mhurhangee/ep-ind-claims huggingface dataset:
A hardmask composition comprising: graphene quantum dots (GQD, 10b); a metal compound (MC, 20b) chemically bonded to the graphene quantum dots; and a solvent, wherein the graphene quantum dots are covalently bonded to the metal compound, and wherein an amount of the metal compound is greater than 0 wt% and less than or equal to 10 wt%, based on a total weight of the graphene quantum dots and the metal compound. graphene quantum dots (GQD, 10b); a metal compound (MC, 20b) chemically bonded to the graphene quantum dots; and a solvent, wherein the graphene quantum dots are covalently bonded to the metal compound, and wherein an amount of the metal compound is greater than 0 wt% and less than or equal to 10 wt%, based on a total weight of the graphene quantum dots and the metal compound.
A method for producing an alumina sintered compact satisfying the following and, which comprises mixing and sintering an ilmenite powder and an alumina powder: the total amount of the Ti0 2 -equivalent content, the Fe 2 0 3 -equivalent content and the alumina content is at least 98 % by mass, the total amount of the TiO 2 -equivalent content and the Fe 2 0 3 -equivalent content is from 5 to 13 % by mass. the total amount of the Ti0 2 -equivalent content, the Fe 2 0 3 -equivalent content and the alumina content is at least 98 % by mass, the total amount of the TiO 2 -equivalent content and the Fe 2 0 3 -equivalent content is from 5 to 13 % by mass.
A power unit mounting apparatus for supporting both transverse end portions of a power unit in a vehicle transverse direction to sidle frames (1a, 1b), the power unit mounting apparatus comprising: a pin portion, provided at an end portion of the power unit in the vehicle transverse direction, and projecting outward in the vehicle transverse direction; and an insulator elastically supporting the pin portion, wherein a cylindrical portion through which the pin portion is inserted is provided in the insulator, characterised in that a claw-shaped portion is formed at a distal end portion of the pin portion. a pin portion, provided at an end portion of the power unit in the vehicle transverse direction, and projecting outward in the vehicle transverse direction; and an insulator elastically supporting the pin portion, wherein a cylindrical portion through which the pin portion is inserted is provided in the insulator, characterised in that a claw-shaped portion is formed at a distal end portion of the pin portion.
A rubber blend comprising: (i) a natural rubber present in an amount of about 40 to about 60 phr; and (ii) at least one propylene-based elastomer comprising at least about 80 wt% propylene-derived units and about 5 to about 20 wt% ethylene-derived units, by weight of the propylene-based elastomer, wherein the at least one propylene-based elastomer has a viscosity at 190°C from about 500 to about 8000 mPa·s and a melting temperature of about 90°C to about 105°C, and wherein the at least one propylene-based elastomer is present in an amount of about 1 to about 3 phr. (i) a natural rubber present in an amount of about 40 to about 60 phr; and (ii) at least one propylene-based elastomer comprising at least about 80 wt% propylene-derived units and about 5 to about 20 wt% ethylene-derived units, by weight of the propylene-based elastomer, wherein the at least one propylene-based elastomer has a viscosity at 190°C from about 500 to about 8000 mPa·s and a melting temperature of about 90°C to about 105°C, and wherein the at least one propylene-based elastomer is present in an amount of about 1 to about 3 phr.
An electronic apparatus comprising: a wireless communicator configured to communicate with a remote controller; a wired communicator configured to connect with an external input device; and a processor configured to control the wireless communicator to transmit a control signal to the remote controller for turning off power of the connected external input device in response to receiving a signal from the remote controller for turning off power of the electronic apparatus. a wireless communicator configured to communicate with a remote controller; a wired communicator configured to connect with an external input device; and a processor configured to control the wireless communicator to transmit a control signal to the remote controller for turning off power of the connected external input device in response to receiving a signal from the remote controller for turning off power of the electronic apparatus.
