mhurhangee/ep-ind-claims huggingface dataset:
A summing circuit comprising: a capacitor comprising first and second plates; a switching circuit (sw11, sw12, sw21, sw22, sw23, sw24) capable of connecting the capacitor according to a first, a second, or a third configuration, the first plate being connected to a first node (ana), the second plate being connected to a second node (ref) and the first and second plates not being connected to a third node, in the first configuration, the first plate being connected to the third node, the second plate being connected to the second node and the first and second plates not being connected to the first node in the second configuration and the second plate being connected to the third node, the first plate being connected to the second node and the first and second plates not being connected to the first node in the third configuration, the first and second plates not being connected together in the first, second and third configurations; an integrator comprising an operational amplifier having an input coupled to the third node; a hysteresis comparator coupled to the output of the integrator; and a counter coupled to the output of the hysteresis comparator. a capacitor comprising first and second plates; a switching circuit (sw11, sw12, sw21, sw22, sw23, sw24) capable of connecting the capacitor according to a first, a second, or a third configuration, the first plate being connected to a first node (ana), the second plate being connected to a second node (ref) and the first and second plates not being connected to a third node, in the first configuration, the first plate being connected to the third node, the second plate being connected to the second node and the first and second plates not being connected to the first node in the second configuration and the second plate being connected to the third node, the first plate being connected to the second node and the first and second plates not being connected to the first node in the third configuration, the first and second plates not being connected together in the first, second and third configurations; an integrator comprising an operational amplifier having an input coupled to the third node; a hysteresis comparator coupled to the output of the integrator; and a counter coupled to the output of the hysteresis comparator.
A work vehicle comprising: - a vehicle body frame having a front frame including left and right side members, a front end member, and front and rear cross members that span between the left and right side members; - a wheel supporting member that is supported by the vehicle body frame, by being supported by the cross members; - left and right steerable wheels that are supported by the wheel supporting member so as to be steerable; and - a steering mechanism that includes a power steering unit and that steers the left and right steerable wheels, characterized in that: - the power steering unit includes a hydraulic steering cylinder that is linked to the left and right steerable wheels, and an oil pressure control unit that controls oil pressure that is applied to the steering cylinder, and - the oil pressure control unit is supported by the vehicle body frame in a state of being located above the front side cross member relative to the wheel supporting member so as to overlap the front side cross member in a plan view, and in a state of being located between the left and right side members - a vehicle body frame having a front frame including left and right side members, a front end member, and front and rear cross members that span between the left and right side members; - a wheel supporting member that is supported by the vehicle body frame, by being supported by the cross members; - left and right steerable wheels that are supported by the wheel supporting member so as to be steerable; and - a steering mechanism that includes a power steering unit and that steers the left and right steerable wheels, - the power steering unit includes a hydraulic steering cylinder that is linked to the left and right steerable wheels, and an oil pressure control unit that controls oil pressure that is applied to the steering cylinder, and - the oil pressure control unit is supported by the vehicle body frame in a state of being located above the front side cross member relative to the wheel supporting member so as to overlap the front side cross member in a plan view, and in a state of being located between the left and right side members
A use of a compound for the isolation of a vesicle, wherein the compound consists of zwitterion moieties conjugated to a polymer and/or fixed on a solid support.
A leg restraint for side-seated vehicle occupants, and comprising: (a) a leg-restraining member adapted for being mounted in proximity to a side-facing vehicle seat and selectively moveable between a deployed, outwardly-extending leg-protecting position and a retracted, non-leg interfering position; (b) an actuator positioned operatively proximate the leg-restraining member; characterized in that the actuator is responsive to a signal output by a sensor for deploying the leg-restraining member upon the occurrence of an abrupt deceleration of the vehicle sensed by the sensor; and (c) wherein the actuator includes a cushion, and is adapted for being positioned for deployment between the leg-restraining member and the legs of the seat occupant, the cushion being positioned on the actuator to cushion the legs against direct impact against the deployed leg-restraining member. (a) a leg-restraining member adapted for being mounted in proximity to a side-facing vehicle seat and selectively moveable between a deployed, outwardly-extending leg-protecting position and a retracted, non-leg interfering position; (b) an actuator positioned operatively proximate the leg-restraining member; characterized in that the actuator is responsive to a signal output by a sensor for deploying the leg-restraining member upon the occurrence of an abrupt deceleration of the vehicle sensed by the sensor; and (c) wherein the actuator includes a cushion, and is adapted for being positioned for deployment between the leg-restraining member and the legs of the seat occupant, the cushion being positioned on the actuator to cushion the legs against direct impact against the deployed leg-restraining member.
