mhurhangee/ep-ind-claims huggingface dataset:
A bed device comprising: an operation section that receives an operation input; a controller that controls a movement of the bed device in accordance with the operation input; a detector that detects a position of a patient on a mattress of the bed device; and, a storage that stores a limitation area set on the mattress of the bed device in association with a bed operation content and a limitation content, wherein when the operation input is entered from the operation section, if the position of the patient detected by the detector is included in the limitation area, and If the operation input relates to the bed operation content associated with the limitation area in the storage, then the controller limits a movement of the bed device with respect to the operation input in accordance with the limitation content associated with the limitation area and the bed operation content in the storage. an operation section that receives an operation input; a controller that controls a movement of the bed device in accordance with the operation input; a detector that detects a position of a patient on a mattress of the bed device; and, a storage that stores a limitation area set on the mattress of the bed device in association with a bed operation content and a limitation content, wherein when the operation input is entered from the operation section, if the position of the patient detected by the detector is included in the limitation area, and If the operation input relates to the bed operation content associated with the limitation area in the storage, then the controller limits a movement of the bed device with respect to the operation input in accordance with the limitation content associated with the limitation area and the bed operation content in the storage.
Sliding information system comprising a supporting surface and a sliding information device for placement and sliding on the supporting surface, wherein this device comprises a baseplate and an upright element fastened to its top surface by means of a base that enables elastic bending of the upright element back and forth from an unloaded rest position A to a transversely loaded oblique position B, and characterized in that the distance "b" between the peripheral edge of the baseplate and the peripheral edge of the fastening zone or area between the base and baseplate is not less than 2.5 cm anywhere, and the supporting surface comprises an even and flat surface and the baseplate comprises a flat and even bottom surface on its underside so that when the information device is placed on the supporting surface, the bottom surface makes perfect contact with the supporting surface without enclosing an air film, for obtaining a sub-pressure area while its top surface is exposed to atmospheric pressure, when the device is being lifted upwards from the supporting surface.
A method for forming a bonded mass of adhered solid pieces, comprising: a) forming a mass of two or more separate solid pieces, such that a contacting surface of each of said solid pieces is in contact with a contacting surface of one or more adjacent solid pieces at one or more bondlines, wherein said contacting surfaces each are of a solid, non-melting organic polymer having a main glass transition temperature as measured by dynamic mechanical thermal analysis of at least 40°C, a density of at least 500 kg/m 3 and at least 3.5% by weight isocyanate groups; and b) heating the mass at a bonding temperature of at least 40°C in the presence of water to bond the solid pieces at the bondline or bondlines to form the bonded mass. a) forming a mass of two or more separate solid pieces, such that a contacting surface of each of said solid pieces is in contact with a contacting surface of one or more adjacent solid pieces at one or more bondlines, wherein said contacting surfaces each are of a solid, non-melting organic polymer having a main glass transition temperature as measured by dynamic mechanical thermal analysis of at least 40°C, a density of at least 500 kg/m 3 and at least 3.5% by weight isocyanate groups; and b) heating the mass at a bonding temperature of at least 40°C in the presence of water to bond the solid pieces at the bondline or bondlines to form the bonded mass.
A rotor blade, comprising: a spanwise axis; a root comprising an anchor having an anchor surface configured to form at least one of a normal angle relative to the spanwise axis and an acute angle relative to the spanwise axis; and a selectively removable tip comprising a connector having a connector surface configured to complement the anchor surface; characterized in that the anchor and the connector are configured so that mating the anchor surface and the connector surface disposes at least a portion of each of the anchor and the connector within a root cavity of the root. a spanwise axis; a root comprising an anchor having an anchor surface configured to form at least one of a normal angle relative to the spanwise axis and an acute angle relative to the spanwise axis; and a selectively removable tip comprising a connector having a connector surface configured to complement the anchor surface; characterized in that the anchor and the connector are configured so that mating the anchor surface and the connector surface disposes at least a portion of each of the anchor and the connector within a root cavity of the root.
Device for loading a food processing machine, in particular a filling machine or a cutter, with food, comprising: - a container for receiving the food, - a lifting means by which the container can be driven upwards, and a drive for the lifting means, measuring means (12, 14) for detecting the amount of food in the container, characterized in that the device comprises an apparatus for collision detection which detects a change of the measured values ΔS1 of the measuring means or a deviation ΔS1 of a measured value from a set value and determines, depending on the change of the measured values or the deviation ΔS1, whether a collision occurred, and in case of a collision, a control system stops the lifting means and/or drives it back by a certain distance. - a container for receiving the food, - a lifting means by which the container can be driven upwards, and a drive for the lifting means, measuring means (12, 14) for detecting the amount of food in the container, characterized in that the device comprises an apparatus for collision detection which detects a change of the measured values ΔS1 of the measuring means or a deviation ΔS1 of a measured value from a set value and determines, depending on the change of the measured values or the deviation ΔS1, whether a collision occurred, and in case of a collision, a control system stops the lifting means and/or drives it back by a certain distance.
