mhurhangee/ep-ind-claims huggingface dataset:
Curable casting compound for producing moulded plastics material components for the kitchen and/or sanitary sector, in particular kitchen sinks and worktops for kitchens, comprising a casting compound having a binding agent material composition and a filling material composition, wherein the filling material composition has at least a first proportion of granular mineral particles, characterised in that the filling material composition has a second proportion of expandable microcells of at least 0.10 % by weight and less than 0.175 % by weight with respect to the casting compound, and wherein the filling material composition has a third proportion of a peroxide admixture and in that the binding agent material composition has at least a proportion of a liquid monomer acrylate and wherein the curable casting compound has at least two different types of granular mineral particles, and wherein the ratio of the weight proportion of expandable microcells and the weight proportion of at least one type of the at least two types of granular particles is less than 10 %, in particular less than 5 %, preferably between 2 % and 3 %. comprising a casting compound having a binding agent material composition and a filling material composition, wherein the filling material composition has at least a first proportion of granular mineral particles, characterised in that the filling material composition has a second proportion of expandable microcells of at least 0.10 % by weight and less than 0.175 % by weight with respect to the casting compound, and wherein the filling material composition has a third proportion of a peroxide admixture and in that the binding agent material composition has at least a proportion of a liquid monomer acrylate and wherein the curable casting compound has at least two different types of granular mineral particles, and wherein the ratio of the weight proportion of expandable microcells and the weight proportion of at least one type of the at least two types of granular particles is less than 10 %, in particular less than 5 %, preferably between 2 % and 3 %.
A communication system, with a central control unit and with first connection units (AE-KE, AE-N) comprising a subscriber interface or a network interface, for the connection with communication terminals (KE-A, KE-B, KE-C), wherein in each case a separate data processing device (PC-A, PC-B) with monitor device is associated with internal communication terminals (KE-A, KE-B), characterised by a communication system-internal DV control unit (HTTP), different from the central control unit and connected thereto via a communication system-internal bus system - which is set up for transmitting data relating to the respective conversation partners to the data processing device (PC-A, PC-B) which is associated with a voice connection with an internal communication terminal (KE-A, KE-B), and - which is designed for converting and forwarding information sent on the data processing device side to the central control unit, and at least one second connection unit (AE-R), which is connected to the communication system-internal DV control (HTTP) and comprises a computer interface for the connection of the data processing devices (PC-A, PC-B), wherein the second connection unit (AE-R) is different from the first connection units (AE-KE, AE-N). - which is set up for transmitting data relating to the respective conversation partners to the data processing device (PC-A, PC-B) which is associated with a voice connection with an internal communication terminal (KE-A, KE-B), and - which is designed for converting and forwarding information sent on the data processing device side to the central control unit, and
A consumer product comprising: (a) a consumer product base; and (b) a capsule delivery system comprising a first capsule containing a first capsule wall encapsulating a first active material and a second capsule containing a second capsule wall encapsulating a second active material, wherein the first capsule and second capsule are cured at different temperatures and/or are cured for different amounts of time, and wherein the capsule delivery system exhibits a linear release profile for the first active material and second active material. (a) a consumer product base; and (b) a capsule delivery system comprising a first capsule containing a first capsule wall encapsulating a first active material and a second capsule containing a second capsule wall encapsulating a second active material, wherein the first capsule and second capsule are cured at different temperatures and/or are cured for different amounts of time, and wherein the capsule delivery system exhibits a linear release profile for the first active material and second active material.
A method of manufacturing at least one kind of eukaryotic cells or a biosynthetic substance derived from the eukaryotic cells by proliferating the cells, the method comprising: preparing an arbificially synthesized peptide for promoting proliferation of at least one kind of eukaryotic cells, the synthesized peptide comprises: an amino acid sequence selected from SEQ ID NOs: 1 to 18, and an amino acid sequence selected from SEQ ID NO: 24; incubating the eukaryotic cells in a culture medium; adding the synthesized peptide at least once to the culture medium during the incubation process; and further culturing the cells after adding the synthesized peptide to proliferate the cells. preparing an arbificially synthesized peptide for promoting proliferation of at least one kind of eukaryotic cells, the synthesized peptide comprises: an amino acid sequence selected from SEQ ID NOs: 1 to 18, and an amino acid sequence selected from SEQ ID NO: 24; an amino acid sequence selected from SEQ ID NOs: 1 to 18, and an amino acid sequence selected from SEQ ID NO: 24; incubating the eukaryotic cells in a culture medium; adding the synthesized peptide at least once to the culture medium during the incubation process; and further culturing the cells after adding the synthesized peptide to proliferate the cells.
