mhurhangee/patent-ind-claim-en huggingface dataset:
A rope sway restriction device for restricting the swaying of at least one rope connecting an elevator car and a counterweight of an elevator system, the rope sway restriction device comprising: a rope sway restrictor vertically movable within the hoistway ; and at least one restrictor rope connecting the rope sway restrictor to the counterweight so that the rope sway restrictor moves vertically within the hoistway in response to movement of the counterweight ; wherein the rope sway restrictor includes a pair of movable pulleys ; characterized in that the movable pulleys are positioned on a surface of a base plate that extends laterally between elevator car guide rails , the surface facing away from the car guide rails . a rope sway restrictor vertically movable within the hoistway ; and at least one restrictor rope connecting the rope sway restrictor to the counterweight so that the rope sway restrictor moves vertically within the hoistway in response to movement of the counterweight ; wherein the rope sway restrictor includes a pair of movable pulleys ; characterized in that the movable pulleys are positioned on a surface of a base plate that extends laterally between elevator car guide rails , the surface facing away from the car guide rails .
A method for wireless communication, comprising: transmitting (1605; 1715), to a user equipment, UE, operating in a discontinuous reception, DRX, mode, a wakeup signal indicating whether data is available to be transmitted to the UE, the wakeup signal transmitted using a first set of transmit beams in accordance with a beam sweeping configuration; the method being characterized by : receiving (1610; 1720), from the UE and based at least in part on the wakeup signal, a response signal comprising a beam status report; and performing (1615; 1725), based at least in part on the response signal, a beam update procedure to identify a second set of transmit beams for future transmissions of the wakeup signal to the UE. receiving (1610; 1720), from the UE and based at least in part on the wakeup signal, a response signal comprising a beam status report; and performing (1615; 1725), based at least in part on the response signal, a beam update procedure to identify a second set of transmit beams for future transmissions of the wakeup signal to the UE.
A wind turbine modular blade comprising a composite laminate, wherein: - the composite material laminate presents a longitudinal thickness transition in the blade joint region, configured as an adaptation slope between the original thickness of the blade panel and the thickness required to integrate the joint, thereby absorbing the thickness difference between both areas, and - the composite material incorporates a laminate/core of non-structural material arranged at the bottom of the blade joint piece, on the mold face , the arrangement of which aligns the centroid position of the laminate between the original region of the blade panel and the joint integration zone, reducing geometric gradients that generate unwanted stress concentrations. - the composite material laminate presents a longitudinal thickness transition in the blade joint region, configured as an adaptation slope between the original thickness of the blade panel and the thickness required to integrate the joint, thereby absorbing the thickness difference between both areas, and - the composite material incorporates a laminate/core of non-structural material arranged at the bottom of the blade joint piece, on the mold face , the arrangement of which aligns the centroid position of the laminate between the original region of the blade panel and the joint integration zone, reducing geometric gradients that generate unwanted stress concentrations.
A spectrum analysis apparatus (A) including: a processing unit configured to generate analysis data using an analysis function in which a linear function and a logarithmic function are included as function elements and an intensity value from measurement data including the intensity value of light acquired by detecting the light from a measurement target object using a plurality of light-receiving elements having different detection wavelength bands is set as a variable for the analysis function; and a display unit configured to display the analysis data in a spectrum chart in which one axis represents a value corresponding to the detection wavelength band and the other axis represents an output value of the analysis function. a processing unit configured to generate analysis data using an analysis function in which a linear function and a logarithmic function are included as function elements and an intensity value from measurement data including the intensity value of light acquired by detecting the light from a measurement target object using a plurality of light-receiving elements having different detection wavelength bands is set as a variable for the analysis function; and a display unit configured to display the analysis data in a spectrum chart in which one axis represents a value corresponding to the detection wavelength band and the other axis represents an output value of the analysis function.
