mhurhangee/ep-ind-claims huggingface dataset:
An integrated circuit, comprising: a semiconductor substrate carrying a plurality of circuit elements; and a pressure sensor including a cavity on said semiconductor substrate, said cavity comprising: a pair of electrodes (120, 122) laterally separated from each other; and a flexible membrane spatially separated from said electrodes such that said membrane interferes with a fringe field between said electrodes, said membrane comprising at least one aperture. a semiconductor substrate carrying a plurality of circuit elements; and a pressure sensor including a cavity on said semiconductor substrate, said cavity comprising: a pair of electrodes (120, 122) laterally separated from each other; and a flexible membrane spatially separated from said electrodes such that said membrane interferes with a fringe field between said electrodes, said membrane comprising at least one aperture. a pair of electrodes (120, 122) laterally separated from each other; and a flexible membrane spatially separated from said electrodes such that said membrane interferes with a fringe field between said electrodes, said membrane comprising at least one aperture.
A method comprising: receiving, by a user equipment, a handover command message, from a source cell, the handover command message comprising a cell global identifier of a target cell in response to a decision to handover the user equipment from the source cell to the target cell; and enabling, by the user equipment, provision of at least one generated report to the target cell based in part on analyzing data associated with the cell global identifier of the target cell. receiving, by a user equipment, a handover command message, from a source cell, the handover command message comprising a cell global identifier of a target cell in response to a decision to handover the user equipment from the source cell to the target cell; and enabling, by the user equipment, provision of at least one generated report to the target cell based in part on analyzing data associated with the cell global identifier of the target cell.
An apparatus for inserting an elongate object into a trench, the apparatus comprising: trench cutting means for cutting a trench; moving means for moving the trench cutting means relative to the trench; characterised by support means for supporting at least part of an elongate object in at least one first position displaced from the trench cutting means in a direction transverse to a direction of travel of the apparatus, and in at least one second position above the trench cutting means, wherein the support means is moveable between the at least one said first position and the at least one said second position; and transfer means for transferring at least part of the elongate object into the support means; and further comprising bend limiting means for preventing bending of the elongate object around a bend of less than a predetermined bend radius. trench cutting means for cutting a trench; moving means for moving the trench cutting means relative to the trench; characterised by support means for supporting at least part of an elongate object in at least one first position displaced from the trench cutting means in a direction transverse to a direction of travel of the apparatus, and in at least one second position above the trench cutting means, wherein the support means is moveable between the at least one said first position and the at least one said second position; and transfer means for transferring at least part of the elongate object into the support means; and further comprising bend limiting means for preventing bending of the elongate object around a bend of less than a predetermined bend radius.
A playback device that reads out a video stream, which is encoded video information, from a recording medium, and plays the video stream, the playback device comprising: an attribute readout unit that reads out first attribute information, indicating whether a dynamic range of luminance of the video stream is a first dynamic range or a second dynamic range that is wider than the first dynamic range, from a management information file recorded in the recording medium in a manner correlated with the video stream; a decoding unit that generates decoded video information by reading the video stream out from the recording medium and decoding the video stream characterized by an output unit that analyzes the readout first attribute information and when the analyzed first attribute information indicates the second dynamic range, the first attribute information also indicates the type of the second dynamic range, namely HDR video stream including an SEI message (HDRb) or luminance-enhanced HDR video stream including an SEI message (HDRe) or enhanced video sequence corresponding to a base video stream that includes an SEI message (HDRb), outputs the decoded video information and maximum luminance information in accordance with the type of the second dynamic range, wherein the maximum luminance information is Z included in the management information file recorded in the recording medium and indicates a maximum luminance of the video stream. an attribute readout unit that reads out first attribute information, indicating whether a dynamic range of luminance of the video stream is a first dynamic range or a second dynamic range that is wider than the first dynamic range, from a management information file recorded in the recording medium in a manner correlated with the video stream; a decoding unit that generates decoded video information by reading the video stream out from the recording medium and decoding the video stream characterized by an output unit that analyzes the readout first attribute information and when the analyzed first attribute information indicates the second dynamic range, the first attribute information also indicates the type of the second dynamic range, namely HDR video stream including an SEI message (HDRb) or luminance-enhanced HDR video stream including an SEI message (HDRe) or enhanced video sequence corresponding to a base video stream that includes an SEI message (HDRb), outputs the decoded video information and maximum luminance information in accordance with the type of the second dynamic range, wherein the maximum luminance information is Z included in the management information file recorded in the recording medium and indicates a maximum luminance of the video stream.