Acoustic resonator for a fan, the acoustic resonator comprising a housing defining an internal volume having an annular shape, the housing having an upstream face corresponding to the inlet of the acoustic resonator and a downstream face corresponding to the outlet of the acoustic resonator, the housing and the internal volume being coaxial relative to a longitudinal axis of the acoustic resonator, wherein the internal volume comprises at least one coaxial helical channel, the at least one coaxial channel comprising an inlet and an outlet corresponding to the inlet and the outlet of the acoustic resonator, characterized in that the acoustic resonator comprises adjusting means provided for modifying the length between the inlet and the outlet of the acoustic resonator according to an acoustic frequency, in order to lower noise.
Optical guiding device for guiding a light beam (1.3) transporting an image, comprising: - a material forming a guide (1.5) equipped with two parallel planar faces (2.3, 2.4), the image-transporting light beam then being collimated; - an injection section (1.4) allowing the entry of the light beam into the guide (1.5), the beam (1.6) propagating through the guide via successive reflections from the two faces (2.3, 2.4) of the guide; - an extraction section (1.7) allowing the exit of the beam; in which the extraction section comprises a plurality of microstructures located on the surface of one of the two faces (3.2) of the guide (1.5), each microstructure comprising a reflective planar surface (3.4) that causes the exit, via the opposite face of the guide, of the light rays (3.5) of the beam that strike said reflective planar surface (3.4), said reflective planar surfaces (3.4) being parallel to one another, and characterized in that the extraction section comprises at least one transparent interstitial region that is formed from a planar section parallel to the surface of the guide and that is placed between said microstructures. - a material forming a guide (1.5) equipped with two parallel planar faces (2.3, 2.4), the image-transporting light beam then being collimated; - an injection section (1.4) allowing the entry of the light beam into the guide (1.5), the beam (1.6) propagating through the guide via successive reflections from the two faces (2.3, 2.4) of the guide; - an extraction section (1.7) allowing the exit of the beam;
Hinge for a micromechanical and/or nanomechanical structure including a support, at least one movable part in an out-of-plane direction with respect to the support, said hinge being intended to suspend the movable part from the support allowing for the out-of-plane displacement of the movable part, the hinge including at least one torsion element including at least one beam aligned with the axis of rotation of the hinge and intended to be deformed in torsion, said torsion element being connected by one longitudinal end to an anchoring pad of the support, and by the other longitudinal end to the movable part, at least one bending element (E1, E6) intended to be deformed in bending, said bending element (E1, E6) mechanically connecting the movable part and the support and including at least one pair of a first (12.1, 112.1) and of a second (12.2, 112.2) beam parallel with each other and each beam extending in a plane perpendicular to the axis of rotation of the hinge, the first beam (12.1, 112.1) being directly connected to the support and the second beam (12.2, 112.2) being directly connected to the movable part, the first and second beams being connected to one another by a first connecting element at least at one of the longitudinal ends thereof, the first and second beams extending in the same direction from the first connecting element, characterized in that the ends of the first beam are positioned on either side of the axis of rotation and the ends of the second beam are positioned on either side of the axis of rotation, and in that the axis of rotation Y1 passes between the beams of flexion. said torsion element being connected by one longitudinal end to an anchoring pad of the support, and by the other longitudinal end to the movable part, at least one bending element (E1, E6) intended to be deformed in bending, said bending element (E1, E6) mechanically connecting the movable part and the support and including at least one pair of a first (12.1, 112.1) and of a second (12.2, 112.2) beam parallel with each other and each beam extending in a plane perpendicular to the axis of rotation of the hinge, the first beam (12.1, 112.1) being directly connected to the support and the second beam (12.2, 112.2) being directly connected to the movable part, the first and second beams being connected to one another by a first connecting element at least at one of the longitudinal ends thereof, the first and second beams extending in the same direction from the first connecting element, characterized in that the ends of the first beam are positioned on either side of the axis of rotation and the ends of the second beam are positioned on either side of the axis of rotation, and in that the axis of rotation Y1 passes between the beams of flexion.
