mhurhangee/patent-ind-claim-en huggingface dataset:
A method of modifying a zeolite catalyst to increase selectivity of the catalyst for para-isomers in aromatic alkylation reactions, the method comprising dissolving alumina in a phosphorus-containing acid solution, and treating the zeolite with the dissolved alumina solution by contacting the zeolite with the dissolved alumina solution to incorporate dissolved alumina into the catalyst.
A power module substrate comprising: a ceramic substrate made of Al 2 O 3 ; and a copper sheet made of copper or a copper alloy laminated and bonded onto a surface of the ceramic substrate, wherein an oxide layer is formed on the surface of the ceramic substrate between the copper sheet and the ceramic substrate, an Ag-Cu eutectic structure layer is formed on the oxide layer, a thickness of the Ag-Cu eutectic structure layer is 15 μm or less, and the oxide layer contains oxides of one or more elements selected from Ti, Hf, Zr, and Nb. an oxide layer is formed on the surface of the ceramic substrate between the copper sheet and the ceramic substrate, an Ag-Cu eutectic structure layer is formed on the oxide layer, a thickness of the Ag-Cu eutectic structure layer is 15 μm or less, and the oxide layer contains oxides of one or more elements selected from Ti, Hf, Zr, and Nb.
A laminated glazing comprising at least a first glass sheet forming an exterior face of the glazing, which first sheet is linked to a second glass sheet by a first interlayer adhesive layer , wherein the edge of the first glass sheet is set back with respect to that of the second , a peripheral portion of the free surface of the first glass sheet , the edge of this glass sheet , the edge of the first interlayer adhesive layer and a portion of the surface of the second glass sheet extending beyond the first glass sheet describing a continuous stepped contour which is covered by a stepped metal element with the interposition of an external seal , the stepped metal element being covered by an air- and watertight seal , a window press rigidly connected to the structure for mounting the laminated glazing and the shape of which is substantially complementary to that of the continuous stepped contour making contact with the laminated glazing in the volume described by the continuous stepped contour, so as to hold the laminated glazing secure to its mounting structure, characterized in that an electrical conductor links the stepped metal element and the structure for mounting the laminated glazing by way of the window press .
A method implemented at least in part by a computer, the method comprising: reading, by an application data : comprising blocks from a store (212-214), the data having one or more redundant copies obtainable from a storage system that hosts the store (212-214); obtaining, by said application a checksum corresponding to the data, the checksum being additional to a storage checksum, if any, maintained by the storage system; determining, by said application that the data is corrupted data via the checksum; the method being characterised by comprising: verifying, by said application that a block of the corrupted data has not been changed since the block was read by the application ; reading and validating, by said application , the block to see if the data is still corrupted, if the block has been changed; and sending, by said application , an instruction to correct the block to a file system , if the data is corrupted. reading, by an application data : comprising blocks from a store (212-214), the data having one or more redundant copies obtainable from a storage system that hosts the store (212-214); obtaining, by said application a checksum corresponding to the data, the checksum being additional to a storage checksum, if any, maintained by the storage system; determining, by said application that the data is corrupted data via the checksum; the method being characterised by comprising: verifying, by said application that a block of the corrupted data has not been changed since the block was read by the application ; reading and validating, by said application , the block to see if the data is still corrupted, if the block has been changed; and sending, by said application , an instruction to correct the block to a file system , if the data is corrupted. verifying, by said application that a block of the corrupted data has not been changed since the block was read by the application ; reading and validating, by said application , the block to see if the data is still corrupted, if the block has been changed; and sending, by said application , an instruction to correct the block to a file system , if the data is corrupted.