Method for tracing a parking trajectory of a vehicle from a traffic lane to a vacant parking slot, through one or more manoeuvres of parallel parking type, comprising the following successive steps: - determination of the length of the vacant slot, - determination of an optimal trajectory of displacement of the vehicle via successive circular arcs, exhibiting an identical radius R1, characterized in that it comprises, subsequent to the preceding steps, a step of transforming at least one of the circular arcs determined in the preceding steps into a curve with continuous radius of curvature, having the same starting and finishing points as the circular arc that it replaces, the curve with continuous radius of curvature is made up of three parts: a clothoid Cmin, a circular arc Aint and a clothoid Cmini, the circular arc Aint being effected according to a radius of curvature Rmin that is smaller than the radius R1. - determination of the length of the vacant slot, - determination of an optimal trajectory of displacement of the vehicle via successive circular arcs, exhibiting an identical radius R1, characterized in that it comprises, subsequent to the preceding steps, a step of transforming at least one of the circular arcs determined in the preceding steps into a curve with continuous radius of curvature, having the same starting and finishing points as the circular arc that it replaces, the curve with continuous radius of curvature is made up of three parts: a clothoid Cmin, a circular arc Aint and a clothoid Cmini, the circular arc Aint being effected according to a radius of curvature Rmin that is smaller than the radius R1.
A polymerizable composition for an optical material, comprising: at least one kind of isocyanate having two or more isocyanato groups, which contains aromatic isocyanate; at least one kind of alcohol having two or more hydroxyl groups; an acidic phosphoric acid ester represented by the following Formula; and a benzotriazole-based compound, wherein a ratio of secondary hydroxyl groups to the total molar number of primary and secondary hydroxyl groups contained in the alcohol is equal to or greater than 50%, and the benzotriazole-based compound is contained in an amount of 1 part by weight to 11 parts by weight with respect to a total of 100 parts by weight of the isocyanate and the alcohol, wherein, in the formula, m represents an integer of 1 or 2, n represents an integer of 0 to 18, R 1 represents an alkyl group having 1 to 20 carbon atoms, and each of R 2 and R 3 independently represents a hydrogen atom, a methyl group, or an ethyl group. at least one kind of isocyanate having two or more isocyanato groups, which contains aromatic isocyanate; at least one kind of alcohol having two or more hydroxyl groups; an acidic phosphoric acid ester represented by the following Formula; and a benzotriazole-based compound, wherein a ratio of secondary hydroxyl groups to the total molar number of primary and secondary hydroxyl groups contained in the alcohol is equal to or greater than 50%, and the benzotriazole-based compound is contained in an amount of 1 part by weight to 11 parts by weight with respect to a total of 100 parts by weight of the isocyanate and the alcohol, wherein, in the formula, m represents an integer of 1 or 2, n represents an integer of 0 to 18, R 1 represents an alkyl group having 1 to 20 carbon atoms, and each of R 2 and R 3 independently represents a hydrogen atom, a methyl group, or an ethyl group.
An interlayer film for a laminate glass, which comprises at least a heat-shielding layer and an UV-shielding layer, wherein the heat-shielding layer contains a polyvinyl acetal resin and a heat-shielding agent, wherein the heat-shielding agent is tin-doped indium oxide fine particles; and the UV-shielding layer contains 100 parts by weight of a transparent resin and 0.05 to 5 parts by weight of an UV-cutting agent, wherein the UV-cutting agent is a benzotriazole type UV absorbent, wherein said UV-shielding layer has an UV transmittance of 30% or lower measured in accordance with SAE J1796 in the case where the UV-shielding layer is inserted between two plates of clear glasses to obtain a laminate glass.