A method of dyeing hair or bleaching hair or removing dye from hair, the method being characterised in comprising: a step of forming a cosmetic preparation for hair in the form of a foam by introducing a powdered first agent including an alkali agent and liquid second agent of a cosmetic preparation for hair including hydrogen peroxide as an oxidising agent into the container body , bringing the first agent and second agent into contact in this way and obtaining a mixture ; attaching a lid to the container body , wherein a flange-shaped fitting part is formed on the rim of the lid , and the fitting part of the lid is fitted to the opening of the container body so that the lid is attached in a fluid-tight manner to the container body by rotating the lid , thereby obtaining a fluid-tight, sealable container and creating a cosmetic preparation for hair in the form of a foam through shaking the container ; removing the lid from the container body ; and a step of manually removing the foam directly from the container body by hand and applying it to the hair. a step of forming a cosmetic preparation for hair in the form of a foam by introducing a powdered first agent including an alkali agent and liquid second agent of a cosmetic preparation for hair including hydrogen peroxide as an oxidising agent into the container body , bringing the first agent and second agent into contact in this way and obtaining a mixture ; attaching a lid to the container body , wherein a flange-shaped fitting part is formed on the rim of the lid , and the fitting part of the lid is fitted to the opening of the container body so that the lid is attached in a fluid-tight manner to the container body by rotating the lid , thereby obtaining a fluid-tight, sealable container and creating a cosmetic preparation for hair in the form of a foam through shaking the container ; removing the lid from the container body ; and a step of manually removing the foam directly from the container body by hand and applying it to the hair.
A portable virtual welding system for facilitating a virtual welding activity, comprising by: a control unit comprising a logic processor-based subsystem operable to execute coded instructions for generating an interactive welding environment that emulates a welding activity; a display unit operatively connected to the control unit for visually depicting the interactive welding environment; a hand-held input device for performing the virtual welding activity; and a case for removably housing at least one of the control unit , the display unit , and the hand-held input device , during storage or transport of the virtual welding system, wherein the hand-held input device is not integrated with the case but removably housed within the case for returning it after virtual welding activity; wherein the case is for storing and transporting the virtual welding system, characterized in that at least one of the control unit and the display unit are integrated with the case to remain in the case during virtual welding activity. a control unit comprising a logic processor-based subsystem operable to execute coded instructions for generating an interactive welding environment that emulates a welding activity; a display unit operatively connected to the control unit for visually depicting the interactive welding environment; a hand-held input device for performing the virtual welding activity; and a case for removably housing at least one of the control unit , the display unit , and the hand-held input device , during storage or transport of the virtual welding system, wherein the hand-held input device is not integrated with the case but removably housed within the case for returning it after virtual welding activity; wherein the case is for storing and transporting the virtual welding system, characterized in that at least one of the control unit and the display unit are integrated with the case to remain in the case during virtual welding activity.
A location measurement unit, LMU, device fusion method, applied to a locating server used for managing LMUs in networking, wherein the method comprises: receiving a locating request for a target terminal, obtaining information about a serving base station of the target terminal and information about a neighbor station measured by the target terminal, and selecting a LMU set involved in location measurement according to the information about the serving base station and the information about the neighbor station (S201), wherein the LMU set comprises private LMUs of the serving base station of the target terminal and third-party LMUs belonging to other base stations with respect to the serving base station; and initiating the locating request to the serving base station of the target terminal, and transmitting an uplink sounding reference signal, SRS, parameter returned by the serving base station to the LMU set, so as to configure LMUs within the LMU set (S202). receiving a locating request for a target terminal, obtaining information about a serving base station of the target terminal and information about a neighbor station measured by the target terminal, and selecting a LMU set involved in location measurement according to the information about the serving base station and the information about the neighbor station (S201), wherein the LMU set comprises private LMUs of the serving base station of the target terminal and third-party LMUs belonging to other base stations with respect to the serving base station; and initiating the locating request to the serving base station of the target terminal, and transmitting an uplink sounding reference signal, SRS, parameter returned by the serving base station to the LMU set, so as to configure LMUs within the LMU set (S202).
A method for measuring wear of a railroad vehicle wheel flange comprising: installing a laser rangefinder on an outer track side of a rounded curve section in a railroad track; measuring a distance to a front rim surface of a wheel on the outer track side at a wheelset (Sf) in a forward direction of travel of a bogie (B) forming the vehicle, using the laser rangefinder while the vehicle is traveling through the rounded curve section; and determining an amount of wear of the railroad vehicle wheel flange by comparing the measured distance with a previous measurement of the measured distance. installing a laser rangefinder on an outer track side of a rounded curve section in a railroad track; measuring a distance to a front rim surface of a wheel on the outer track side at a wheelset (Sf) in a forward direction of travel of a bogie (B) forming the vehicle, using the laser rangefinder while the vehicle is traveling through the rounded curve section; and determining an amount of wear of the railroad vehicle wheel flange by comparing the measured distance with a previous measurement of the measured distance.
