mhurhangee/ep-ind-claims huggingface dataset:
A method for low bit rate parametric encoding and transport of haptic-tactile signals, the method comprising: at a computing device comprising one or more processors and memory storing one or more programs executed by the one or more processors to perform the method, performing operations comprising: for at least one frame of a plurality of frames of a source haptic-tactile signal, representing (120, 130) the source haptic-tactile signal in the frame as a set of parameters according to a functional representation, wherein the source haptic-tactile signal represents haptic or tactile interaction with a physical environment; and including the set of parameters in a bit stream; wherein the functional representation is based on one of a set of orthogonal functionals, or polynomial approximation. for at least one frame of a plurality of frames of a source haptic-tactile signal, representing (120, 130) the source haptic-tactile signal in the frame as a set of parameters according to a functional representation, wherein the source haptic-tactile signal represents haptic or tactile interaction with a physical environment; and including the set of parameters in a bit stream; wherein the functional representation is based on one of a set of orthogonal functionals, or polynomial approximation.
Cooktop apparatus, in particular an induction cooktop apparatus, having at least one switching unit, by means of which at least one power supply line can be interrupted and established, through which a current generated by means of a power supply voltage flows during at least one operating process and which leads to a first switching element (S 1), and having at least one control apparatus, which controls the switching unit during the operating process in such a manner that the switching unit interrupts the power supply line during at least one first entire time interval (t) and which initiates the establishment of the power supply line immediately before and immediately after the first time interval (t) during the operating process and which initiates a switching of the first switching element (S 1), which starts and ends during the first time interval (t), wherein the first time interval (t) is shorter than the duration of half a period of the power supply voltage, characterised by at least one voltage supply unit, which applies a time-dependent voltage, which is at a minimum point essentially in a centre of the first time interval (t), to the switching unit during the operating process.
An aqueous carbonated beverage comprising any one of: 0.025 to 5 w/v% of a LM pectin; 0.3 to 5 w/v% of alginic acid or a salt thereof; and 0.0025 to 1 w/v% of gellan gum, wherein the aqueous carbonated beverage further comprises water and carbon dioxide, and optionally further comprises 0.001 to 5 w/v% of a pH modifier, the aqueous carbonated beverage has a pH of 3.5 to 7.0, the aqueous carbonated beverage has a gas volume of 0.5 to 4.0, wherein the gas volume represents a ratio of the volume of carbon dioxide to the volume of liquid solvent in which the carbon dioxide is dissolved under the standard conditions of 101325 Pa (1 atm) and 15.6°C, provided that the volume of the liquid is taken as 1, and the aqueous carbonated beverage is a liquid. 0.025 to 5 w/v% of a LM pectin; 0.3 to 5 w/v% of alginic acid or a salt thereof; and 0.0025 to 1 w/v% of gellan gum, wherein the aqueous carbonated beverage further comprises water and carbon dioxide, and optionally further comprises 0.001 to 5 w/v% of a pH modifier, the aqueous carbonated beverage has a pH of 3.5 to 7.0, the aqueous carbonated beverage has a gas volume of 0.5 to 4.0, wherein the gas volume represents a ratio of the volume of carbon dioxide to the volume of liquid solvent in which the carbon dioxide is dissolved under the standard conditions of 101325 Pa (1 atm) and 15.6°C, provided that the volume of the liquid is taken as 1, and the aqueous carbonated beverage is a liquid.
A exhaust pump, comprising: a cylindrical rotating member; support means (10, 11) for rotatably supporting said cylindrical rotating member about an axis thereof; a driving means for rotationally driving said cylindrical rotating member; an outer cylindrical fixed member disposed so as to surround an outer periphery of said cylindrical rotating member; an inner cylindrical fixed member disposed so as to be surrounded by an inner periphery of said cylindrical rotating member; a helical outer thread groove exhaust passage provided between said cylindrical rotating member and said outer cylindrical fixed member; a helical inner thread groove exhaust passage provided between said cylindrical rotating member and said inner cylindrical fixed member; connecting opening portions that are opened in said cylindrical rotating member and that lead a part of gas existing in the vicinity of the outer periphery of said cylindrical rotating member to said inner thread groove exhaust passage; and characterised in that reinforcement means (20, 21) are provided on said cylindrical rotating member, the reinforcement means being configured to reinforce the periphery of said connecting opening portions. a cylindrical rotating member; support means (10, 11) for rotatably supporting said cylindrical rotating member about an axis thereof; a driving means for rotationally driving said cylindrical rotating member; an outer cylindrical fixed member disposed so as to surround an outer periphery of said cylindrical rotating member; an inner cylindrical fixed member disposed so as to be surrounded by an inner periphery of said cylindrical rotating member; a helical outer thread groove exhaust passage provided between said cylindrical rotating member and said outer cylindrical fixed member; a helical inner thread groove exhaust passage provided between said cylindrical rotating member and said inner cylindrical fixed member; connecting opening portions that are opened in said cylindrical rotating member and that lead a part of gas existing in the vicinity of the outer periphery of said cylindrical rotating member to said inner thread groove exhaust passage; and characterised in that reinforcement means (20, 21) are provided on said cylindrical rotating member, the reinforcement means being configured to reinforce the periphery of said connecting opening portions.
