mhurhangee/patent-ind-claim-en huggingface dataset:
A submerged combustion glass manufacturing system comprising: a melter comprising a floor, a roof, a wall structure connecting the floor and roof; one or more submerged combustion burners mounted in the floor, roof and/or wall structure, the submerged combustion burners configured to discharge combustion products including water vapor under a level of material being melted in the melter and create turbulent conditions in substantially all of the material; one or more of the floor, roof, and wall structure comprising fluid-cooled refractory material and an optional metallic external shell, the fluid-cooled refractory material comprising one or more coolant passages; and one or more drain conduits configured to drain at least some water condensed from the water vapor from one or more regions of refractory material substantially saturated with the water away from the melter. a melter comprising a floor, a roof, a wall structure connecting the floor and roof; one or more submerged combustion burners mounted in the floor, roof and/or wall structure, the submerged combustion burners configured to discharge combustion products including water vapor under a level of material being melted in the melter and create turbulent conditions in substantially all of the material; one or more of the floor, roof, and wall structure comprising fluid-cooled refractory material and an optional metallic external shell, the fluid-cooled refractory material comprising one or more coolant passages; and one or more drain conduits configured to drain at least some water condensed from the water vapor from one or more regions of refractory material substantially saturated with the water away from the melter.
A symbology reader comprising: an imaging module having an image sensor and a lens to cooperatively provide an image of a field of view; a data bus coupled to the imaging module ; a memory module coupled to the data bus ; and a processor module coupled to the data bus , the processor module adapted to carry out: an acquisition process that controls the imaging module and the memory module to transfer the image into the memory module via the data bus ; a first decoding process that attempts to decode a first symbol type of the image of the field of view; and a second decoding process that attempts to decode a second symbol type of the image of the field of view; wherein the first decoding process and the second decoding process execute substantially simultaneously; characterized in that processing resources of the processor module are unevenly allocated to the first and second decoding processes according to an apportioning variable . an imaging module having an image sensor and a lens to cooperatively provide an image of a field of view; a data bus coupled to the imaging module ; a memory module coupled to the data bus ; and a processor module coupled to the data bus , the processor module adapted to carry out: an acquisition process that controls the imaging module and the memory module to transfer the image into the memory module via the data bus ; a first decoding process that attempts to decode a first symbol type of the image of the field of view; and a second decoding process that attempts to decode a second symbol type of the image of the field of view; wherein the first decoding process and the second decoding process execute substantially simultaneously; characterized in that processing resources of the processor module are unevenly allocated to the first and second decoding processes according to an apportioning variable . an acquisition process that controls the imaging module and the memory module to transfer the image into the memory module via the data bus ; a first decoding process that attempts to decode a first symbol type of the image of the field of view; and a second decoding process that attempts to decode a second symbol type of the image of the field of view; wherein the first decoding process and the second decoding process execute substantially simultaneously; characterized in that processing resources of the processor module are unevenly allocated to the first and second decoding processes according to an apportioning variable .
A support band for at least partially surrounding native leaflets of a heart valve to facilitate the securing of a prosthetic device in the valve annulus by frictionally engaging the native leaflets between the support band and the prosthetic valve, the support band comprising: an elongate support member (1014; 1130) having a proximal end and a distal end (1022; 1134); and a locking member (1016; 1132) coupled to the proximal end of the support member (1014; 1130), the locking member (1014; 1130) having a receiving area and a securing member , wherein the securing member is configured to restrict proximal movement of the distal end (1022; 1134) of the support member (1014; 1130) relative to the locking member (1016; 1132) when the distal end (1022; 1134) of the support member (1014; 1130) is advanced into the receiving area , characterized in that the support member (1014; 1130) comprises a lumen extending along its length to receive a guidewire (1000; 1024) therethrough. an elongate support member (1014; 1130) having a proximal end and a distal end (1022; 1134); and a locking member (1016; 1132) coupled to the proximal end of the support member (1014; 1130), the locking member (1014; 1130) having a receiving area and a securing member , wherein the securing member is configured to restrict proximal movement of the distal end (1022; 1134) of the support member (1014; 1130) relative to the locking member (1016; 1132) when the distal end (1022; 1134) of the support member (1014; 1130) is advanced into the receiving area , characterized in that the support member (1014; 1130) comprises a lumen extending along its length to receive a guidewire (1000; 1024) therethrough.