A power operated rotary knife comprising: a head assembly extending from a handle assembly, the head assembly arranged for rotatably supporting an annular rotary blade; a drive mechanism operatively engaged to said annular rotary blade for rotating said annular blade during use; and characterized in that the power operated rotary knife further comprises a moveable lubrication assembly freely rotatable about said handle assembly and said head assembly, the moveable lubrication assembly arranged to provide as needed during use lubrication to said drive mechanism independent of location. a head assembly extending from a handle assembly, the head assembly arranged for rotatably supporting an annular rotary blade; a drive mechanism operatively engaged to said annular rotary blade for rotating said annular blade during use; and characterized in that the power operated rotary knife further comprises a moveable lubrication assembly freely rotatable about said handle assembly and said head assembly, the moveable lubrication assembly arranged to provide as needed during use lubrication to said drive mechanism independent of location.
A cooling package for a vehicle, comprising at least one heat exchanger (24, 26); a fan arranged to create a flow of air through the at least one heat exchanger; and a charge air cooler, the CAC comprising: an inlet to receive a compressed charge of air; an outlet to provide a cooled compressed charge of air for an engine; and a plurality of parallel flow paths for flow of a compressed charge of air between the inlet and the outlet, the plurality of parallel flow paths defining an inlet-side portion and an outlet-side portion of the CAC, wherein the fan is arranged to create a flow of air (X,Y) through the CAC, to cool the compressed charge of air, characterised in that the flow of air is routed initially through the outlet-side portion of the CAC, to cool the compressed charge of air in the portion of the flow paths in the region of the outlet, the flow of air subsequently routed through the inlet-side portion of the CAC, to cool the compressed charge of air in the portion of the flow paths in the region of the inlet. at least one heat exchanger (24, 26); a fan arranged to create a flow of air through the at least one heat exchanger; and a charge air cooler, the CAC comprising: an inlet to receive a compressed charge of air; an outlet to provide a cooled compressed charge of air for an engine; and a plurality of parallel flow paths for flow of a compressed charge of air between the inlet and the outlet, the plurality of parallel flow paths defining an inlet-side portion and an outlet-side portion of the CAC, an inlet to receive a compressed charge of air; an outlet to provide a cooled compressed charge of air for an engine; and a plurality of parallel flow paths for flow of a compressed charge of air between the inlet and the outlet, the plurality of parallel flow paths defining an inlet-side portion and an outlet-side portion of the CAC, wherein the fan is arranged to create a flow of air (X,Y) through the CAC, to cool the compressed charge of air, characterised in that the flow of air is routed initially through the outlet-side portion of the CAC, to cool the compressed charge of air in the portion of the flow paths in the region of the outlet, the flow of air subsequently routed through the inlet-side portion of the CAC, to cool the compressed charge of air in the portion of the flow paths in the region of the inlet.
A biometric capture device comprising: a first light source configured to emit a light of a first wavelength to a biometric body, the first wavelength being a wavelength in a near-infrared wavelength range; a second light source configured to emit a light of a second wavelength different from the first wavelength to the biometric body, at least a part of a period of emitting by the second light source being overlapped with a period of emitting by the first light source, the second wavelength being a wavelength in a blue light range; a color image sensor configured to capture a reflected light from the biometric body during emitting by both the first light source and the second light source; a biometric information acquirer configured to acquire a biometric image based on a red pixel image from an image captured by the color image sensor; a distance information acquirer configured to acquire distance information between the biometric body and the color image sensor based on a blue pixel image from the image captured by the color image sensor; and a corrector configured to correct the biometric image based on the distance information. a first light source configured to emit a light of a first wavelength to a biometric body, the first wavelength being a wavelength in a near-infrared wavelength range; a second light source configured to emit a light of a second wavelength different from the first wavelength to the biometric body, at least a part of a period of emitting by the second light source being overlapped with a period of emitting by the first light source, the second wavelength being a wavelength in a blue light range; a color image sensor configured to capture a reflected light from the biometric body during emitting by both the first light source and the second light source; a biometric information acquirer configured to acquire a biometric image based on a red pixel image from an image captured by the color image sensor; a distance information acquirer configured to acquire distance information between the biometric body and the color image sensor based on a blue pixel image from the image captured by the color image sensor; and a corrector configured to correct the biometric image based on the distance information.
