mhurhangee/patent-ind-claim-en huggingface dataset:
A multifunctional measuring device, comprising a housing having an upper shell and a lower shell , which are movable relative to one another by means of a hinge mechanism and comprise cavities which correspond to one another, wherein the cavities form a chamber accessible from the outside for receiving a human finger, wherein an optical measuring unit having an optical module , which comprises at least one light source and at least one sensor, is arranged in the chamber , and wherein means for data evaluation and/or data transfer are integrated in or on the housing, wherein at least one electrical measuring unit is provided, with at least two measuring electrodes in the chamber , characterized in that on two sides of the lower shell , on two outer sides of the measuring device, each are two measuring electrodes for bioimpedance and ECG measurements and on one of the sides additionally a temperature sensor are located.
A multilayer film comprising: a core layer comprising at least 50 wt.% of high-density polyethylene ; a first skin layer consisting essentially of one or more ethylene-propylene copolymers; a second skin consisting essentially of one or more ethylene-propylene-butylene terpolymers; and one or more tie layers comprising at least one olefin block copolymer, at least one low-density polyethylene, and a high-density polyethylene, wherein the multilayer film is oriented in at least one direction, wherein at least two layers of the multilayer film are coextruded, and wherein the at least one olefin block copolymer is in an amount of ≤ 50 wt.% but ≥ 15 wt.%. a core layer comprising at least 50 wt.% of high-density polyethylene ; a first skin layer consisting essentially of one or more ethylene-propylene copolymers; a second skin consisting essentially of one or more ethylene-propylene-butylene terpolymers; and one or more tie layers comprising at least one olefin block copolymer, at least one low-density polyethylene, and a high-density polyethylene, wherein the multilayer film is oriented in at least one direction, wherein at least two layers of the multilayer film are coextruded, and wherein the at least one olefin block copolymer is in an amount of ≤ 50 wt.% but ≥ 15 wt.%.
Housing of a lighting and/or signalling device of a motor vehicle, this housing being arranged to cooperate with an outer lens , and comprising : - an adhesive groove arranged to be able to cooperate with the outer lens , - at least one holding element arranged to hold, at least temporarily, the outer lens on the housing , the holding element of the housing projecting at least partially into the adhesive groove , the adhesive groove being formed between an inner rim and an outer rim , the outer rim at least partially surrounding the inner rim , characterized in that the inner rim has at least one opening facing the holding element . - an adhesive groove arranged to be able to cooperate with the outer lens , - at least one holding element arranged to hold, at least temporarily, the outer lens on the housing ,
A wireless communication device on an aircraft , the wireless communication device comprising an antenna array and a beamforming control module configured to interface with the antenna array to generate a steerable beam, the beamforming control module comprising processing circuitry configured to: receive fixed position information indicative of a fixed geographic location of a first base station and a second base station; receive dynamic position information indicative of a three dimensional position of the aircraft, wherein the dynamic position information further includes heading and speed of the aircraft; determine an expected relative position of the aircraft relative to the second base station based on the fixed position information and the dynamic position information , the second base station being a candidate for a handover of the wireless communication device while the wireless communication device has an established communication link with the first base station; and provide instructions to direct predictive formation of the steerable beam from the antenna array of the aircraft to the base station based on the expected relative position, wherein determining the expected relative position comprises determining a future position of the aircraft and corresponding estimated future time at which the aircraft will be at the future position to direct the steerable beam based on the future position to prepare for a future need for the steerable beam with the second base station, and wherein a width of the steerable beam in both azimuth and elevation angle is less than five degrees. receive fixed position information indicative of a fixed geographic location of a first base station and a second base station; receive dynamic position information indicative of a three dimensional position of the aircraft, wherein the dynamic position information further includes heading and speed of the aircraft; determine an expected relative position of the aircraft relative to the second base station based on the fixed position information and the dynamic position information , the second base station being a candidate for a handover of the wireless communication device while the wireless communication device has an established communication link with the first base station; and provide instructions to direct predictive formation of the steerable beam from the antenna array of the aircraft to the base station based on the expected relative position,
A gas turbine engine comprising : a casing ; a rotor rotatable around a rotation axis relative the casing , the casing extending along and around the rotation axis , an axial direction defined parallel to the rotation axis , a vertical radial direction defined normal to the axial direction , the vertical radial direction extending from a bottom to a top, and a horizontal radial direction defined normal to both the axial direction and to the vertical radial direction ; a first component mounted externally to the casing by a first mount , the first mount defining a torsion axis extending along the vertical radial direction , a first side and a second side defined relative the torsion axis in opposite directions along the horizontal radial direction , the first component having a center of gravity located on the first side of the torsion axis ; a second component mounted externally to the casing on the second side , extending along the vertical radial direction from a bottom