mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising modulating, by a set of signals, a group of imaging pixels (211, 212, 213, 214, 215, 216, 217, 218, 219; 221, ...), characterised in that : (a) the modulating comprises, for each respective imaging pixel (211, 212, 213, 214, 215, 216, 217, 218, 219; 221, ...), modulating sensitivity of the respective imaging pixel (211, 212, 213, 214, 215, 216, 217, 218, 219; 221, ...) to light incident on the respective imaging pixel (211, 212, 213, 214, 215, 216, 217, 218, 219; 221, ...), in such a way that the sensitivity varies over time during the modulating; (b) the group of imaging pixels (211, 212, 213, 214, 215, 216, 217, 218, 219; 221, ...) consists of pixel sets , each imaging pixel (211, 212, 213, 214, 215, 216, 217, 218, 219; 221, ...) being a member of one or more of the pixel sets ; (c) the imaging pixels (211, 212, 213, 214, 215, 216, 217, 218, 219; 221, ...) are located in imaging superpixels ; (d) each imaging superpixel includes at least one imaging pixel (211, 212, 213, 214, 215, 216, 217, 218, 219; 221, ...) from each of the pixel sets ; (e) each respective signal, in the set of signals, modulates only one pixel set and thus modulates at least one imaging pixel (211, 212, 213, 214, 215, 216, 217, 218, 219; 221, ...) in each of the imaging superpixels ; and (f) each signal, in the set of signals, is different than the other signals in the set of signals. (a) the modulating comprises, for each respective imaging pixel (211, 212, 213, 214, 215, 216, 217, 218, 219; 221, ...), modulating sensitivity of the respective imaging pixel (211, 212, 213, 214, 215, 216, 217, 218, 219; 221, ...) to light incident on the respective imaging pixel (211, 212, 213, 214, 215, 216, 217, 218, 219; 221, ...), in such a way that the sensitivity varies over time during the modulating; (b) the group of imaging pixels (211, 212, 213, 214, 215, 216, 217, 218, 219; 221, ...) consists of pixel sets , each imaging pixel (211, 212, 213, 214, 215, 216, 217, 218, 219; 221, ...) being a member of one or more of the pixel sets ; (c) the imaging pixels (211, 212, 213, 214, 215, 216, 217, 218, 219; 221, ...) are located in imaging superpixels ; (d) each imaging superpixel includes at least one imaging pixel (211, 212, 213, 214, 215, 216, 217, 218, 219; 221, ...) from each of the pixel sets ; (e) each respective signal, in the set of signals, modulates only one pixel set and thus modulates at least one imaging pixel (211, 212, 213, 214, 215, 216, 217, 218, 219; 221, ...) in each of the imaging superpixels ; and (f) each signal, in the set of signals, is different than the other signals in the set of signals.
A liquid delivery and gas removal system for a printhead, comprising: a pump to provide a pressurized liquid ; a filter fluidically coupled to the pump to receive the pressurized liquid at an upstream side of the filter , at a first pressure push the liquid through the filter to a downstream side of the filter , and at a higher second pressure push gas bubbles in the liquid through the filter to the downstream side ; and a vent having an opening that is covered by a gas-permeable membrane , a wet side of the membrane being fluidically coupled to the downstream side of the filter and to a printhead , and a vacuum applied to a dry side of the membrane to pull gas bubbles through the membrane . a pump to provide a pressurized liquid ; a filter fluidically coupled to the pump to receive the pressurized liquid at an upstream side of the filter , at a first pressure push the liquid through the filter to a downstream side of the filter , and at a higher second pressure push gas bubbles in the liquid through the filter to the downstream side ; and receive the pressurized liquid at an upstream side of the filter , at a first pressure push the liquid through the filter to a downstream side of the filter , and at a higher second pressure push gas bubbles in the liquid through the filter to the downstream side ; and a vent having an opening that is covered by a gas-permeable membrane , a wet side of the membrane being fluidically coupled to the downstream side of the filter and to a printhead , and a vacuum applied to a dry side of the membrane to pull gas bubbles through the membrane .