A variable vane scheduling method for a compression section of a gas turbine, comprising: adjusting variable vanes from a position based on a first schedule to a position based on a different, second schedule in response to a control feature, wherein the compression section includes a bleed valve for bleeding air, and the control feature comprises an amount of bleed air, characterised in that: the first schedule includes positions that permit a first amount of flow into a compressor, and the second schedule includes positions that permit a second amount of flow into the compressor, the first amount being less than the second amount; and the first and the second schedules (72, 74) determine the position based on a variable that includes at least a rotational speed of a rotor of the compressor and a temperature of the compressor. the first schedule includes positions that permit a first amount of flow into a compressor, and the second schedule includes positions that permit a second amount of flow into the compressor, the first amount being less than the second amount; and the first and the second schedules (72, 74) determine the position based on a variable that includes at least a rotational speed of a rotor of the compressor and a temperature of the compressor.
A catalyst comprising an amorphous support based on alumina, at least one C1-C4 dialkyl succinate, citric acid, phosphorus and a hydrodehydrogenating function comprising at least one element from group VIB and at least one element from group VIII, with the Raman spectrum of the catalyst comprising bands at 990 and/or 974 cm -1, characteristic of at least one Keggin heteropolyanion, the characteristic bands of said succinate and the principal characteristic bands of citric acid.
An earphone device comprising: a housing; a dial rotatably attached to said housing, said dial being disk-shaped and comprising at least one magnetized portion and at least one non-magnetized portion; and at least one magnetic sensor arranged in said housing; wherein said at least one magnetized portion is arranged to, in response to rotation of said dial, intermittently engage with said at least one magnetic sensor, said dial comprises at least one magnetic film strip applied to a first surface of said dial facing said housing, thereby defining said at least one magnetized portion, wherein said dial comprises a plurality N of magnetic film strips applied to said first surface with intermittent gaps in a rotationally symmetrical arrangement, wherein said intermittent gaps define said non-magnetized portions; wherein the number N of magnetic film strips preferably ranges between 3 < N < 20, more preferably N = 16, and wherein each magnetic film strip is arranged to cover a circular sector of said dial. a housing; a dial rotatably attached to said housing, said dial being disk-shaped and comprising at least one magnetized portion and at least one non-magnetized portion; and at least one magnetic sensor arranged in said housing; wherein said at least one magnetized portion is arranged to, in response to rotation of said dial, intermittently engage with said at least one magnetic sensor, said dial comprises at least one magnetic film strip applied to a first surface of said dial facing said housing, thereby defining said at least one magnetized portion, wherein said dial comprises a plurality N of magnetic film strips applied to said first surface with intermittent gaps in a rotationally symmetrical arrangement, wherein said intermittent gaps define said non-magnetized portions; wherein the number N of magnetic film strips preferably ranges between 3 < N < 20, more preferably N = 16, and wherein each magnetic film strip is arranged to cover a circular sector of said dial.
A method of collecting components (108, 112) after separation, the method comprising: receiving, by at least one processor, first data related to an amount of a first component (108, 112) in a multi-component liquid; separating, with a separator, the multi-component liquid into at least two components (108, 112); determining, by the at least one processor, a control gain based on the first data; using the gain in controlling a position of an interface between two separated components of the multi-component liquid; and collecting components (108, 112) of the multi-component liquid. receiving, by at least one processor, first data related to an amount of a first component (108, 112) in a multi-component liquid; separating, with a separator, the multi-component liquid into at least two components (108, 112); determining, by the at least one processor, a control gain based on the first data; using the gain in controlling a position of an interface between two separated components of the multi-component liquid; and collecting components (108, 112) of the multi-component liquid.
A method of antenna array dynamic configuration for 3-Dimension beamforming in azimuth and elevation angle domains for a wireless network, comprising: determining dynamically a mapping pattern for transforming a physical antenna array into a virtual antenna array based on time-varying downlink or uplink baseband channel statistics, from a set of candidate mapping patterns, wherein the baseband channel statistics reflects user equipment distribution variations which are embodied in variations of elevation and azimuth spreads of Degree of Arrival, DoA, or degree of Departure, DoD; and configuring the physical antenna array to different virtual antenna arrays according to the dynamically determined mapping pattern based on the time-varying downlink or uplink baseband channel statistics. determining dynamically a mapping pattern for transforming a physical antenna array into a virtual antenna array based on time-varying downlink or uplink baseband channel statistics, from a set of candidate mapping patterns, wherein the baseband channel statistics reflects user equipment distribution variations which are embodied in variations of elevation and azimuth spreads of Degree of Arrival, DoA, or degree of Departure, DoD; and configuring the physical antenna array to different virtual antenna arrays according to the dynamically determined mapping pattern based on the time-varying downlink or uplink baseband channel statistics.