A technical system (2; 2') for dosing of at least one liquid treatment means into injection water to an injection well, wherein the technical system (2; 2') comprises: - an underwater line (14; 14') for transport of the injection water from a shipment site (20; 48) for the injection water; - at least one liquid-tight storage unit containing the at least one liquid treatment means, the at least one liquid-tight storage unit being structured as a volumetrically flexible unit; and - wherein said storage unit is connected, in a flow-communicating manner, to the underwater line (14; 14') for dosing of liquid treatment means into the injection water to the injection well, characterized in that the at least one liquid-tight storage unit is placed under water. - an underwater line (14; 14') for transport of the injection water from a shipment site (20; 48) for the injection water; - at least one liquid-tight storage unit containing the at least one liquid treatment means, the at least one liquid-tight storage unit being structured as a volumetrically flexible unit; and - wherein said storage unit is connected, in a flow-communicating manner, to the underwater line (14; 14') for dosing of liquid treatment means into the injection water to the injection well, characterized in that the at least one liquid-tight storage unit is placed under water.
A process for producing a sling, namely a section of a rope having an eye at one or both ends, said sling having a coverbraided sheath, the process including the steps of: a) providing a sling formed of a core rope and having an eye at one or both ends, characterized by: b) providing a spacer; c) situating the spacer proximal a splice braid zone of said eye or one of said eyes; d) forming a braided sheath about the splice braid zone to about the location where the splice braid zone meets its eye and covering at least portions of the spacer with at least a portion of the braided sheath; e) withdrawing from converging braid strands the eye having had its splice braid already covered by the braided sheath f) subsequent to step e) forming a length of hollow braided sheath; g) subsequent to step f) severing the length of hollow braided sheath; h) attaching to the spacer a severed end of the hollow braided sheath formed of the same strands that form at least a portion of the braided sheath; and i) subsequent to step h) pulling the spacer out from between the braided sheath and the core rope in a direction that draws the severed end of the hollow braided sheath into the braided sheath and causes it to occupy the positon that previously was occupied by the spacer, whereby a sling including said coverbraided sheath is economically produced. a) providing a sling formed of a core rope and having an eye at one or both ends, characterized by: b) providing a spacer; c) situating the spacer proximal a splice braid zone of said eye or one of said eyes; d) forming a braided sheath about the splice braid zone to about the location where the splice braid zone meets its eye and covering at least portions of the spacer with at least a portion of the braided sheath; e) withdrawing from converging braid strands the eye having had its splice braid already covered by the braided sheath f) subsequent to step e) forming a length of hollow braided sheath; g) subsequent to step f) severing the length of hollow braided sheath; h) attaching to the spacer a severed end of the hollow braided sheath formed of the same strands that form at least a portion of the braided sheath; and i) subsequent to step h) pulling the spacer out from between the braided sheath and the core rope in a direction that draws the severed end of the hollow braided sheath into the braided sheath and causes it to occupy the positon that previously was occupied by the spacer,
An optical multilayer band pass filter characterized by comprising: a substrate transparent to subject light; an LWPF part provided only on one side of the substrate, which forms a rise portion relating to a rising transmittance with increasing wavelength and a reflection band on a shorter wavelength side in band pass characteristics; an SWPF part provided on the one side of the substrate, which forms a fall portion relating to a decreasing transmittance with increasing wavelength and a reflection band on a longer wavelength side in the band pass characteristics; and a polarization dependency improvement part provided on the one side of the substrate, which controls split-up between the P-wave and the S-wave occurring in the rise portion and the fall portion formed respectively by the LWPF part and the SWPF part when the subject light is incident obliquely at about 45 degrees, such that the characteristic curve with respect to the P-wave is shifted toward the characteristic curve with respect to the S-wave in order to narrow the pass-band with respect to the P-wave, such that the band pass filter has reduced polarization dependency in the rise portion and the fall portion at the boundaries of the pass band and the reflection bands, wherein the LWPF part, the SWPF part, and the polarization dependency improvement part have a structure in which a plurality of higher refractive index layers made of a first dielectric material and a plurality of lower refractive index layers made of a second dielectric material having a refractive index lower than the first dielectric material are deposited alternately. a substrate transparent to subject light; an LWPF part provided only on one side of the substrate, which forms a rise portion relating to a rising transmittance with increasing wavelength and a reflection band on a shorter wavelength side in band pass characteristics; an SWPF part provided on the one side of the substrate, which forms a fall portion relating to a decreasing transmittance with increasing wavelength and a reflection band on a longer wavelength side in the band pass characteristics; and a polarization dependency improvement part provided on the one side of the substrate, which controls split-up between the P-wave and the S-wave occurring in the rise portion and the fall portion formed respectively by the LWPF part and the SWPF part when the subject light is incident obliquely at about 45 degrees, such that the characteristic curve with respect to the P-wave is shifted toward the characteristic curve with respect to the S-wave in order to narrow the pass-band with respect to the P-wave, such that the band pass filter has reduced polarization dependency in the rise portion and the fall portion at the boundaries of the pass band and the reflection bands, wherein the LWPF part, the SWPF part, and the polarization dependency improvement part have a structure in which a plurality of higher refractive index layers made of a first dielectric material and a plurality of lower refractive index layers made of a second dielectric material having a refractive index lower than the first dielectric material are deposited alternately.
