mhurhangee/ep-ind-claims huggingface dataset:
A head of an electric shaver, comprising: a blade unit including an outer blade (51 and 61) that contacts with a target area, and an inner blade (52 and 62) provided corresponding to the outer blade (51 and 61) and configured to make a reciprocating move relative to the outer blade (51 and 61); a head case supporting the blade unit; and a rotary member rotatably supported by the head case, wherein the head of the electric shaver, comprising a plurality of the blade units aligned in a shorter direction of the head case, and wherein the plurality of blade units include an outermost blade unit disposed on an outermost side in the alignment of the blade units, and the rotary member is disposed on an inner side of the outermost blade unit in the alignment of the blade units, characterized in that the outermost blade unit of the plurality of the blade units and the rotary member are coupled so as to move together relative to the head case in the same height direction of the head case. a blade unit including an outer blade (51 and 61) that contacts with a target area, and an inner blade (52 and 62) provided corresponding to the outer blade (51 and 61) and configured to make a reciprocating move relative to the outer blade (51 and 61); a head case supporting the blade unit; and a rotary member rotatably supported by the head case, wherein the head of the electric shaver, comprising a plurality of the blade units aligned in a shorter direction of the head case, and wherein the plurality of blade units include an outermost blade unit disposed on an outermost side in the alignment of the blade units, and the rotary member is disposed on an inner side of the outermost blade unit in the alignment of the blade units, characterized in that the outermost blade unit of the plurality of the blade units and the rotary member are coupled so as to move together relative to the head case in the same height direction of the head case.
A fixing device (100,100',110,110',410,610), for fixing a wheel axis kit, disposed on an electric vehicle, for charging, comprises: a first clamping arm (111,911) having a first recess (111r, 716r, 911r) and a first rotating fulcrum; a conductive portion (112,112',712,712') disposed within the first recess (111r, 716r, 911r), wherein the conductive portion (112,112',712,712') is configured to be electrically connectable to the wheel axis kit; characterized by a driving mechanism (115, 315) connected to the first clamping arm (111,911) for driving the first clamping arm (111,911); wherein the first rotating fulcrum is located between the driving mechanism (115, 315) and the first recess (111r, 716r, 911r), such that the first clamping arm (111,911) driven by the driving mechanism (115, 315) is allowed to rotate about the first rotating fulcrum for fixing the wheel axis kit of an electric vehicle within the first recess (111r, 716r, 911r). a first clamping arm (111,911) having a first recess (111r, 716r, 911r) and a first rotating fulcrum; a conductive portion (112,112',712,712') disposed within the first recess (111r, 716r, 911r), wherein the conductive portion (112,112',712,712') is configured to be electrically connectable to the wheel axis kit; characterized by a driving mechanism (115, 315) connected to the first clamping arm (111,911) for driving the first clamping arm (111,911); wherein the first rotating fulcrum is located between the driving mechanism (115, 315) and the first recess (111r, 716r, 911r), such that the first clamping arm (111,911) driven by the driving mechanism (115, 315) is allowed to rotate about the first rotating fulcrum for fixing the wheel axis kit of an electric vehicle within the first recess (111r, 716r, 911r).
A non-aqueous electrolyte solution for a non-aqueous electrolyte secondary battery that has a positive electrode and a negative electrode capable of the absorbing and releasing of a metal ion, and a separator, characterized in that the non-aqueous electrolyte solution comprises, in addition to an electrolyte and a non-aqueous solvent, 0.01 mass% or more to less than 3 mass% of a compound having one or more partial structure represented by the following general formula and two or more isocyanate groups in the molecule, wherein the compound is a compound having a number-average molecular weight of 300 or more to 5000 or less and having at least one skeleton selected from uretdione, oxadiazinetrione, biuret, urethane, allophanate, and isocyanurate: In the general formula, R represents hydrogen or a C 1 -C 12 organic group that may contain an isocyanate group and is constituted of atoms selected from the group consisting of hydrogen atom, carbon atom, nitrogen atom, oxygen atom, sulfur atom, phosphorus atom, and halogen atom.
