mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a touch-input section which detects a touch operation; a display section; a movement detecting section which detects movement directions of a slide operation on the touch-input section while touching the touch-input section, when the slide operation is performed; and a display control section; a pattern determining section which determines a pattern of the slide operation based on the movement directions detected by the movement detecting section, wherein the pattern determining section is configured to detect a predetermined pattern in which the touch operation is performed in an order of (i) movement in a first direction, (ii) temporary stop, and (iii) movement in a second direction that differs from the first direction; characterised by a measuring section which measures a stop duration of the temporary stop; and in that said display control section changes a type of control of display content displayed on the display section so as to differ based on the predetermined pattern and the stop duration measured by the measuring section, when the pattern determining section detects the predetermined pattern. a touch-input section which detects a touch operation; a display section; a movement detecting section which detects movement directions of a slide operation on the touch-input section while touching the touch-input section, when the slide operation is performed; and a display control section; a pattern determining section which determines a pattern of the slide operation based on the movement directions detected by the movement detecting section, wherein the pattern determining section is configured to detect a predetermined pattern in which the touch operation is performed in an order of (i) movement in a first direction, (ii) temporary stop, and (iii) movement in a second direction that differs from the first direction; characterised by a measuring section which measures a stop duration of the temporary stop; and in that said display control section changes a type of control of display content displayed on the display section so as to differ based on the predetermined pattern and the stop duration measured by the measuring section, when the pattern determining section detects the predetermined pattern.
A system for checking a correct oral hygiene procedure, characterised by comprising: a video camera to acquire the images of the face of a person brushing their teeth with a toothbrush comprising a marker; processing means for analysing said images and locating the salient points of said face of a person; processing means for analysing said images and locating said toothbrush; processing means for following the movements of said salient points; processing means for following the movements of said toothbrush; processing means for calculating the movement between said face and said toothbrush; processing means for checking that said movement between said face and said toothbrush corresponds with a relative pre-set movement; where said marker has been divided into a plurality of areas; and where each of said plurality of areas is coloured, with a colour chosen from a predefined number of colours, to maximise the colour contrast between said areas close to each other; wherein two consecutive areas of said plurality of areas never having the same colour; and said marker being spherical and divided into a plurality of areas defined by meridians separated from each other by an equator; said equator dividing into two hemispheres (22, 23) said marker; and said system identifying the hemisphere (22, 23) considered and its angular position based on recognition of three adjacent colours; said marker being placed at the end of said toothbrush opposite to the cleaning head.
An electrochromic cell, comprising a first substrate and a second, transparent substrate, each provided with a conductive coating, a layer-shaped working electrode which is in contact with the conductive coating of one of the two substrates and comprises a chemical compound capable of being subjected to a redox reaction, wherein the transition from the oxidized state to the reduced state is accompanied by a colour increase/intensification and the transition from the reduced state to the oxidized state is accompanied by a corresponding colour decrease, and an electrolyte material which is located between the working electrode and the other substrate and contains mobile ions, wherein a second electrode which is capable of intercalating mobile ions of the electrolytic material and/or to undergo a redox reaction is arranged between the electrolyte material and the conductive coating of the other substrate, wherein the material of the second electrode, in the transition from the oxidized state to the reduced state, does not undergo a colour increase in the wavelength range of the colour increase of the metal complex compound, and preferably no colour increase at all, characterized in that the chemical compound is a metal complex compound, the mobile ions are metal cations, and the second electrode has a charge capacity corresponding at least to the charge capacity of the working electrode.
A process for the preparation of ethylene homopolymers or copolymers by polymerizing ethylene and optionally further monomers in the presence of at least two different mixtures of free-radical polymerization initiators at from 100°C to 350°C and pressures in the range of from 160 MPa to 350 MPa in an apparatus comprising a high pressure reactor with at least two spatially separated initiator injection points and an apparatus for feeding initiator mixtures to the high pressure reactor, the apparatus for feeding initiator mixtures comprising, a) at least two storage tanks (100a, 100b, etc.) for holding initiator solutions or liquid initiators, b) at least two static mixers (106a, 106b, etc.) for mixing the initiator solutions or liquid initiators, and c) at least two sets of valves (105a, 105b, etc.) to regulate the flow of the initiator solutions or liquid initiators through the static mixers (106a, 106b, etc.), and further comprising at least two connection lines for conveying initiator mixture from two static mixers to two spatially separated initiator injection points of the high pressure reactor, wherein the process comprises the following steps: a) providing at least two different initiators as solution in a suitable solvent or in liquid state, b) preparing the at least two different mixtures by mixing the initiators and optionally additional solvent in at least two static mixers, wherein each of the at least two static mixers produces one of the at least two different mixtures of free-radical polymerization initiators, and c) feeding each of the mixtures to a different initiator injection point of the high pressure reactor. a) at least two storage tanks (100a, 100b, etc.) for holding initiator solutions or liquid initiators, b) at least two static mixers (106a, 106b, etc.) for mixing the initiator solutions or liquid initiators, and c) at least two sets of valves (105a, 105b, etc.) to regulate the flow of the initiator solutions or liquid initiators through the static mixers (106a, 106b, etc.), a) providing at least two different initiators as solution in a suitable solvent or in liquid state, b) preparing the at least two different mixtures by mixing the initiators and optionally additional solvent in at least two static mixers, wherein each of the at least two static mixers produces one of the at least two different mixtures of free-radical polymerization initiators, and c) feeding each of the mixtures to a different initiator injection point of the high pressure reactor.
