mhurhangee/patent-ind-claim-en huggingface dataset:
Deflection roller for a deflection roller package of a wire saw , comprising a wheel which has along its circumference a running groove for guiding a saw wire of the wire saw ; a rotary bearing which is inserted coaxially into the wheel ; an outer sleeve which projects from a lateral surface of the wheel ; and an inner sleeve which projects from the opposite lateral surface, characterized in that an outer radius of the inner sleeve is smaller than an inner radius of the outer sleeve , wherein the deflection roller has an annular sealing element which is placed on the outer sleeve or inserted into the inner sleeve , wherein a cord thickness of the sealing element is greater than a difference between the inner radius of the outer sleeve and the outer radius of the inner sleeve . a wheel which has along its circumference a running groove for guiding a saw wire of the wire saw ; a rotary bearing which is inserted coaxially into the wheel ; an outer sleeve which projects from a lateral surface of the wheel ; and an inner sleeve which projects from the opposite lateral surface, characterized in that an outer radius of the inner sleeve is smaller than an inner radius of the outer sleeve , wherein the deflection roller has an annular sealing element which is placed on the outer sleeve or inserted into the inner sleeve , wherein a cord thickness of the sealing element is greater than a difference between the inner radius of the outer sleeve and the outer radius of the inner sleeve .
An impact-protection cushioning structure comprising: a first array of spaced apart elastically deformable void cells that resist deflection due to compressive forces, wherein: each of the void cells are open to atmosphere; characterized in that : each of the void cells include four sidewalls forming a rectangular outline ; at least two opposing sidewalls each include one outwardly curved surface and at least two inwardly curved surfaces , the outwardly curved surfaces have concave curvatures that face away from the interior of a void cell, and the inwardly curved surfaces have concave curvatures that face toward the interior of the void cell; and the outwardly curved surfaces constitute at least 20% of the overall exterior surface area of each void cell. a first array of spaced apart elastically deformable void cells that resist deflection due to compressive forces, wherein: each of the void cells are open to atmosphere; characterized in that : each of the void cells include four sidewalls forming a rectangular outline ; at least two opposing sidewalls each include one outwardly curved surface and at least two inwardly curved surfaces , the outwardly curved surfaces have concave curvatures that face away from the interior of a void cell, and the inwardly curved surfaces have concave curvatures that face toward the interior of the void cell; and the outwardly curved surfaces constitute at least 20% of the overall exterior surface area of each void cell. at least two opposing sidewalls each include one outwardly curved surface and at least two inwardly curved surfaces , the outwardly curved surfaces have concave curvatures that face away from the interior of a void cell, and the inwardly curved surfaces have concave curvatures that face toward the interior of the void cell; and the outwardly curved surfaces constitute at least 20% of the overall exterior surface area of each void cell.
A multi-die packaged semiconductor device comprising: a panel of embedded dies including a plurality of radio frequency, RF, dies , wherein each RF die includes RF front-end circuitry, each RF die has an active side that includes a plurality of pads, each RF die has a back side exposed in a back side of the panel ; a plurality of antenna connectors formed on a subset of the plurality of pads of each RF die; and an array of antennas formed over a front side of the panel and connected to the plurality of antenna connectors; and a mold compound layer formed over the front side of the panel, wherein cavities are formed in the mold compound layer to expose an outer surface of each antenna facing away from the panel and to laterally separate the antennas from the mold compound layer wherein at least a portion of each cavity is located between each antenna and the front side of the panel to expose an inner surface of each antenna facing the panel . a panel of embedded dies including a plurality of radio frequency, RF, dies , wherein each RF die includes RF front-end circuitry, each RF die has an active side that includes a plurality of pads, each RF die has a back side exposed in a back side of the panel ; each RF die includes RF front-end circuitry, each RF die has an active side that includes a plurality of pads, each RF die has a back side exposed in a back side of the panel ; a plurality of antenna connectors formed on a subset of the plurality of pads of each RF die; and an array of antennas formed over a front side of the panel and connected to the plurality of antenna connectors; and a mold compound layer formed over the front side of the panel, wherein cavities are formed in the mold compound layer to expose an outer surface of each antenna facing away from the panel and to laterally separate the antennas from the mold compound layer wherein at least a portion of each cavity is located between each antenna and the front side of the panel to expose an inner surface of each antenna facing the panel .