A high dynamic range imaging system configured to capture a high dynamic range image, the imaging system comprising: an image sensor comprising: an array of pixels; and circuitry in electrical communication with each pixel of said array of pixels; wherein said circuitry is configured to independently select an integration period from a set of available integration periods for each pixel of said array of pixels, the selectable integration periods are utilized with sequencing of tasks based on a rolling shutter sequence, and at least one selectable integration period being provided with a duration that is substantially less than one row time interval, wherein the integration period initially set is the longest one from the set of available integration periods; wherein the integration period is selected in response to a charge of a current integration period of the available integration periods exceeding a conduction threshold of a conditional reset of each pixel of said array of pixels, wherein the conditional reset results in the initiation of a shorter integration period, which is a next integration period relative to the current integration period in the set of available integration periods, wherein said circuitry is further configured to sequentially readout pixels of said array of pixels, and wherein said circuitry is further configured to perform said conditional reset during a blanking period of said readout, said blanking period being a time period that does not overlap any readout operations. an image sensor comprising: an array of pixels; and circuitry in electrical communication with each pixel of said array of pixels; wherein said circuitry is configured to independently select an integration period from a set of available integration periods for each pixel of said array of pixels, the selectable integration periods are utilized with sequencing of tasks based on a rolling shutter sequence, and at least one selectable integration period being provided with a duration that is substantially less than one row time interval, wherein the integration period initially set is the longest one from the set of available integration periods; wherein the integration period is selected in response to a charge of a current integration period of the available integration periods exceeding a conduction threshold of a conditional reset of each pixel of said array of pixels, wherein the conditional reset results in the initiation of a shorter integration period, which is a next integration period relative to the current integration period in the set of available integration periods, wherein said circuitry is further configured to sequentially readout pixels of said array of pixels, and wherein said circuitry is further configured to perform said conditional reset during a blanking period of said readout, said blanking period being a time period that does not overlap any readout operations.
An electronic tag for obtaining information relating to the integrity of a product as assessed from an exposure of said product to physical or environmental conditions during a time span, said tag comprising - a main part comprising an electronics unit; said electronics unit comprising - a control unit; - a sensor unit comprising at least one sensor for monitoring said physical or environmental conditions; - a display unit comprising a display for displaying data relating to said integrity referred to as status data; characterized in that said tag comprises - a rip strip comprising a breakable electrical connection operationally connected to said electronics unit; and in that said electronics unit comprises - a switch; and in that said control unit is structured and configured for - detecting a breaking of said electrical connection; - terminating said monitoring in reaction to said detecting said breaking of said electrical connection; and for - effecting that said display unit displays said status data in reaction to an operation of said switch. - a main part comprising an electronics unit; - a control unit; - a sensor unit comprising at least one sensor for monitoring said physical or environmental conditions; - a display unit comprising a display for displaying data relating to said integrity referred to as status data; - a rip strip comprising a breakable electrical connection operationally connected to said electronics unit; - a switch; and in that said control unit is structured and configured for - detecting a breaking of said electrical connection; - terminating said monitoring in reaction to said detecting said breaking of said electrical connection; and for - effecting that said display unit displays said status data in reaction to an operation of said switch.
A method of purification of bacterial capsular polysaccharide by a two-phase aqueous micellar system, the method comprising the following steps: (a) dissolving crude intermediate polysaccharide: dissolving crude bacterial capsular polysaccharide with precooled NaAc and NaCl mixed dissolved liquid to obtain a mixed liquid A; (b) extracting and purifying: adding the nonionic detergent in the mixed liquid obtained in step (a), carrying out cooling using an ice bath for 5 ∼ 15min, and then placing the mixed liquid A at ambient temperature for 20 ∼ 40min, followed by two-phase separation, and collecting the micelle-poor phase; (c) collecting the micelle-poor phase obtained in step (b), and for the micelle-poor phase, the processing in step (b) is repeated 3 ∼ 5 times to finally obtain micelle-poor phase which is a mixed liquid B; (d) adding anhydrous ethanol into the mixed liquid B to achieve ethanol with final concentration of 70∼90%, mixing evenly, leaving standstill for 40 ∼ 60min at 4°C before the solid-liquid separation to remove nonionic detergent, and collecting precipitant A; (e) using CaCl 2 solution to dissolve the precipitant A in step (d), after ultrafiltration, collecting the retentate fractions, and adding anhydrous ethanol therein to achieve ethanol with final concentration of 70 ∼ 90%, and leaving standstill for 40 ∼ 60min at 4°C before the solid-liquid separation to collect precipitant B; (f) using the anhydrous ethanol and acetone respectively to clean the precipitant B obtained in step (e) for 1 ∼ 3 times, and obtaining the purified bacterial capsular polysaccharide after drying. (a) dissolving crude intermediate polysaccharide: dissolving crude bacterial capsular polysaccharide with precooled NaAc and NaCl mixed dissolved liquid to obtain a mixed liquid A; (b) extracting and purifying: adding the nonionic detergent in the mixed liquid obtained in step (a), carrying out cooling using an ice bath for 5 ∼ 15min, and then placing the mixed liquid A at ambient temperature for 20 ∼ 40min, followed by two-phase separation, and collecting the micelle-poor phase; (c) collecting the micelle-poor phase obtained in step (b), and for the micelle-poor phase, the processing in step (b) is repeated 3 ∼ 5 times to finally obtain micelle-poor phase which is a mixed liquid B; (d) adding anhydrous ethanol into the mixed liquid B to achieve ethanol with final concentration of 70∼90%, mixing evenly, leaving standstill for 40 ∼ 60min at 4°C before the solid-liquid separation to remove nonionic detergent, and collecting precipitant A; (e) using CaCl 2 solution to dissolve the precipitant A in step (d), after ultrafiltration, collecting the retentate fractions, and adding anhydrous ethanol therein to achieve ethanol with final concentration of 70 ∼ 90%, and leaving standstill for 40 ∼ 60min at 4°C before the solid-liquid separation to collect precipitant B; (f) using the anhydrous ethanol and acetone respectively to clean the precipitant B obtained in step (e) for 1 ∼ 3 times, and obtaining the purified bacterial capsular polysaccharide after drying.
