mhurhangee/ep-ind-claims huggingface dataset:
A transmission apparatus comprising: an information insertion unit configured to insert predetermined information into a plurality of audio frames of an audio compressed data stream, wherein the predetermined information is divided into a plurality of pieces; a multiplexer configured to multiplex the audio compressed data stream and a video compressed data stream to obtain a multiplexed stream and to transmit a transport stream obtained from the multiplexed stream, wherein the information insertion unit is configured to insert each of the pieces of the divided information obtained by dividing the predetermined information into a corresponding audio frame of the plurality of audio frames of the audio compressed data stream, and add information to each piece of the predetermined information, the information indicating whether the respective piece is or is not the first piece of the plurality of pieces and a counter, wherein a first piece of the predetermined information carries information indicating the overall size of the predetermined information and the counter indicates the number of the pieces, wherein the counter of each subsequent piece after the first piece is sequentially decremented. an information insertion unit configured to insert predetermined information into a plurality of audio frames of an audio compressed data stream, wherein the predetermined information is divided into a plurality of pieces; a multiplexer configured to multiplex the audio compressed data stream and a video compressed data stream to obtain a multiplexed stream and to transmit a transport stream obtained from the multiplexed stream, wherein the information insertion unit is configured to insert each of the pieces of the divided information obtained by dividing the predetermined information into a corresponding audio frame of the plurality of audio frames of the audio compressed data stream, and add information to each piece of the predetermined information, the information indicating whether the respective piece is or is not the first piece of the plurality of pieces and a counter, wherein a first piece of the predetermined information carries information indicating the overall size of the predetermined information and the counter indicates the number of the pieces, wherein the counter of each subsequent piece after the first piece is sequentially decremented.
A cylindrical battery having a pressure sensor measuring an internal pressure of a secondary battery, comprising: an electrode assembly including a cathode plate, an anode plate, and a separator electrically insulating the cathode plate and the anode plate from each other; the pressure sensor positioned on one side of the electrode assembly and embedded in the cylindrical battery; and a top cap positioned on the other side of the electrode assembly, wherein the pressure sensor has an insulating property, and the pressure sensor includes a non-reversible pressure sensor unit and a reversible pressure sensor unit. an electrode assembly including a cathode plate, an anode plate, and a separator electrically insulating the cathode plate and the anode plate from each other; the pressure sensor positioned on one side of the electrode assembly and embedded in the cylindrical battery; and a top cap positioned on the other side of the electrode assembly, wherein the pressure sensor has an insulating property, and the pressure sensor includes a non-reversible pressure sensor unit and a reversible pressure sensor unit.
An oral care implement comprising: a head; and at least one flexible elastomeric tooth scrubbing element comprising: a base portion attached to the head, the base portion having a circumferentially continuous sidewall; and a tooth engaging portion comprising a plurality of arcuate cleansing members circumferentially spaced apart on the base portion, the cleansing members projecting upwards from the base portion and collectively defining an interior central cavity for retaining dentifrice, a top portion of the cleansing members being terminated with a top end having an angled scrubbing surface configured for engaging the teeth and gums, characterised in that the base portion of the scrubbing element is configured as a solid cylinder defining a flat solid circular surface on which the cleansing members are arranged. a head; and at least one flexible elastomeric tooth scrubbing element comprising: a base portion attached to the head, the base portion having a circumferentially continuous sidewall; and a tooth engaging portion comprising a plurality of arcuate cleansing members circumferentially spaced apart on the base portion, the cleansing members projecting upwards from the base portion and collectively defining an interior central cavity for retaining dentifrice, a top portion of the cleansing members being terminated with a top end having an angled scrubbing surface configured for engaging the teeth and gums, characterised in that the base portion of the scrubbing element is configured as a solid cylinder defining a flat solid circular surface on which the cleansing members are arranged. a base portion attached to the head, the base portion having a circumferentially continuous sidewall; and a tooth engaging portion comprising a plurality of arcuate cleansing members circumferentially spaced apart on the base portion, the cleansing members projecting upwards from the base portion and collectively defining an interior central cavity for retaining dentifrice, a top portion of the cleansing members being terminated with a top end having an angled scrubbing surface configured for engaging the teeth and gums, characterised in that the base portion of the scrubbing element is configured as a solid cylinder defining a flat solid circular surface on which the cleansing members are arranged.
