mhurhangee/ep-ind-claims huggingface dataset:
A method for communicating on an electrical bus (HS, LS) between a master device and a slave device the method comprising the steps of: a) the master device generating a master logical signal on the electrical bus (HS, LS) during a bit time in the form of a voltage pulse defined by an increase in voltage magnitude and a decrease in voltage magnitude on the electrical bus (HS, LS), wherein the time that the voltage on the electrical bus is at a level within the bit time is dependent on the logical value of the master logical signal; b) the slave device generating a slave logical signal on the electrical bus (HS, LS) during the same bit time in the form of a current signal, wherein the magnitude of the current signal is dependent on the logical value of the slave logical signal; and c) the master device reading the slave logical signal by sampling the magnitude of the current signal on the electrical bus (HS, LS) substantially at the same time as the increase in voltage magnitude when the master device is generating a first type of master logical signal and at substantially the same time as the decrease in voltage magnitude when the master device is generating a second different type of master logical signal. a) the master device generating a master logical signal on the electrical bus (HS, LS) during a bit time in the form of a voltage pulse defined by an increase in voltage magnitude and a decrease in voltage magnitude on the electrical bus (HS, LS), wherein the time that the voltage on the electrical bus is at a level within the bit time is dependent on the logical value of the master logical signal; b) the slave device generating a slave logical signal on the electrical bus (HS, LS) during the same bit time in the form of a current signal, wherein the magnitude of the current signal is dependent on the logical value of the slave logical signal; and c) the master device reading the slave logical signal by sampling the magnitude of the current signal on the electrical bus (HS, LS) substantially at the same time as the increase in voltage magnitude when the master device is generating a first type of master logical signal and at substantially the same time as the decrease in voltage magnitude when the master device is generating a second different type of master logical signal.
A method of transmitting a signal related to a change in a transmission format in a wireless communication system which uses an orthogonal frequency division multiplexing, OFDM, symbol or a single carrier-frequency division multiple access, SC-FDMA, symbol, the method comprising: transmitting, by a base station, from the base station to a receiver, first control information including a radio resource control, RRC, message indicating that a first transmission format is changed to a second transmission format, wherein the first control information is transmitted based on at least one subframe indicated by the first transmission format; starting, by the base station, a first timer upon transmitting the first control information; determining, by the base station, whether an acknowledgement, ACK, message for the RRC message is received from the receiver before the first timer expires; if the ACK message is not received before the first timer expires, starting, by the base station, a second timer; after starting the second timer, repetitively and alternately transmitting, by the base station, the first control information including the RRC message and a second control information including the RRC message before the second timer expires, wherein the second control information is transmitted based on at least one subframe indicated by the second transmission format; and if the ACK message for the RRC message is received before the second timer expires, communicating, by the base station, with the receiver based on at least one subframe indicated by the second transmission format. transmitting, by a base station, from the base station to a receiver, first control information including a radio resource control, RRC, message indicating that a first transmission format is changed to a second transmission format, wherein the first control information is transmitted based on at least one subframe indicated by the first transmission format; starting, by the base station, a first timer upon transmitting the first control information; determining, by the base station, whether an acknowledgement, ACK, message for the RRC message is received from the receiver before the first timer expires; if the ACK message is not received before the first timer expires, starting, by the base station, a second timer; after starting the second timer, repetitively and alternately transmitting, by the base station, the first control information including the RRC message and a second control information including the RRC message before the second timer expires, wherein the second control information is transmitted based on at least one subframe indicated by the second transmission format; and if the ACK message for the RRC message is received before the second timer expires, communicating, by the base station, with the receiver based on at least one subframe indicated by the second transmission format.
A mower unit comprising: a blade unit including: a rotary shaft having a rotary axis extending in a vertical direction; and a blade which is provided on the rotary shaft and rotatable about the rotary axis; a blade housing that covers the blade unit from above to create a mowing space therein and is provided outside thereof with a recess spreading radially from the rotary shaft; characterized in that the mower unit further comprises a deck lid that covers the recess from above to create an intermediate space; a primary air flowing part that allows ambient air to flow between outside and the intermediate space; and a secondary air flowing part that allows air to flow between the intermediate space and the mowing space. a blade unit including: a rotary shaft having a rotary axis extending in a vertical direction; and a blade which is provided on the rotary shaft and rotatable about the rotary axis; a blade housing that covers the blade unit from above to create a mowing space therein and is provided outside thereof with a recess spreading radially from the rotary shaft; characterized in that the mower unit further comprises a deck lid that covers the recess from above to create an intermediate space; a primary air flowing part that allows ambient air to flow between outside and the intermediate space; and a secondary air flowing part that allows air to flow between the intermediate space and the mowing space.