A head chip comprising: an actuator plate having a plurality of ejection channels (Cle, C2e) respectively communicated with nozzle holes (H1, H2) and electrodes (Edc) disposed on inner walls of the respective ejection channels; a bonded plate to be bonded to the actuator plate, and having a liquid contact surface which, in operation, liquid that has entered the ejection channels (C1e, C2e) has contact with; an adhesive layer disposed between the bonded plate and the actuator plate, and adapted to bond the bonded plate and the actuator plate to each other; and a protective film adapted to cover continuously from inner walls of the respective ejection channels to at least a part of the liquid contact surface via an end surface of the adhesive layer exposed on the ejection channel side, a nozzle plate having the nozzle holes (H1, H2), wherein the bonded plate is disposed between the nozzle plate and the actuator plate, the bonded plate has communication holes adapted to respectively communicate the ejection channels (C1e, C2e) and the nozzle holes (H1, H2) with each other, wherein each communication hole has a slit-like shape and a size of the width of the communication hole in a longitudinal direction is larger than a size of the width of the ejection channel (C1e, C2e) in the longitudinal direction, and the actuator plate further has non-ejection channels (C1d, C2d) each disposed between the ejection channels adjacent to each other, and closed by the bonded plate. an actuator plate having a plurality of ejection channels (Cle, C2e) respectively communicated with nozzle holes (H1, H2) and electrodes (Edc) disposed on inner walls of the respective ejection channels; a bonded plate to be bonded to the actuator plate, and having a liquid contact surface which, in operation, liquid that has entered the ejection channels (C1e, C2e) has contact with; an adhesive layer disposed between the bonded plate and the actuator plate, and adapted to bond the bonded plate and the actuator plate to each other; and a protective film adapted to cover continuously from inner walls of the respective ejection channels to at least a part of the liquid contact surface via an end surface of the adhesive layer exposed on the ejection channel side, a nozzle plate having the nozzle holes (H1, H2), wherein the bonded plate is disposed between the nozzle plate and the actuator plate, the bonded plate has communication holes adapted to respectively communicate the ejection channels (C1e, C2e) and the nozzle holes (H1, H2) with each other, wherein each communication hole has a slit-like shape and a size of the width of the communication hole in a longitudinal direction is larger than a size of the width of the ejection channel (C1e, C2e) in the longitudinal direction, and the actuator plate further has non-ejection channels (C1d, C2d) each disposed between the ejection channels adjacent to each other, and closed by the bonded plate.
A method of managing a subject having an infectious disease comprising measuring the TRAIL protein level in a blood sample of the subject, wherein when the TRAIL level is below 25 pg/ml, hospital admittance is recommended, wherein the managing is furthermore carried out based on the level of at least one additional determinant selected from the group consisting of IP10, PCT, IL-6 and CRP.
A photographing module, comprising a module housing, and a light sensing chip and a light capturing apparatus that are disposed in a cavity of the module housing, wherein a first light capturing hole and a second light capturing hole are provided on two opposite sides of the module housing, the light capturing apparatus is disposed opposite to each of the first light capturing hole and the second light capturing hole, in a first photographing state, ambient light passing through the second light capturing hole is projected onto the light sensing chip through the light capturing apparatus, and in a second photographing state, ambient light passing through the first light capturing hole is projected onto the light sensing chip through the light capturing apparatus; characterized in that the light capturing apparatus is disposed in the cavity in a fixed manner; wherein the photographing module further comprises a first electrochromic component, a second electrochromic component, and a controller, wherein the first electrochromic component covers the first light capturing hole and is disposed at one side of the module housing away from the cavity, the second electrochromic component covers the second light capturing hole and is disposed at one side of the module housing away from the cavity, the controller is connected to the first electrochromic component and the second electrochromic component, and the controller is adapted to control currents of the first electrochromic component and the second electrochromic component to control the first electrochromic component and the second electrochromic component to transmit light or block light. characterized in that the light capturing apparatus is disposed in the cavity in a fixed manner; wherein the photographing module further comprises a first electrochromic component, a second electrochromic component, and a controller, wherein the first electrochromic component covers the first light capturing hole and is disposed at one side of the module housing away from the cavity, the second electrochromic component covers the second light capturing hole and is disposed at one side of the module housing away from the cavity, the controller is connected to the first electrochromic component and the second electrochromic component, and the controller is adapted to control currents of the first electrochromic component and the second electrochromic component to control the first electrochromic component and the second electrochromic component to transmit light or block light.
A piezoelectric assembly, comprising: a vibrating member made of a piezoelectric material, the vibrating member including two or more piezoelectric layers stacked in sequence, where a size of at least one of the piezoelectric layers is smaller in size than any one of the other piezoelectric layers to form a stepped structure; and a signal line connected to the vibrating member, characterised in that the vibrating member is provided with an escape portion adapted to a screen body of a screen component, the escape portion being configured into a hole-shaped space or a notch-shaped space. a vibrating member made of a piezoelectric material, the vibrating member including two or more piezoelectric layers stacked in sequence, where a size of at least one of the piezoelectric layers is smaller in size than any one of the other piezoelectric layers to form a stepped structure; and a signal line connected to the vibrating member, characterised in that the vibrating member is provided with an escape portion adapted to a screen body of a screen component, the escape portion being configured into a hole-shaped space or a notch-shaped space.