A developing device that supplies toner to and develops an electrostatic image formed on a latent-image carrier, the developing device comprising: a housing; a rotator that rotates with a rotating shaft; and a bearing element that supports the rotating shaft to the housing, wherein a sliding element formed of a composite material is used as the bearing element, the composite material containing self-lubricating thermoplastic olefin resin as a base material, characterized in that the composite material has a ratio of a numerical value of Rockwell hardness, based on R scale of JIS K7202 to a numerical value of bending elastic modulus in GPa, based on JIS K7171, in a range from 25 to 45, the dynamical frictional coefficient between a sliding surface of the bearing element and the rotating shaft is lower than the dynamical frictional coefficient between the base material and the rotating shaft. a housing; a rotator that rotates with a rotating shaft; and a bearing element that supports the rotating shaft to the housing, wherein a sliding element formed of a composite material is used as the bearing element, the composite material containing self-lubricating thermoplastic olefin resin as a base material, characterized in that the composite material has a ratio of a numerical value of Rockwell hardness, based on R scale of JIS K7202 to a numerical value of bending elastic modulus in GPa, based on JIS K7171, in a range from 25 to 45, the dynamical frictional coefficient between a sliding surface of the bearing element and the rotating shaft is lower than the dynamical frictional coefficient between the base material and the rotating shaft.
A fuel tank inerting system, comprising a fuel tank; an electrochemical cell catalytic reactor (222, 322, 422) arranged to receive a first reactant from a first reactant source and to receive a second reactant from a second reactant source, and to react the first and second reactants to generate an inert gas; and an inert gas flow path from the catalytic reactor to the fuel tank, characterised in that the catalytic reactor comprises: a first flow path (302, 304) comprising a first inlet (303, 305) in operative fluid communication the first reactant source, a first outlet (307, 309) in operative fluid communication with the inert gas flow path, and a reactive flow path including a catalyst between the first inlet and the first outlet; a second flow path comprising a second inlet in operative fluid communication with the second reactant source, said second flow path in operative fluid communication with the first flow path through a first barrier between the first and second flow paths that is permeable to the second reactant; and a third flow path comprising a third inlet in operative fluid communication with a fluid coolant, and a third outlet, said third flow path in operative thermal communication with the first flow path. a first flow path (302, 304) comprising a first inlet (303, 305) in operative fluid communication the first reactant source, a first outlet (307, 309) in operative fluid communication with the inert gas flow path, and a reactive flow path including a catalyst between the first inlet and the first outlet; a second flow path comprising a second inlet in operative fluid communication with the second reactant source, said second flow path in operative fluid communication with the first flow path through a first barrier between the first and second flow paths that is permeable to the second reactant; and a third flow path comprising a third inlet in operative fluid communication with a fluid coolant, and a third outlet, said third flow path in operative thermal communication with the first flow path.
A method for receiving a sounding reference signal, SRS, comprising: receiving, by a base station, an SRS transmitted by a user equipment, UE, the SRS being used for downlink channel estimation and supporting three-dimensional multiple input multiple output or Massive multiple input multiple output; wherein a subcarrier frequency interval of the SRS in a frequency domain is 2 or 4; and the SRS is configured in part of the resource blocks. receiving, by a base station, an SRS transmitted by a user equipment, UE, the SRS being used for downlink channel estimation and supporting three-dimensional multiple input multiple output or Massive multiple input multiple output; wherein a subcarrier frequency interval of the SRS in a frequency domain is 2 or 4; and the SRS is configured in part of the resource blocks.
A composition comprising an isolated RNA polynucleotide; wherein said isolated RNA polynucleotide comprises the sequence of SEQ ID NO: 2 or 3, or a sequence that is at least 96% identical over the entire length of the sequence of SEQ ID NO: 2 or 3.