Coated particulates comprising: a particulate material comprising sand or a ceramic; and a polysaccharide composition coated upon the particulate material, the polysaccharide composition comprising a functionalized polysaccharide, wherein the functionalized polysaccharide comprises a partially oxidized polysaccharide or a crosslinked polysaccharide, wherein the partially oxidized polysaccharide is formed from a parent polysaccharide comprising a plurality of monosaccharide rings, and at least a portion of the monosaccharide rings are oxidatively opened in the partially oxidized polysaccharide. a particulate material comprising sand or a ceramic; and a polysaccharide composition coated upon the particulate material, the polysaccharide composition comprising a functionalized polysaccharide, wherein the functionalized polysaccharide comprises a partially oxidized polysaccharide or a crosslinked polysaccharide, wherein the partially oxidized polysaccharide is formed from a parent polysaccharide comprising a plurality of monosaccharide rings, and at least a portion of the monosaccharide rings are oxidatively opened in the partially oxidized polysaccharide.
A composition comprising a therapeutically effective amount of an agent capable of interfering with, inhibiting and/or preventing neuroligin 4 (NLGn4) - Neurexin 1β (Nrx1b) protein-protein interaction and a pharmaceutically acceptable carrier, wherein the composition is for use in treating, attenuating and/or preventing progression of a liver disorder, wherein the agent is recombinant soluble Nrx1b (rsNrx1b), or is anti-NLGn4 antibody.
A method comprising: obtaining a digital model of at least certain maxillary teeth of a patient and at least a portion of a hard palate of the patient; and using the digital model to create a virtual dental appliance within a computer system, the using comprising virtually forming an arcuate base shaped to extend along at least a portion of an upper dental arch of a patient and match with a custom fit the at least certain maxillary teeth, virtually forming a palatal portion connected to the arcuate base, characterized by the palatal portion having an exterior surface custom-formed to match the at least a portion of the hard palate, the method further comprising selecting a standardized sublingual portion stored within the computer system, virtually positioning the standardized sublingual portion with respect to the palatal portion such that the standardized sublingual portion cooperates with the palatal portion to create a cavity shaped to receive an anterior portion of a tongue of the patient therewithin, and virtually connecting the standardized sublingual portion to at least one of the arcuate base and the palatal portion. obtaining a digital model of at least certain maxillary teeth of a patient and at least a portion of a hard palate of the patient; and using the digital model to create a virtual dental appliance within a computer system, the using comprising virtually forming an arcuate base shaped to extend along at least a portion of an upper dental arch of a patient and match with a custom fit the at least certain maxillary teeth, virtually forming a palatal portion connected to the arcuate base, characterized by the palatal portion having an exterior surface custom-formed to match the at least a portion of the hard palate, virtually forming an arcuate base shaped to extend along at least a portion of an upper dental arch of a patient and match with a custom fit the at least certain maxillary teeth, virtually forming a palatal portion connected to the arcuate base, characterized by the palatal portion having an exterior surface custom-formed to match the at least a portion of the hard palate, the method further comprising selecting a standardized sublingual portion stored within the computer system, virtually positioning the standardized sublingual portion with respect to the palatal portion such that the standardized sublingual portion cooperates with the palatal portion to create a cavity shaped to receive an anterior portion of a tongue of the patient therewithin, and virtually connecting the standardized sublingual portion to at least one of the arcuate base and the palatal portion. selecting a standardized sublingual portion stored within the computer system, virtually positioning the standardized sublingual portion with respect to the palatal portion such that the standardized sublingual portion cooperates with the palatal portion to create a cavity shaped to receive an anterior portion of a tongue of the patient therewithin, and virtually connecting the standardized sublingual portion to at least one of the arcuate base and the palatal portion.