A method of determining a desired pretorque level for a motor controlling motion in a counterbalancing system, the motor having a holding brake operatively connected to a drive shaft of the motor, the method comprising the steps of: increasing a magnitude of current applied to the motor to generate torque in a first direction of rotation while the holding brake is set; monitoring a position feedback signal corresponding to rotation of the motor while the torque is generated in the first direction; removing the current applied to the motor to generate torque in the first direction of rotation; increasing the magnitude of current applied to the motor to generate torque in a second direction of rotation while the holding brake is set; monitoring the position feedback signal corresponding to rotation of the motor while the torque is generated in the second direction; removing the current applied to the motor to generate torque in the second direction of rotation; and determining the desired pretorque level as a function of the magnitude of current applied to the motor and a magnitude of rotation detected by the position feedback signal. increasing a magnitude of current applied to the motor to generate torque in a first direction of rotation while the holding brake is set; monitoring a position feedback signal corresponding to rotation of the motor while the torque is generated in the first direction; removing the current applied to the motor to generate torque in the first direction of rotation; increasing the magnitude of current applied to the motor to generate torque in a second direction of rotation while the holding brake is set; monitoring the position feedback signal corresponding to rotation of the motor while the torque is generated in the second direction; removing the current applied to the motor to generate torque in the second direction of rotation; and determining the desired pretorque level as a function of the magnitude of current applied to the motor and a magnitude of rotation detected by the position feedback signal.
A system comprising a sensor arrangement for measuring fouling and/or erosion in a machine and a machine in which the sensor arrangement is installed, the system comprising: - a first piezoelectric transducer , - a first plate , the first plate being fixedly coupled to the first piezoelectric transducer so to form a first single vibrating mass (210+220+230, 310+320+330), - a second piezoelectric transducer , and - a second plate , the second plate being fixedly coupled to the second piezoelectric transducer so to form a second single vibrating mass (340+350+360); wherein the first piezoelectric transducer is arranged to be stimulated by electric signals applied to the sensor arrangement ; wherein the sensor arrangement is installed in the machine so that the first plate is exposed to a flow (F) of a working fluid in the machine ; wherein the second piezoelectric transducer is arranged to be stimulated by electric signals applied to the sensor arrangement ; wherein the sensor arrangement is installed in the machine so that the second plate is exposed to the working fluid of the machine and not exposed to a flow (F) of said working fluid in the machine ; wherein the second single vibrating mass (340+350+360) is equal to the first single vibrating mass (310+320+330); and wherein the sensor arrangement is installed in the machine that the first piezoelectric transducer , the first plate , the second piezoelectric transducer , the second plate are exposed to a same temperature and to a same pressure. - a first piezoelectric transducer , - a first plate , the first plate being fixedly coupled to the first piezoelectric transducer so to form a first single vibrating mass (210+220+230, 310+320+330), - a second piezoelectric transducer , and - a second plate , the second plate being fixedly coupled to the second piezoelectric transducer so to form a second single vibrating mass (340+350+360); wherein the first piezoelectric transducer is arranged to be stimulated by electric signals applied to the sensor arrangement ; wherein the sensor arrangement is installed in the machine so that the first plate is exposed to a flow (F) of a working fluid in the machine ; wherein the second piezoelectric transducer is arranged to be stimulated by electric signals applied to the sensor arrangement ; wherein the sensor arrangement is installed in the machine so that the second plate is exposed to the working fluid of the machine and not exposed to a flow (F) of said working fluid in the machine ; wherein the second single vibrating mass (340+350+360) is equal to the first single vibrating mass (310+320+330); and wherein the sensor arrangement is installed in the machine that the first piezoelectric transducer , the first plate , the second piezoelectric transducer , the second plate are exposed to a same temperature and to a same pressure.
Method for measuring the concentration of light-absorbing particles in a medium loaded with light-absorbing particles, wherein the transmission of light through filter material (114; 214) that has been loaded with light-absorbing particles is measured as part of a concentration measurement, wherein the transmission of light through filter material (114; 214) that has not been loaded with light-absorbing particles is measured as part of a reference measurement, wherein the concentration measurement is standardised with the reference measurement, characterised in that a light detector (110; 210) is used to measure the transmitted light, which light detector alternately performs the concentration measurement (124; 224) and the reference measurement (128; 228).
