, 82) across the tissue surface, and a controller for controlling the moving mechanism, characterized in that the controller is adapted to control the moving mechanism and the at least one light source (22, 38, 90) for illumination of a treatment pattern on the tissue surface comprising individual treatment spots (34, 52).
Apparatus for mounting a tire on a rim of a vehicle wheel and for demounting a tire from a rim of a vehicle wheel, comprising: at least one fitting or removal tool for mounting and demounting the tire, receiving means for receiving the rim when mounting or demounting the tire to or from the rim, a control unit for controlling at least the movement of the at least one fitting or removal tool, and a load measuring device attached to the at least one fitting or removal tool for measuring the load applied to said at least one fitting or removal tool while mounting or demounting said tire to or from said rim, characterized by a printing device designed to print data regarding the load applied to the tire during the mounting or demounting process. at least one fitting or removal tool for mounting and demounting the tire, receiving means for receiving the rim when mounting or demounting the tire to or from the rim, a control unit for controlling at least the movement of the at least one fitting or removal tool, and a load measuring device attached to the at least one fitting or removal tool for measuring the load applied to said at least one fitting or removal tool while mounting or demounting said tire to or from said rim, characterized by a printing device designed to print data regarding the load applied to the tire during the mounting or demounting process.
A method of annealing glass comprising: heating a modified titania-silica glass to a first temperature, said modified titania-silica glass including a non-uniform concentration of a modifier, said first temperature exceeding 850 °C; cooling said modified titania-silica glass at a first cooling rate from said first temperature to a second temperature, said second temperature being in the range from 650 °C to 800 °C; and holding said modified titania-silica glass at said second temperature for a first time period, said first time period lasting for at least 10 hours; wherein said modifier is F or B 2 O 3, and wherein said non-uniform modifier concentration includes a peak-to-valley variation of at least 0.10 wt%. heating a modified titania-silica glass to a first temperature, said modified titania-silica glass including a non-uniform concentration of a modifier, said first temperature exceeding 850 °C; cooling said modified titania-silica glass at a first cooling rate from said first temperature to a second temperature, said second temperature being in the range from 650 °C to 800 °C; and holding said modified titania-silica glass at said second temperature for a first time period, said first time period lasting for at least 10 hours; wherein said modifier is F or B 2 O 3, and wherein said non-uniform modifier concentration includes a peak-to-valley variation of at least 0.10 wt%.
A display device comprising: a display module; a window on the display module; an optical film (FM-2) between the window and the display module and having a first open area (FM-OP); an adhesive layer coupling the window and the optical film (FM-2), wherein a first surface of the adhesive layer is in direct contact with the window and a second surface of the adhesive layer opposed to the first surface is in direct contact with the optical film (FM-2); and a refractive index matching pattern in the first open area (FM-OP) and having a refractive index ranging from 90% to 110% of a refractive index of the adhesive layer, the first open area (FM-OP) being an area in which the optical film (FM-2) is not located. a display module; a window on the display module; an optical film (FM-2) between the window and the display module and having a first open area (FM-OP); an adhesive layer coupling the window and the optical film (FM-2), wherein a first surface of the adhesive layer is in direct contact with the window and a second surface of the adhesive layer opposed to the first surface is in direct contact with the optical film (FM-2); and a refractive index matching pattern in the first open area (FM-OP) and having a refractive index ranging from 90% to 110% of a refractive index of the adhesive layer, the first open area (FM-OP) being an area in which the optical film (FM-2) is not located.
