mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for allowing two processors to independently access a shared non-volatile memory device that is shared by direct access with a first processor of the two processors and a second processor of the two processors, the first processor and second processor being coupled to the shared non-volatile memory device , the apparatus comprising: a shared device controller comprising: a shared address space; a first set of shadow registers , each shadow register of the first set of shadow registers being linked to the shared address space of the shared device controller and wherein the first processor is configured to have exclusive access rights to the first set of shadow registers wherein the first processor is configured to store information in the first set of shadow registers for accessing the shared non-volatile memory device, after acquiring a semaphore; a second set of shadow registers , each shadow register of the second set of shadow registers being linked to the shared address space, the second processor being configured to have exclusive access rights to the second set of shadow registers wherein the second processor is configured to store information in the second set of shadow registers for accessing the shared non-volatile memory device, after acquiring the semaphore; a shared host controller interface for providing access to the shared address space and the first and second set of shadow registers using a single address region; and wherein the shared device controller is configured to map the first set of shadow registers to the shared address space upon granting the semaphore to the first processor and to map the second set of shadow registers to the shared address space upon granting the semaphore to the second processor. a shared address space; a first set of shadow registers , each shadow register of the first set of shadow registers being linked to the shared address space of the shared device controller and wherein the first processor is configured to have exclusive access rights to the first set of shadow registers wherein the first processor is configured to store information in the first set of shadow registers for accessing the shared non-volatile memory device, after acquiring a semaphore; a second set of shadow registers , each shadow register of the second set of shadow registers being linked to the shared address space, the second processor being configured to have exclusive access rights to the second set of shadow registers wherein the second processor is configured to store information in the second set of shadow registers for accessing the shared non-volatile memory device, after acquiring the semaphore; a shared host controller interface for providing access to the shared address space and the first and second set of shadow registers using a single address region; and wherein the shared device controller is configured to map the first set of shadow registers to the shared address space upon granting the semaphore to the first processor and to map the second set of shadow registers to the shared address space upon granting the semaphore to the second processor.
A method for maintenance of a turbine assembly , the turbine assembly comprising a rotor and a stator , the stator comprising a damaged region , the method comprising: disposing a remotely controllable maintenance apparatus and a repair tool on the rotor ; anchoring the maintenance apparatus on the rotor; positioning the maintenance apparatus proximate to the damaged region by rotating the rotor ; and repairing the damaged region by operating the repair tool disposed on the apparatus . disposing a remotely controllable maintenance apparatus and a repair tool on the rotor ; anchoring the maintenance apparatus on the rotor; positioning the maintenance apparatus proximate to the damaged region by rotating the rotor ; and repairing the damaged region by operating the repair tool disposed on the apparatus .
Motor vehicle body comprising at least one wheel housing , notably a rear wheel housing, produced by the assembly of at least one portion of a body lateral lining with an inner part , the body lateral lining being a rear quarter lining delimiting an outer part of the wheel housing , the inner part being a part for connecting the lateral lining to a floor, notably a trunk floor, the inner part delimiting an interior part of the wheel housing , characterized in that the inner part comprises an opening through which is added and welded a reinforcement of a lower support intended to at least partially ensure the mounting of a loudspeaker module , notably a subwoofer.
A compound of Formula I: or a pharmaceutically acceptable salt thereof, wherein Y 1a and Y 1b are the same and are each hydrogen or each deuterium; Y 2 is hydrogen or deuterium; and wherein the compound is selected from compounds in which R 1 R 2 and R 3 are as defined in the table below: Embodiment R 1 R 2 R 3 I-c CH 3 CD 3 -CH 2 CH 3 I-d CH 3 CH 3 -CD 2 CD 3 I-g CD 3 CD 3 -CH 2 CH 3 I-h CD 3 CH 3 -CD 2 CD 3 I-i CH 3 CD 3 -CD 2 CD 3 I-k CH 3 CD 3 -CD 2 CH 3 I-m CH 3 CD 3 -CH 2 CD 3 I-n CD 3 CD 3 -CD 2 CD 3 I-o CD 3 CD 3 -CH 2 CD 3 I-p CD 3 CD 3 -CD 2 CH 3 wherein any atom not designated as deuterium in any of the embodiments set forth above is present at its natural isotopic abundance.
