mhurhangee/ep-ind-claims huggingface dataset:
A Time-of-Flight, ToF, ranging device, comprising: a ToF range meter including: an emitter configured to emit light, and a detector configured to detect reflected light emitted by the emitter; and a housing, connected to the ToF range meter, said housing comprising: a wall structure defining an emitter beam path for the emitter, said emitter beam path having an output aperture; a detector beam path to the detector, said detector beam path having an input aperture; and an emitter diffusor having a diffusor strength, arranged in the emitter beam path, spaced apart from said output aperture by a distance, whereby said distance, the diffusor strength, and a diameter of the output aperture, determine an output divergence of light passing through the emitter beam path, and wherein at least 20% of the light from the emitter is screened off by the housing. a ToF range meter including: an emitter configured to emit light, and a detector configured to detect reflected light emitted by the emitter; and an emitter configured to emit light, and a detector configured to detect reflected light emitted by the emitter; and a housing, connected to the ToF range meter, said housing comprising: a wall structure defining an emitter beam path for the emitter, said emitter beam path having an output aperture; a detector beam path to the detector, said detector beam path having an input aperture; and an emitter diffusor having a diffusor strength, arranged in the emitter beam path, spaced apart from said output aperture by a distance, a wall structure defining an emitter beam path for the emitter, said emitter beam path having an output aperture; a detector beam path to the detector, said detector beam path having an input aperture; and an emitter diffusor having a diffusor strength, arranged in the emitter beam path, spaced apart from said output aperture by a distance, whereby said distance, the diffusor strength, and a diameter of the output aperture, determine an output divergence of light passing through the emitter beam path, and wherein at least 20% of the light from the emitter is screened off by the housing.
A drug for use in improving the prognosis of a patient with subarachnoid hemorrhage, containing as an active ingredient at least one member selected from the group consisting of eicosapentaenoic acid, pharmaceutically acceptable salts and esters thereof, wherein the drug is administered orally or through a stomach tube, and wherein the term "improving prognosis" designates an improvement in the disease state or lethality of subarachnoid hemorrhage.
Method for clockless conversion of portion of electric charge to digital word consisting in accumulation of electric charge delivered to the charge input while the charge is accumulated in the sampling capacitor, or in the sampling capacitor and in the capacitor of the highest capacitance value in the array of redistribution, which is connected in parallel to the sampling capacitor and the charge is accumulated from the instant when the control module detects the beginning of the gate signal to the instant when the control module detects the end of the gate signal, and then consisting in the realization of the process of accumulated electric charge redistribution in the array of redistribution in a known way by means of the control module by changes of states of signals from relevant control outputs, while the array of redistribution comprises an array of on-off switches, of change-over switches and of capacitors such that a capacitance value of each capacitor of a given index is twice as high as a capacitance value of a capacitor of the previous index, and also consisting in the assignment of relevant values to bits of the digital word by means of the control module characterized in that after termination of accumulation of electric charge in the sampling capacitor (C n) or in the sampling capacitor (C n) and in the capacitor (C n-1) having the highest capacitance value in the array of redistribution which is connected to the sampling capacitor (C n) in parallel and after detection of the beginning of the next gate signal (G x+1) by means of the control module, electric charge delivered to the charge input InQ is accumulated in the additional sampling capacitor (C nA), and next the process of redistribution of electric charge accumulated in the additional sampling capacitor (C nA) is realized and relevant values are assigned to bits (b n-1, b n-2,..., b 1, b 0) in the digital word by means of the control module while accumulation of electric charge in the additional sampling capacitor (C nA) and the process of redistribution of electric charge accumulated in the additional sampling capacitor (C nA) and assignment of relevant values to bits (b n-1, b n-2,..., b 1, b 0) in the digital word are realized such as for the sampling capacitor (C n).
A fiber concentration profile measuring apparatus comprising a plurality of conductor bodies (9, 509), configured to be coupled to a primary AC power source comprising an impedance measuring unit, the respective conductor body (9, 509) exhibits a first electric contact surface configured to transfer a primary electric current from the primary AC power source to a second electric contact surface via a fiber pad material being pulped, characterized in that - each conductor body (9, 509) is coupled in series with a respective electronic switching device (49', 49", 49′′′, 49"", 49ʺ′′′), each of which is configured to switch between on- and off-state for feeding or not feeding the primary electric current to the associated conductor body (9, 509); and - a secondary power source, configured to generate a secondary electric current injected with a range of frequencies, is coupled to each electronic switching device (49', 49", 49'", 49"", 49ʺ′′′) via a respective series resonance circuit (SRC', SRC", SRC′′′, SRC"", SRCʺ′′′), each being individually adapted to give free passage for the secondary electric current at a certain frequency providing said on-state. - each conductor body (9, 509) is coupled in series with a respective electronic switching device (49', 49", 49′′′, 49"", 49ʺ′′′), each of which is configured to switch between on- and off-state for feeding or not feeding the primary electric current to the associated conductor body (9, 509); and - a secondary power source, configured to generate a secondary electric current injected with a range of frequencies, is coupled to each electronic switching device (49', 49", 49'", 49"", 49ʺ′′′) via a respective series resonance circuit (SRC', SRC", SRC′′′, SRC"", SRCʺ′′′), each being individually adapted to give free passage for the secondary electric current at a certain frequency providing said on-state.