A qubit device comprising: a first group of superconducting capacitor pads positioned about a defined location of the qubit device, wherein the first group of superconducting capacitor pads comprise two or more superconducting capacitor pads having a first polarity; a second group of superconducting capacitor pads positioned about the defined location of the qubit device in an alternating arrangement with the first group of superconducting capacitor pads, wherein the second group of superconducting capacitor pads comprise two or more superconducting capacitor pads having a second polarity that is opposite the first polarity;. a first set of connectors that electrically couples respective ones of the first group of superconducting capacitor pads; and a second set of connectors that electrically couples respective ones of the second group of superconducting capacitor pads; characterized in that the qubit device further comprises an oxide barrier formed onto a least a portion of a surface of the first set of connectors, and wherein at least a portion of the second set of connectors is formed onto a surface of the oxide barrier that is opposite the first set of connectors, thereby defining a Josephson junction between the first set of connectors and the second set of connectors. a first group of superconducting capacitor pads positioned about a defined location of the qubit device, wherein the first group of superconducting capacitor pads comprise two or more superconducting capacitor pads having a first polarity; a second group of superconducting capacitor pads positioned about the defined location of the qubit device in an alternating arrangement with the first group of superconducting capacitor pads, wherein the second group of superconducting capacitor pads comprise two or more superconducting capacitor pads having a second polarity that is opposite the first polarity;. a first set of connectors that electrically couples respective ones of the first group of superconducting capacitor pads; and a second set of connectors that electrically couples respective ones of the second group of superconducting capacitor pads; characterized in that the qubit device further comprises an oxide barrier formed onto a least a portion of a surface of the first set of connectors, and wherein at least a portion of the second set of connectors is formed onto a surface of the oxide barrier that is opposite the first set of connectors, thereby defining a Josephson junction between the first set of connectors and the second set of connectors.
Laser machining device for machining workpieces by means of a laser, comprising a laser machining unit , a housing , a working chamber provided inside the housing , and an air conveying device , • a workpiece support for a workpiece to be machined being arranged in the working chamber , the workpiece support forming a main support plane and being air-permeable perpendicular to the main support plane , • it being possible for supply air to be directed onto an upper face of the workpiece support by means of the air conveying device , in a flow direction extending perpendicularly to the main support plane of the workpiece support , and • it being possible for supply air contaminated by machining to be discharged as exhaust air from the upper face of the workpiece support through the workpiece support to the lower face of the workpiece support , which lower face is remote from the upper face of the workpiece support , by means of the air conveying device , characterized in that a supply air duct , through which the supply air flows toward the workpiece support , is provided upstream of the workpiece support and has a flow cross-section perpendicular to the flow direction of the supply air, a duct inlet remote from the workpiece support, and a workpiece support-side duct outlet that is spaced apart from the upper face of the workpiece support and at least partially covers the workpiece support , and in that , by means of the supply air duct , the supply air can be directed as a laminar supply air flow in the flow direction extending perpendicularly to the main support plane of the workpiece support onto the upper face of the workpiece support , by the flow cross section of the supply air duct being divided into partial cross sections, and by partial cross-section walls , which delimit the partial cross-sections, extending in the flow direction so as to have a mutual wall spacing transverse to the flow direction of the supply air and being oriented with outlet-side end lengths, that end toward the duct outlet of the supply air duct , in parallel with one another, and therefore perpendicularly to the main support plane of the workpiece support . • a workpiece support for a workpiece to be machined being arranged in the working chamber , the workpiece support forming a main support plane and being air-permeable perpendicular to the main support plane , • it being possible for supply air to be directed onto an upper face of the workpiece support by means of the air conveying device , in a flow direction extending perpendicularly to the main support plane of the workpiece support , and • it being possible for supply air contaminated by machining to be discharged as exhaust air from the upper face of the workpiece support through the workpiece support to the lower face of the workpiece support , which lower face is remote from the upper face of the workpiece support , by means of the air conveying device ,
A gas sensor comprising - at least one sensing element comprising at least an ionic liquid, - at least one set of electrodes for polarizing the at least one sensing element , - an electric power source for powering the at least two electrodes, thus generating an impedimetric response signal from the sensing element , at least one electrode of the set of electrodes being connectable to the electric power source , and - readout circuitry for analyzing the impedimetric response signal, characterized in that the electric power source is adapted for powering the at least two electrodes with AC signal at a frequency between 1 mHz and 1 MHz, and the readout circuitry is adapted for separately analyzing both the resistive and capacitive components in the impedimetric response signal. - at least one sensing element comprising at least an ionic liquid, - at least one set of electrodes for polarizing the at least one sensing element , - an electric power source for powering the at least two electrodes, thus generating an impedimetric response signal from the sensing element , at least one electrode of the set of electrodes being connectable to the electric power source , and - readout circuitry for analyzing the impedimetric response signal, characterized in that the electric power source is adapted for powering the at least two electrodes with AC signal at a frequency between 1 mHz and 1 MHz, and the readout circuitry is adapted for separately analyzing both the resistive and capacitive components in the impedimetric response signal.
