mhurhangee/patent-ind-claim-en huggingface dataset:
A light emitting device comprising: a mounting board ; a plurality of light sources positioned on the mounting board ; a light diffusion plate ; a half mirror positioned between the light diffusion plate and the plurality of light sources ; and a plurality of diffuse reflectors positioned between the mounting board and the light diffusion plate , and above at least part of each emission face of the plurality of light sources , wherein the reflectance characteristics of the half mirror measured in the direction perpendicular to the principal plane of the half mirror are such that the reflectance bandwidth on the longer wavelength side of a peak emission wavelength of the light sources is broader than the reflectance bandwidth on the shorter wavelength side of the peak emission wavelength of the light sources . a mounting board ; a plurality of light sources positioned on the mounting board ; a light diffusion plate ; a half mirror positioned between the light diffusion plate and the plurality of light sources ; and a plurality of diffuse reflectors positioned between the mounting board and the light diffusion plate , and above at least part of each emission face of the plurality of light sources , wherein the reflectance characteristics of the half mirror measured in the direction perpendicular to the principal plane of the half mirror are such that the reflectance bandwidth on the longer wavelength side of a peak emission wavelength of the light sources is broader than the reflectance bandwidth on the shorter wavelength side of the peak emission wavelength of the light sources .
A touch screen sensor, comprising: a visible light transparent substrate ; and an electrically conductive micropattern disposed on or in the visible light transparent substrate , the micropattern comprising a first region micropattern within a touch sensing area having a non-uniform distribution of sheet resistance; wherein the first region micropattern includes metallic electrically conductive features having a width between about 0.5 and 5 micrometers; wherein the first region micropattern is visible light transparent and has between about 95% and 99.5% open area; and wherein the touch screen sensor has a uniform optical transmission of greater than 85% across the touch sensing area such that for the first region micropattern of the sensor being segmented into 5 millimeter by 5 millimeter square regions, none of the square regions have a shadowed area fraction that differs by greater than about 10% from the average for all of the square regions. a visible light transparent substrate ; and an electrically conductive micropattern disposed on or in the visible light transparent substrate , the micropattern comprising a first region micropattern within a touch sensing area having a non-uniform distribution of sheet resistance; wherein the first region micropattern includes metallic electrically conductive features having a width between about 0.5 and 5 micrometers; wherein the first region micropattern is visible light transparent and has between about 95% and 99.5% open area; and wherein the touch screen sensor has a uniform optical transmission of greater than 85% across the touch sensing area such that for the first region micropattern of the sensor being segmented into 5 millimeter by 5 millimeter square regions, none of the square regions have a shadowed area fraction that differs by greater than about 10% from the average for all of the square regions.
A stator for electric motors, which comprises a plurality of teeth which are arranged circumferentially so as to form a substantially cylindrical hollow body and which between them define a plurality of inner longitudinal cavities which are arranged radially; inside said inner longitudinal cavities there being arranged a plurality of bent wires (J1-J12) which form at least one flattened cylindrical winding which comprises a plurality of mutually parallel straight sections (1A-12A, 1B-12B) of wire which occupy said inner longitudinal cavities ; each one of said straight sections (1A-12A, 1B-12B) of wire being spaced apart from the adjacent straight section of wire (1A-12A, 1B-12B) by a respective winding pitch (X, Y, W); wherein said cylindrical winding is wound at least twice onto itself so as to be arranged continuously at least along an inner cylindrical layer (S1) and along an outer cylindrical layer (S2) which is coaxial to said inner cylindrical layer (S1); said cylindrical winding comprising: - a first peripheral portion (Z1), arranged along said inner cylindrical layer (S1), in which said respective winding pitches comprise a first winding pitch (X) and a second winding pitch (Y); - a second peripheral portion (Z3), arranged along said outer cylindrical layer (S2), in which said respective winding pitches comprise said first winding pitch (X) and a third winding pitch (W); said third winding pitch (W) being greater than said first (X) and second (Y) winding pitch; - an intermediate portion (Z2) which connects said first (Z1) and second (Z3) peripheral portion, in which said respective winding pitches comprise said first (X), second (Y) and third (W) winding pitch. - a first peripheral portion (Z1), arranged along said inner cylindrical layer (S1), in which said respective winding pitches comprise a first winding pitch (X) and a second winding pitch (Y); - a second peripheral portion (Z3), arranged along said outer cylindrical layer (S2), in which said respective winding pitches comprise said first winding pitch (X) and a third winding pitch (W); said third winding pitch (W) being greater than said first (X) and second (Y) winding pitch; - an intermediate portion (Z2) which connects said first (Z1) and second (Z3) peripheral portion, in which said respective winding pitches comprise said first (X), second (Y) and third (W) winding pitch.