A method comprising: receiving a set of information bits corresponding to a vector S = [0, S 0 , S 1 , S 2 , S 3 , S 4] , wherein S 0 ...S 4 are antipodal weights; generating a codeword vector w = S·A having a plurality of codeword vector elements [w 0 , w 1 , w 2 , w 3 , w 4 , w 5 ] with an encoder by encoding vector S according to coding matrix A, wherein A = 1 1 1 1 1 1 1 − 1 0 0 0 0 1 1 − 2 0 0 0 0 0 0 1 − 1 0 0 0 0 1 1 − 2 1 1 1 − 1 − 1 − 1 ; and, transmitting the codeword vector using a plurality of line drivers, wherein each codeword vector element is transmitted on a different wire of a multi-wire communication bus by a respective one of the plurality of line drivers. receiving a set of information bits corresponding to a vector S = [0, S 0 , S 1 , S 2 , S 3 , S 4] , wherein S 0 ...S 4 are antipodal weights; generating a codeword vector w = S·A having a plurality of codeword vector elements [w 0 , w 1 , w 2 , w 3 , w 4 , w 5 ] with an encoder by encoding vector S according to coding matrix A, wherein A = 1 1 1 1 1 1 1 − 1 0 0 0 0 1 1 − 2 0 0 0 0 0 0 1 − 1 0 0 0 0 1 1 − 2 1 1 1 − 1 − 1 − 1 ; and, transmitting the codeword vector using a plurality of line drivers, wherein each codeword vector element is transmitted on a different wire of a multi-wire communication bus by a respective one of the plurality of line drivers.
A mat-faced gypsum board comprising: (a) gypsum-based core; (b) fibrous mat having an inner surface facing at least one face of the gypsum-based core, wherein the fibrous mat comprises polymer fibers or mineral fibers, wherein the mineral fibers may be glass fibers, and an opposite outer surface; and (c) hydrophobic finish facing the outer surface of the fibrous mat, the finish comprising; (i) Class C fly ash, (ii) film-forming polymer, and (iii) silane compound of the general chemical formula: (RO) 3 -Si-X, where RO is an alkoxy group and X is an organofunctional group. (a) gypsum-based core; (b) fibrous mat having an inner surface facing at least one face of the gypsum-based core, wherein the fibrous mat comprises polymer fibers or mineral fibers, wherein the mineral fibers may be glass fibers, and an opposite outer surface; and (c) hydrophobic finish facing the outer surface of the fibrous mat, the finish comprising; (i) Class C fly ash, (ii) film-forming polymer, and (iii) silane compound of the general chemical formula: (RO) 3 -Si-X, where RO is an alkoxy group and X is an organofunctional group. (i) Class C fly ash, (ii) film-forming polymer, and (iii) silane compound of the general chemical formula: (RO) 3 -Si-X, where RO is an alkoxy group and X is an organofunctional group.
Gram-negative bacterial cells or Outer Membrane Vesicles (OMVs) derived therefrom which display on their outer surface an autotransporter (AT) fusion protein covalently coupled via an isopeptide bond to a heterologous molecule selected from the group of antigens, heterologous recombinant proteins, and therapeutic agents, wherein the AT fusion protein is an autotransporter protein that comprises at least one moiety of a Catcher/Tag ligation pair, and the heterologous molecule comprises the corresponding binding moiety of said Catcher/Tag ligation pair.
A random access method for a User Equipment, UE , comprising: selecting one or more beams after receiving random access resource configurations corresponding to a plurality of beams transmitted from a network side ; and selecting a random access resource whose transmission time is a designated transmission time from available random access resources in accordance with the random access resource configuration corresponding to the one or more beams, to transmit a random access request , characterized in that the random access resource whose transmission time is the designated transmission time is a randomly selected one of the available random access resources within a time period determined in accordance with a time for the random access resource with the earliest transmission time. selecting one or more beams after receiving random access resource configurations corresponding to a plurality of beams transmitted from a network side ; and selecting a random access resource whose transmission time is a designated transmission time from available random access resources in accordance with the random access resource configuration corresponding to the one or more beams, to transmit a random access request , characterized in that the random access resource whose transmission time is the designated transmission time is a randomly selected one of the available random access resources within a time period determined in accordance with a time for the random access resource with the earliest transmission time.