A sanitary thin paper roll having two or more stacked sanitary thin paper sheets wound around a tubular core of practically the same width as the sheets, wherein both a basis weight of a sanitary thin paper sheet on an outermost face of the roll and a basis weight of a sanitary thin paper sheet on an innermost face of the roll fall within a range of 10 to 50 g/m 2, both a density of the sanitary thin paper sheet on the outermost face of the roll and a density of the sanitary thin paper sheet on the innermost face of the roll fall within a range of 100 to 250 kg/m 3, characterised in that in the sheets, the basis weight of the sanitary thin paper sheet on the outermost face of the roll is smaller than the basis weight of the sanitary thin paper sheet on the innermost face of the roll, and in that the density of the sanitary thin paper sheet on the outermost face of the roll is larger than the density of the sanitary thin paper sheet on the innermost face of the roll and D=(the density of the sanitary thin paper sheet on the innermost face of the roll)/(the density of the sanitary thin paper sheet on the outermost face of the roll), the density of the sanitary thin paper on the innermost face of the roll wherein 0.6 <D<1.0.
A quality control method performed in a measurement apparatus, comprising: displaying an input screen for setting an evaluation criterion for a quality control of a test item, wherein the test item corresponds to a cell to be measured; receiving, on the input screen, setting of the evaluation criterion; measuring a control sample for quality control, wherein the control sample comprises a detection reagent for detecting the cell to be measured; and outputting a quality control result based on the evaluation criterion and a measurement result of the control sample, wherein the test item includes one or more measurement items, and the receiving comprises receiving setting of an evaluation criterion for each measurement item, and the measurement item includes detection items corresponding to two or more target molecules which are detected individually by different light receiving elements (200C to 200F) for detecting fluorescence. displaying an input screen for setting an evaluation criterion for a quality control of a test item, wherein the test item corresponds to a cell to be measured; receiving, on the input screen, setting of the evaluation criterion; measuring a control sample for quality control, wherein the control sample comprises a detection reagent for detecting the cell to be measured; and outputting a quality control result based on the evaluation criterion and a measurement result of the control sample, wherein the test item includes one or more measurement items, and the receiving comprises receiving setting of an evaluation criterion for each measurement item, and the measurement item includes detection items corresponding to two or more target molecules which are detected individually by different light receiving elements (200C to 200F) for detecting fluorescence.
A navigation support method of an electric vehicle comprising - a step (Step A) of estimating a first residual range (D1, D1') of the electric vehicle, - a step of calculating (Step B) a first route for a predetermined destination and a first distance of said first route (D2, D3) to be covered, - and a step of comparing said first residual range with said first distance, wherein the first route has a route portion where there is a local altimetry variation, characterized in that the step of calculating the first distance of said first route to be covered comprises: - a step of identifying a starting point and an end point of the route portion, the starting point and the end point having a same altitude, and - a step of multiplying a length of said route portion by a second corrective coefficient, which is a function of a positive portion of said local altimetry variation. - a step (Step A) of estimating a first residual range (D1, D1') of the electric vehicle, - a step of calculating (Step B) a first route for a predetermined destination and a first distance of said first route (D2, D3) to be covered, - and a step of comparing said first residual range with said first distance, - a step of identifying a starting point and an end point of the route portion, the starting point and the end point having a same altitude, and - a step of multiplying a length of said route portion by a second corrective coefficient, which is a function of a positive portion of said local altimetry variation.
A gateway apparatus, comprising: a connector for providing connections to at least two channels of an internal CAN bus system which connects internal components (163, 164, 166, 168) of a unit device (167, 169) of a distributed brake control system in a rail vehicle, and dual connectors (38, 39) for providing connections to at least two channels of an external CAN bus system which connects different ones of said unit device (167, 169) of said distributed brake control system, wherein one of this dual connectors (38, 39) is used for providing a connection to an external coding device via a one-wire connection, wherein said apparatus is adapted to configure a routing mode between said at least two channels of said internal CAN bus system and said at least two channels of said external CAN bus system in response to a routing control information supplied by said external coding device, and wherein said apparatus is adapted to route extended CAN frames of said internal and external CAN bus systems (IL1, EL1) according to the most significant bit of a CAN identification code of these frames. a connector for providing connections to at least two channels of an internal CAN bus system which connects internal components (163, 164, 166, 168) of a unit device (167, 169) of a distributed brake control system in a rail vehicle, and dual connectors (38, 39) for providing connections to at least two channels of an external CAN bus system which connects different ones of said unit device (167, 169) of said distributed brake control system, wherein one of this dual connectors (38, 39) is used for providing a connection to an external coding device via a one-wire connection, wherein said apparatus is adapted to configure a routing mode between said at least two channels of said internal CAN bus system and said at least two channels of said external CAN bus system in response to a routing control information supplied by said external coding device, and wherein said apparatus is adapted to route extended CAN frames of said internal and external CAN bus systems (IL1, EL1) according to the most significant bit of a CAN identification code of these frames.