A method comprising: (a) contacting an organic stream with water and carbon dioxide, whereby sodium is extracted from the organic stream; and (b) separating an aqueous sodium salt-containing slurry phase from an organic phase comprising a reduced sodium content relative to the organic stream; wherein the organic stream is a heavy residue formed in the co-production of propylene oxide and styrene. (a) contacting an organic stream with water and carbon dioxide, whereby sodium is extracted from the organic stream; and (b) separating an aqueous sodium salt-containing slurry phase from an organic phase comprising a reduced sodium content relative to the organic stream;
A computer program product comprising a non-transitory, machine-readable medium storing instructions which, when executed by at least one programmable processor, cause the at least one programmable processor to perform, in a system comprising a diagnostic-quality CT scanner for imaging a patient, a radiation therapy device positioned adjacent the diagnostic-quality CT scanner and a patient couch configured to position the patient for imaging and for radiation therapy by translating the patient between the diagnostic-quality CT scanner and the radiation therapy device, operations comprising: receiving a treatment plan for the delivery of radiation therapy; receiving diagnostic-quality CT images from the diagnostic-quality CT scanner; morphing the treatment plan onto the diagnostic-quality CT images by applying deformable image registration to the treatment plan; assessing a quality of dose distribution for the treatment plan; and reoptimizing the treatment plan when the quality of dose distribution is determined to be suboptimal. receiving a treatment plan for the delivery of radiation therapy; receiving diagnostic-quality CT images from the diagnostic-quality CT scanner; morphing the treatment plan onto the diagnostic-quality CT images by applying deformable image registration to the treatment plan; assessing a quality of dose distribution for the treatment plan; and reoptimizing the treatment plan when the quality of dose distribution is determined to be suboptimal.
An electronic device, comprising; a page walker module to receive a page request generated by a work item executed by a graphics processing unit, GPU , the page request indicating a virtual address, and to detect a page fault associated with the page request; a page request queue , wherein the page walker module is to provide the page request to the page request queue when the page fault is detected; a page miss handler to receive the page request having the page fault from the page request queue , wherein to service the page request, the page miss handler is to allocate a physical address of a memory to the virtual address, therewith dynamically mapping said physical address to said virtual address, and to provide the physical address to the page walker module ; and a controller , at least partially comprising hardware logic, to monitor execution of the page request having the page fault, and to determine whether to suspend execution of a work item at the GPU associated with the page request having the page fault, or to continue execution of the work item at the GPU , characterized in that : the controller is to continue execution of the work item if a ratio of the number of page requests associated with the work item that have been serviced by the page miss handler and the number of page requests associated with the work item that are pending in the page request queue is at least equal to a predetermined threshold value.
A scroll compressor for compressing a fluid, comprising: a housing having an inlet for receiving the fluid and an outlet returning the fluid; scroll compressor bodies contained in the housing disposed along a fluid flow path between the inlet and the outlet , the scroll compressor bodies having respective bases and respective scroll ribs that project from the respective bases and which mutually engage about an axis for compressing fluid; an electrical motor operative to facilitate relative orbiting movement between the scroll compressor bodies for compressing fluid, the electrical motor comprising a stator supported by the housing with electrical windings and a rotor ; a lubrication sump in the housing below the electrical motor adapted to contain lubricating fluid for lubrication of internal components of the scroll compressor ; an annular lubrication collection region formed radially between an outer periphery of the stator and an inner periphery of the housing ; at least one lubrication return passage formed between the stator and the housing connecting the annular lubrication collection region with the lubrication sump characterized in that the inner periphery of the housing is cylindrical, the inner periphery comprising a step from a smaller diameter to a larger diameter, the annular lubrication collection region formed at least in part at the step and that the step forms a funnel surface that gravitationally drains lubricating fluid toward the at least one lubrication return passage . a housing having an inlet for receiving the fluid and an outlet returning the fluid; scroll compressor bodies contained in the housing disposed along a fluid flow path between the inlet and the outlet , the scroll compressor bodies having respective bases and respective scroll ribs that project from the respective bases and which mutually engage about an axis for compressing fluid; an electrical motor operative to facilitate relative orbiting movement between the scroll compressor bodies for compressing fluid, the electrical motor comprising a stator supported by the housing with electrical windings and a rotor ; a lubrication sump in the housing below the electrical motor adapted to contain lubricating fluid for lubrication of internal components of the scroll compressor ; an annular lubrication collection region formed radially between an outer periphery of the stator and an inner periphery of the housing ; at least one lubrication return passage formed between the stator and the housing connecting the annular lubrication collection region with the lubrication sump characterized in that the inner periphery of the housing is cylindrical, the inner periphery comprising a step from a smaller diameter to a larger diameter, the annular lubrication collection region formed at least in part at the step and that the step forms a funnel surface that gravitationally drains lubricating fluid toward the at least one lubrication return passage .