Article having a main body composed of a polymeric material having elastic properties, characterized in that the article surface is completely or partially provided with at least one cover, wherein the cover is formed from at least one sheetlike textile construct and/or from at least one spacelike textile construct and/or from at least one shrink film, each of which may of itself have a fire-retardant effect and/or has a fire-retardant finish and wherein the cover is not in direct contact with the article surface.
A scroll compressor (10; 40) used as a vacuum pump, comprising a scroll pumping mechanism comprising two co-operating scrolls comprising a fixed scroll and an orbiting scroll , and an axially extending shaft having an eccentric shaft portion which is connected for causing the orbiting scroll to orbit relative to the fixed scroll, the scrolls being mounted within a pump housing so that on relative orbital movement of the scrolls about an axis (A) of the shaft fluid is pumped from a pump inlet in the pump housing to a pump outlet in the pump housing, wherein the vacuum pump further comprises a filter located within the pump housing along a fluid flow path between the pump inlet and the scroll pumping mechanism for resisting the passage of particulates upstream of the compressor, characterized in that the filter is generally cylindrical and extends between 270° and 360° about the axis of the shaft.
A bin level monitoring system comprising: a sensor for sensing a feed level inside a feed bin having a roof including a sloped portion, wherein the sensor is a volumetric level sensor; a circuit board communicatively connected to the sensor for receiving a level signal from the sensor and for processing the level signal to generate bin level data; an enclosure for enclosing the circuit board, wherein the enclosure is mounted to the sloped portion of the roof; a radio transmitter for transmitting the bin level data; and a sensor-mounting bracket for mounting the sensor inside the bin , the bracket including: an upper hanger portion that fits over an upright structural element of the roof, the hanger portion comprising a hole to receive a fastener for fastening the hanger to the upright structural element; an angled portion extending obliquely from the vertical portion and beneath the hanger; and a horizontal portion extending from the angled portion and having a lower face to which the sensor is mounted; characterized in that the bracket includes a vertical portion extending downwardly from the hanger; and the enclosure comprises an enclosure mounting plate having magnets for securing the enclosure to the sloped portion of the roof of the bin . a sensor for sensing a feed level inside a feed bin having a roof including a sloped portion, wherein the sensor is a volumetric level sensor; a circuit board communicatively connected to the sensor for receiving a level signal from the sensor and for processing the level signal to generate bin level data; an enclosure for enclosing the circuit board, wherein the enclosure is mounted to the sloped portion of the roof; a radio transmitter for transmitting the bin level data; and a sensor-mounting bracket for mounting the sensor inside the bin , the bracket including: an upper hanger portion that fits over an upright structural element of the roof, the hanger portion comprising a hole to receive a fastener for fastening the hanger to the upright structural element; an angled portion extending obliquely from the vertical portion and beneath the hanger; and a horizontal portion extending from the angled portion and having a lower face to which the sensor is mounted; characterized in that the bracket includes a vertical portion extending downwardly from the hanger; and the enclosure comprises an enclosure mounting plate having magnets for securing the enclosure to the sloped portion of the roof of the bin . an upper hanger portion that fits over an upright structural element of the roof, the hanger portion comprising a hole to receive a fastener for fastening the hanger to the upright structural element; an angled portion extending obliquely from the vertical portion and beneath the hanger; and a horizontal portion extending from the angled portion and having a lower face to which the sensor is mounted; characterized in that the bracket includes a vertical portion extending downwardly from the hanger; and the enclosure comprises an enclosure mounting plate having magnets for securing the enclosure to the sloped portion of the roof of the bin .
Method for determining a trajectory of a vehicle ; in which map data are provided which relate to a traffic route on which the vehicle moves, the map data comprising a preferential line for driving along the traffic route ; and in which a trajectory portion of the vehicle is detected; a location offset is determined on the basis of a comparison of the detected trajectory portion with the preferential line ; and in which a corrected trajectory portion is determined on the basis of the location offset and the detected trajectory portion; the location offset being determined such that a deviation between the preferential line and the corrected trajectory portion is optimized, characterized in that, when detecting the trajectory portion, a usable region of the trajectory portion is determined, on the basis of which the comparison with the preferential line is carried out, the usable region being determined on the basis of a deviation intention for the vehicle or a course of the traffic route . map data are provided which relate to a traffic route on which the vehicle moves, the map data comprising a preferential line for driving along the traffic route ; and in which a trajectory portion of the vehicle is detected; a location offset is determined on the basis of a comparison of the detected trajectory portion with the preferential line ; and in which a corrected trajectory portion is determined on the basis of the location offset and the detected trajectory portion; the location offset being determined such that a deviation between the preferential line and the corrected trajectory portion is optimized, characterized in that, when detecting the trajectory portion, a usable region of the trajectory portion is determined, on the basis of which the comparison with the preferential line is carried out, the usable region being determined on the basis of a deviation intention for the vehicle or a course of the traffic route .