A modular lighting system comprising a plurality of modules, each module comprising a rail elongated longitudinally along an axis where one or more lighting elements are placed and mounted reversibly on the rail by means of magnetic coupling, drawing power from a printed circuit board positioned on the rail by means of spring contacts; the system being characterized in that the plurality of modules are joined by joints; each joint joining two rails and comprising two bodies joined to each other by a pin, which allows the two bodies to rotate in relation to each other around a rotation axis defined by the pin; wherein each body has a seat shaped so as to receive one longitudinal end of a rail, which is insertable into the seat with at least two directions that are orthogonal to each other, i.e. in at least two different positions rotated by 90° in relation to each other around the axis of the rail.
A tire mold, comprising: a tread ring having tread forming elements disposed thereon; two sidewall members adjacent to the tread ring, wherein the sidewall members are selected from the group consisting of plates and rings; a plurality of concentric bead rings (110, 120; 310, 320, 330; 410, 420), wherein at least two adjacent concentric bead rings of the plurality of concentric bead rings (110, 120; 310, 320, 330; 410, 420) form a bead ring interface having a circumferential seam (190; 340, 350), wherein the circumferential seam (190; 340, 350) is configured to receive airflow from an interior of the tire mold, and wherein one of the at least two concentric bead rings (110, 120; 310, 320, 330; 410, 420) is adjacent to one of the sidewall members; and an air chamber (200; 360) located radially outside of the circumferential seam (190; 340, 350) and fluidly connected to the circumferential seam (190; 340, 350), characterized in that one of the concentric bead rings (110, 120) is made up of a plurality of adjacent radial sections; and the radial sections have partially sinusoidal ends that intermesh with the partially sinusoidal ends of adjacent radial sections. a tread ring having tread forming elements disposed thereon; two sidewall members adjacent to the tread ring, wherein the sidewall members are selected from the group consisting of plates and rings; a plurality of concentric bead rings (110, 120; 310, 320, 330; 410, 420), wherein at least two adjacent concentric bead rings of the plurality of concentric bead rings (110, 120; 310, 320, 330; 410, 420) form a bead ring interface having a circumferential seam (190; 340, 350), wherein the circumferential seam (190; 340, 350) is configured to receive airflow from an interior of the tire mold, and wherein one of the at least two concentric bead rings (110, 120; 310, 320, 330; 410, 420) is adjacent to one of the sidewall members; and wherein at least two adjacent concentric bead rings of the plurality of concentric bead rings (110, 120; 310, 320, 330; 410, 420) form a bead ring interface having a circumferential seam (190; 340, 350), wherein the circumferential seam (190; 340, 350) is configured to receive airflow from an interior of the tire mold, and wherein one of the at least two concentric bead rings (110, 120; 310, 320, 330; 410, 420) is adjacent to one of the sidewall members; and an air chamber (200; 360) located radially outside of the circumferential seam (190; 340, 350) and fluidly connected to the circumferential seam (190; 340, 350), characterized in that one of the concentric bead rings (110, 120) is made up of a plurality of adjacent radial sections; and the radial sections have partially sinusoidal ends that intermesh with the partially sinusoidal ends of adjacent radial sections.
An image device comprising: a pixel array comprising a first pixel array portion of a part of the pixel array and a second pixel array portion of another part of the pixel array that outputs an image; and a color filter array disposed over the pixel array, the color filter array comprising a first color filter pattern region on the first pixel array portion and a second color filter pattern region on the second pixel array portion, which comprise a plurality of color filters in each of the first pixel array portion and the second pixel array portion, each color filter corresponding to a pixel of the pixel array, wherein the first pattern region is located at a center of the color filter array, and the second pattern region surrounds the first pattern region, wherein a first color filter pattern region of the color filter array is configured as a Bayer pattern, and a second color filter pattern of the second pattern region of the color filter array is configured as a tetra pattern, wherein the tetra pattern includes four adjacent 2x2 matrices of color filters, each 2x2 matrix having color filters of a single color (R, Gr, Gb, B), wherein the single colors comprise red, green and blue. a pixel array comprising a first pixel array portion of a part of the pixel array and a second pixel array portion of another part of the pixel array that outputs an image; and a color filter array disposed over the pixel array, the color filter array comprising a first color filter pattern region on the first pixel array portion and a second color filter pattern region on the second pixel array portion, which comprise a plurality of color filters in each of the first pixel array portion and the second pixel array portion, each color filter corresponding to a pixel of the pixel array, wherein the first pattern region is located at a center of the color filter array, and the second pattern region surrounds the first pattern region, wherein a first color filter pattern region of the color filter array is configured as a Bayer pattern, and a second color filter pattern of the second pattern region of the color filter array is configured as a tetra pattern, wherein the tetra pattern includes four adjacent 2x2 matrices of color filters, each 2x2 matrix having color filters of a single color (R, Gr, Gb, B), wherein the single colors comprise red, green and blue.