An automatic analyzer comprising: an analysis system (2-8) for analyzing a specimen using a reagent, a standard solution, and an accuracy control sample; a storage unit (2-7) for storing results of using the reagent, the standard solution, and the accuracy control sample in the analysis system (2-8), and an analysis result of the specimen; a display unit (2-4); an operation input unit for inputting an operator's instruction; characterized in that a display control unit (2-1) is configured to cause the display unit (2-4), in accordance with the instruction from the operation input unit, to display a start and end time of using the reagent, the standard solution, and the accuracy control sample, and a start and end time of measuring the patient specimen, wherein the displayed information of the reagent, the standard solution, the accuracy control sample, and the patient specimen are expressed in graphic form as well as measurement values on the same screen while displaying whether lots/codes of the reagent, the standard solution, and the accuracy control sample are the same, and wherein the display control unit (2-1) is configured to display a use time area of the used standard solution and a use time area of the used accuracy control sample in the reagent use time area; and wherein the display control unit (2-1) is configured to display the reagent use time area, the standard solution use time area, and the accuracy control sample use time area, each of which is differently highlighted. an analysis system (2-8) for analyzing a specimen using a reagent, a standard solution, and an accuracy control sample; a storage unit (2-7) for storing results of using the reagent, the standard solution, and the accuracy control sample in the analysis system (2-8), and an analysis result of the specimen; a display unit (2-4); an operation input unit for inputting an operator's instruction; characterized in that a display control unit (2-1) is configured to cause the display unit (2-4), in accordance with the instruction from the operation input unit, to display a start and end time of using the reagent, the standard solution, and the accuracy control sample, and a start and end time of measuring the patient specimen, wherein the displayed information of the reagent, the standard solution, the accuracy control sample, and the patient specimen are expressed in graphic form as well as measurement values on the same screen while displaying whether lots/codes of the reagent, the standard solution, and the accuracy control sample are the same, and wherein the display control unit (2-1) is configured to display a use time area of the used standard solution and a use time area of the used accuracy control sample in the reagent use time area; and wherein the display control unit (2-1) is configured to display the reagent use time area, the standard solution use time area, and the accuracy control sample use time area, each of which is differently highlighted.
A method in an Optical Line Terminal, OLT , of assisting a first Optical Network Unit, ONU , starting up a communication with the OLT , the OLT being communicatively coupled to the first ONU that is not yet in operation and a first number of ONUs that are already in operation, wherein, the first number is a natural number; the method comprising: a) transmitting a predetermined data within a predetermined time interval in a downstream frame to the first ONU , b) transmitting a predetermined optical signal with a time delay of transmission (t delay , Tx ) to the first ONU , wherein, the predetermined optical signal and the downstream frame are transmitted at different optical frequencies, the time delay of transmission (t delay , Tx ) being a time between a predetermined bit of the downstream frame and a predetermined bit of the predetermined optical signal when they are transmitted by the OLT , and wherein, the predetermined optical signal introduces errors in the downstream frame in the predetermined time interval when the downstream frame is received by the first ONU ; c) assigning to each of the first number of ONUs a time interval within an upstream frame to transmit an upstream burst signal to the OLT , while leaving at least one predetermined time slot in the upstream frame reserved for a burst signal from the first ONU ; d) transmitting a first indication to the first ONU , the first indication indicating a starting time (t eq ) located within the at least one predetermined time slot in the upstream frame; e) receiving a burst signal from the first ONU in the at least one predetermined time slot. a) transmitting a predetermined data within a predetermined time interval in a downstream frame to the first ONU , b) transmitting a predetermined optical signal with a time delay of transmission (t delay , Tx ) to the first ONU , wherein, the predetermined optical signal and the downstream frame are transmitted at different optical frequencies, the time delay of transmission (t delay , Tx ) being a time between a predetermined bit of the downstream frame and a predetermined bit of the predetermined optical signal when they are transmitted by the OLT , and wherein, the predetermined optical signal introduces errors in the downstream frame in the predetermined time interval when the downstream frame is received by the first ONU ; c) assigning to each of the first number of ONUs a time interval within an upstream frame to transmit an upstream burst signal to the OLT , while leaving at least one predetermined time slot in the upstream frame reserved for a burst signal from the first ONU ; d) transmitting a first indication to the first ONU , the first indication indicating a starting time (t eq ) located within the at least one predetermined time slot in the upstream frame; e) receiving a burst signal from the first ONU in the at least one predetermined time slot.
A method for wireless communication at a user equipment, UE, comprising: receiving a configuration message indicating a quasi co-location, QCL, association between a physical uplink control channel and a sounding reference signal, SRS, transmission for at least one time and frequency domain channel parameter; transmitting , in accordance with the QCL association, a control channel transmission via the physical uplink control channel using an antenna port that is quasi co-located with at least one antenna port for transmitting the SRS transmission; and transmitting , in accordance with the QCL association, the SRS transmission via the at least one antenna port. receiving a configuration message indicating a quasi co-location, QCL, association between a physical uplink control channel and a sounding reference signal, SRS, transmission for at least one time and frequency domain channel parameter; transmitting , in accordance with the QCL association, a control channel transmission via the physical uplink control channel using an antenna port that is quasi co-located with at least one antenna port for transmitting the SRS transmission; and transmitting , in accordance with the QCL association, the SRS transmission via the at least one antenna port.