A method of producing a polyolefin microporous membrane containing 90 mass% or greater of a polypropylene resin, having a maximum pore size of less than 29.0 nm and a mean flow pore size of less than 18.0 nm as measured by the bubble point method using a porometer and having a maximum pore size of a pore on a surface of the polyolefin microporous membrane of 300 nm or less as observed by SEM, the method comprising steps to: a step of preparing a polyolefin solution by melt-kneading a polyolefin resin containing 90 mass% or greater of a polypropylene resin, a crystallization controlling agent, and a solvent for membrane formation; a step of forming a gel sheet by extruding and cooling the polyolefin solution; a stretching step of stretching the gel sheet; a step of removing the solvent for membrane formation from the gel sheet after the stretching; and a step of drying the sheet after removing the solvent for membrane formation; characterized in that the used crystallization controlling agent includes aromatic metal phosphate-based nucleating agents and mixtures of these. a step of preparing a polyolefin solution by melt-kneading a polyolefin resin containing 90 mass% or greater of a polypropylene resin, a crystallization controlling agent, and a solvent for membrane formation; a step of forming a gel sheet by extruding and cooling the polyolefin solution; a stretching step of stretching the gel sheet; a step of removing the solvent for membrane formation from the gel sheet after the stretching; and a step of drying the sheet after removing the solvent for membrane formation; characterized in that the used crystallization controlling agent includes aromatic metal phosphate-based nucleating agents and mixtures of these.
A wireless terminal comprising: a memory configured to store a plurality of unlocking patterns; and a controller configured to: receive a first unlocking pattern of the unlocking patterns and in response, operate the wireless terminal in a first unlocking mode; when a first application is selected after entering the first unlocking mode, execute the first application and display first data associated with the first unlocking mode; receive a second unlocking pattern of the unlocking patterns and in response, operate the wireless terminal in a second unlocking mode; and when the first application is selected after entering the second unlocking mode, execute the first application and display second data associated with the second unlocking mode, the second data differing from the first data. a memory configured to store a plurality of unlocking patterns; and a controller configured to: receive a first unlocking pattern of the unlocking patterns and in response, operate the wireless terminal in a first unlocking mode; when a first application is selected after entering the first unlocking mode, execute the first application and display first data associated with the first unlocking mode; receive a second unlocking pattern of the unlocking patterns and in response, operate the wireless terminal in a second unlocking mode; and receive a first unlocking pattern of the unlocking patterns and in response, operate the wireless terminal in a first unlocking mode; when a first application is selected after entering the first unlocking mode, execute the first application and display first data associated with the first unlocking mode; receive a second unlocking pattern of the unlocking patterns and in response, operate the wireless terminal in a second unlocking mode; and
A seeding implement comprising: a bracket for mounting the seeding implement to a frame; a support arm pivotally connected to the bracket and having a support arm first portion and a support arm second portion branched from the support arm first portion; a furrow disc connected to the support arm first portion; a force device pivotally connected to the bracket and connected to the support arm second portion to apply and/or reduce a force between the frame and the furrow disc; an implement support arm (50;60) pivotally connected to the support arm second portion at a first pivot at a first end of the implement support arm (50;60), and an implement (51;61) connected to the implement support arm (50;60) at a second end of the implement support arm (50;60), wherein the implement is a firming implement or a closing wheel; characterized in that the seeding implement further comprises an implement force actuator (55;65) pivotally connected to the support arm second portion at a first end of the implement force actuator (55;65) and connected to the implement support arm (50;60) at the second end of the implement force actuator (55;65), wherein the implement force actuator (55;65) is selected from the group consisting of a hydraulic cylinder, a pneumatic cylinder, and an electrically driven linkage. a bracket for mounting the seeding implement to a frame; a support arm pivotally connected to the bracket and having a support arm first portion and a support arm second portion branched from the support arm first portion; a furrow disc connected to the support arm first portion; a force device pivotally connected to the bracket and connected to the support arm second portion to apply and/or reduce a force between the frame and the furrow disc; an implement support arm (50;60) pivotally connected to the support arm second portion at a first pivot at a first end of the implement support arm (50;60), and an implement (51;61) connected to the implement support arm (50;60) at a second end of the implement support arm (50;60), wherein the implement is a firming implement or a closing wheel; characterized in that the seeding implement further comprises an implement force actuator (55;65) pivotally connected to the support arm second portion at a first end of the implement force actuator (55;65) and connected to the implement support arm (50;60) at the second end of the implement force actuator (55;65), wherein the implement force actuator (55;65) is selected from the group consisting of a hydraulic cylinder, a pneumatic cylinder, and an electrically driven linkage.