A method comprising: generating, at a processor, an abstract topology that represents domains in an actual topology of a network and border routers that interconnect the domains in the actual topology; and pruning, at the processor and based on the abstract topology and based on respective measures of reachability of the domains and respective ranks of the domains, at least one of the domains from the actual topology during path calculations on the actual topology, wherein the respective ranks of the domains are indicative of respective numbers of pairs of domains that use the respective domains as a transit domain. generating, at a processor, an abstract topology that represents domains in an actual topology of a network and border routers that interconnect the domains in the actual topology; and pruning, at the processor and based on the abstract topology and based on respective measures of reachability of the domains and respective ranks of the domains, at least one of the domains from the actual topology during path calculations on the actual topology, wherein the respective ranks of the domains are indicative of respective numbers of pairs of domains that use the respective domains as a transit domain.
A quick connect device for well tools comprising: a substantially cylindrical upper connection body about an axis having a first end and a second end; a resilient member; a pin grip insert having a substantially cylindrical body about an axis, a first end, a second end, an inclined outer surface having a larger diameter proximate the first end and a smaller diameter proximate the second end, a threaded inner bore, an upper shoulder orthogonal to the axis; a pin capture socket having a substantially cylindrical body about an axis, a first end, a second end, an inclined inner surface about a conical bore along the axis having a larger diameter proximate the first end and a smaller diameter proximate the second end; wherein the axes of the upper connection body, the pin grip insert, and the pin capture socket are aligned, the pin grip insert is constructed of a plurality of radial segments, the pin grip insert is captured within the conical bore of the pin capture socket, the resilient member is captured between the upper shoulder of the pin grip insert and the second end of the upper connection body, and the upper connection body is affixed to the first end of the pin capture socket. a substantially cylindrical upper connection body about an axis having a first end and a second end; a resilient member; a pin grip insert having a substantially cylindrical body about an axis, a first end, a second end, an inclined outer surface having a larger diameter proximate the first end and a smaller diameter proximate the second end, a threaded inner bore, an upper shoulder orthogonal to the axis; a pin capture socket having a substantially cylindrical body about an axis, a first end, a second end, an inclined inner surface about a conical bore along the axis having a larger diameter proximate the first end and a smaller diameter proximate the second end; wherein the axes of the upper connection body, the pin grip insert, and the pin capture socket are aligned, the pin grip insert is constructed of a plurality of radial segments, the pin grip insert is captured within the conical bore of the pin capture socket, the resilient member is captured between the upper shoulder of the pin grip insert and the second end of the upper connection body, and the upper connection body is affixed to the first end of the pin capture socket.