A computer-implemented method for authenticating and authorizing a user to join a conference event via a conference event environment system ("CEES") and a conferencing application executed on a conferencing server , the computer-implemented method comprising performing computer-implemented operations for: receiving, at a CEES computer of the CEES , a request from the user to join the conference event; determining, at the CEES computer, if the user is an invited participant of the conference event; and in response to determining that the user is an invited participant of the conference event, joining the CEES computer into the conference event on behalf of the user, characterised in that : the joining of the CEES computer into the conference event is performed after the user has already joined the conference event from a participant device other than said CEES computer, and said joining of the CEES computer comprises the user joining the CEES computer to the conference event from the participant device; the user has permissions dictating how the participant device is handled by the conferencing application; and when the CEES computer is joined to the conference event from the participant device, the CEES computer inherits the permissions for the user. receiving, at a CEES computer of the CEES , a request from the user to join the conference event; determining, at the CEES computer, if the user is an invited participant of the conference event; and in response to determining that the user is an invited participant of the conference event, joining the CEES computer into the conference event on behalf of the user, characterised in that : the joining of the CEES computer into the conference event is performed after the user has already joined the conference event from a participant device other than said CEES computer, and said joining of the CEES computer comprises the user joining the CEES computer to the conference event from the participant device; the user has permissions dictating how the participant device is handled by the conferencing application; and when the CEES computer is joined to the conference event from the participant device, the CEES computer inherits the permissions for the user. the joining of the CEES computer into the conference event is performed after the user has already joined the conference event from a participant device other than said CEES computer, and said joining of the CEES computer comprises the user joining the CEES computer to the conference event from the participant device; the user has permissions dictating how the participant device is handled by the conferencing application; and when the CEES computer is joined to the conference event from the participant device, the CEES computer inherits the permissions for the user.
A method of operating a network node , comprising: - receiving, from a communication device , a beamforming capability of the communication device , the beamforming capability being indicative of a capability to group one or more beams based on their relative spatial arrangement, - determining configuration information for one or more beams (301-309, 316) to be used for communicating at least one pilot signal, based on the beamforming capability, - transmitting, to the communication device , the configuration information for one or more beams (301-309, 316), and - communicating at least one pilot signal on the one or more beams (301-309, 316) and in accordance with the configuration information. - receiving, from a communication device , a beamforming capability of the communication device , the beamforming capability being indicative of a capability to group one or more beams based on their relative spatial arrangement, - determining configuration information for one or more beams (301-309, 316) to be used for communicating at least one pilot signal, based on the beamforming capability, - transmitting, to the communication device , the configuration information for one or more beams (301-309, 316), and - communicating at least one pilot signal on the one or more beams (301-309, 316) and in accordance with the configuration information.
An electronic assembly , comprising: a flexible circuit board (12, 12', 12", 12"'), comprising a first face (121, 121", 121'") and a second face (122, 122", 122"') opposite to the first face (121, 121", 121"'); a sensor (11, 11', 11", 11'"), disposed on the first face (121, 121", 121'") of the flexible circuit board (12, 12', 12", 12'") and electrically connected to the flexible circuit board (12, 12', 12", 12'"); and a receiver (13, 13', 13", 13"'), disposed on the second face (122, 122", 122"') of the flexible circuit board (12, 12', 12", 12"'), a sound channel (131, 131", 131'") for the receiver (13, 13', 13", 13"') is communicated to outside bypassing the flexible circuit board (12, 12', 12", 12'") or through the flexible circuit board (12, 12', 12", 12'"), characterized in that an orthographic projection area (D1) of the sensor (11, 11', 11", 11'") on the flexible circuit board (12, 12', 12", 12'") is located in an orthographic projection area (D2) of the receiver (13, 13', 13", 13'") on the flexible circuit board (12, 12', 12", 12'"). a flexible circuit board (12, 12', 12", 12"'), comprising a first face (121, 121", 121'") and a second face (122, 122", 122"') opposite to the first face (121, 121", 121"'); a sensor (11, 11', 11", 11'"), disposed on the first face (121, 121", 121'") of the flexible circuit board (12, 12', 12", 12'") and electrically connected to the flexible circuit board (12, 12', 12", 12'"); and a receiver (13, 13', 13", 13"'), disposed on the second face (122, 122", 122"') of the flexible circuit board (12, 12', 12", 12"'), a sound channel (131, 131", 131'") for the receiver (13, 13', 13", 13"') is communicated to outside bypassing the flexible circuit board (12, 12', 12", 12'") or through the flexible circuit board (12, 12', 12", 12'"), characterized in that an orthographic projection area (D1) of the sensor (11, 11', 11", 11'") on the flexible circuit board (12, 12', 12", 12'") is located in an orthographic projection area (D2) of the receiver (13, 13', 13", 13'") on the flexible circuit board (12, 12', 12", 12'").