A chitosan with a degree of acetylation of less than 2.5% for use in an epithelial cell growth stimulating treatment of a human tissue, wherein the tissue comprises cuts, abrasions, burns, razor burn, wounds caused by viruses, insect bites, tissues affected by acne, tissue in the genital area, mucosal tissue and tissue in body cavities or orifices.
Metering apparatus for metered introduction of a bulk cleaning agent into a processing chamber of a programme-controlled cleaning appliance, in particular a dishwasher, comprising a storage container intended for accommodating the cleaning agent, and a supporting body which is rotatably mounted, in particular in a motorised manner, and exchangeably receives the storage container, and comprising a metering unit which provides a metering chamber that opens into a metering opening, the storage container comprising a storage chamber which is connected in terms of flow to the metering chamber when metering takes place, characterised in that the metering unit is exchangeably arranged on the supporting body.
A method for determining the coefficient of thermal expansion of a thin film made of crystalline material deposited on a substrate, including: a) structuring at least one portion of the thin crystalline film so as to form an array of pads whose height is at least equal to the thickness of the thin film, b) measuring the lattice parameter of the material of the thin film by diffraction in the array of pads at several given temperatures, c) determining the coefficient of thermal expansion from the lattice parameters measured at different temperatures. a) structuring at least one portion of the thin crystalline film so as to form an array of pads whose height is at least equal to the thickness of the thin film, b) measuring the lattice parameter of the material of the thin film by diffraction in the array of pads at several given temperatures, c) determining the coefficient of thermal expansion from the lattice parameters measured at different temperatures.
A method of assembling a panel to a door of a vehicle, said method comprising a first step in which an upper part of said panel is formed provided with an aerator comprising a housing having a front face in front of which a cover is placed, and a second step in which said panel is secured to an inner face of a structure of said door, characterized in that i) in said door first step first, second and third sub-parts of said upper part are coupled to each other so as to define an opening, then said casing is secured to a rear face of said upper part, at the level of said opening, then said cover is coupled by clipping to at least said third sub-part, in front of said front face of the casing, while passing at least one stop The cover is passed through a corresponding first hole defined in said second sub-part, and (ii) in said second step each snap ring is passed through a corresponding second hole defined in said structure, and a free end of each snap ring is secured to said structure.
A swaddling device in a shape of a pod, wearable blanket or sleeping sack, comprising: a sack that has a left side, a right side, a top section, a middle section, and a bottom section, wherein the sack is structured to substantially enclose a baby, wherein the sack includes a neck opening, wherein the bottom section is bulb-shaped and spacious to allow both hips and knees of the baby to be flexed and/or abducted; a first sleeve portion coupled to the sack at a first side of the neck opening; a second sleeve portion coupled to the sack at a second side of the neck opening, wherein the second side is opposite the first side; and a wrap that is operable to swaddle the arms and a portion of the trunk of the baby, wherein the wrap extends along a first axis that is perpendicular to a second axis that runs from the neck opening to the bottom section of the sack, wherein the wrap has a length measured along the first axis, wherein the length is at least 1.5 times the circumference of the sack, wherein the wrap has a top end and a bottom end, wherein the top end is below the neck opening, wherein the bottom end is below the top end and above the bottom section of the sack, and wherein the wrap has a maximum width of between 10 and 13 inch (between 25.4 and 33 cm) to allow the baby to move one or both of its legs in a flexed and/or abducted position and wherein the swaddling device at least partially restricts movement of the baby and thereby suppresses a Moro Reflex of the baby, while also snugly enveloping the torso of the baby and thereby providing constant moderate pressure thereto. a sack that has a left side, a right side, a top section, a middle section, and a bottom section, wherein the sack is structured to substantially enclose a baby, wherein the sack includes a neck opening, wherein the bottom section is bulb-shaped and spacious to allow both hips and knees of the baby to be flexed and/or abducted; a first sleeve portion coupled to the sack at a first side of the neck opening; a second sleeve portion coupled to the sack at a second side of the neck opening, wherein the second side is opposite the first side; and a wrap that is operable to swaddle the arms and a portion of the trunk of the baby, wherein the wrap extends along a first axis that is perpendicular to a second axis that runs from the neck opening to the bottom section of the sack, wherein the wrap has a length measured along the first axis, wherein the length is at least 1.5 times the circumference of the sack, wherein the wrap has a top end and a bottom end, wherein the top end is below the neck opening, wherein the bottom end is below the top end and above the bottom section of the sack, and wherein the wrap has a maximum width of between 10 and 13 inch (between 25.4 and 33 cm) to allow the baby to move one or both of its legs in a flexed and/or abducted position and wherein the swaddling device at least partially restricts movement of the baby and thereby suppresses a Moro Reflex of the baby, while also snugly enveloping the torso of the baby and thereby providing constant moderate pressure thereto.