A device comprising: a test plate comprising plurality of wells (111, 112, 113, 114), each well configured to contain a substance to be analyzed; sensors (120, 221, 231, 241) configured to sense characteristics of the substance and to generate sensor signals based on the sensed characteristics, the sensors (120, 221, 231, 241) arranged so that multiple sensors (120, 221, 231, 241) are associated with each well, at least one sensor of the multiple sensors (120, 221, 231, 241) configured to sense a characteristic of the substance that is different from a characteristic sensed by another sensor of the multiple sensors (120, 221, 231, 241); and sensor select circuitry coupled to the sensors (120, 221, 231, 241), the sensor select circuitry and the sensors (120, 221, 231, 241) arranged on a backplane (152, 295), the backplane (152, 295) disposed along the test plate, the sensor select circuitry configured to enable the sensor signals of selected sensors to be accessed at a data output; wherein the multiple sensors (120, 221, 231, 241) comprise an acoustic sensor, and each of the plurality of wells (111, 112, 113, 114) are defined and separated from one another by well walls that extend from the backplane (152, 295). a test plate comprising plurality of wells (111, 112, 113, 114), each well configured to contain a substance to be analyzed; sensors (120, 221, 231, 241) configured to sense characteristics of the substance and to generate sensor signals based on the sensed characteristics, the sensors (120, 221, 231, 241) arranged so that multiple sensors (120, 221, 231, 241) are associated with each well, at least one sensor of the multiple sensors (120, 221, 231, 241) configured to sense a characteristic of the substance that is different from a characteristic sensed by another sensor of the multiple sensors (120, 221, 231, 241); and sensor select circuitry coupled to the sensors (120, 221, 231, 241), the sensor select circuitry and the sensors (120, 221, 231, 241) arranged on a backplane (152, 295), the backplane (152, 295) disposed along the test plate, the sensor select circuitry configured to enable the sensor signals of selected sensors to be accessed at a data output; wherein the multiple sensors (120, 221, 231, 241) comprise an acoustic sensor, and each of the plurality of wells (111, 112, 113, 114) are defined and separated from one another by well walls that extend from the backplane (152, 295).
A hybrid prosthetic heart valve having an inflow end and an outflow end, comprising: a valve member including a plurality of flexible leaflets configured to ensure one-way blood flow therethrough; and a generally tubular expandable inflow stent frame having a radially-expandable inflow end and an outflow end secured to and projecting from an inflow end of the valve member, wherein the outflow end of the stent frame undulates with peaks and valleys, and further wherein the outflow end includes integrated commissure posts to which the leaflets attach, the outflow end of the stent frame including a circumferential structure defining a nominal diameter that enables physiological functioning of the valve member when implanted, the circumferential structure being radially expandable from the nominal diameter to a larger expanded diameter upon application of an outward dilatory force from within the stent frame substantially larger than forces associated with normal physiological use, and wherein the circumferential structure has limited radially compressibility of between about 7-20% of the nominal diameter to reduce the size of the outflow end during delivery of the heart valve. a valve member including a plurality of flexible leaflets configured to ensure one-way blood flow therethrough; and a generally tubular expandable inflow stent frame having a radially-expandable inflow end and an outflow end secured to and projecting from an inflow end of the valve member, wherein the outflow end of the stent frame undulates with peaks and valleys, and further wherein the outflow end includes integrated commissure posts to which the leaflets attach, the outflow end of the stent frame including a circumferential structure defining a nominal diameter that enables physiological functioning of the valve member when implanted, the circumferential structure being radially expandable from the nominal diameter to a larger expanded diameter upon application of an outward dilatory force from within the stent frame substantially larger than forces associated with normal physiological use, and wherein the circumferential structure has limited radially compressibility of between about 7-20% of the nominal diameter to reduce the size of the outflow end during delivery of the heart valve.