A humanized Type II anti-CD20 antibody comprising (a) a heavy chain variable region selected from SEQ ID NO:62, SEQ ID NO:64, SEQ ID NO:66, SEQ ID NO:68, SEQ ID NO:70 and SEQ ID NO: 72, and (b) the KV1 light chain variable region of SEQ ID NO:76. (a) a heavy chain variable region selected from SEQ ID NO:62, SEQ ID NO:64, SEQ ID NO:66, SEQ ID NO:68, SEQ ID NO:70 and SEQ ID NO: 72, and (b) the KV1 light chain variable region of SEQ ID NO:76.
A method for positioning a sensor in association with an end of a dynamoelectric machine comprising a stator assembly and a rotor, the dynamoelectric machine including a lead frame located at the end of the stator assembly and defining an outer side facing outwardly away from the stator assembly and an inner side facing inwardly toward the stator assembly, wherein the lead frame includes a recess the method comprising: providing a sensor supported at the end of the dynamoelectric machine by a deformable structure (46a, 46b) having a first end connected adjacent to the lead frame and a second end connected to the sensor; positioning the sensor at a first position spaced from an outwardly facing surface defined on the outer side of the lead frame, the first position being spaced from a second, sensing position for the sensor; and moving a cover member to an attachment location in engagement with the outer side of the lead frame, wherein at least a final portion of the movement of the cover member to engage with the outer side includes positioning an engagement surface of the cover member into engagement with the sensor and causing the sensor to move closer to the outwardly facing surface of the lead frame to a location defining the second, sensing position wherein causing the sensor to move includes moving the sensor closer to an electrical conductor extending along the lead frame and defining the outwardly facing surface of the recess. providing a sensor supported at the end of the dynamoelectric machine by a deformable structure (46a, 46b) having a first end connected adjacent to the lead frame and a second end connected to the sensor; positioning the sensor at a first position spaced from an outwardly facing surface defined on the outer side of the lead frame, the first position being spaced from a second, sensing position for the sensor; and moving a cover member to an attachment location in engagement with the outer side of the lead frame, wherein at least a final portion of the movement of the cover member to engage with the outer side includes positioning an engagement surface of the cover member into engagement with the sensor and causing the sensor to move closer to the outwardly facing surface of the lead frame to a location defining the second, sensing position wherein causing the sensor to move includes moving the sensor closer to an electrical conductor extending along the lead frame and defining the outwardly facing surface of the recess.
A method of monitoring an operating parameter of an apparatus forming part of a system comprising one or more additional apparatus, the method comprising the steps of: a) taking a measurement of the operating parameter of the apparatus on multiple occasions and of the same operating parameter of the one or more additional apparatus on multiple occasions; b) determining one or more apparatus comparison values, each defined as the difference between a measurement of the operating parameter of the apparatus and the average of the same operating parameter measured at the same time for the one or more additional apparatus; c) i) determining an operating condition value, whereby the operating condition value is dependent upon one or more of the apparatus comparison values; c) ii) determining a set of threshold determining values, whereby each threshold determining value of the set of threshold determining values corresponds to the operating condition value at a particular time, and the set of threshold determining values comprises temporally consecutive threshold determining values; d) determining an event threshold by multiplying the standard deviation of the set of threshold determining values by a constant, and adding the result to the mean of the set of threshold determining values; e) generating an event signal if the operating condition value is in a regime beyond the event threshold. a) taking a measurement of the operating parameter of the apparatus on multiple occasions and of the same operating parameter of the one or more additional apparatus on multiple occasions; b) determining one or more apparatus comparison values, each defined as the difference between a measurement of the operating parameter of the apparatus and the average of the same operating parameter measured at the same time for the one or more additional apparatus; c) i) determining an operating condition value, whereby the operating condition value is dependent upon one or more of the apparatus comparison values; c) ii) determining a set of threshold determining values, whereby each threshold determining value of the set of threshold determining values corresponds to the operating condition value at a particular time, and the set of threshold determining values comprises temporally consecutive threshold determining values; d) determining an event threshold by multiplying the standard deviation of the set of threshold determining values by a constant, and adding the result to the mean of the set of threshold determining values; e) generating an event signal if the operating condition value is in a regime beyond the event threshold.