Method for detecting a movement of a rail vehicle, in particular a freight or passenger train, in a warning zone of a level crossing , characterized in that the method comprises: - determining a first temperature in the warning zone of the level crossing or in a section of the warning zone at a first time, - wherein the determination of the first temperature at the first time is performed only after a predetermined first time period after the entry of the rail vehicle into the warning zone , - determining a second temperature in the warning zone of the level crossing or in a section of the warning zone at a second time, wherein the first time is chronologically before the second time, - comparing the first temperature with the second temperature , and - if the comparison shows that the second temperature is higher than the first temperature , the method furthermore comprises: - outputting a warning signal , and - initiating a block of the level crossing . - determining a first temperature in the warning zone of the level crossing or in a section of the warning zone at a first time, - wherein the determination of the first temperature at the first time is performed only after a predetermined first time period after the entry of the rail vehicle into the warning zone , - determining a second temperature in the warning zone of the level crossing or in a section of the warning zone at a second time, wherein the first time is chronologically before the second time, - comparing the first temperature with the second temperature , and - if the comparison shows that the second temperature is higher than the first temperature , the method furthermore comprises: - outputting a warning signal , and - initiating a block of the level crossing .
A method for calibrating an illumination device comprising a first light emitting diode - hereinafter abbreviated LED - and a photodetector, the method comprising: subjecting the illumination device to a first ambient temperature; successively applying at least three different drive currents to the first LED to produce illumination at three or more different levels of brightness; obtaining a plurality of optical measurements from the illumination produced by the first LED at each of the at least three different drive currents, wherein the plurality of optical measurements comprise luminous flux and chromaticity; obtaining a plurality of electrical measurements from the photodetector, wherein the plurality of electrical measurements comprise a plurality of photocurrents, which arc induced on the photodetector by the illumination produced by the first LED at each of the at least three different drive currents, and forward voltages that are measured across the photodetector before, during or after each induced photocurrent is measured; and storing the plurality of optical measurements resulting from the step of obtaining a plurality of optical measurements and the plurality of electrical measurements resulting from the step of obtaining a plurality of electrical measurements within the illumination device to calibrate the first LED at the first ambient temperature. subjecting the illumination device to a first ambient temperature; successively applying at least three different drive currents to the first LED to produce illumination at three or more different levels of brightness; obtaining a plurality of optical measurements from the illumination produced by the first LED at each of the at least three different drive currents, wherein the plurality of optical measurements comprise luminous flux and chromaticity; obtaining a plurality of electrical measurements from the photodetector, wherein the plurality of electrical measurements comprise a plurality of photocurrents, which arc induced on the photodetector by the illumination produced by the first LED at each of the at least three different drive currents, and forward voltages that are measured across the photodetector before, during or after each induced photocurrent is measured; and storing the plurality of optical measurements resulting from the step of obtaining a plurality of optical measurements and the plurality of electrical measurements resulting from the step of obtaining a plurality of electrical measurements within the illumination device to calibrate the first LED at the first ambient temperature.
A mobile station comprising: assignment circuitry , configured to map a phase tracking reference signal onto a subcarrier; and a transmitter , configured to transmit a signal containing the phase tracking reference signal, characterized by the phase tracking reference signal being mapped onto a subcarrier, which is determined by using an identification of the mobile station and to which demodulating reference signals using a precoding which is identical to that used by the phase tracking reference signal are mapped. assignment circuitry , configured to map a phase tracking reference signal onto a subcarrier; and a transmitter , configured to transmit a signal containing the phase tracking reference signal, characterized by the phase tracking reference signal being mapped onto a subcarrier, which is determined by using an identification of the mobile station and to which demodulating reference signals using a precoding which is identical to that used by the phase tracking reference signal are mapped.