Construction site information device to display information at a construction site, with a first display means to display building blackboard information, with a fixing means for fixing to a support, with a second display means to display additional information and with a protective cover which is transparent at least in part on a display side of the first display means and the second display means and is liquid-tight at least on a region above the first display means and the second display means, characterised in that electronic control means are provided to display the building blackboard information on the first display means and irrespectively thereof to display the additional information on the second display means, a battery is provided, the control means are adapted, in the event of loss of an energy supply via a cable, to supply the first display means with energy from the battery and the control means are adapted, in the event of loss of an energy supply via the cable, to switch off the second display means.
An alkoxysilane functional polyurethane-urea obtainable by polymerization of reaction components comprising: (a) an alkoxysilane functional thioether diol; (b) a polyisocyanate; and (c) an alkoxysilane functional aspartate ester, wherein the alkoxysilane functional aspartate ester (c) is a Michael addition product of an amino-functional silane and an unsaturated diester. (a) an alkoxysilane functional thioether diol; (b) a polyisocyanate; and (c) an alkoxysilane functional aspartate ester,
A diving board stand comprising: a fulcrum casting (26, 126), the fulcrum casting (26, 126) being a fulcrum base including a cast-in wing formation providing a point for attachment when mounting the stand (10, 110) to a pedestal or platform; a fulcrum roller (14, 114) configured to be supported over the fulcrum base and movable on the fulcrum base; an actuator wheel (12, 112) connected to one end of the fulcrum roller (14, 114) that can be turned to roll the fulcrum roller (14, 114); a rear anchor (20, 120) for connecting the diving board (10, 110) stand to a rear end of a diving board, the rear anchor comprising a tray (23, 123); and an alignment beam (22, 122) for connecting the fulcrum base to the rear anchor (20, 120), wherein an end of the alignment beam (22, 122) nests into the tray (23, 123) and is connected to the rear anchor (20, 120), the alignment beam (22, 122) at its other end being connected to the fulcrum base by an alignment beam mounting bracket. a fulcrum casting (26, 126), the fulcrum casting (26, 126) being a fulcrum base including a cast-in wing formation providing a point for attachment when mounting the stand (10, 110) to a pedestal or platform; a fulcrum roller (14, 114) configured to be supported over the fulcrum base and movable on the fulcrum base; an actuator wheel (12, 112) connected to one end of the fulcrum roller (14, 114) that can be turned to roll the fulcrum roller (14, 114); a rear anchor (20, 120) for connecting the diving board (10, 110) stand to a rear end of a diving board, the rear anchor comprising a tray (23, 123); and an alignment beam (22, 122) for connecting the fulcrum base to the rear anchor (20, 120), wherein an end of the alignment beam (22, 122) nests into the tray (23, 123) and is connected to the rear anchor (20, 120), the alignment beam (22, 122) at its other end being connected to the fulcrum base by an alignment beam mounting bracket.
An orthodontic aligner, characterized in that the aligner comprises a crosslinked polymer or consists of such a polymer, said crosslinked polymer having a glass transition temperature T g, determined by dynamic mechanical analysis at a frequency of 1/s as peak tan δ, of ≥ 25°C and ≤ 60°C, an elasticity modulus, determined by dynamic mechanical analysis as storage modulus E' at a frequency of 1/s at 35°C, of ≥ 500 MPa and ≤ 4000 MPa and a loss factor tan δ, determined by dynamic mechanical analysis at a frequency of 1/s at 35°C, of ≥ 0.08 and wherein the crosslinked polymer is a copolymer, which comprises units based on a first monomer and a second monomer, said first monomer being a (meth)acrylic monomer whose homopolymer has a glass transition temperature, determined by dynamic mechanical analysis at a frequency of 1/s as peak tan δ, of ≤ 0°C, and said second monomer being a (meth)acrylic or styrenic monomer whose homopolymer has a glass transition temperature, determined by dynamic mechanical analysis at a frequency of 1/s as peak tan δ, of ≥ 60°C, and where units based on the first monomer are present in a fraction of ≥ 5 to ≤ 40 weight%, based on the total weight of the crosslinked polymer, and units based on the second monomer are present in a fraction of ≥ 20 to ≤ 80 weight%, based on the total weight of the crosslinked polymer. characterized in that the aligner comprises a crosslinked polymer or consists of such a polymer, said crosslinked polymer having a glass transition temperature T g, determined by dynamic mechanical analysis at a frequency of 1/s as peak tan δ, of ≥ 25°C and ≤ 60°C, an elasticity modulus, determined by dynamic mechanical analysis as storage modulus E' at a frequency of 1/s at 35°C, of ≥ 500 MPa and ≤ 4000 MPa and a loss factor tan δ, determined by dynamic mechanical analysis at a frequency of 1/s at 35°C, of ≥ 0.08 and wherein the crosslinked polymer is a copolymer, which comprises units based on a first monomer and a second monomer, said first monomer being a (meth)acrylic monomer whose homopolymer has a glass transition temperature, determined by dynamic mechanical analysis at a frequency of 1/s as peak tan δ, of ≤ 0°C, and said second monomer being a (meth)acrylic or styrenic monomer whose homopolymer has a glass transition temperature, determined by dynamic mechanical analysis at a frequency of 1/s as peak tan δ, of ≥ 60°C, and where units based on the first monomer are present in a fraction of ≥ 5 to ≤ 40 weight%, based on the total weight of the crosslinked polymer, and units based on the second monomer are present in a fraction of ≥ 20 to ≤ 80 weight%, based on the total weight of the crosslinked polymer.