A fixing device for fixing a sanitary furniture item, e.g. a wall-hung toilet, said fixing device comprising: a clamping body for attaching against an inner wall of the sanitary furniture item; an adjustment member; an adjustment housing of the clamping body for inserting the adjustment member into the clamping body for adjustment purposes; a lower body arranged to be coupled with an affixing stud mounted on a wall; a fixing member arranged to pass through an assembly hole of the sanitary furniture item and to be fixed in a through-hole in the clamping body; an upper contact surface on the lower body that is inclined with respect to a longitudinal axis of fixing device, wherein said clamping body is positioned to slide on the inclined upper contact surface; characterised in that the lower body comprises an inclined adjustment surface on which an adjustment member lower end of the adjustment member is slidably moved by rotating said adjustment member in the adjustment housing. a clamping body for attaching against an inner wall of the sanitary furniture item; an adjustment member; an adjustment housing of the clamping body for inserting the adjustment member into the clamping body for adjustment purposes; a lower body arranged to be coupled with an affixing stud mounted on a wall; a fixing member arranged to pass through an assembly hole of the sanitary furniture item and to be fixed in a through-hole in the clamping body; an upper contact surface on the lower body that is inclined with respect to a longitudinal axis of fixing device, wherein said clamping body is positioned to slide on the inclined upper contact surface; characterised in that the lower body comprises an inclined adjustment surface on which an adjustment member lower end of the adjustment member is slidably moved by rotating said adjustment member in the adjustment housing.
A UV-curable interlayer composition comprising: at least one aliphatic di(meth)acrylate monomer diluent having a dynamic viscosity at 25°C of less than 0.1 Pa·s; at least one (meth)acrylate oligomer selected from epoxy (meth)acrylates, polyester (meth)acrylates, polyether (meth)acrylates, urethane (meth)acrylates and combinations thereof, the at least one(meth) acrylate oligomer having a glass transition temperature in the range of from minus 10 °C to 100 °C and a dynamic viscosity at 25°C of less than 3 Pa·s; and at least two photoinitiators. at least one aliphatic di(meth)acrylate monomer diluent having a dynamic viscosity at 25°C of less than 0.1 Pa·s; at least one (meth)acrylate oligomer selected from epoxy (meth)acrylates, polyester (meth)acrylates, polyether (meth)acrylates, urethane (meth)acrylates and combinations thereof, the at least one(meth) acrylate oligomer having a glass transition temperature in the range of from minus 10 °C to 100 °C and a dynamic viscosity at 25°C of less than 3 Pa·s; and at least two photoinitiators.
An upholstery tensioning system comprising a furniture member, a spindle suitable for receiving and winding up string, locking means configured to optionally prevent the spindle from rotating relative to the furniture member, and a ratchet device configured to prevent rotation of the spindle in one direction, wherein the ratchet device comprises pawls (6, 7, 8) provided on the circumference of the spindle, and matching teeth provided on the furniture member, wherein the furniture member is provided with support means configured to rotatably support the spindle on the furniture member, characterized in that each pawl (6,7,8) comprises a rigid base portion and a flexible tongue extending from the base portion, and the pawls (6,7,8) are designed to fit into a recess of the support means with the pawls (6,7,8) aligned with the teeth.
A method for wireless communication, comprising: receiving, by a wireless device, a message from a radio access node, wherein the message forwards configuration information about a survival time associated with a communication service, wherein the survival time is received by the radio access node from an Access and Mobility Management Function, AMF, and is included in a Time Sensitive Communication Assistance Information, TSCAI, Information Element, IE, wherein the survival time represents an amount of time that an application of the communication service is capable of continuing without receiving any anticipated message, the survival time indicating a number of consecutive incorrectly received or lost packets; and triggering, by the wireless device, a report to the radio access node based upon a condition of the survival time associated with the communication service. receiving, by a wireless device, a message from a radio access node, wherein the message forwards configuration information about a survival time associated with a communication service, wherein the survival time is received by the radio access node from an Access and Mobility Management Function, AMF, and is included in a Time Sensitive Communication Assistance Information, TSCAI, Information Element, IE, wherein the survival time represents an amount of time that an application of the communication service is capable of continuing without receiving any anticipated message, the survival time indicating a number of consecutive incorrectly received or lost packets; and triggering, by the wireless device, a report to the radio access node based upon a condition of the survival time associated with the communication service.