A projection system for etendue utilization, the projection system comprising: a light source configured to emit a light , the light including a first etendue component and a second etendue component , wherein the first etendue component has a lower etendue than the second etendue component; a first projection optics configurable to project an image on a screen ; a second projection optics configurable to project an image on a screen ; and an etendue splitter component , the etendue splitter component configured to: receive the light from the light source, extract, from the light, the first etendue component and the second etendue component, provide the first etendue component to the first projection optics, and provide the second etendue component to the second projection optics, wherein the first projection optics are configured to project a first image using the first etendue component and the second projection optics are configured to project a second image using the second etendue component. a light source configured to emit a light , the light including a first etendue component and a second etendue component , wherein the first etendue component has a lower etendue than the second etendue component; a first projection optics configurable to project an image on a screen ; a second projection optics configurable to project an image on a screen ; and an etendue splitter component , the etendue splitter component configured to: receive the light from the light source, extract, from the light, the first etendue component and the second etendue component, provide the first etendue component to the first projection optics, and provide the second etendue component to the second projection optics, receive the light from the light source, extract, from the light, the first etendue component and the second etendue component, provide the first etendue component to the first projection optics, and provide the second etendue component to the second projection optics,
An agent that reduces expression of the LDHA gene for use in the treatment of a subject having PH1, PH2, PH3 (primary hyperoxaluria Type 1, Type 2 or Type 3), or idiopathic hyperoxaluria, wherein the agent is an RNAi molecule or a single-stranded antisense oligonucleotide that targets lactate dehydrogenase RNA.
An insulated high-temperature transport conduit for use in undersea environments, the conduit comprising: (a) a continuous steel pipe made up of one or more pipe sections , wherein the steel pipe has an outer surface and an inner surface; and (b) a first layer of thermal insulation provided over the outer surface of the steel pipe, wherein the first layer of thermal insulation is comprised of a polymer composition having a thermal conductivity of less than about 0.40 W/mK and long-term heat resistance at continuous operating temperatures within the range from about 150°C to above about 205°C; characterized in that the polymer composition comprises a polymer selected from the group consisting of one or more fluoropolymers, hydrogenated nitrile butadiene rubber (HNBR), and a blend of one or more fluoropolymers with HNBR; and in that the first thermal insulation layer is a solid. (a) a continuous steel pipe made up of one or more pipe sections , wherein the steel pipe has an outer surface and an inner surface; and (b) a first layer of thermal insulation provided over the outer surface of the steel pipe, wherein the first layer of thermal insulation is comprised of a polymer composition having a thermal conductivity of less than about 0.40 W/mK and long-term heat resistance at continuous operating temperatures within the range from about 150°C to above about 205°C; characterized in that the polymer composition comprises a polymer selected from the group consisting of one or more fluoropolymers, hydrogenated nitrile butadiene rubber (HNBR), and a blend of one or more fluoropolymers with HNBR; and in that the first thermal insulation layer is a solid. characterized in that the polymer composition comprises a polymer selected from the group consisting of one or more fluoropolymers, hydrogenated nitrile butadiene rubber (HNBR), and a blend of one or more fluoropolymers with HNBR; and in that the first thermal insulation layer is a solid.
A charging control device , deployed in a power adapter used to charge electronic equipment through a charging cable, comprising: at least one first temperature measuring component, configured to measure a temperature of a first charging interface, the first charging interface being an interface of the power adapter for electrical connection with the charging cable, and a controlling unit , configured to control a charging process for the electronic equipment according to the temperature of the first charging interface; characterized in that : wherein the charging control device further comprises at least one contact sheet, wherein each first temperature measuring component corresponds to one contact sheet, wherein each first temperature measuring component and the corresponding contact sheet thereof are arranged on a same thermal conductive substrate, and wherein each first temperature measuring component and the corresponding contact sheet are spaced apart from each other by a predetermined interval. at least one first temperature measuring component, configured to measure a temperature of a first charging interface, the first charging interface being an interface of the power adapter for electrical connection with the charging cable, and a controlling unit , configured to control a charging process for the electronic equipment according to the temperature of the first charging interface; characterized in that : wherein the charging control device further comprises at least one contact sheet, wherein each first temperature measuring component corresponds to one contact sheet, wherein each first temperature measuring component and the corresponding contact sheet thereof are arranged on a same thermal conductive substrate, and wherein each first temperature measuring component and the corresponding contact sheet are spaced apart from each other by a predetermined interval. wherein the charging control device further comprises at least one contact sheet, wherein each first temperature measuring component corresponds to one contact sheet, wherein each first temperature measuring component and the corresponding contact sheet thereof are arranged on a same thermal conductive substrate, and wherein each first temperature measuring component and the corresponding contact sheet are spaced apart from each other by a predetermined interval.