A suspension arrangement for attachment to a support being made from a magnetisable material, the suspension arrangement comprising: - a magnetic attachment means comprising a magnetic material allowing the suspension arrangement to be releasably attached to the support , and - a glue surface having a glue depression configured for receiving a glue portion in order to permanently attach the suspension arrangement to the support , the glue surface being arranged in contact with the support when the suspension arrangement is attached to the support , characterized in that, the suspension arrangement is provided with at least one glue supply channel , and wherein each glue supply channel is in communication with the glue depression , thereby allowing the glue depression to be filled with a glue portion when the glue surface is arranged against the support . - a magnetic attachment means comprising a magnetic material allowing the suspension arrangement to be releasably attached to the support , and - a glue surface having a glue depression configured for receiving a glue portion in order to permanently attach the suspension arrangement to the support , the glue surface being arranged in contact with the support when the suspension arrangement is attached to the support ,
Drive member for a timepiece comprising at least two monolithic units stacked and connected in series, each of these units comprising a hub and a rim which are connected by at least one elastic arm , the or each of the elastic arms of any of said units is of sinuous shape.
Door handle for a vehicle door of a motor vehicle, with a movable emergency opening element which can be brought into a mechanical operative connection with a locking system of the vehicle door , wherein the emergency opening element comprises a pulling means for actuating the locking system , in particular for unlocking and/or opening the vehicle door , and wherein the emergency opening element is movable between at least two positions (I, II), namely a rest position (I) in which the emergency opening element is fixed to the door handle , and an operating position (II) in which the emergency opening element can be actuated by a user to actuate the locking system by pulling on the pulling means , and a release device for the emergency opening element in order to automatically transfer the emergency opening element from the rest position (I) to the operating position (II), in particular in an emergency situation, characterized in that the emergency opening element is arranged on a bottom side of the door handle .
A portable apparatus for servicing a shock absorber on a landing gear assembly of an aircraft when the aircraft is in a weight on wheels configuration, the shock absorber comprising at least one chamber containing both hydraulic fluid and a gas in fluid communication with each other, wherein the apparatus comprises: a source of gas , and a source of hydraulic fluid , characterised in that the apparatus comprises: a gas delivery system for delivering a pre-set mass of gas into the shock absorber , the gas delivery system including a tank that is arranged to receive gas from the source of gas, the tank also being arranged both to receive gas from the shock absorber and to deliver gas to the shock absorber . a source of gas , and a source of hydraulic fluid , characterised in that the apparatus comprises: a gas delivery system for delivering a pre-set mass of gas into the shock absorber , the gas delivery system including a tank that is arranged to receive gas from the source of gas, the tank also being arranged both to receive gas from the shock absorber and to deliver gas to the shock absorber .
A light emitting device comprising: a ceramic phosphor plate comprising a light input surface and an oppositely positioned light output surface; a light emitting diode comprising a light output surface oriented parallel to and adjacent to the ceramic phosphor plate light input surface; and a layer bonding the ceramic phosphor plate light input surface directly to the light emitting diode light output surface, the layer comprising a transparent material and an adhesive , the adhesive bonded to a portion of the light input surface of ceramic phosphor plate having a smaller surface area than a total surface area of the light input surface of ceramic phosphor plate and bonded to a portion of the light emitting diode light output surface having a surface area smaller than a total surface area of the light emitting diode light output surface, the transparent material bonding at least some portions of the ceramic phosphor plate light input surface and light emitting diode light output surface not bonded by the adhesive. a ceramic phosphor plate comprising a light input surface and an oppositely positioned light output surface; a light emitting diode comprising a light output surface oriented parallel to and adjacent to the ceramic phosphor plate light input surface; and a layer bonding the ceramic phosphor plate light input surface directly to the light emitting diode light output surface, the layer comprising a transparent material and an adhesive , the adhesive bonded to a portion of the light input surface of ceramic phosphor plate having a smaller surface area than a total surface area of the light input surface of ceramic phosphor plate and bonded to a portion of the light emitting diode light output surface having a surface area smaller than a total surface area of the light emitting diode light output surface, the transparent material bonding at least some portions of the ceramic phosphor plate light input surface and light emitting diode light output surface not bonded by the adhesive.
A method performed by a wireless device for reporting quantized early measurements to a network node , the method comprising: when the wireless device is transitioning from a dormant state to a connected state, transmitting (1000, 1100, 1200; 1300), to a network node : a Radio Resource Control, RRC, resume request like message or an RRC setup request like message; a report of one or more quantized early measurements; and wherein the report of the one or more quantized early measurements comprises one or more indications related to quantized early measurement results for one or more cells and/or frequencies for which the wireless device was configured to perform early measurements and which one or more indications is suitable for configuring cells and/or frequencies for the wireless device; and wherein the one or more indications is comprised in the RRC resume request like message or the RRC setup request like message. a Radio Resource Control, RRC, resume request like message or an RRC setup request like message; a report of one or more quantized early measurements; and wherein the report of the one or more quantized early measurements comprises one or more indications related to quantized early measurement results for one or more cells and/or frequencies for which the wireless device was configured to perform early measurements and which one or more indications is suitable for configuring cells and/or frequencies for the wireless device; and wherein the one or more indications is comprised in the RRC resume request like message or the RRC setup request like message.