A method of providing calibration or compensation for a magnetometer located on a construction vehicle or mining vehicle, in particular located on a chassis of an excavator, the method comprising: identifying one or more members, in particular a boom, stick, and/or bucket, of the vehicle that are movable relative to the magnetometer, in particular relative to the chassis; obtaining a magnetic model of each identified member, wherein the magnetic model comprises an array of one or more magnetic dipoles; determining the position of each identified member relative to the magnetometer; taking a magnetometer measurement; calculating an estimated magnetic disturbance caused by the one or more members using the magnetic model and determined relative position of each identified member; and modifying the magnetometer measurement according to the estimated magnetic disturbance. identifying one or more members, in particular a boom, stick, and/or bucket, of the vehicle that are movable relative to the magnetometer, in particular relative to the chassis; obtaining a magnetic model of each identified member, wherein the magnetic model comprises an array of one or more magnetic dipoles; determining the position of each identified member relative to the magnetometer; taking a magnetometer measurement; calculating an estimated magnetic disturbance caused by the one or more members using the magnetic model and determined relative position of each identified member; and modifying the magnetometer measurement according to the estimated magnetic disturbance.
A "baby pyjama" of electronic textile type for a baby being configured for detection of vital parameters of the baby, comprising: - a first portion adapted to at least partially cover the torso of the baby; - at least one sensor for detecting a vital parameter of the baby; - art least one second portion that extends from the first portion, said second portion being adapted to at least partially cover one arm of the baby; - a connecting cable operably connected with said at least one sensor for transmitting an electrical signal (Sout) to a data collection unit; - said at least one second portion having a section that can be stretched in at least one direction, said stretchable section being designed to remain in a fixed position relative to said at least one arm; - said at least one sensor being integrated in said stretchable section so that it can be properly positioned relative to the arm of the baby to provide said electrical output signal (Sout) indicative of the vital parameter being detected; characterized in that: - said stretchable section being extended to a range from 0.5cm to 2.5cm in the direction of extension of the arm of the baby and being disposed in correspondence of the shoulder of the baby. - a first portion adapted to at least partially cover the torso of the baby; - at least one sensor for detecting a vital parameter of the baby; - art least one second portion that extends from the first portion, said second portion being adapted to at least partially cover one arm of the baby; - a connecting cable operably connected with said at least one sensor for transmitting an electrical signal (Sout) to a data collection unit; - said at least one second portion having a section that can be stretched in at least one direction, said stretchable section being designed to remain in a fixed position relative to said at least one arm; - said at least one sensor being integrated in said stretchable section so that it can be properly positioned relative to the arm of the baby to provide said electrical output signal (Sout) indicative of the vital parameter being detected; characterized in that: - said stretchable section being extended to a range from 0.5cm to 2.5cm in the direction of extension of the arm of the baby and being disposed in correspondence of the shoulder of the baby.
A vehicle control device characterized by comprising: a power-steering mechanism for imparting assist torque to steering torque of a driver; engine startup means for using battery power to start up the engine; idling stop control means for stopping the engine when the vehicle stops and restarting the engine when the vehicle begins to move; and power-steering control means for controlling the power-steering mechanism so as to generate assist torque corresponding to the steering maneuver performed by the driver; characterized by circuit switching means that, when the engine startup is initiated, increases the resistance of a power supply circuit joining the battery and the engine startup means, and, after a predetermined time has elapsed once the engine startup is initiated, reduces the resistance of the power supply circuit, the circuit switching means being provided on the power supply circuit; the power-steering control means causing generating of the assist torque through the power-steering mechanism to be stopped when the engine has stopped, and, when the engine is restarted, causing the power-steering mechanism to be reactivated once the battery voltage has reached at least a predetermined voltage, which is a power steering normal operation voltage, and after the resistance of the power supply circuit is switched by the circuit switching means to reduce the resistance, after engine startup has been initiated. a power-steering mechanism for imparting assist torque to steering torque of a driver; engine startup means for using battery power to start up the engine; idling stop control means for stopping the engine when the vehicle stops and restarting the engine when the vehicle begins to move; and power-steering control means for controlling the power-steering mechanism so as to generate assist torque corresponding to the steering maneuver performed by the driver; characterized by circuit switching means that, when the engine startup is initiated, increases the resistance of a power supply circuit joining the battery and the engine startup means, and, after a predetermined time has elapsed once the engine startup is initiated, reduces the resistance of the power supply circuit, the circuit switching means being provided on the power supply circuit; the power-steering control means causing generating of the assist torque through the power-steering mechanism to be stopped when the engine has stopped, and, when the engine is restarted, causing the power-steering mechanism to be reactivated once the battery voltage has reached at least a predetermined voltage, which is a power steering normal operation voltage, and after the resistance of the power supply circuit is switched by the circuit switching means to reduce the resistance, after engine startup has been initiated.