An assembly comprising: a leadless pacemaker; and a set of active fixation tines attached to the leadless pacemaker, wherein the active fixation tines in the set are deployable from a spring-loaded position in which distal ends of the active fixation tines point away from the leadless pacemaker to a hooked position in which the active fixation tines bend back towards the leadless pacemaker, wherein the active fixation tines are configured to secure the leadless pacemaker to a patient tissue when deployed while the distal ends of the active fixation tines are positioned adjacent to the patient tissue, wherein the set of active fixation tines consists of four active fixation tines, wherein the active fixation tines are positioned substantially equidistant from each other in a circular arrangement, and wherein the distal ends of the active fixation tines are rounded. a leadless pacemaker; and a set of active fixation tines attached to the leadless pacemaker, wherein the active fixation tines in the set are deployable from a spring-loaded position in which distal ends of the active fixation tines point away from the leadless pacemaker to a hooked position in which the active fixation tines bend back towards the leadless pacemaker, wherein the active fixation tines are configured to secure the leadless pacemaker to a patient tissue when deployed while the distal ends of the active fixation tines are positioned adjacent to the patient tissue, wherein the set of active fixation tines consists of four active fixation tines, wherein the active fixation tines are positioned substantially equidistant from each other in a circular arrangement, and wherein the distal ends of the active fixation tines are rounded.
A metal nanoparticle comprising: a hollow core which is formed inside of the metal nanoparticle and formed by a micelle of a first surfactant; a shell portion comprising a first metal, a second metal, and one or more cavities which are continuous from the outer surface thereof and formed by a second surfactant; the first surfactant; and the second surfactant, wherein the first metal and the second metal are each independently selected from the group consisting of platinum (Pt); ruthenium (Ru); rhodium (Rh); molybdenum (Mo); osmium (Os); iridium (Ir); rhenium (Re); palladium (Pd); vanadium; tungsten; cobalt (Co); iron (Fe); selenium (Se); nickel (Ni); bismuth (Bi); tin (Sn); chromium (Cr); titanium (Ti); gold (Au); cerium (Ce); silver (Ag); and copper (Cu). a hollow core which is formed inside of the metal nanoparticle and formed by a micelle of a first surfactant; a shell portion comprising a first metal, a second metal, and one or more cavities which are continuous from the outer surface thereof and formed by a second surfactant; the first surfactant; and the second surfactant, wherein the first metal and the second metal are each independently selected from the group consisting of platinum (Pt); ruthenium (Ru); rhodium (Rh); molybdenum (Mo); osmium (Os); iridium (Ir); rhenium (Re); palladium (Pd); vanadium; tungsten; cobalt (Co); iron (Fe); selenium (Se); nickel (Ni); bismuth (Bi); tin (Sn); chromium (Cr); titanium (Ti); gold (Au); cerium (Ce); silver (Ag); and copper (Cu).
Method for operating a measuring device with a measuring sensor which has at least one oscillator, wherein the oscillator has at least one oscillating measuring tube for guiding a medium; wherein the method comprises the following steps: Determining a current value of a resonant frequency for an oscillation mode of the oscillator; exciting an oscillation out of resonance at an excitation frequency different from the current value of the resonance frequency; and Determining the amplitude of a sensor signal which represents the oscillation out of resonance; characterized in that the amplitude of the excitation current signal with which the oscillation is excited out of resonance is not more than half the amplitude of the excitation current signal with which the resonant oscillation is simultaneously excited; and to determine the amplitude of the sensor signal of the oscillation out of resonance, a sensor signal of an oscillation sensor of the oscillator is detected via a low-pass filter, the time constant of which is not less than 1000 period durations, for example not less than 10000 period durations and in particular not less than 100000 period durations of the oscillation out of resonance. Determining a current value of a resonant frequency for an oscillation mode of the oscillator; exciting an oscillation out of resonance at an excitation frequency different from the current value of the resonance frequency; and Determining the amplitude of a sensor signal which represents the oscillation out of resonance; characterized in that the amplitude of the excitation current signal with which the oscillation is excited out of resonance is not more than half the amplitude of the excitation current signal with which the resonant oscillation is simultaneously excited; and to determine the amplitude of the sensor signal of the oscillation out of resonance, a sensor signal of an oscillation sensor of the oscillator is detected via a low-pass filter, the time constant of which is not less than 1000 period durations, for example not less than 10000 period durations and in particular not less than 100000 period durations of the oscillation out of resonance.