Panel comprising a panel top side, a panel underside, a panel core and complementary locking means (5, 6) provided in pair-wise relationship at mutually opposite panel edges (7, 8), wherein at least one pair of locking means is provided with complementary hook profiles, namely a receiving hook and an arresting hook opposite thereto, with the proviso that the receiving hook has arranged remote from the main body a hook edge and arranged closer to the main body a receiving recess, wherein the receiving recess is open towards the panel top side and wherein the arresting hook is provided with an arresting recess arranged closer to the main body and open towards the panel underside and an arresting shoulder which is arranged remote from the main body and which fits in the perpendicular joining direction into the receiving recess of the receiving hook, wherein the arresting hook has an arresting contour with a vertical locking action and the receiving hook has a positively locking contour which for the purposes of vertical locking fits together in positively locking relationship with the arresting contour of the arresting hook, wherein the arresting hook has a horizontally locking holding surface arranged closer to the main body at its arresting shoulder and the receiving hook is provided with a horizontally locking holding surface arranged remote from the main body in the receiving recess, wherein the receiving hook is provided with a sealing groove open towards the panel top side and wherein the arresting hook has a sealing strip which projects with respect to the panel underside and which fits into the sealing groove in the assembled state of the complementary hook profiles, characterised in that the sealing groove and the sealing strip are arranged in the region of the panel core and the surface of the sealing groove is formed from the material of the panel core and/or the surface of the sealing strip is formed from the material of the panel core, wherein the panel core has a swelling property.
A micropositioning device for a piezoelectric actuator, said piezoelectric actuator comprising at least one piezoelectric material capable of deforming when it is subjected to an electric field, the device comprising: - means for controlling an electric field applied to said piezoelectric actuator so as to deform the piezoelectric material, and - means for simultaneously measuring a variation in electric charge accumulated on the piezoelectric actuator as a result of the deformation; and - means for acquiring measurements of the electric charge variation, for processing these acquisitions and for estimating a displacement (x, y, z) of the piezoelectric actuator and/or an applied force on the basis of the measurement of the variation in electric charge accumulated on the piezoelectric actuator, the device being characterized in that the means for controlling and the means for measuring further comprise: - a voltage generator connected in parallel to: • a divider bridge, the divider bridge being composed of a first resistor and a second resistor in series, and to • a first capacitor connected in series with the piezoelectric actuator, - a charge amplifier having a first input connected to a node between the two resistors, forming a virtual ground at floating high potential, and a second input connected to a node between the first capacitor and the piezoelectric actuator. - means for controlling an electric field applied to said piezoelectric actuator so as to deform the piezoelectric material, and - means for simultaneously measuring a variation in electric charge accumulated on the piezoelectric actuator as a result of the deformation; and - means for acquiring measurements of the electric charge variation, for processing these acquisitions and for estimating a displacement (x, y, z) of the piezoelectric actuator and/or an applied force on the basis of the measurement of the variation in electric charge accumulated on the piezoelectric actuator, - a voltage generator connected in parallel to: • a divider bridge, the divider bridge being composed of a first resistor and a second resistor in series, and to • a first capacitor connected in series with the piezoelectric actuator, • a divider bridge, the divider bridge being composed of a first resistor and a second resistor in series, and to • a first capacitor connected in series with the piezoelectric actuator, - a charge amplifier having a first input connected to a node between the two resistors, forming a virtual ground at floating high potential, and a second input connected to a node between the first capacitor and the piezoelectric actuator.