A formulation for making an elastomeric rubber thin film without using sulfur and accelerators comprising: a carboxylated acrylonitrile butadiene latex; a metal oxide; a pH adjuster to obtain a pH of 9-10; the concentration of the total solid in the composition is between 18-30%, wherein water is used for TSC variation, wherein the carboxylated acrylonitrile butadiene latex is: a) carboxylated acrylonitrile butadiene latex premixed with methacrylic acid, or b) a self-crosslinked carboxylated acrylonitrile butadiene latex. a carboxylated acrylonitrile butadiene latex; a metal oxide; a pH adjuster to obtain a pH of 9-10; the concentration of the total solid in the composition is between 18-30%, wherein water is used for TSC variation, wherein the carboxylated acrylonitrile butadiene latex is: a) carboxylated acrylonitrile butadiene latex premixed with methacrylic acid, or b) a self-crosslinked carboxylated acrylonitrile butadiene latex.
A substantially anhydrous composition for bleaching keratin fibers, especially human hair, characterized in that it comprises one or more persalts, one or more metasilicate salts and one or more disilicate salts wherein the total concentration by weight of one or more metasilicate salts is higher than the total concentration by weight of one or more disilicate salts.
Fuel nozzle for an essentially coaxial injection of a fuel into an air flow essentially enclosing the nozzle tube in an annular manner, said fuel nozzle comprising a nozzle tube and a nozzle outlet opening for injecting the fuel into the air flow, wherein the nozzle tube is connected to a fuel feed line for the purpose of feeding a fuel into the nozzle tube, wherein a first nozzle tube section extending as far as the nozzle outlet opening is embodied in a flower shape and the nozzle outlet opening has a closed stigma embodied in a cone shape, characterised in that the stigma is embodied in a double-cone shape.
Work machine having a drive with electrical motors (3, 4), work equipment and an accelerator, wherein the drive has a computing unit which can be used to control a first electrical motor for driving the vehicle wheels and a second electrical motor for driving the work equipment, wherein the computing unit is designed to process signals corresponding to control of a movement of a lifting mechanism of the work equipment or of a bucket of the work equipment, wherein the computing unit processes a signal corresponding to a position of an accelerator, and the first electrical motor and the second electrical motor can be controlled separately from one another, wherein the second electrical motor is controlled according to the control of the movement of the work equipment, characterized in that the speed of the second electrical motor is controlled on the basis of the signal from the accelerator and on the basis of the speed of the first electrical motor, wherein, with an increasing accelerator signal, the speed specification for the second electrical motor is increased to a maximum speed and this maximum speed is reduced with increasing speed of the first electrical motor.
A user preference profile apparatus comprising: means for receiving preference indications from a plurality of devices having different device characteristics, the received preference indications being implicit preference indications reflecting user actions for content items associated with an application; relation means for providing at least one device dependent relation for at least a first device of the plurality of devices, the device dependent relation defining a calculation of a device content item preference as a function of a set of preference indicators for the first device, each preference indicator of the set of preference indicators representing preference indications having a characteristic meeting a criterion; preference means for generating a first device content item preference for a first content item and the first device in response to received preference indications for the first content item from the first device and the device dependent relation for the first device; and user preference profile means for modifying the user preference profile in response to the first device content item preference. means for receiving preference indications from a plurality of devices having different device characteristics, the received preference indications being implicit preference indications reflecting user actions for content items associated with an application; relation means for providing at least one device dependent relation for at least a first device of the plurality of devices, the device dependent relation defining a calculation of a device content item preference as a function of a set of preference indicators for the first device, each preference indicator of the set of preference indicators representing preference indications having a characteristic meeting a criterion; preference means for generating a first device content item preference for a first content item and the first device in response to received preference indications for the first content item from the first device and the device dependent relation for the first device; and user preference profile means for modifying the user preference profile in response to the first device content item preference.
Method for the calibration and operation of a laser spectrometer constructed using cross-stack geometry, wherein laser radiation having central wave lengths changing over time is generated, is directed along an optical path through a medium to be examined, said optical path being delimited by at least two surfaces (9, 10), and in the process is partially transmitted by the medium, and a variable correlating with the intensity of the transmitted laser radiation is recorded, and a spectrum of the variable is formed, and the spectrum is evaluated in order to determine at least one substance property of the medium, wherein the laser radiation is partially perpendicularly reflected and partially transmitted at the at least two surfaces (9, 10), characterized in that for calibration done once and effected in parallel during operation, at least one distance between the at least two surfaces (9, 10), i.e. a length of the optical path in the medium, is determined by evaluation of the recorded variable, wherein the at least one distance is determined by evaluation of the interference pattern of the spectrum of the variable, wherein at least one of the at least two surfaces (9, 10) is caused to mechanically oscillate during the determination of the at least one substance property, and each of the at least two surfaces (9, 10) is kept motionless during the determination of the at least one distance.