A method of making a structure woven as a single piece by multilayer weaving and comprising at least one hollow portion (110; 210; 310), the method comprising: • weaving warp yarns of at least a first set (112; 212; 312) of layers of warp yarns with weft yarns including at least some weft yarns (T1, T2; T4, T5, T6) that are taken over a distance that is greater than the width of the first set of layers of warp yarns measured in the weft direction in order to have weft yarn end portions available that extend beyond the zone of weaving; • returning the end portions of said weft yarns so as to weave them with warp yarns by reinserting them in layers of warp yarns; and • forming said hollow portion by looping the first woven set of layers of warp yarns back onto itself and applying traction to the ends of the reinserted weft yarns. • weaving warp yarns of at least a first set (112; 212; 312) of layers of warp yarns with weft yarns including at least some weft yarns (T1, T2; T4, T5, T6) that are taken over a distance that is greater than the width of the first set of layers of warp yarns measured in the weft direction in order to have weft yarn end portions available that extend beyond the zone of weaving; • returning the end portions of said weft yarns so as to weave them with warp yarns by reinserting them in layers of warp yarns; and • forming said hollow portion by looping the first woven set of layers of warp yarns back onto itself and applying traction to the ends of the reinserted weft yarns.
A capacitive stylus pen that is configured to indicate a position on a tablet based on capacitive coupling, the capacitive stylus pen comprising: a power supply charged in a contactless manner, a coil provided at a position indicating part, wherein the coil is magnetically coupled to an external charge device to charge the power supply at the time of charge operation,an electrode (32A, 32B, 32C) to be electrically connected and that is so disposed as to protrude to a tip part, an alternating-current signal generating circuit, and a writing pressure detecting sensor characterized in that the electrode (32A, 32B, 32C) penetrates through the coil, wherein the alternating-current signal generating circuit is configured to supply an alternating-current signal to the electrode (32A, 32B, 32C), wherein the capacitive stylus pen further comprises an electrode core, wherein the electrode core includes the electrode (32A, 32B, 32C) and a core body, wherein the core body is configured to press the pressure detecting sensor, wherein the electrode core is physically coupled with the writing pressure detecting sensor and the electrode core is electrically connected to a connection line where the electrode core and the writing pressure detecting sensor are coupled, and wherein the connection line electrically connects the electrode core to the alternating-current signal generating circuit. a power supply charged in a contactless manner, a coil provided at a position indicating part, wherein the coil is magnetically coupled to an external charge device to charge the power supply at the time of charge operation,an electrode (32A, 32B, 32C) to be electrically connected and that is so disposed as to protrude to a tip part, an alternating-current signal generating circuit, and a writing pressure detecting sensor characterized in that the electrode (32A, 32B, 32C) penetrates through the coil, wherein the alternating-current signal generating circuit is configured to supply an alternating-current signal to the electrode (32A, 32B, 32C), wherein the capacitive stylus pen further comprises an electrode core, wherein the electrode core includes the electrode (32A, 32B, 32C) and a core body, wherein the core body is configured to press the pressure detecting sensor, wherein the electrode core is physically coupled with the writing pressure detecting sensor and the electrode core is electrically connected to a connection line where the electrode core and the writing pressure detecting sensor are coupled, and wherein the connection line electrically connects the electrode core to the alternating-current signal generating circuit.
An apparatus comprising: two or more bio-signal acquisition channels, each bio-signal acquisition channel comprising a gain amplifier configured to amplify biopotential signals received from an associated surface electrode for being placed on a patient; and an analog-to-digital conversion circuit configured to receive each output of the two or more bio-signal acquisition channels and to simultaneously sample each of the two or more bio-signal acquisition channels to generate a wide-band cardiac phase gradient signal data stream having a frequency component greater than 1kHz, wherein each biopotential signal is amplified without filtering that causes distortion in the generated wide-band cardiac phase gradient signal above 1 kHz. two or more bio-signal acquisition channels, each bio-signal acquisition channel comprising a gain amplifier configured to amplify biopotential signals received from an associated surface electrode for being placed on a patient; and an analog-to-digital conversion circuit configured to receive each output of the two or more bio-signal acquisition channels and to simultaneously sample each of the two or more bio-signal acquisition channels to generate a wide-band cardiac phase gradient signal data stream having a frequency component greater than 1kHz, wherein each biopotential signal is amplified without filtering that causes distortion in the generated wide-band cardiac phase gradient signal above 1 kHz.