A cosmetic sheet to be put on a discolored portion of skin, comprising: a thin film, one surface of which is to be put on the skin; a complementary color layer formed by applying an ink with a color tone complementary to the color of the discolored portion to the other surface of the thin film; a light scattering layer formed by applying an ink containing a reflective material to the complementary color layer and; a coloring layer placed formed by applying a coloring material ink to the light scattering layer, wherein each of the inks for the complementary color layer, the light scattering layer, and the coloring layer further contains a higher alcohol having three to five carbon atoms, purified water, and an acrylic resin, the acrylic resin contains at least one polymer selected from the group consisting of homopolymers of an acrylic monomer and copolymers of two or more acrylic monomers, and wherein the complementary color layer has a basic color of blue and has a maximum at a wavelength in the range of 380 to 570 nm in its spectral reflectance curve. a thin film, one surface of which is to be put on the skin; a complementary color layer formed by applying an ink with a color tone complementary to the color of the discolored portion to the other surface of the thin film; a light scattering layer formed by applying an ink containing a reflective material to the complementary color layer and; a coloring layer placed formed by applying a coloring material ink to the light scattering layer, wherein each of the inks for the complementary color layer, the light scattering layer, and the coloring layer further contains a higher alcohol having three to five carbon atoms, purified water, and an acrylic resin, the acrylic resin contains at least one polymer selected from the group consisting of homopolymers of an acrylic monomer and copolymers of two or more acrylic monomers, and wherein the complementary color layer has a basic color of blue and has a maximum at a wavelength in the range of 380 to 570 nm in its spectral reflectance curve.
A method for improving the resistance to oxidation of lubricating oils used to lubricate engines run on biodiesel fuels comprising adding to the lubricating oil 0.5 to 20 wt% (active ingredients) of a combination of one or more detergents selected from hydrocarbyl-substituted salicylate and magnesium salicylate and one or more anti-oxidants selected from mixtures of hindered phenolic anti-oxidants and aminic anti-oxidants, wherein the weight ratio (active ingredient) of detergent to anti-oxidant is in the range 1:99 to 99:1 and wherein the one or more detergents and the one or more anti-oxidants are premixed neat, in the absence of lubricating oil or biodiesel fuel, at a temperature of 40 to 160°C for 30 to 500 minutes, prior to being added to the lubricating oil.
Parking device for temporarily parking a connector (C') associated with a patch cord (K'), wherein the parking device comprises a parking panel and a base for supporting the parking panel, wherein the parking panel comprises a parking panel body extending in a parking plane and one or more parking sockets provided at said parking panel body for receiving the connector (C') from a parking side of said parking plane, the parking device characterized in that the parking panel is movable relative to the base in a retraction direction facing away from the parking side from a parking position to a retraction position spaced apart from said parking position, wherein the parking device further comprises one or more linear guides (61, 62) for guiding the movement of the parking panel relative to the base in the retraction direction between the parking position and the retraction position.
A manual control device of the opening and closing of the lock of a door or window, comprising a support body having a longitudinal cavity, a rotatable manual gripping member having a housing, a control rod engaged in said cavity of said support body, and at least one quick blocking element of the axial extraction of said support body from said control rod, said support body having an end that is internal of said manual gripping member and rigidly engaged in said housing and an end that is external of said manual gripping member, a support plate of said support body being further provided, fixable to the door or window and provided with a hole in which said external end of said support body is rotatably engaged, and indexing means of the angular position of said manual gripping member, said indexing means comprising at least one blocking seat and at least one snap-fitting member engaged in said blocking seat, characterised in that said at least one blocking seat or said at least one snap-fitting member are formed integrally with said support body, said control rod being frictionally engaged with said at least one quick blocking element and with at least one insert of said support body adapted to increase the force opposing the axial sliding of the control rod along said support body.
A gear assembly support for a gas turbine engine comprising: a first portion configured for attachment to a case of the gas turbine engine; a second portion configured for supporting a gear assembly; a snap portion defining a fit within the case, the snap portion including a tunable feature for adjusting the fit within the case; and a torque reacting portion for transferring torque from the second portion to the first portion independent of the snap portion, wherein the snap portion comprises an outer diameter defining the fit within the case and characterised in that the tunable feature comprises a thickness between an undercut and the outer diameter, wherein the outer diameter comprises a complete uninterrupted outer diameter and the undercut comprises a plurality of undercuts spaced circumferentially apart proximate the outer diameter, and the torque reacting portion comprises a plurality of deformation limiting portions between the plurality of circumferentially spaced undercuts and having a thickness portion that is thicker than a thickness between each undercut and an inner surface of the support. a first portion configured for attachment to a case of the gas turbine engine; a second portion configured for supporting a gear assembly; a snap portion defining a fit within the case, the snap portion including a tunable feature for adjusting the fit within the case; and a torque reacting portion for transferring torque from the second portion to the first portion independent of the snap portion, wherein the snap portion comprises an outer diameter defining the fit within the case and the tunable feature comprises a thickness between an undercut and the outer diameter, wherein the outer diameter comprises a complete uninterrupted outer diameter and the undercut comprises a plurality of undercuts spaced circumferentially apart proximate the outer diameter, and the torque reacting portion comprises a plurality of deformation limiting portions between the plurality of circumferentially spaced undercuts and having a thickness portion that is thicker than a thickness between each undercut and an inner surface of the support.