A method for forming an optical article comprising: - providing a host matrix and a photochromic composition comprising a photochromic dye; - isolating the photochromic composition in two types of particles, wherein one type of particles has a low glass transition temperature microenvironment and the other type of particles has a high glass transition temperature microenvironment; - dispersing the two types of particles in said host matrix to obtain two dispersed phases embedded within the host matrix; and - depositing the host matrix comprising the two types of dispersed phase particles.. - providing a host matrix and a photochromic composition comprising a photochromic dye; - isolating the photochromic composition in two types of particles, wherein one type of particles has a low glass transition temperature microenvironment and the other type of particles has a high glass transition temperature microenvironment; - dispersing the two types of particles in said host matrix to obtain two dispersed phases embedded within the host matrix; and - depositing the host matrix comprising the two types of dispersed phase particles.. - isolating the photochromic composition in two types of particles, wherein one type of particles has a low glass transition temperature microenvironment and the other type of particles has a high glass transition temperature microenvironment; - dispersing the two types of particles in said host matrix to obtain two dispersed phases embedded within the host matrix; and - depositing the host matrix comprising the two types of dispersed phase particles..
A method of fabricating a composite article, comprising: performing a pre-impregnation process to form a prepreg having a reinforcement impregnated with a resin, the pre-impregnation process performed at a predetermined rate; moulding the prepreg to form the composite article, each cycle of the moulding having a known cycle time and comprising: cutting a blank from the prepreg; arranging the blank on a preforming mould to form a preformed blank, such that a shape of the blank when so arranged, corresponds approximately to a final shape of the composite article; transferring the preformed blank from the preforming mould to a compression mould; and applying heat and pressure to the preformed blank inside the compression mould so as to form the composite article, characterized in that the rate of the pre-impregnation process is predetermined based on the known cycle time of the moulding process, such that during each current moulding cycle the pre-impregnation process yields a quantity of prepreg to form the blank for use in a corresponding next moulding cycle; and wherein the step of moulding the prepreg is performed one moulding-cycle after the step of performing the pre-impregnation process to form the prepreg. performing a pre-impregnation process to form a prepreg having a reinforcement impregnated with a resin, the pre-impregnation process performed at a predetermined rate; moulding the prepreg to form the composite article, each cycle of the moulding having a known cycle time and comprising: cutting a blank from the prepreg; arranging the blank on a preforming mould to form a preformed blank, such that a shape of the blank when so arranged, corresponds approximately to a final shape of the composite article; transferring the preformed blank from the preforming mould to a compression mould; and applying heat and pressure to the preformed blank inside the compression mould so as to form the composite article, characterized in that the rate of the pre-impregnation process is predetermined based on the known cycle time of the moulding process, such that during each current moulding cycle the pre-impregnation process yields a quantity of prepreg to form the blank for use in a corresponding next moulding cycle; and cutting a blank from the prepreg; arranging the blank on a preforming mould to form a preformed blank, such that a shape of the blank when so arranged, corresponds approximately to a final shape of the composite article; transferring the preformed blank from the preforming mould to a compression mould; and applying heat and pressure to the preformed blank inside the compression mould so as to form the composite article, wherein the step of moulding the prepreg is performed one moulding-cycle after the step of performing the pre-impregnation process to form the prepreg.