A method to detect an incorrectly wired line in a vectoring group, which incorrectly wired line does not share a same physical binder with other lines of said vectoring group, in a DSL communication system with a plurality of lines between an access node and a plurality of end user nodes, said DSL communication system being equipped with an internal crosstalk cancellation mechanism for reducing or cancelling internal crosstalk between said plurality of lines, said method comprising: - measuring at least one operational parameter of said DSL communication system during normal operation of said communication system; and for each line: - estimating, based on said measured at least one operational parameter, a first bitrate parameter of said DSL communication system for a situation where said internal crosstalk cancellation mechanism is inactive; - estimating, based on said measured at least one operational parameter, a second bitrate parameter of said DSL communication system for a situation where said internal crosstalk cancellation mechanism is active; - estimating, based on said measured at least one operational parameter, a third bitrate parameter of said DSL communication system for a situation without internal and external crosstalk; and - determining at least whether said line is incorrectly wired in said DSL communication system, based on said first, second and third bitrate parameters. - measuring at least one operational parameter of said DSL communication system during normal operation of said communication system; and for each line: - estimating, based on said measured at least one operational parameter, a first bitrate parameter of said DSL communication system for a situation where said internal crosstalk cancellation mechanism is inactive; - estimating, based on said measured at least one operational parameter, a second bitrate parameter of said DSL communication system for a situation where said internal crosstalk cancellation mechanism is active; - estimating, based on said measured at least one operational parameter, a third bitrate parameter of said DSL communication system for a situation without internal and external crosstalk; and - determining at least whether said line is incorrectly wired in said DSL communication system, based on said first, second and third bitrate parameters. - estimating, based on said measured at least one operational parameter, a first bitrate parameter of said DSL communication system for a situation where said internal crosstalk cancellation mechanism is inactive; - estimating, based on said measured at least one operational parameter, a second bitrate parameter of said DSL communication system for a situation where said internal crosstalk cancellation mechanism is active; - estimating, based on said measured at least one operational parameter, a third bitrate parameter of said DSL communication system for a situation without internal and external crosstalk; and - determining at least whether said line is incorrectly wired in said DSL communication system, based on said first, second and third bitrate parameters.
A power generation system comprising: a power generator including a stationary part, a movable part and a coil provided at the stationary part or the movable part, the power generator being configured to convert mechanical energy of the movable part into alternating-current electric power by electromagnetic induction using the coil; a displacement measuring part configured to measure a linear displacement of the movable part based on a resistance of the coil and at least one of a current of the alternating-current electric power, an integral value of the current, a voltage of the alternating-current electric power, and an integral value of the voltage; a rectifying circuit configured to convert the alternating-current electric power into direct-current electric power; a converter configured to include a switching circuit, and to convert the direct-current electric power from one voltage level to another, and a controller (70, 72, 74, 76) configured to increase a duty ratio of the switching circuit in response to the measured linear displacement becoming equal to or greater than a first reference displacement. a power generator including a stationary part, a movable part and a coil provided at the stationary part or the movable part, the power generator being configured to convert mechanical energy of the movable part into alternating-current electric power by electromagnetic induction using the coil; a displacement measuring part configured to measure a linear displacement of the movable part based on a resistance of the coil and at least one of a current of the alternating-current electric power, an integral value of the current, a voltage of the alternating-current electric power, and an integral value of the voltage; a rectifying circuit configured to convert the alternating-current electric power into direct-current electric power; a converter configured to include a switching circuit, and to convert the direct-current electric power from one voltage level to another, and a controller (70, 72, 74, 76) configured to increase a duty ratio of the switching circuit in response to the measured linear displacement becoming equal to or greater than a first reference displacement.