A piezoelectric acceleration transducer for measuring an acceleration; that comprises a transducer unit comprising at least one piezoelectric element (11.11 - 11.13) and at least two electrodes (11.21 - 11.26), wherein said piezoelectric element (11.11 - 11.13) is made of a piezoelectric material and generates polarization charges under the influence of the acceleration, wherein said electrodes (11.21 - 11.26) directly contact the piezoelectric element (11.11 - 11.13) in specific areas and pick up the polarization charges; that comprises a housing which encloses the transducer unit in a water-tight and gas-tight manner; and that comprises a signal lead-through electrically connected to the electrodes (11.21 - 11.26) and transmitting the polarization charges as signals (S1 - S4) through the housing to an environment outside of the housing ; wherein said piezoelectric acceleration transducer comprises a signal cable located in the environment outside of the housing and comprising at least two signal conductors (14.11 - 14.14); characterized in that said signal lead-through comprises a support element (13.1), on which support element (13.1) are arranged at least two conducting paths (13.121 - 13.124); and in that each of the signal conductors (14.11 - 14.14) makes a contact with exactly one of said conducting paths (13.121 - 13.124).
Optics arrangement for positioning in a beam path of a light microscope comprising an optics carrier , on which a first set of optical assemblies (41-45) for generating structured illumination light with different orientations is disposed, characterized in that the first set of optical assemblies (41-45) has a plurality of gratings (41-45) with the same grating constant and different grating orientations, and an adjustable deflection device is present for selectively deflecting a light beam on one of the gratings (41-45) and for deflecting a light beam coming from one of these gratings (41-45) in the direction of a sample to be examined.
Device for generating a synthetic wavelength comprising at least two surface-emitters and a carrier-element , wherein the carrier-element is a heat conductor and the surface-emitters are fixedly arranged in, at or on the carrier-element , characterized in that the ratio V of the distance a between two surface-emitters and the effective thermal conductivity w of the carrier material V = w / a is greater than 5000 W/(m 2 ·K), wherein at least two surface-emitters are located on the same substrate and the distance between the two surface-emitters is at least 1 mm to prevent cross-coupling of the temperature.
Retrieval apparatus for a vascular medical device, the apparatus comprising: an elongate shaft having an axis having a flexible distal extension comprising braid , the distal extension folded-back inwardly to form a distal opening and a proximal opening , the proximal opening sized to receive a portion of the medical device therethrough for securing the medical device, characterised in that the apparatus further comprises: at least one a ring member positioned between two layers of the braid encircling the proximal opening. an elongate shaft having an axis having a flexible distal extension comprising braid , the distal extension folded-back inwardly to form a distal opening and a proximal opening , the proximal opening sized to receive a portion of the medical device therethrough for securing the medical device, characterised in that the apparatus further comprises: at least one a ring member positioned between two layers of the braid encircling the proximal opening.
A method for wireless transmission of a real-time media from a source device to a sink device over a wireless transmission channel, wherein the real-time media comprises a plurality of frames, the method comprising in said source device: determining an available bandwidth for the wireless transmission, based on a time-allocation of the source device for the wireless transmission defined by a Notice-of-Absence schedule wherein any periods of absence declared in the notice-of-absence is a period during which no wireless transmission is allowed, the method being characterized in determining the maximum data size that can be transmitted in a period of availability as defined by the Notice-of-Absence schedule; and encoding the real-time media for the wireless transmission based on a minimum of the available bandwidth and a throughput constraint wherein the throughput constraint is determined based on a hardware limitation associated with the source device or the sink device, and additionally ensuring that no frames, including those of a first frame-type, exceed the determined maximum data size. determining an available bandwidth for the wireless transmission, based on a time-allocation of the source device for the wireless transmission defined by a Notice-of-Absence schedule wherein any periods of absence declared in the notice-of-absence is a period during which no wireless transmission is allowed, the method being characterized in determining the maximum data size that can be transmitted in a period of availability as defined by the Notice-of-Absence schedule; and encoding the real-time media for the wireless transmission based on a minimum of the available bandwidth and a throughput constraint wherein the throughput constraint is determined based on a hardware limitation associated with the source device or the sink device, and additionally ensuring that no frames, including those of a first frame-type, exceed the determined maximum data size.