A method for preparing L-methionine crystals, comprising: (a) adding a pH control agent to an aqueous solution comprising L-methionine to lower or increase the pH (a step of pH adjustment); (b) heating the aqueous solution comprising L-methionine (a step of heat treatment); and (c) extracting L-methionine crystals from the aqueous solution comprising L-methionine, which underwent pH adjustment and heat treatment (a step of extraction of crystals), wherein the method further comprises (b-2) adding a pH control agent to the aqueous solution comprising L-methionine to increase or lower the pH (a step of pH readjustment) between Step (b) and Step (c) or in Step (c), wherein when the pH control agent in the step of pH adjustment is a pH-increasing agent, the pH control agent in the step of pH readjustment is a pH-lowering agent, and when the pH control agent in the step of pH adjustment is a pH-lowering agent, the pH control agent in the step of pH readjustment is a pH-increasing agent, and wherein when the pH control agent in the step of pH adjustment is a pH-lowering agent, the pH-increasing agent in the step of pH readjustment is added to the aqueous solution containing L-methionine so that the pH of the solution is adjusted to pH 3.0 to pH 4.0; and when the pH control agent in the step of pH adjustment is a pH-increasing agent, the pH-lowering agent in the step of pH readjustment is added to the aqueous solution containing L-methionine so that the pH of the solution is adjusted to pH 7.0 to pH 8.0. (a) adding a pH control agent to an aqueous solution comprising L-methionine to lower or increase the pH (a step of pH adjustment); (b) heating the aqueous solution comprising L-methionine (a step of heat treatment); and (c) extracting L-methionine crystals from the aqueous solution comprising L-methionine, which underwent pH adjustment and heat treatment (a step of extraction of crystals), wherein the method further comprises (b-2) adding a pH control agent to the aqueous solution comprising L-methionine to increase or lower the pH (a step of pH readjustment) between Step (b) and Step (c) or in Step (c), wherein when the pH control agent in the step of pH adjustment is a pH-increasing agent, the pH control agent in the step of pH readjustment is a pH-lowering agent, and when the pH control agent in the step of pH adjustment is a pH-lowering agent, the pH control agent in the step of pH readjustment is a pH-increasing agent, and wherein when the pH control agent in the step of pH adjustment is a pH-lowering agent, the pH-increasing agent in the step of pH readjustment is added to the aqueous solution containing L-methionine so that the pH of the solution is adjusted to pH 3.0 to pH 4.0; and when the pH control agent in the step of pH adjustment is a pH-increasing agent, the pH-lowering agent in the step of pH readjustment is added to the aqueous solution containing L-methionine so that the pH of the solution is adjusted to pH 7.0 to pH 8.0.
A user equipment , comprising: a processor configured to measure a time difference of arrival of a plurality of signals received at the user equipment, receive at least one of the plurality of signals from a network node, the at least one of the plurality of signals including position information associated with a geographical position of the network node, the at least one of the plurality of signals having been received at the user equipment on at least one unlicensed band , wherein at least one other of the plurality of signals is received at the user equipment on a licensed band; and a transceiver connected to the processor , the transceiver being configured to report the time difference of arrival measurements for the plurality of signals to a location computation center along with a time stamp for each of the measurements, wherein the licensed band is a Long Term Evolution, LTE, band; and the at least one unlicensed band includes at least one of WiFi, LTE Unlicensed, LTE-U, global positioning system, GPS, signals, cordless phones, medical equipment, weather radar and Bluetooth. a processor configured to measure a time difference of arrival of a plurality of signals received at the user equipment, receive at least one of the plurality of signals from a network node, the at least one of the plurality of signals including position information associated with a geographical position of the network node, the at least one of the plurality of signals having been received at the user equipment on at least one unlicensed band , wherein at least one other of the plurality of signals is received at the user equipment on a licensed band; and a transceiver connected to the processor , the transceiver being configured to report the time difference of arrival measurements for the plurality of signals to a location computation center along with a time stamp for each of the measurements, wherein the licensed band is a Long Term Evolution, LTE, band; and the at least one unlicensed band includes at least one of WiFi, LTE Unlicensed, LTE-U, global positioning system, GPS, signals, cordless phones, medical equipment, weather radar and Bluetooth.