A rechargeable battery pack comprising: a battery cell for being charged and discharged; an electrode terminal provided in a cap plate of the battery cell; a protection member disposed above and spaced apart from the cap plate and electrically protecting the battery cell, comprising a first portion electrically connected to the electrode terminal, and a second portion extending from the first portion; and a protective circuit module disposed above and spaced apart from the protection member and electrically connected to the second portion of the protection member, wherein the second portion of the protection member is connected to a connection portion of the protective circuit module, wherein the protection member further includes a protection element that is connected between the first and second portions in a first direction; and further comprising an insulating tape disposed at an inner side of the protective circuit module in a second direction that crosses the first direction while covering the protection element and the first welding portion, and further comprising a top case that is disposed between the cap plate and the protection member in the second direction while being formed as an insulator, and wherein the top case forms an opened portion that corresponds to at least the electrode terminal and the protection element, and the protection element is placed in the opened portion while being spaced apart from an inner side thereof. a battery cell for being charged and discharged; an electrode terminal provided in a cap plate of the battery cell; a protection member disposed above and spaced apart from the cap plate and electrically protecting the battery cell, comprising a first portion electrically connected to the electrode terminal, and a second portion extending from the first portion; and a protective circuit module disposed above and spaced apart from the protection member and electrically connected to the second portion of the protection member, wherein the second portion of the protection member is connected to a connection portion of the protective circuit module, wherein the protection member further includes a protection element that is connected between the first and second portions in a first direction; and further comprising an insulating tape disposed at an inner side of the protective circuit module in a second direction that crosses the first direction while covering the protection element and the first welding portion, and further comprising a top case that is disposed between the cap plate and the protection member in the second direction while being formed as an insulator, and wherein the top case forms an opened portion that corresponds to at least the electrode terminal and the protection element, and the protection element is placed in the opened portion while being spaced apart from an inner side thereof.
A method of wireless communication performed by a user equipment, UE, comprising: receiving first downlink control information, DCI, that schedules a start of a data communication in a first transmission time interval, TTI, on a first frequency band, wherein the first frequency band is configured with an uplink/downlink time division duplexing, TDD, pattern that is synchronized with a second frequency band, wherein the first DCI includes an indication of one of uplink data or downlink data, a UE identifier of the UE, a modulation and coding scheme, MCS, for the data communication, and a resource allocation for the data communication; receiving or transmitting a first portion of the data communication in the first TTI based at least in part on receiving the first DCI; receiving second DCI that schedules a second portion of the data communication in a second TTI on the first frequency band, wherein the second DCI indicates that the second portion is part of the data communication, and wherein the second DCI further indicates the one of uplink data or downlink data in conformity with the first DCI to enable the UE to determine that the second DCI schedules the second portion of the data communication, and wherein the MCS indicates a number of TTIs that include corresponding portions of the data communication and the second DCI excludes an indication of whether the second portion is a last portion of the data communication; and receiving or transmitting the second portion of the data communication in the second TTI based at least in part on receiving the second DCI. receiving first downlink control information, DCI, that schedules a start of a data communication in a first transmission time interval, TTI, on a first frequency band, wherein the first frequency band is configured with an uplink/downlink time division duplexing, TDD, pattern that is synchronized with a second frequency band, wherein the first DCI includes an indication of one of uplink data or downlink data, a UE identifier of the UE, a modulation and coding scheme, MCS, for the data communication, and a resource allocation for the data communication; receiving or transmitting a first portion of the data communication in the first TTI based at least in part on receiving the first DCI; receiving second DCI that schedules a second portion of the data communication in a second TTI on the first frequency band, wherein the second DCI indicates that the second portion is part of the data communication, and wherein the second DCI further indicates the one of uplink data or downlink data in conformity with the first DCI to enable the UE to determine that the second DCI schedules the second portion of the data communication, and wherein the MCS indicates a number of TTIs that include corresponding portions of the data communication and the second DCI excludes an indication of whether the second portion is a last portion of the data communication; and receiving or transmitting the second portion of the data communication in the second TTI based at least in part on receiving the second DCI.