portion of the second component to a top portion of the second component , a second mount connecting the bottom portion of the second component to the casing ; characterised by a structure connecting the top portion of the second component to at least one of the first component and the first mount , on the second side of the torsion axis , wherein the structure is more elastically flexible in the axial direction than in the horizontal radial direction , and has an end freely slidable along the vertical radial direction . a casing ; a rotor rotatable around a rotation axis relative the casing , the casing extending along and around the rotation axis , an axial direction defined parallel to the rotation axis , a vertical radial direction defined normal to the axial direction , the vertical radial direction extending from a bottom to a top, and a horizontal radial direction defined normal to both the axial direction and to the vertical radial direction ; a first component mounted externally to the casing by a first mount , the first mount defining a torsion axis extending along the vertical radial direction , a first side and a second side defined relative the torsion axis in opposite directions along the horizontal radial direction , the first component having a center of gravity located on the first side of the torsion axis ; a second component mounted externally to the casing on the second side , extending along the vertical radial direction from a bottom portion of the second component to a top portion of the second component , a second mount connecting the bottom portion of the second component to the casing ; characterised by a structure connecting the top portion of the second component to at least one of the first component and the first mount , on the second side of the torsion axis , wherein the structure is more elastically flexible in the axial direction than in the horizontal radial direction , and has an end freely slidable along the vertical radial direction .
An article of footwear comprising: a sole structure ; an upper including a front section and a rear section ; the front section fixed to the sole structure and partially defining a foot-receiving cavity , and the rear section rearward of the front section and including a medial wing and a lateral wing ; an insole positioned within the foot-receiving cavity ; and a tether coupling the insole to the rear section , the tether being secured to the insole at one end of the tether and to the rear section at the other end of the tether ; wherein: the rear section articulates relative to the front section between an access position and a use position; the medial wing and the lateral wing are spaced apart from the front section in the access position, and the medial wing is adjacent to the front section and the lateral wing is adjacent to the front section in the use position; a rear of the insole is in a lifted position when the rear section is in the access position; and the insole pulls the tether which moves the rear section from the access position to the use position when the rear of the insole is displaced downward in the foot-receiving cavity relative to the lifted position. a sole structure ; an upper including a front section and a rear section ; the front section fixed to the sole structure and partially defining a foot-receiving cavity , and the rear section rearward of the front section and including a medial wing and a lateral wing ; an insole positioned within the foot-receiving cavity ; and a tether coupling the insole to the rear section , the tether being secured to the insole at one end of the tether and to the rear section at the other end of the tether ; wherein: the rear section articulates relative to the front section between an access position and a use position; the medial wing and the lateral wing are spaced apart from the front section in the access position, and the medial wing is adjacent to the front section and the lateral wing is adjacent to the front section in the use position; a rear of the insole is in a lifted position when the rear section is in the access position; and the insole pulls the tether which moves the rear section from the access position to the use position when the rear of the insole is displaced downward in the foot-receiving cavity relative to the lifted position. the rear section articulates relative to the front section between an access position and a use position; the medial wing and the lateral wing are spaced apart from the front section in the access position, and the medial wing is adjacent to the front section and the lateral wing is adjacent to the front section in the use position; a rear of the insole is in a lifted position when the rear section is in the access position; and the insole pulls the tether which moves the rear section from the access position to the use position when the rear of the insole is displaced downward in the foot-receiving cavity relative to the lifted position.
An electroabsorption modulator comprising: an SOI waveguide; an active region, the active region comprising a SiGe multiple quantum well (MQW) region; and a coupler for coupling the SOI waveguide to the active region; the coupler comprising: a transit waveguide coupling region; a buffer waveguide coupling region; and a taper region; wherein, the transit waveguide coupling region couples light between the SOI waveguide and the buffer waveguide coupling region; and the buffer waveguide coupling region couples light between the transit waveguide region and the active region via the taper region wherein: the transit waveguide coupling region comprises a first portion of a SiGe transit waveguide; the buffer waveguide coupling region comprises a SiGe buffer wavegiude located on top of a second portion of the SiGe transit waveguide; and characterized in that : the SiGe transit waveguide has a germanium content ranging from 5% to 50%; and the SiGe buffer waveguide has germanium content ranging from 70% to 95%. an SOI waveguide; an active region, the active region comprising a SiGe multiple quantum well (MQW) region; and a coupler for coupling the SOI waveguide to the active region; the coupler comprising: a transit waveguide coupling region; a buffer waveguide coupling region; and a taper region; a transit waveguide coupling region; a buffer waveguide coupling region; and a taper region; the SiGe transit waveguide has a germanium content ranging from 5% to 50%; and the SiGe buffer waveguide has germanium content ranging from 70% to 95%.