An implantable electric lead arrangement for a medical implant system, the arrangement comprising: an implantable electric lead having a lead radius r L and containing a plurality of parallel lead wires wound in an elongated helix about a central longitudinal axis with a helical radius r H ; a conical shape lead core fixed and enclosed within the helix and having a lead core radius r C , the lead core being configured for providing impact strain relief to the electric lead by resisting radial and/or axial deformation from external impact force; and at least one support wire parallel to the lead wires and having a higher strain energy absorption capacity than the lead wires to mechanically strengthen the lead wires against external impact force; wherein a radius ratio between the lead core radius rc and the lead radius r L is greater than 0.1 and less than 0.7. an implantable electric lead having a lead radius r L and containing a plurality of parallel lead wires wound in an elongated helix about a central longitudinal axis with a helical radius r H ; a conical shape lead core fixed and enclosed within the helix and having a lead core radius r C , the lead core being configured for providing impact strain relief to the electric lead by resisting radial and/or axial deformation from external impact force; and at least one support wire parallel to the lead wires and having a higher strain energy absorption capacity than the lead wires to mechanically strengthen the lead wires against external impact force; wherein a radius ratio between the lead core radius rc and the lead radius r L is greater than 0.1 and less than 0.7.
Method for the machining of workpieces and inspection of a processed workpiece surface in a machine tool , the method comprising at least one machining process interruption during which the processed surface of the workpiece is inspected, wherein within said machining process interruption at least one image of the processed workpiece surface is captured in situ by means of a digital camera , the method being characterised in that said at least one image is processed by a pattern recognition algorithm (PRA D, PRA S) which was previously trained by means of a predefined training dataset, wherein said predefined training dataset comprises one or more reference images of a plurality of reference surfaces, each reference image being associated to one or more known surface characteristics and/or to a known characteristic defect of a reference surface, and, further, in that at least one surface characteristic of the processed workpiece surface captured on the at least one image or the presence of one or more characteristic defects of the processed workpiece surface captured on the at least one image is estimated by the pattern recognition algorithm (PRA D, PRA S), assigning the corresponding surface characteristic and/or the characteristic defects determined by the pattern recognition algorithm.
Hinge for connecting a door to a household appliance compartment, comprising a fastening bracket suitable for being fastened to the compartment of said household appliance, a movable support to rotatably constrain said door to said fastening bracket , an activating arm coupled to said fastening bracket , movement means suitable for moving said activating arm , said activating arm comprising a first portion suitable for being constrained to said movable support and/or to said door, and a second portion suitable for being coupled to said movement means to move said activating arm between an open position (P2) of the door and a closed position (P1) of the door, and wherein said movement means comprise an electric motor and a slider linearly moved by means of said electric motor , said slider being constrained to said second portion of the activating arm , said movement means further comprising reversible connecting means to couple and decouple selectively said electric motor to/from said second portion of the activating arm , said electric motor causing the activating arm to move when said reversible connecting means determine the coupling between said electric motor and said second portion of the activating arm , the movement of said activating arm occurring freely when said reversible connecting means determine the decoupling of said electric motor from said activating arm , characterized in that said second portion of the activating arm is constrained to said slider by means of a connecting lever comprising at least one first end rotatably constrained to said fastening bracket and at least one second end rotatably constrained to said slider , said second portion of said activating arm being rotatably constrained to an intermediate portion of said connecting lever between said first end and said second end of said connecting lever .