A method implemented in a first node in a network, the method comprising: receiving, at a receiver of the first node, data indicating connectivity of a plurality of nodes in the network including the first node; building, by a processor of the first node, a flooding topology based on the connectivity by: selecting one of the nodes as a root node, and building a tree of links connecting the root node to the nodes in the network according to an algorithm, wherein the algorithm is contained in an algorithm field of a received link state message; storing the flooding topology in a memory; and flooding, by a transmitter of the first node, link state messages over the flooding topology. receiving, at a receiver of the first node, data indicating connectivity of a plurality of nodes in the network including the first node; building, by a processor of the first node, a flooding topology based on the connectivity by: selecting one of the nodes as a root node, and building a tree of links connecting the root node to the nodes in the network according to an algorithm, wherein the algorithm is contained in an algorithm field of a received link state message; selecting one of the nodes as a root node, and building a tree of links connecting the root node to the nodes in the network according to an algorithm, wherein the algorithm is contained in an algorithm field of a received link state message; storing the flooding topology in a memory; and flooding, by a transmitter of the first node, link state messages over the flooding topology.
A damper, comprising: a housing member wherein a bottom portion is formed at one end of an outer cylinder portion formed in a cylinder shape, an open end portion is formed at another end of the outer cylinder portion, and a groove portion is formed on an inner periphery; and a lid member wherein a movable member housed in the housing member is provided, and a projection portion engaging the groove portion is formed, wherein a thin wall portion which is thinner than the outer cylinder portion is formed between the groove portion and the bottom portion in the outer cylinder portion, on a groove portion side more than an intermediate portion between the groove portion and the bottom portion in the outer cylinder portion, said damper being characterized in that the thin wall portion is formed on an outer peripheral face in a vicinity of the groove portion. a housing member wherein a bottom portion is formed at one end of an outer cylinder portion formed in a cylinder shape, an open end portion is formed at another end of the outer cylinder portion, and a groove portion is formed on an inner periphery; and a lid member wherein a movable member housed in the housing member is provided, and a projection portion engaging the groove portion is formed, wherein a thin wall portion which is thinner than the outer cylinder portion is formed between the groove portion and the bottom portion in the outer cylinder portion, on a groove portion side more than an intermediate portion between the groove portion and the bottom portion in the outer cylinder portion, said damper being characterized in that the thin wall portion is formed on an outer peripheral face in a vicinity of the groove portion.
A protection system (114; 200) for connection between a power source (102; 400) and a direct current ring bus comprising: a passive protection assembly (106; 212) comprising: a first branch comprising a first end and a second end, said first branch including an inductor coupled between said first end and said second end of said first branch; a second branch comprising a first end and a second end, said second branch comprising a diode in series with a resistance coupled between said first end and said second end of said second branch; and a third branch having a first end and a second end, said third branch comprising a diode in series with a resistance coupled between said first end and said second end of said third branch, said first ends of said first branch, said second branch, and said third branch coupled together and said second ends of said first branch, said second branch and third branch coupled together; and a switch assembly (104; 210; 300) coupled to said passive protection assembly (106; 212), characterized in that said switch assembly (104; 210; 300) comprises a bidirectional switch coupled in parallel with an RC assembly comprising a resistor coupled in series with a capacitor, said RC assembly coupled in parallel with said bidirectional switch. a passive protection assembly (106; 212) comprising: a first branch comprising a first end and a second end, said first branch including an inductor coupled between said first end and said second end of said first branch; a second branch comprising a first end and a second end, said second branch comprising a diode in series with a resistance coupled between said first end and said second end of said second branch; and a third branch having a first end and a second end, said third branch comprising a diode in series with a resistance coupled between said first end and said second end of said third branch, said first ends of said first branch, said second branch, and said third branch coupled together and said second ends of said first branch, said second branch and third branch coupled together; and a first branch comprising a first end and a second end, said first branch including an inductor coupled between said first end and said second end of said first branch; a second branch comprising a first end and a second end, said second branch comprising a diode in series with a resistance coupled between said first end and said second end of said second branch; and a third branch having a first end and a second end, said third branch comprising a diode in series with a resistance coupled between said first end and said second end of said third branch, said first ends of said first branch, said second branch, and said third branch coupled together and said second ends of said first branch, said second branch and third branch coupled together; and a switch assembly (104; 210; 300) coupled to said passive protection assembly (106; 212), characterized in that said switch assembly (104; 210; 300) comprises a bidirectional switch coupled in parallel with an RC assembly comprising a resistor coupled in series with a capacitor, said RC assembly coupled in parallel with said bidirectional switch.