An electrode assembly manufacturing device, comprising: a winding mechanism , configured to wind a positive electrode sheet, a separator and a negative electrode sheet into an electrode assembly; a heating mechanism comprising a heating transport belt , which is configured to transport the electrode assembly in the heating mechanism , the heating mechanism being configured to heat the electrode assembly; and a forming mechanism , configured to press and form the electrode assembly, characterized by a conveyor belt arranged between the heating mechanism and the winding mechanism , wherein the conveyor belt is configured to transfer the electrode assembly from the winding mechanism to the heating mechanism , wherein the heating transport belt is joined to the conveyor belt . a winding mechanism , configured to wind a positive electrode sheet, a separator and a negative electrode sheet into an electrode assembly; a heating mechanism comprising a heating transport belt , which is configured to transport the electrode assembly in the heating mechanism , the heating mechanism being configured to heat the electrode assembly; and a forming mechanism , configured to press and form the electrode assembly, characterized by a conveyor belt arranged between the heating mechanism and the winding mechanism , wherein the conveyor belt is configured to transfer the electrode assembly from the winding mechanism to the heating mechanism , wherein the heating transport belt is joined to the conveyor belt .
Rock drill shaft which has at the upper end a drill head , at the lower end an insertion portion and therebetween a flute , wherein the flute has at least two threads and accordingly at least two discharge grooves , and wherein the drill head has an end receiving groove for receiving a cutting insert , characterized in that a first flute portion which adjoins the drill head and, further in the direction towards the insertion portion , a second flute portion are provided, in that the mean core diameter (db) of the second flute portion is smaller than the mean core diameter (da) of the first flute portion , in that the discharge grooves have been produced in a cutting process by means of at least one grinding or milling disc , and in that the axial position Z of the cutting outlet on the drill head of this cutting process is located within a tolerance range T about the axial position N of the groove base of the receiving groove less than T1=10% of the drill diameter D in an upward direction and less than T2=20% in a downward direction.
A clock oscillator comprising: an oscillator which generates a clock signal and comprises a digital trimming function ; a counter receiving said clock signal at a clock input; a time base having a low drift and controlling said counter through a time reference signal (Tref) defining a reference window, wherein the counter is configured to generate a difference value based on the difference between a count number of pulses from the clock signal occurring during the reference window and a calibration number (no) fed to the counter ; and a digital integrator receiving said difference value comprising n bits and providing trimming data for said oscillator , characterized in that only Most Significant Bits, MSB, of the n-bit difference value are shifted at the integrator input in order to reduce a tuning time while remaining bits of the n-bit integer difference value remain un-shifted. an oscillator which generates a clock signal and comprises a digital trimming function ; a counter receiving said clock signal at a clock input; a time base having a low drift and controlling said counter through a time reference signal (Tref) defining a reference window, wherein the counter is configured to generate a difference value based on the difference between a count number of pulses from the clock signal occurring during the reference window and a calibration number (no) fed to the counter ; and a digital integrator receiving said difference value comprising n bits and providing trimming data for said oscillator , characterized in that only Most Significant Bits, MSB, of the n-bit difference value are shifted at the integrator input in order to reduce a tuning time while remaining bits of the n-bit integer difference value remain un-shifted.
A reactive hot melt adhesive composition comprising: a. an isocyanate functional prepolymer derived from a polyfunctional isocyanate having a functionality of about 2 or more and a polyol, b. an active hydrogen organofunctional silane, c. an active hydrogen non-silane capping agent; and d. a thermoplastic polymer, wherein the isocyanate groups of the isocyanate functional prepolymer are partially reacted with the active hydrogen of the organofunctional silane, and essentially all of the remaining isocyanate groups are capped by reaction with the active hydrogen non-silane capping agent. a. an isocyanate functional prepolymer derived from a polyfunctional isocyanate having a functionality of about 2 or more and a polyol, b. an active hydrogen organofunctional silane, c. an active hydrogen non-silane capping agent; and d. a thermoplastic polymer,