An ultrasonic transducer for transmission or reception of acoustic signals, comprising a first baseplate having a first conductive surface , and a vibrator layer disposed adjacent to the first conductive surface , characterized in that : the first baseplate has a plurality of first perforations (212.1, 212.2, 212.3, 312.1, 312.2, 412.1, 412.2, 512.1, 512.2, 512.3, 512.4) formed therethrough, resulting in a formation of a plurality of first dimples adjacent to and between at least some of the plurality of first perforations (212.1, 212.2, 212.3, 312.1, 312.2, 412.1, 412.2, 512.1, 512.2, 512.3, 512.4); the first conductive surface has a plurality of upper portions , each of the plurality of upper portions corresponding to an undeformed portion of the first conductive surface ; each of the plurality of first dimples has a sloping portion that extends from a respective upper portion among the plurality of upper portions of the first conductive surface , and terminates at one of the plurality of first perforations (212.1, 212.2, 212.3, 312.1, 312.2, 412.1, 412.2, 512.1, 512.2, 512.3, 512.4); and the vibrator layer is disposed adjacent or proximate to the upper portions of the first conductive surface . the first baseplate has a plurality of first perforations (212.1, 212.2, 212.3, 312.1, 312.2, 412.1, 412.2, 512.1, 512.2, 512.3, 512.4) formed therethrough, resulting in a formation of a plurality of first dimples adjacent to and between at least some of the plurality of first perforations (212.1, 212.2, 212.3, 312.1, 312.2, 412.1, 412.2, 512.1, 512.2, 512.3, 512.4); the first conductive surface has a plurality of upper portions , each of the plurality of upper portions corresponding to an undeformed portion of the first conductive surface ; each of the plurality of first dimples has a sloping portion that extends from a respective upper portion among the plurality of upper portions of the first conductive surface , and terminates at one of the plurality of first perforations (212.1, 212.2, 212.3, 312.1, 312.2, 412.1, 412.2, 512.1, 512.2, 512.3, 512.4); and the vibrator layer is disposed adjacent or proximate to the upper portions of the first conductive surface .
A device for monitoring health parameters of a patient, the device comprising: a sensor patch that is configured to be in contact with a skin surface of the patient, wherein the sensor patch comprises a plurality of sensors for measuring physiologic or pathologic parameters of the patient, and wherein the sensor patch comprises two or more portions that are coupled using a flexible joint that is configured to allow the two or more portions to have independency of movement in relation to each other; a control unit , wherein the control unit is releasably receivable in a cradle of the sensor patch , and wherein the control unit is in electrical communication with the plurality of sensors when the control unit is in the cradle , wherein the control unit is programmed to operate an array algorithm that compares and analyzes signals from the plurality of sensors to selectively determine which of the plurality of sensors are providing signals with less artifact noise than other sensors; and a cap , wherein the cap is configured to releasably couple with the sensor patch to detain the control unit in the cradle , and wherein the cap includes an alphanumeric and/or icon user interface display that is configured to provide indications of the functioning of the device. a sensor patch that is configured to be in contact with a skin surface of the patient, wherein the sensor patch comprises a plurality of sensors for measuring physiologic or pathologic parameters of the patient, and wherein the sensor patch comprises two or more portions that are coupled using a flexible joint that is configured to allow the two or more portions to have independency of movement in relation to each other; a control unit , wherein the control unit is releasably receivable in a cradle of the sensor patch , and wherein the control unit is in electrical communication with the plurality of sensors when the control unit is in the cradle , wherein the control unit is programmed to operate an array algorithm that compares and analyzes signals from the plurality of sensors to selectively determine which of the plurality of sensors are providing signals with less artifact noise than other sensors; and a cap , wherein the cap is configured to releasably couple with the sensor patch to detain the control unit in the cradle , and wherein the cap includes an alphanumeric and/or icon user interface display that is configured to provide indications of the functioning of the device.
A battery pack comprising: an exterior case ; and an article of an electric system including a battery , the article being accommodated in the exterior case , wherein the article of the electric system is coated with a thin film coating agent, characterized in that the battery is held by a battery holder , and a rubber ring is provided between an inner wall of the battery holder and a positive electrode of the battery , a rubber material of the rubber ring containing an inorganic filler. an exterior case ; and an article of an electric system including a battery , the article being accommodated in the exterior case , wherein the article of the electric system is coated with a thin film coating agent, characterized in that the battery is held by a battery holder , and a rubber ring is provided between an inner wall of the battery holder and a positive electrode of the battery , a rubber material of the rubber ring containing an inorganic filler.