A tire tread having a first circumferential tread region comprising a circumferential first tread rib and at least one laterally adjacent rib (18, 20) adjacent to the first rib, the at least one laterally adjacent rib (18, 20) being separated from the first rib by a circumferential tread groove (28, 30), and at least one tie-bar block element disposed within the circumferential tread groove (28, 30), the at least one tie-bar block element having a circumferentially oriented bisecting cut extending from or into an upper surface of the at least one tie-bar block element and toward a bottom of the at least one tie-bar block element, wherein the bisecting cut includes a radially lower channel, the channel extending through the respective tie-bar block element and having a nominal width dimension greater than a nominal width dimension between inward facing cut sides (60, 62) of a radially outward segment of the bisecting cut, characterized in that the nominal width dimension between the inward facing cut sides (60, 62) of the radially upper segment of the bisecting cut lies within a range of from 0.5 mm to 1.5 mm and in that the nominal width dimension of the lower channel of the bisecting cut lies within a range of from 1 mm to 5 mm.
A tactile feedback device, comprising: a contact pad, operable to engage a target area of a user's skin; a restraining system, operable to restrain a portion of the user's skin; an actuation system, operably coupled to one of: i) the contact pad and the ii) restraining system; the actuation system being capable of moving the contact pad and the restraining system relative to one another in three dimensions; and characterised in that the restraining system comprises a finger well capable of restraining the portion of the user's skin immediately adjacent to the target area of the skin and in doing so immobilize the target area so that the three dimensional movement of the contact pad applies a shear force to the target area of the user's skin to thereby provide three-dimensional tactile feedback information to the user, wherein the three-dimensional tactile feedback information communicates direction cues or forces along the length of the target area of the user's skin, laterally across the target area of the user's skin, and forces normal to the target area of the user's skin. a contact pad, operable to engage a target area of a user's skin; a restraining system, operable to restrain a portion of the user's skin; an actuation system, operably coupled to one of: i) the contact pad and the ii) restraining system; the actuation system being capable of moving the contact pad and the restraining system relative to one another in three dimensions; and characterised in that the restraining system comprises a finger well capable of restraining the portion of the user's skin immediately adjacent to the target area of the skin and in doing so immobilize the target area so that the three dimensional movement of the contact pad applies a shear force to the target area of the user's skin to thereby provide three-dimensional tactile feedback information to the user, wherein the three-dimensional tactile feedback information communicates direction cues or forces along the length of the target area of the user's skin, laterally across the target area of the user's skin, and forces normal to the target area of the user's skin.
A motorized carriage capable of being displaced in translation along a longitudinal axis along a horizontal rail, said carriage including at least one wheel, in particular of the frictional wheel type, driven in rotation by an electric motor and pivotally mounted along a transverse axis on a support which carries said motor, said carriage including a frame integrating guide means (23, 24) slidably mounted on the frame along a vertical axis orthogonal to the longitudinal and transverse axes and cooperating with elastic stressing means (25, 26) shaped to displace the guide means (23, 24) towards the rail, wherein the support is in sliding abutment on said guide means (23, 24) along the longitudinal axis, said carriage being characterized in that the support in sliding abutment on said guide means (23, 24) along the longitudinal and vertical axes, this sliding abutment being designed to convert a displacement of the support along the longitudinal axis into a concomitant displacement of the support along the vertical axis towards the rail.
A system, comprising: a centrifugal compressor diffuser, comprising: a plate comprising a plurality of vane receptacles disposed in the plate about an axis, and a plurality of detachable vanes attached to the plate, characterized in that said plate is elliptical and wherein each detachable vane comprises a cross-sectional profile that varies along a span of the detachable vane, each detachable vane comprises a second two dimensional projection along a base portion of the respective detachable vane, and each detachable vane is disposed in a respective vane receptacle with the first and second 2D projections blocking movement of the detachable vane in at least a first axial direction relative to the elliptical plate. a centrifugal compressor diffuser, comprising: a plate comprising a plurality of vane receptacles disposed in the plate about an axis, and a plurality of detachable vanes attached to the plate, characterized in that said plate is elliptical and wherein each detachable vane comprises a cross-sectional profile that varies along a span of the detachable vane, each detachable vane comprises a second two dimensional projection along a base portion of the respective detachable vane, and each detachable vane is disposed in a respective vane receptacle with the first and second 2D projections blocking movement of the detachable vane in at least a first axial direction relative to the elliptical plate. a plate comprising a plurality of vane receptacles disposed in the plate about an axis, and a plurality of detachable vanes attached to the plate, characterized in that said plate is elliptical and wherein each detachable vane comprises a cross-sectional profile that varies along a span of the detachable vane, each detachable vane comprises a second two dimensional projection along a base portion of the respective detachable vane, and each detachable vane is disposed in a respective vane receptacle with the first and second 2D projections blocking movement of the detachable vane in at least a first axial direction relative to the elliptical plate.