A method for producing a silica aerogel, the method comprising: preparing a reactant by adding a basic catalyst to a first silica precursor solution; performing primary gelation in which the reactant is stirred to form a gel precursor, wherein the primary gelation is performed under a temperature condition of 10°C to 70°C and a stirring rate of the primary gelation is 50 rpm to 500 rpm; introducing a second silica precursor solution to a fiber; and performing secondary gelation in which the gel precursor is introduced to the fiber to which the second silica precursor solution was introduced to form a silica aerogel, wherein the first silica precursor solution and the second silica precursor solution comprise a tetra alkoxy silane compound and an organic solvent, and the first silica precursor solution contains the tetra alkoxy silane compound in an amount of 0.01 parts by weight to 15 parts by weight based on 100 parts by weight of the first silica precursor solution. preparing a reactant by adding a basic catalyst to a first silica precursor solution; performing primary gelation in which the reactant is stirred to form a gel precursor, wherein the primary gelation is performed under a temperature condition of 10°C to 70°C and a stirring rate of the primary gelation is 50 rpm to 500 rpm; introducing a second silica precursor solution to a fiber; and performing secondary gelation in which the gel precursor is introduced to the fiber to which the second silica precursor solution was introduced to form a silica aerogel, wherein the first silica precursor solution and the second silica precursor solution comprise a tetra alkoxy silane compound and an organic solvent, and the first silica precursor solution contains the tetra alkoxy silane compound in an amount of 0.01 parts by weight to 15 parts by weight based on 100 parts by weight of the first silica precursor solution.
A pipette tip comprising: a tubular body having a distal end portion in which an ejection opening that ejects liquid from an injector is formed; and a projection that is provided on the distal end portion and that projects from a region around the ejection opening in an ejection direction of the liquid, the projection being partially disposed around an axis of the body , characterized in that an occupancy ratio of the projection to an entire circumference around the axis is in a range of 3% to 10%, an anticoagulant for suppressing coagulation of the liquid is applied to a flow passage in the body through which the liquid from the injector flows toward the ejection opening, the projection is separate from the ejection opening , and has a cylindrical columnar shape extending in a longitudinal direction that is the ejection direction, a distal end of the projection is rounded. a tubular body having a distal end portion in which an ejection opening that ejects liquid from an injector is formed; and a projection that is provided on the distal end portion and that projects from a region around the ejection opening in an ejection direction of the liquid, the projection being partially disposed around an axis of the body , characterized in that an occupancy ratio of the projection to an entire circumference around the axis is in a range of 3% to 10%, an anticoagulant for suppressing coagulation of the liquid is applied to a flow passage in the body through which the liquid from the injector flows toward the ejection opening, the projection is separate from the ejection opening , and has a cylindrical columnar shape extending in a longitudinal direction that is the ejection direction, a distal end of the projection is rounded.
Timepiece comprising: - a movement intended to drive first analogue display means for providing a time indication, - a programmable electronic microcontroller comprising communication means capable of communicating with a third-party device of smartphone type, characterized in that it comprises additional analogue display means, kinematically independent of the movement and controlled by the electronic microcontroller to display, automatically and independently of the first analogue display means, information received from the third-party device. - a movement intended to drive first analogue display means for providing a time indication, - a programmable electronic microcontroller comprising communication means capable of communicating with a third-party device of smartphone type, characterized in that it comprises additional analogue display means, kinematically independent of the movement and controlled by the electronic microcontroller to display, automatically and independently of the first analogue display means, information received from the third-party device.
An oil absorbing material comprising sorbent particles, characterised in that the sorbent particles have an average aspect ratio of 5 to 500 and a mean average particle diameter of 10 μm to 2 mm, wherein the aspect ratio is defined as the maximum diameter or width of the particles divided by the maximum thickness; and wherein the sorbent particles comprise a thermoplastic polyolefin material, inorganic filler particles, and absorbent core material.