A driver condition assessment device that assesses a driver condition of a host vehicle by assessing whether a consciousness of a driver of the host vehicle is degraded, comprising: travelling condition detection means adapted to detect a travelling condition of the host vehicle; size detection means adapted to detect a size of a preceding vehicle present ahead of the host vehicle; consciousness degradation assessment means adapted to assess whether a consciousness of a driver of the host vehicle is degraded when a travelling condition detected by the travelling condition detection means exceeds a predetermined threshold value; characterized by threshold value setting means adapted to set the predetermined threshold value depending on the size of the preceding vehicle detected by the size detection means; wherein the threshold value setting means is adapted to perform setting the threshold value such that the larger the size of the preceding vehicle, the greater the threshold is. travelling condition detection means adapted to detect a travelling condition of the host vehicle; size detection means adapted to detect a size of a preceding vehicle present ahead of the host vehicle; consciousness degradation assessment means adapted to assess whether a consciousness of a driver of the host vehicle is degraded when a travelling condition detected by the travelling condition detection means exceeds a predetermined threshold value; characterized by threshold value setting means adapted to set the predetermined threshold value depending on the size of the preceding vehicle detected by the size detection means; wherein the threshold value setting means is adapted to perform setting the threshold value such that the larger the size of the preceding vehicle, the greater the threshold is.
An interface system, comprising: a nasal cannula comprising a cannula body , at least one nasal prong extending from the cannula body , a gases tube that communicates with the at least one nasal prong and a cannula retention arrangement that is coupled to the cannula body for retaining the nasal cannula on the head of a user; a mask having a mask body , the mask body defining a user-contacting surface and an interior space when the user-contacting surface is in contact with a face of the user, the mask further comprising a mask retention arrangement that is coupled to the mask body for retaining the mask on the head of the user, the interior space of the mask being configured to accommodate at least a portion of the cannula body including the at least one nasal prong when the mask is positioned on the head of the user with the user-contacting surface in contact with the face of the user, characterized in that the mask further comprises a one-way valve to open on inhalation and to at least partially close on exhalation; wherein the mask is adapted to create a seal around the nose and/or mouth of the user when the mask is used in combination with the nasal cannula and is selectively securable to or removable from a user independently of the nasal cannula , the seal being sufficient to provide increased expiratory pressure relative to use of the nasal cannula without the mask. a nasal cannula comprising a cannula body , at least one nasal prong extending from the cannula body , a gases tube that communicates with the at least one nasal prong and a cannula retention arrangement that is coupled to the cannula body for retaining the nasal cannula on the head of a user; a mask having a mask body , the mask body defining a user-contacting surface and an interior space when the user-contacting surface is in contact with a face of the user, the mask further comprising a mask retention arrangement that is coupled to the mask body for retaining the mask on the head of the user, the interior space of the mask being configured to accommodate at least a portion of the cannula body including the at least one nasal prong when the mask is positioned on the head of the user with the user-contacting surface in contact with the face of the user, characterized in that the mask further comprises a one-way valve to open on inhalation and to at least partially close on exhalation; wherein the mask is adapted to create a seal around the nose and/or mouth of the user when the mask is used in combination with the nasal cannula and is selectively securable to or removable from a user independently of the nasal cannula , the seal being sufficient to provide increased expiratory pressure relative to use of the nasal cannula without the mask.
An optical device for use in endoscope procedures and operable with white light and fluoresced light outside the visible band and comprising: an elongated shaft having multiple lenses including multiple rod lenses which relay an image formed at a distal end to a proximal end of the shaft; a beamsplitter and prism assembly optically positioned proximal to a most proximal rod lens and comprising a first beamsplitter adapted to direct a first portion of light with a first spectral content along a first optical path and a second portion of light with a second spectral content, different from the first, along a second optical path; a second beamsplitter optically arranged proximal to the beamsplitter and prism assembly and adapted to recombine the first portion of light and the second portion of light to a common optical axis; wherein the first optical path and the second optical path are adapted to compensate for chromatic aberration of the multiple lenses such that the first portion of light and the second portion of light can be focused onto substantially the same image plane. an elongated shaft having multiple lenses including multiple rod lenses which relay an image formed at a distal end to a proximal end of the shaft; a beamsplitter and prism assembly optically positioned proximal to a most proximal rod lens and comprising a first beamsplitter adapted to direct a first portion of light with a first spectral content along a first optical path and a second portion of light with a second spectral content, different from the first, along a second optical path; a second beamsplitter optically arranged proximal to the beamsplitter and prism assembly and adapted to recombine the first portion of light and the second portion of light to a common optical axis; wherein the first optical path and the second optical path are adapted to compensate for chromatic aberration of the multiple lenses such that the first portion of light and the second portion of light can be focused onto substantially the same image plane.