A welding device comprising a housing, a power source, a coupling device arranged at least partially in the housing, a motor plate, a feed unit arranged on the motor plate, a welding torch, at least one hose package connected to the welding torch and a plug-in element, which is connected to the hose package and the coupling device, wherein a welding wire conveyed by the feed unit and further media are guided to the welding torch via the hose package, characterized in that - the coupling device is formed by an connection device which comprises a front wall of the motor plate and a dividing wall of the motor plate offset from the front wall, - the plug-in element comprises a bolt, on the free end of which an inlet nozzle for the welding wire is arranged, - the front wall and the dividing wall of the connection device each have a recess (46, 48) at least for the guidance and positioning of the bolt comprised by the plug-in element, - the dividing wall is formed for positioning the inlet nozzle of the bolt, - the coupling device is free from a fastening with the housing, - the coupling device has a current coupling formed by a metal part which is arranged between the front wall and the dividing wall, - the current coupling is provided with a lead-through which is configured as an connection for transmission of the welding current to the bolt, - the current coupling has a locking system and - the locking system has a lever with which a diameter of the lead-through is variable by exerting an eccentric force and the bolt is fixed. - the coupling device is formed by an connection device which comprises a front wall of the motor plate and a dividing wall of the motor plate offset from the front wall, - the plug-in element comprises a bolt, on the free end of which an inlet nozzle for the welding wire is arranged, - the front wall and the dividing wall of the connection device each have a recess (46, 48) at least for the guidance and positioning of the bolt comprised by the plug-in element, - the dividing wall is formed for positioning the inlet nozzle of the bolt, - the coupling device is free from a fastening with the housing, - the coupling device has a current coupling formed by a metal part which is arranged between the front wall and the dividing wall, - the current coupling is provided with a lead-through which is configured as an connection for transmission of the welding current to the bolt, - the current coupling has a locking system and - the locking system has a lever with which a diameter of the lead-through is variable by exerting an eccentric force and the bolt is fixed.
A method of preparing 2-methyl-5-iodobenzoic acid, comprising the steps of: 1) utilizing o-methylbenzoic acid of formula I as raw material and iodinating via iodine/potassium persulfate in a mixed acid solvent to obtain a mixture of 2-methyl-5-iodobenzoic acid of formula II A, 2-methyl-3-iodobenzoic acid of formula II B and 2-methyl-3,5-diiodobenzoic acid of formula II C; 2) refining the mixture obtained in step 1) through recrystallization to obtain 2-methyl-5-iodobenzoic acid of formula II A and recoverable mother liquor; 3) treating and catalytically hydrogenating the recoverable mother liquor in a base/solvent system to obtain o-methylbenzoic acid of formula I and iodide ions, and then oxidating the iodide ions in the presence of an acid to recover iodine and putting the o-methylbenzoic acid of formula I into the reaction for reuse. 1) utilizing o-methylbenzoic acid of formula I as raw material and iodinating via iodine/potassium persulfate in a mixed acid solvent to obtain a mixture of 2-methyl-5-iodobenzoic acid of formula II A, 2-methyl-3-iodobenzoic acid of formula II B and 2-methyl-3,5-diiodobenzoic acid of formula II C; 2) refining the mixture obtained in step 1) through recrystallization to obtain 2-methyl-5-iodobenzoic acid of formula II A and recoverable mother liquor; 3) treating and catalytically hydrogenating the recoverable mother liquor in a base/solvent system to obtain o-methylbenzoic acid of formula I and iodide ions, and then oxidating the iodide ions in the presence of an acid to recover iodine and putting the o-methylbenzoic acid of formula I into the reaction for reuse.
A method for processing a biomass containing lignocellulose, such that cellulose and hemicellulose are made accessible for further processing, characterised in that the method includes repeated compressions of the biomass in a reciprocating piston press, where loose biomass is continuously fed into a piston chamber in front of a piston which moves the loose biomass into a tubular reaction chamber in which the biomass is compressed, and that a pressure of 500 bar (50,000 kPa) to 3000 bar (300,000 kPa) is applied in the biomass during compression, whereby the kinetic energy of the piston is deposited in the biomass in the form of heat for producing a mechanically induced water vapour explosion and autohydrolysis under simultaneous displacement of compressed biomass through the reaction chamber.