Workpiece handling equipment - comprising a plurality of workpiece carriers which each comprise - a plurality of bearing pins , which are arranged, in parallel with regard to each other, within a clamping frame , and which provide a workpiece bearing with their upper ends, - a fixing device for fixing the bearing pins to the clamping frame , - wherein each of the bearing pins is individually movable in its main direction with regard to the clamping frame , when the fixing device is deactivated, characterised by - at least one carrier adjustment station comprising - a supporting frame on which the workpiece carriers can be put one by one with a defined relative orientation of the respective clamping frame with regard to the supporing frame , and - one supporting pin falling in line with each of the bearing pins of the workpiece carrier put-on, the supporting pin individually supporting the respective bearing pin in its main direction from below, when the fixing device is deactivated. - comprising a plurality of workpiece carriers which each comprise - a plurality of bearing pins , which are arranged, in parallel with regard to each other, within a clamping frame , and which provide a workpiece bearing with their upper ends, - a fixing device for fixing the bearing pins to the clamping frame , - a plurality of bearing pins , which are arranged, in parallel with regard to each other, within a clamping frame , and which provide a workpiece bearing with their upper ends, - a fixing device for fixing the bearing pins to the clamping frame , - wherein each of the bearing pins is individually movable in its main direction with regard to the clamping frame , when the fixing device is deactivated, characterised by - at least one carrier adjustment station comprising - a supporting frame on which the workpiece carriers can be put one by one with a defined relative orientation of the respective clamping frame with regard to the supporing frame , and - one supporting pin falling in line with each of the bearing pins of the workpiece carrier put-on, the supporting pin individually supporting the respective bearing pin in its main direction from below, when the fixing device is deactivated. - a supporting frame on which the workpiece carriers can be put one by one with a defined relative orientation of the respective clamping frame with regard to the supporing frame , and - one supporting pin falling in line with each of the bearing pins of the workpiece carrier put-on, the supporting pin individually supporting the respective bearing pin in its main direction from below, when the fixing device is deactivated.
A composition comprising anagrelide or a salt thereof for use in the treatment of a phosphodiesterase 3A and/or phosphodiesterase 3B enzyme expressing solid tumor in a human patient, wherein said anagrelide or a salt thereof decreases tumor cell proliferation in said solid tumor, and wherein said solid tumor is gastrointestinal stromal tumor, GIST, or a liposarcoma.
A solar cell comprising: a semiconductor substrate ; a conductive region provided in the semiconductor substrate or on the semiconductor substrate ; and an electrode electrically connected to the conductive region , wherein the electrode comprises a first electrode part and a second electrode part , and the second electrode part being provided over the first electrode part , and wherein the second electrode part comprises: a first metal layer formed by connecting a plurality of particles , each particle including a first metal, and a second metal layer including a second metal different from the first metal and covering at least an outside surface of the first metal layer , characterized in that the plurality of particles including the first metal are aggregated and connected to each other thereby forming the first metal layer , and a molten and flowed-out second metal is aggregated thereby forming the second metal layer . a semiconductor substrate ; a conductive region provided in the semiconductor substrate or on the semiconductor substrate ; and an electrode electrically connected to the conductive region , wherein the electrode comprises a first electrode part and a second electrode part , and the second electrode part being provided over the first electrode part , and wherein the second electrode part comprises: a first metal layer formed by connecting a plurality of particles , each particle including a first metal, and a second metal layer including a second metal different from the first metal and covering at least an outside surface of the first metal layer , characterized in that the plurality of particles including the first metal are aggregated and connected to each other thereby forming the first metal layer , and a molten and flowed-out second metal is aggregated thereby forming the second metal layer . a first metal layer formed by connecting a plurality of particles , each particle including a first metal, and a second metal layer including a second metal different from the first metal and covering at least an outside surface of the first metal layer , characterized in that the plurality of particles including the first metal are aggregated and connected to each other thereby forming the first metal layer , and a molten and flowed-out second metal is aggregated thereby forming the second metal layer .
A method of operating a smartphone application comprising: executing a native application on a smartphone ; generating output of the native application for simultaneous display through the smartphone and through a micro-display of a headset computer ; in response to receiving the generated output at the headset computer, translating the received output for rendering through the headset computer ; operating the headset computer in a speech recognition and head tracking user interface mode; monitoring for user speech and head tracking commands from an end-user at the headset computer; in response to received speech and head tracking commands, translating the received speech and head tracking commands to equivalent smartphone commands at the headset computer and transmitting said equivalent smartphone command to the smartphone to control the native application; wherein the generated output for display through the micro-display of the headset computer includes a description language file, and the receiving the generated output at the headset computer comprises receiving the description language file over a low bandwidth communications link. executing a native application on a smartphone ; generating output of the native application for simultaneous display through the smartphone and through a micro-display of a headset computer ; in response to receiving the generated output at the headset computer, translating the received output for rendering through the headset computer ; operating the headset computer in a speech recognition and head tracking user interface mode; monitoring for user speech and head tracking commands from an end-user at the headset computer; in response to received speech and head tracking commands, translating the received speech and head tracking commands to equivalent smartphone commands at the headset computer and transmitting said equivalent smartphone command to the smartphone to control the native application; wherein the generated output for display through the micro-display of the headset computer includes a description language file, and the receiving the generated output at the headset computer comprises receiving the description language file over a low bandwidth communications link.