A post-treated succinimide additive composition prepared by a process which comprises reacting a copolymer of an (i) an unsaturated acidic reagent; and (ii) a mono-olefin, with at least one linking hydrocarbyl di-primary amine, thereby producing a hybrid succinic anhydride copolymer having from 10% to 90 % unreacted anhydride groups; and subsequently reacting the hybrid succinic anhydride copolymer with a second amine compound, thereby producing a succinimide; and reacting the succinimide with at least one post-treating agent selected from a cyclic carbonate, a linear mono-carbonate, a linear poly-carbonate, an aromatic polycarboxylic acid, an aromatic polycarboxylic anhydride, an aromatic polycarboxylic acid ester, or mixtures thereof, thereby producing a post-treated succinimide additive composition; wherein the hydrocarbyl group of the diamine compound linking agent is an aliphatic or aromatic group which contains only hydrogen and carbon. reacting a copolymer of an (i) an unsaturated acidic reagent; and (ii) a mono-olefin, with at least one linking hydrocarbyl di-primary amine, thereby producing a hybrid succinic anhydride copolymer having from 10% to 90 % unreacted anhydride groups; and subsequently reacting the hybrid succinic anhydride copolymer with a second amine compound, thereby producing a succinimide; and reacting the succinimide with at least one post-treating agent selected from a cyclic carbonate, a linear mono-carbonate, a linear poly-carbonate, an aromatic polycarboxylic acid, an aromatic polycarboxylic anhydride, an aromatic polycarboxylic acid ester, or mixtures thereof, thereby producing a post-treated succinimide additive composition; wherein the hydrocarbyl group of the diamine compound linking agent is an aliphatic or aromatic group which contains only hydrogen and carbon. wherein the hydrocarbyl group of the diamine compound linking agent is an aliphatic or aromatic group which contains only hydrogen and carbon.
Network node (310, 312, MRM+) for a communication network, which comprises a first subnetwork, which uses a spanning tree protocol, and a second subnetwork, which is connected to the first subnetwork and uses a second protocol differing from the protocol of the first subnetwork, - wherein the network node (310, 312) is configured as an element for the second subnetwork and is embodied for communication within the second subnetwork, - wherein the second subnetwork has at least one external interface and external interfaces of the second subnetwork are interfaces of network nodes of the second subnetwork which are not connected to a network node of the second subnetwork, - wherein the network node (310, 312) is embodied and configured by means of a spanning tree functionality as a spanning tree master node (310, 312) for checking and controlling the second subnetwork such that the second subnetwork is handled by the spanning tree protocol of the first subnetwork as a virtual network node, characterised in that the spanning tree functionality of the spanning tree master node (310, 312) comprises: - issuing of unique interface identification data for external interfaces of the second subnetwork, and - transfer of said interface identification data to other network nodes of the second subnetwork. - wherein the network node (310, 312) is configured as an element for the second subnetwork and is embodied for communication within the second subnetwork, - wherein the second subnetwork has at least one external interface and external interfaces of the second subnetwork are interfaces of network nodes of the second subnetwork which are not connected to a network node of the second subnetwork, - wherein the network node (310, 312) is embodied and configured by means of a spanning tree functionality as a spanning tree master node (310, 312) for checking and controlling the second subnetwork such that the second subnetwork is handled by the spanning tree protocol of the first subnetwork as a virtual network node, - issuing of unique interface identification data for external interfaces of the second subnetwork, and - transfer of said interface identification data to other network nodes of the second subnetwork.
Web-fed printing machine for printing on a web of a substrate, which is transported through the web-fed printing machine in a machine direction and is processed, comprising a machine frame and a plurality of processing modules fixed thereto, wherein a respective processing module is fixed to the machine frame by means of a respective carrier module, every carrier module including two parallel longitudinal beams extending in the machine direction and two crossbars oriented to be at right angles to the longitudinal beams and parallel to one another and interconnecting the two longitudinal beams, wherein a respective processing module is supported by the crossbars of at least one carrier module, and wherein the longitudinal beams are supported by the machine frame characterized in that the processing modules have cutouts on their top sides for being hooked into the crossbars of the carrier modules, wherein said cutouts are designed to complement the crossbeams.