A domain name resolution method, comprising following steps: configuring (S101; S301) a same extensive domain name for a plurality of portal domain names using a same server group; resolving (S102; S302) a domain name requested by a client to a portal domain name of the plurality of portal domain names configured with the same extensive domain name via a CNAME; and performing resolving (S103; S303) on the portal domain name, and using a resolution result of the portal domain name as the resolution result of the domain name requested by the client to be sent back to the client, wherein the portal domain name comprises the domain name requested by the client as a prefix and a suffix of the extensive domain name as the suffix. configuring (S101; S301) a same extensive domain name for a plurality of portal domain names using a same server group; resolving (S102; S302) a domain name requested by a client to a portal domain name of the plurality of portal domain names configured with the same extensive domain name via a CNAME; and performing resolving (S103; S303) on the portal domain name, and using a resolution result of the portal domain name as the resolution result of the domain name requested by the client to be sent back to the client, wherein the portal domain name comprises the domain name requested by the client as a prefix and a suffix of the extensive domain name as the suffix.
A fibre product folding apparatus, characterised by comprising: a hoisting seat; a baffle, connected to at least one swing arm that is operable to swing the baffle to a position blocking movement of a stack of fibre products; a pressing plate connected to the hoisting seat via at least one connecting rod and at least one connecting unit, the connecting rod being operable to swing the pressing plate with the connecting unit as a fulcrum to bring the pressing plate into contact with the topmost fibre product of the stack of fibre products; at least one fibre product gripping unit arranged on a surface of the pressing plate for gripping the topmost fibre product of the stack of fibre products; and a folding portion arranged on the pressing plate and movable along the pressing plate to fold said topmost fibre product. a hoisting seat; a baffle, connected to at least one swing arm that is operable to swing the baffle to a position blocking movement of a stack of fibre products; a pressing plate connected to the hoisting seat via at least one connecting rod and at least one connecting unit, the connecting rod being operable to swing the pressing plate with the connecting unit as a fulcrum to bring the pressing plate into contact with the topmost fibre product of the stack of fibre products; at least one fibre product gripping unit arranged on a surface of the pressing plate for gripping the topmost fibre product of the stack of fibre products; and a folding portion arranged on the pressing plate and movable along the pressing plate to fold said topmost fibre product.
A method for preparing cellulose ether, comprising simultaneously feeding cotton-like pulp powder and an aqueous alkali solution to a high speed disperser to continuously bring them into contact with each other to obtain alkali cellulose, and reacting the alkali cellulose with an etherifying agent, wherein the cellulose ether is selected from the group consisting of methyl cellulose, ethyl cellulose, hydroxyethyl cellulose, hydroxypropyl cellulose, hydroxyethyl methyl cellulose (HEMC) and hydroxypropyl methyl cellulose (HPMC); and wherein the high speed dispenser is equipped with an agitating blade selected from the group consisting of a cylinder type with a scraping blade and a disc type with a scraping blade, and stirs at a peripheral speed of 5 m/s or greater, creating a uniform dispersion state after the powder is fed into a mixing vessel.
An endoscopic surgical device, comprising: an endoscopic anchor retaining/advancing assembly including: a proximal tube portion and a distal tube portion pivotably connected to one another at an articulation joint, each of the proximal tube portion and the distal tube portion defining a central longitudinal axis; wherein: a stiffener tube slidably is disposed within the proximal tube portion; a proximal inner shaft is rotatably disposed within the stiffener tube, wherein the proximal inner shaft is relatively rigid, and wherein the proximal inner shaft is mechanically connected to a drive mechanism such that actuation of the drive mechanism results in rotation of the proximal inner shaft; a distal inner shaft rotatably disposed within the distal tube portion, wherein the distal inner shaft is relatively rigid; and an intermediate drive cable mechanically interconnecting the proximal inner shaft and the distal inner shaft, wherein the intermediate drive cable is relatively flexible as compared to the proximal inner shaft and the distal inner shaft, wherein the intermediate drive cable extends from and between the proximal tube portion and the distal tube portion, across the articulation joint, wherein the intermediate drive cable defines a central longitudinal axis and wherein the central longitudinal axis of the intermediate drive cable is off-set a radial distance from the central longitudinal axis of the proximal tube portion and the distal tube portion; and an articulation link including a proximal end pivotally connected to a distal end of the stiffener tube and a distal end pivotally connected to the distal tube portion. a stiffener tube slidably is disposed within the proximal tube portion; a proximal inner shaft is rotatably disposed within the stiffener tube, wherein the proximal inner shaft is relatively rigid, and wherein the proximal inner shaft is mechanically connected to a drive mechanism such that actuation of the drive mechanism results in rotation of the proximal inner shaft; a distal inner shaft rotatably disposed within the distal tube portion, wherein the distal inner shaft is relatively rigid; and an intermediate drive cable mechanically interconnecting the proximal inner shaft and the distal inner shaft, wherein the intermediate drive cable is relatively flexible as compared to the proximal inner shaft and the distal inner shaft, wherein the intermediate drive cable extends from and between the proximal tube portion and the distal tube portion, across the articulation joint, wherein the intermediate drive cable defines a central longitudinal axis and wherein the central longitudinal axis of the intermediate drive cable is off-set a radial distance from the central longitudinal axis of the proximal tube portion and the distal tube portion; and