A transducer assembly comprising: a transducer housing ; a piezoelectric capsule sealed within the transducer housing, the piezoelectric capsule comprising: an elongate body having an adjustable length and first and second opposing ends , wherein the elongate body is extendable and retractable between various lengths, and wherein the elongate body is latchable in a given one of the various lengths; a piezoelectric element disposed in the elongate body adjacent the first end ; a transformer ; an axially-extendable wireway positioned within the elongate body ; and characterized by the piezoelectric capsule further comprising: a conductor electrically coupled to the piezoelectric element and to the transformer and_extending through the extendable wireway wherein the piezoelectric element and the transformer are positioned adjacent opposing ends of the elongate body . a transducer housing ; a piezoelectric capsule sealed within the transducer housing, the piezoelectric capsule comprising: an elongate body having an adjustable length and first and second opposing ends , wherein the elongate body is extendable and retractable between various lengths, and wherein the elongate body is latchable in a given one of the various lengths; a piezoelectric element disposed in the elongate body adjacent the first end ; a transformer ; an axially-extendable wireway positioned within the elongate body ; and characterized by the piezoelectric capsule further comprising: a conductor electrically coupled to the piezoelectric element and to the transformer and_extending through the extendable wireway wherein the piezoelectric element and the transformer are positioned adjacent opposing ends of the elongate body . an elongate body having an adjustable length and first and second opposing ends , wherein the elongate body is extendable and retractable between various lengths, and wherein the elongate body is latchable in a given one of the various lengths; a piezoelectric element disposed in the elongate body adjacent the first end ; a transformer ; an axially-extendable wireway positioned within the elongate body ; and characterized by the piezoelectric capsule further comprising: a conductor electrically coupled to the piezoelectric element and to the transformer and_extending through the extendable wireway wherein the piezoelectric element and the transformer are positioned adjacent opposing ends of the elongate body .
Use of a purine base-containing polymer as an anti-ice nucleation activator, wherein the purine base is at least one compound selected from the group consisting of adenine, purine, guanine, hypoxanthine, xanthine, theobromine, caffeine, uric acid, isoguanine, and theophylline.
An additive manufacturing system comprising: a build chamber ; a laser source configured to direct a laser beam into the build chamber thereby forming metal condensate in the build chamber ; a halogen vessel connected to the build chamber , wherein the halogen vessel includes a halogen gas source and a heating system; and a dissociation chamber connected to the halogen vessel , wherein the dissociation chamber includes a filament, said filament being heated at a temperature of approximately 1400°C. a build chamber ; a laser source configured to direct a laser beam into the build chamber thereby forming metal condensate in the build chamber ; a halogen vessel connected to the build chamber , wherein the halogen vessel includes a halogen gas source and a heating system; and a dissociation chamber connected to the halogen vessel , wherein the dissociation chamber includes a filament, said filament being heated at a temperature of approximately 1400°C.
Apparatus for the pressing of vegetable products in controlled inert atmosphere equipped with molecular separator device for the self-production of inert gas including a pressing tank arranged to allow the draining of the liquid fraction of the treated vegetable product and internally provided with a membrane separating the pressure chamber from the pressing chamber and wherein said membrane is suitable for deforming following the pressure change inside at least one of the two chambers , where the pressing tank is arranged to allow the loading of the vegetable product to be treated inside the pressing chamber and is functionally connected to inlet means for compressed air and inert gas, to means for the extraction of the air and to a must tank for the collection of the liquid fraction of the vegetable product being treated and wherein the apparatus for the pressing is provided with valves, sensors, transducer devices and with a drive and control unit , the whole functionally arranged to allow the execution of the working phases characterised in that it includes at least one molecular separator device for the production of nitrogen starting from an air flow under pressure, generated by an air compression unit wherein the molecular separator device is able to deliver, at least in the pressing chamber , at least one pressurised inert gas flow whose purity degree is between 95% and 99,9%, the nitrogen production being thereby able to be potentially of unlimited capacity, and the apparatus for the pressing is equipped with at least one flow regulating valve by means of which it is possible to regulate the qualitative specifications of gas flow rate of the inert gas generated by the molecular separator device .