Coupling device for a door fitting, with a coupling assembly and an actuating assembly , the coupling assembly comprising a first nut half , a second nut half and a coupling element , the actuating assembly comprising a driver element , a spring device and an actuator , wherein the first nut half and the second nut half are rotatably mounted about an axis of rotation , each between a first rotational position and a second rotational position in a circumferential direction , wherein the coupling element is displaceable in an axial direction between a coupling position and an uncoupling position , wherein the first nut half and the second nut half are non-rotatably coupled in the coupling position by the coupling element in the circumferential direction , wherein the first nut half and the second nut half are uncoupled in the circumferential direction in the uncoupling position by the coupling element , wherein the actuator is coupled with the driver element via the spring device , wherein the driver element is movable in the axial direction , characterized in that the driver element is coupled with the coupling element in the axial direction when a nut half coupled with the coupling element is arranged in the first rotational position , and in that the driver element is uncoupled with the coupling element in the axial direction when a nut half coupled with the coupling element is arranged in the second rotational position .
Commandable device for interrupting an electric current, the interrupting device being adapted to be connected between an electrical load and a power source so as to selectively authorise or inhibit the supply of power to the electrical load by the power source , the interrupting device comprising: - a bistable relay comprising separable electrical contacts and an excitation coil for controlling the switching of the electrical contacts , the electrical contacts being adapted to connect the electrical load to the power source , the relays being adapted to switch the electrical contacts between open and closed states when the coil receives an amount of energy greater than a predefined excitation energy threshold with an electric power greater than a predefined power threshold; - a control circuit comprising a power stage and a logic stage , the power stage being adapted to provide power to the logic stage , the logic stage comprising an excitation circuit for supplying the coil and a programmable microcontroller which controls the excitation circuit in order to initiate the switching of the relay , the power stage comprising a power converter , a first set of capacitors connected at the input of the power converter and a second set of capacitors connected at the output of the power converter , the interrupting device being characterised in that the nominal power of the power converter is strictly below the excitation power threshold of the coil , and in that the first and second sets of capacitors are adapted to store an amount of energy greater than or equal to 50% of the excitation energy threshold required to switch the relay . - a bistable relay comprising separable electrical contacts and an excitation coil for controlling the switching of the electrical contacts , the electrical contacts being adapted to connect the electrical load to the power source , the relays being adapted to switch the electrical contacts between open and closed states when the coil receives an amount of energy greater than a predefined excitation energy threshold with an electric power greater than a predefined power threshold; - a control circuit comprising a power stage and a logic stage , the power stage being adapted to provide power to the logic stage , the logic stage comprising an excitation circuit for supplying the coil and a programmable microcontroller which controls the excitation circuit in order to initiate the switching of the relay , the interrupting device being characterised in that the nominal power of the power converter is strictly below the excitation power threshold of the coil , and in that the first and second sets of capacitors are adapted to store an amount of energy greater than or equal to 50% of the excitation energy threshold required to switch the relay .
A method for packaging small-sized articles , in particular chocolates or candy with chocolate coating, in continuous operation by a packaging machine of modular design, wherein the packaging machine can be converted between an operation with two article-carrying heads and with three or more article-carrying heads , wherein depending on an article type and/or an article orientation and/or a type of packaging, in particular a wrapping type of packaging, the articles are fed separately by a predetermined feeding device selectable from predetermined conveying systems, to a predetermined packaging process and are guided to an article gripper station rotatable about at least one axis of rotation defined as a central stationary axis which forms a removal station in the packaging machine with two article-carrying heads or which is preceded by a removal wheel in the packaging machine with three or more article-carrying heads , wherein additionally packaging material for packaging the article is supplied to this article gripper station , subsequently the packaging material together with the article is supplied to a packaging station rotatable at least about a stationary axis of rotation , the packaging station including a packing head to which, depending on the type of packaging, predetermined wrapping devices , in particular turning and/or folding stations, which can be selected from various devices are associated and subsequently the packed articles are discharged and wherein the removal wheel and/or the article gripper station and/or the packaging station with the packing head and the associated wrapping devices are mounted exchangeably on a machine frame of the packaging machine and are combined in a flexible manner with respect to the central stationary axis to allow for different types of articles, different orientations of articles and types of packaging, in particular types of wrapping.