A sample-and-hold device for an electrical signal including an input module having two inputs (E 1 , E 2 ), including a first switching block including two input switches , each input (E 1 , E 2 ) of the input module being connected at the input of one of said input switches , the input module being connected at the input of a first follow-and-hold module with two inputs (E 20.1 ; E 20.2 ) and two outputs (S 20.1 ; S 20.2 ), so as to alternately convey the signal from one of the two inputs (E 1 , E 2 ) to one of the two inputs (E 20.1 ; E 20.2 ) of the first follow-and-hold module , characterized in that it includes: - a second follow-and-hold module connected in parallel with the first follow-and-hold module , said first follow-and-hold module and second follow-and-hold module being connected at the output of the first switching block , and - an output module including a second switching block including two output switches , the outputs of said first follow-and-hold module and second follow-and-hold module being connected to the inputs of the output switches so as to perform time interleaving of the output signals of the first follow-and-hold module and the second follow-and-hold module , the device further including a first feedback loop connected between the outputs and the inputs of the first track-and-hold module , and a second feedback loop connected between the outputs and the inputs of the second track-and-hold module . characterized in that it includes: - a second follow-and-hold module connected in parallel with the first follow-and-hold module , said first follow-and-hold module and second follow-and-hold module being connected at the output of the first switching block , and - an output module including a second switching block including two output switches , the outputs of said first follow-and-hold module and second follow-and-hold module being connected to the inputs of the output switches so as to perform time interleaving of the output signals of the first follow-and-hold module and the second follow-and-hold module , - a second follow-and-hold module connected in parallel with the first follow-and-hold module , said first follow-and-hold module and second follow-and-hold module being connected at the output of the first switching block , and - an output module including a second switching block including two output switches , the outputs of said first follow-and-hold module and second follow-and-hold module being connected to the inputs of the output switches so as to perform time interleaving of the output signals of the first follow-and-hold module and the second follow-and-hold module , the device further including a first feedback loop connected between the outputs and the inputs of the first track-and-hold module , and a second feedback loop connected between the outputs and the inputs of the second track-and-hold module .
A transfer or distribution chute for conveying bulk material by gravity flow, comprising an elongated chute casing defining a flow path for said bulk material and a wear-resistant lining arrangement covering at least part of a flow path facing upper side of the elongated chute casing , characterized in that said wear-resistant lining arrangement comprises a perforated plate affixed to the chute casing and having a plurality of perforations through which wear-resistant inserts comprising a body and an enlarged base are fitted in the perforations from a side opposite the flow path such that their body protrudes through the perforation within the flow path and their enlarged base abuts the borders of the perforation from the side opposite the flow path on one side and their enlarged base is held in place by the chute casing on the other side.
A method for harvesting fruit borne by a stem or a peduncle, the method comprising: ▪ a step of detecting areas of interest in an overall image representing a plant grouping, wherein one or several area(s) of interest are detected in the overall image using an image processing process, each area of interest including at least one portion of a fruit , ▪ a step of acquiring local images, wherein a local image is acquired in the vicinity of each area of interest , each local image representing at least one portion of the fruit of the considered area of interest, and ▪ a step of identifying the stems or the peduncles, wherein a stem or a peduncle is identified in each local image. ▪ a sub-step of detecting elongate objects, wherein the elements having an elongated shape are detected in each local image, and ▪ a discrimination sub-step, wherein it is determined whether each elongate object is a stem or a peduncle , or an elongate object of another type. ▪ a step of detecting areas of interest in an overall image representing a plant grouping, wherein one or several area(s) of interest are detected in the overall image using an image processing process, each area of interest including at least one portion of a fruit , ▪ a step of acquiring local images, wherein a local image is acquired in the vicinity of each area of interest , each local image representing at least one portion of the fruit of the considered area of interest, and ▪ a step of identifying the stems or the peduncles, wherein a stem or a peduncle is identified in each local image. ▪ a sub-step of detecting elongate objects, wherein the elements having an elongated shape are detected in each local image, and ▪ a discrimination sub-step, wherein it is determined whether each elongate object is a stem or a peduncle , or an elongate object of another type.