A method of assessing the responsiveness of a subject to a treatment with 5-fluorouracil (5-FU), wherein said method comprises: (a) determining a level of expression of biomarkers of resistance in one or more biological samples obtained from said subject, wherein the biomarkers of resistance are NT5E, CNN3, ACTN1, FLNA, and ATP2B4; (b) determining a level of expression of biomarkers of sensitivity in the one or more biological samples obtained from the subject, wherein the biomarkers of sensitivity are APRT, GSR, TUFM, MRPS2, and MTHFD2; and (c) calculating a difference score for the subject by subtracting a mean of the level of expression of the biomarkers of resistance from a mean of the level of expression of the biomarkers of sensitivity, wherein a difference score above a cutoff value indicates responsiveness of the subject to treatment with 5-FU. (a) determining a level of expression of biomarkers of resistance in one or more biological samples obtained from said subject, wherein the biomarkers of resistance are NT5E, CNN3, ACTN1, FLNA, and ATP2B4; (b) determining a level of expression of biomarkers of sensitivity in the one or more biological samples obtained from the subject, wherein the biomarkers of sensitivity are APRT, GSR, TUFM, MRPS2, and MTHFD2; and (c) calculating a difference score for the subject by subtracting a mean of the level of expression of the biomarkers of resistance from a mean of the level of expression of the biomarkers of sensitivity, wherein a difference score above a cutoff value indicates responsiveness of the subject to treatment with 5-FU.
A method of producing a rabies virus like particle in a plant comprising, a) providing a plant or portion of the plant comprising a nucleic acid comprising a regulatory region active in the plant operatively linked to a nucleotide sequence encoding one or more native rabies glycoprotein, wherein the nucleotide sequence further encodes, comprises, or both encodes and comprises, one or more than one amplification element comprising one or more long intergenic regions or long intergenic repeat of a geminivirus genome, b) incubating the plant or portion of the plant under conditions that permit the expression of the nucleic acid, thereby producing the rabies VLP, the rabies VLP produced by self-assembly following expression of the native rabies glycoprotein and budding of the rabies VLP from a plasma membrane, c) harvesting the plant, and d) extracting the VLPs, wherein the VLPs range in size from 40-300 nm, and wherein the VLP comprises a lipid envelope comprising lipids obtained from the plasma membrane of the plant, optionally the plant or portion of the plant further comprises a second nucleic acid comprising a second regulatory region active in the plant and operatively linked to a second nucleotide sequence encoding a rabies matrix protein or fragment thereof and is expressed when incubating the plant or portion of the plant in step b), and/or the VLP does not contain a viral matrix or a core protein. a) providing a plant or portion of the plant comprising a nucleic acid comprising a regulatory region active in the plant operatively linked to a nucleotide sequence encoding one or more native rabies glycoprotein, wherein the nucleotide sequence further encodes, comprises, or both encodes and comprises, one or more than one amplification element comprising one or more long intergenic regions or long intergenic repeat of a geminivirus genome, b) incubating the plant or portion of the plant under conditions that permit the expression of the nucleic acid, thereby producing the rabies VLP, the rabies VLP produced by self-assembly following expression of the native rabies glycoprotein and budding of the rabies VLP from a plasma membrane, c) harvesting the plant, and d) extracting the VLPs, wherein the VLPs range in size from 40-300 nm, and
Towbar for mechanically coupling a towing vehicle to a trailer part, for example a trailer vehicle or a trailer device such as an agricultural working device, comprising a coupling member which can be moved between a release position and a coupling position, the coupling member being designed, when in the coupling position, to engage in an interlocking or force-locked manner with a mating coupling member formed separately from the coupling member, and further being designed, when in the release position, to release the mating coupling member so that it separates from the coupling member, the towbar comprising at least one bolt which is to be monitored and can be displaced between a predetermined position to be monitored and an additional, different position, the towbar further comprising a sensor (38/44) which is at least designed to detect, by means of a magnetic and/or electric field, whether or not the bolt to be monitored is in the predetermined position to be monitored, characterised in that the sensor (38/44) has a field component generating a magnetic and/or electric field, which field component is arranged such that it surrounds a trajectory of the bolt to be monitored, which bolt moves through said trajectory when moving into the position to be monitored and/or out of the position to be monitored.
A thin film transistor comprising a dielectric layer, an interfacial layer, and a semiconducting layer; wherein the interfacial layer is between the dielectric layer and the semiconducting layer; wherein the interfacial layer is formed from the following silane: wherein the semiconducting layer comprises a semiconductor of formula: and wherein the alkyl side chains of the semiconductor and the silane are straight chain C 12 H 25; and n is 3 to 200.
Continuous casting device for production and/or inspection of metallurgical cast products, wherein the continuous casting device comprises a mould for producing metallurgical cast products, characterised by a surface-fault detecting device, which comprises at least one EMAT sensor formed as an array emitter, for detection of surface faults and/or faults near the surface in the metallurgical cast products in the production line, an evaluating unit for evaluation of ultrasonic signals received by means of the EMAT sensor and a control unit for controlling the continuous casting device in dependence on data determined by the evaluating unit so as in this way to counteract surface faults and/or faults near the surface.