An anti-pollution complex comprising: - from 15 to 25 weight % (w. %) of at least one aqueous extract of Calendula flowers, - from 15 to 25 w. % of an oily extract of at least one oily extract of Calendula flowers, said oily extract being obtained by maceration of dried flowers in alcohol, filtration of the alcoholic macerate and addition of an oily phase to the filtrate before total evaporation of the alcohol, and - from 15 to 25 w. % of an aqueous extract of at least one aqueous extract of Lilium candidum bulb, - from 2 to 5 w % of a thickening agent, and - a sufficient amount of water to complete the total weight up to 100 w. %. - from 15 to 25 weight % (w. %) of at least one aqueous extract of Calendula flowers, - from 15 to 25 w. % of an oily extract of at least one oily extract of Calendula flowers, said oily extract being obtained by maceration of dried flowers in alcohol, filtration of the alcoholic macerate and addition of an oily phase to the filtrate before total evaporation of the alcohol, and - from 15 to 25 w. % of an aqueous extract of at least one aqueous extract of Lilium candidum bulb, - from 2 to 5 w % of a thickening agent, and - a sufficient amount of water to complete the total weight up to 100 w. %.
Cable drum with a traction cable wound thereon for a winding device with a winding shaft, characterised in that the traction cable wound onto the cable drum is covered completely by at least one layer of flexible material, so that the wound traction cable is prevented from detaching itself automatically from the cable drum, in particular from springing up, and in that the flexible material is such the traction cable with tension on the unwound traction cable section with a predefined, comparatively light tensile force releases a traction cable section lifting from the cable drum, but continues to cover the remaining windings and thus remains fixed.
A method implemented at a base station (110, 500), comprising: determining a plurality of semi-persistent scheduling, SPS, configurations for a terminal device (120, 600, 700); indicating priority information associated with at least one of the plurality of SPS configurations to the terminal device (120, 600, 700), so that the terminal device (120, 600, 700) can select an SPS configuration from the at least one SPS configuration for packet transmission based on the priority information; receiving, from the terminal device (120, 600, 700), an indication of the SPS configuration selected by the terminal device (120, 600, 700); and adjusting the priority information based on the indication. determining a plurality of semi-persistent scheduling, SPS, configurations for a terminal device (120, 600, 700); indicating priority information associated with at least one of the plurality of SPS configurations to the terminal device (120, 600, 700), so that the terminal device (120, 600, 700) can select an SPS configuration from the at least one SPS configuration for packet transmission based on the priority information; receiving, from the terminal device (120, 600, 700), an indication of the SPS configuration selected by the terminal device (120, 600, 700); and adjusting the priority information based on the indication.
An imaging apparatus comprising: a transfer belt; a transfer roller including a metal shaft electrically floating during an imaging operation; a conductive device having an electrical resistance lower than an electrical resistance of the transfer roller; and a power source electrically connected to the conductive device, the power source including: a first supply path to supply a first electrical bias to the conductive device during an imaging operation; and a second supply path to supply a second electrical bias to the transfer roller during a cleaning operation, wherein the conductive device is moveable toward and away from the transfer roller, characterised in that the power source is configured to supply the first electrical bias to the conductive device when the conductive device contacts the transfer roller, and to supply the second electrical bias to the transfer roller when the conductive device is spaced apart from the transfer roller. a transfer belt; a transfer roller including a metal shaft electrically floating during an imaging operation; a conductive device having an electrical resistance lower than an electrical resistance of the transfer roller; and a power source electrically connected to the conductive device, the power source including: a first supply path to supply a first electrical bias to the conductive device during an imaging operation; and a second supply path to supply a second electrical bias to the transfer roller during a cleaning operation, wherein the conductive device is moveable toward and away from the transfer roller, characterised in that the power source is configured to supply the first electrical bias to the conductive device when the conductive device contacts the transfer roller, and to supply the second electrical bias to the transfer roller when the conductive device is spaced apart from the transfer roller. a first supply path to supply a first electrical bias to the conductive device during an imaging operation; and a second supply path to supply a second electrical bias to the transfer roller during a cleaning operation, wherein the conductive device is moveable toward and away from the transfer roller, characterised in that the power source is configured to supply the first electrical bias to the conductive device when the conductive device contacts the transfer roller, and to supply the second electrical bias to the transfer roller when the conductive device is spaced apart from the transfer roller.