A nonaqueous electrolyte secondary battery, comprising: a positive electrode; a nonaqueous electrolytic solution; and a negative electrode, the negative electrode including a negative electrode current collector and a negative electrode active material layer which is formed on the negative electrode current collector, the negative electrode active material layer having a first region and a second region, the first region being a region formed on a surface of the negative electrode current collector and contains lithium titanium composite oxide as a major component, and the second region being a region including a surface of the negative electrode active material layer and contains lithium titanium composite oxide as a major component and further contains silicon oxide, characterized in that a content of silicon oxide in the first region and M 2 SiO satisfy the following relationship: M 1 SiO < M 2 SiO wherein M 1 SiO represents the content of silicon oxide in the first region in terms of mass%; and wherein M 2 SiO represents the content of silicon oxide in the second region in terms of mass%. a positive electrode; a nonaqueous electrolytic solution; and a negative electrode, the negative electrode including a negative electrode current collector and a negative electrode active material layer which is formed on the negative electrode current collector, the negative electrode active material layer having a first region and a second region, the first region being a region formed on a surface of the negative electrode current collector and contains lithium titanium composite oxide as a major component, and the second region being a region including a surface of the negative electrode active material layer and contains lithium titanium composite oxide as a major component and further contains silicon oxide, characterized in that a content of silicon oxide in the first region and M 2 SiO satisfy the following relationship: M 1 SiO < M 2 SiO wherein M 1 SiO represents the content of silicon oxide in the first region in terms of mass%; and wherein M 2 SiO represents the content of silicon oxide in the second region in terms of mass%.
A composition for caring for keratin fibers, comprising, in an aqueous phase: A) at least one surfactant which is a combination of anionic surfactant and amphoteric surfactant; B) at least one cationic polymer with a charge density greater than 4 meq/g, preferably greater than 5 meq/g; C) at least one aminated silicone; and D) at least one insoluble, non-aminated silicone. A) at least one surfactant which is a combination of anionic surfactant and amphoteric surfactant; B) at least one cationic polymer with a charge density greater than 4 meq/g, preferably greater than 5 meq/g; C) at least one aminated silicone; and D) at least one insoluble, non-aminated silicone.
Adjustable-length connecting rod for an aircraft turbomachine, this connecting rod having a generally elongate shape and comprising two opposite longitudinal ends (42, 50) for attachment to elements to be connected, characterised in that: - a first of these longitudinal ends is connected to a first threaded shaft screwed into a first tubular portion of an adjustment sleeve, - a second of these longitudinal ends is connected to a second threaded shaft screwed into a second tubular portion of the adjustment sleeve, and further comprising a housing wherein at least part of the first shaft is configured to slide. - a first of these longitudinal ends is connected to a first threaded shaft screwed into a first tubular portion of an adjustment sleeve, - a second of these longitudinal ends is connected to a second threaded shaft screwed into a second tubular portion of the adjustment sleeve, and further comprising a housing wherein at least part of the first shaft is configured to slide.
A display device comprising: a substrate; a transfer guiding mold provided on the substrate and comprising a plurality of openings; and a plurality of micro light emitting diodes (131, 132, 133), micro LEDs, provided on the substrate in the plurality of openings; characterized in that a height of the transfer guiding mold is less than twice a height of each of the plurality of micro LEDs, but greater than or equal to 1.5 times said height. a substrate; a transfer guiding mold provided on the substrate and comprising a plurality of openings; and a plurality of micro light emitting diodes (131, 132, 133), micro LEDs, provided on the substrate in the plurality of openings; characterized in that a height of the transfer guiding mold is less than twice a height of each of the plurality of micro LEDs, but greater than or equal to 1.5 times said height.
Window connection strip with a width of 30 mm to 1000 mm for sealing the circumferential joint between a building opening edge and a window casing or window frame which, in the width direction, has a first zone made of planar material and a second zone which is made of planar material, wherein at least three adhesive zones (4, 5, 6) are provided for adhesion over the width of the strip, wherein an adhesive zone of the strip is provided to create a permanent adhesive connection to the window casing or the window frame and the other two adhesive zones (4, 5) are provided to create a permanent adhesive connection to part of the building opening edge closer to the inside of the building, on the one hand, and to part of the building opening edge closer to the outside of the building, on the other hand, characterized in that the first zone is a diffusion-variable zone made of planar material which acts in a diffusion-open to highly diffusion-inhibiting manner, depending on its moisture content, and the second zone is a diffusion-variable zone which is formed from planar material and likewise acts in a diffusion-open to highly diffusion-inhibiting manner depending on its moisture content.