An electrodeposition method for producing a multilayer coating that comprises multiple nanoscale layers on a substrate for protecting the substrate from corrosion caused by oxidation, reduction, stress, dissolution, acid, base or sulfidation, the method comprising: (a) placing a substrate to be coated in an electrolyte containing metal ions, ceramic particles, polymer particles, or a combination thereof; (b) applying electric current and varying in time one or more of: the amplitude of the electric current, electrolyte temperature, electrolyte additive concentration, or electrolyte agitation, in order to produce multiple first and second nanoscale layers having a thickness from 0.5 to 10,000 nanometers that periodically vary in electrodeposited species or electrodeposited species microstructures, wherein variations in said nanoscale layers of said electrodeposited species or electrodeposited species microstructures result in galvanic interactions between the first nanoscale layers and the second nanoscale layers, wherein the first nanoscale layers have a first reactivity and the second nanoscale layers have a second reactivity that define the galvanic interactions between the first nanoscale layers and the second nanoscale layers; and (c) growing the multilayer coating under such conditions until the desired thickness of the multilayer coating on said substrate is achieved; wherein the electrodeposited species comprise an alloy of Ni and Co; and wherein one of the first or second nanoscale layers is more noble than the substrate and another of the first or second nanoscale layers is less noble than the substrate, or wherein the first and second nanoscale layers are both more noble than the substrate. (a) placing a substrate to be coated in an electrolyte containing metal ions, ceramic particles, polymer particles, or a combination thereof; (b) applying electric current and varying in time one or more of: the amplitude of the electric current, electrolyte temperature, electrolyte additive concentration, or electrolyte agitation, in order to produce multiple first and second nanoscale layers having a thickness from 0.5 to 10,000 nanometers that periodically vary in electrodeposited species or electrodeposited species microstructures, wherein variations in said nanoscale layers of said electrodeposited species or electrodeposited species microstructures result in galvanic interactions between the first nanoscale layers and the second nanoscale layers, wherein the first nanoscale layers have a first reactivity and the second nanoscale layers have a second reactivity that define the galvanic interactions between the first nanoscale layers and the second nanoscale layers; and (c) growing the multilayer coating under such conditions until the desired thickness of the multilayer coating on said substrate is achieved;
A motor device and a mounting target, the motor device being mounted on the mounting target, the motor device comprising: a motor including a rotary shaft; motor bus bars (60u, 60v, 60w, 70u, 70v, 70w) of a plurality of phases that serve as power supply paths to the motor; motor bus bars (60, 70) of a plurality of systems, the motor bus bar (60, 70) of each of the systems including the motor bus bars of the plurality of phases; wherein the motor bus bar of at least one of the plurality of systems is disposed on a lower side with respect to the motor bus bar of another of the plurality of systems in the gravity direction, a control circuit (32, 33) that controls power supply to the motor through the motor bus bars; and a housing that accommodates the motor bus bars and the control circuit; wherein in the motor device, predetermined motor bus bars of at least two of the plurality of phases are disposed on a lower side with respect to the control circuit in a gravity direction; and the control circuit includes a water entry detection circuit that detects entry of water into the housing, based on a change in a status of power supply to the predetermined motor bus bars. a motor including a rotary shaft; motor bus bars (60u, 60v, 60w, 70u, 70v, 70w) of a plurality of phases that serve as power supply paths to the motor; motor bus bars (60, 70) of a plurality of systems, the motor bus bar (60, 70) of each of the systems including the motor bus bars of the plurality of phases; wherein the motor bus bar of at least one of the plurality of systems is disposed on a lower side with respect to the motor bus bar of another of the plurality of systems in the gravity direction, a control circuit (32, 33) that controls power supply to the motor through the motor bus bars; and a housing that accommodates the motor bus bars and the control circuit; wherein in the motor device, predetermined motor bus bars of at least two of the plurality of phases are disposed on a lower side with respect to the control circuit in a gravity direction; and the control circuit includes a water entry detection circuit that detects entry of water into the housing, based on a change in a status of power supply to the predetermined motor bus bars.