A device comprising: an expansion machine for producing mechanical energy by expanding vapour of a working medium; a generator connected to a shaft of the expansion machine for producing electrical energy from mechanical energy of the expansion machine , wherein the expansion machine is a semi-hermetic or hermetic expansion machine , in which the generator is integrated in a housing of the expansion machine , characterised in that the expansion machine and the generator form a constructional unit with a vapour chamber between the expansion machine and the generator , in that in operation of the expansion machine working medium expanded by the expansion machine into the vapour chamber flows over and thus cools the generator and in that there are provided means for feeding, in particular for injecting, liquid working medium into the vapour in the vapour chamber , whereby the working medium expanded in the vapour chamber is cooled before it arrives at the generator . an expansion machine for producing mechanical energy by expanding vapour of a working medium; a generator connected to a shaft of the expansion machine for producing electrical energy from mechanical energy of the expansion machine , wherein the expansion machine is a semi-hermetic or hermetic expansion machine , in which the generator is integrated in a housing of the expansion machine , characterised in that the expansion machine and the generator form a constructional unit with a vapour chamber between the expansion machine and the generator , in that in operation of the expansion machine working medium expanded by the expansion machine into the vapour chamber flows over and thus cools the generator and in that there are provided means for feeding, in particular for injecting, liquid working medium into the vapour in the vapour chamber , whereby the working medium expanded in the vapour chamber is cooled before it arrives at the generator .
An aerosol generation device comprising: an aerosol generation chamber configured to receive and heat a substrate to generate aerosol, the aerosol generation chamber comprising at least a heating element ; an oblong housing ; a cover which can be in a closed position covering the aerosol generation chamber and in an open position exposing the aerosol generation chamber ; and a tray configured to receive and hold the substrate , the tray being connected to the cover ; wherein when the cover is in the open position, the tray can receive the substrate , and the received substrate is located at least partly outside of the aerosol generation chamber , and when the cover is in the closed position, a received substrate is fully contained in the aerosol generation chamber and in contact with the heating element ; and wherein the cover can be moved from the open position to the closed position by rotation, whereby the tray is translated in a longitudinal direction of the housing and towards the heating element and in a direction substantially perpendicular to the longitudinal direction of the housing such that a substrate held by the tray is put in contact with the heating element . an aerosol generation chamber configured to receive and heat a substrate to generate aerosol, the aerosol generation chamber comprising at least a heating element ; an oblong housing ; a cover which can be in a closed position covering the aerosol generation chamber and in an open position exposing the aerosol generation chamber ; and a tray configured to receive and hold the substrate , the tray being connected to the cover ; wherein when the cover is in the open position, the tray can receive the substrate , and the received substrate is located at least partly outside of the aerosol generation chamber , and when the cover is in the closed position, a received substrate is fully contained in the aerosol generation chamber and in contact with the heating element ; and wherein the cover can be moved from the open position to the closed position by rotation, whereby the tray is translated in a longitudinal direction of the housing and towards the heating element and in a direction substantially perpendicular to the longitudinal direction of the housing such that a substrate held by the tray is put in contact with the heating element .