mhurhangee/patent-ind-claim-en huggingface dataset:
A method of purifying highly unsaturated fatty acid derivatives from a mixture comprising highly unsaturated fatty acid derivatives, comprising a step selected from the group consisting of the following to : (a) providing the mixture having a peroxide value (POV) of 1 or smaller, wherein the POV of the mixture is managed by a POV reducing agent, and (b) contacting the mixture with an aqueous solution of silver salt; (a) providing the mixture having a POV of 1 or smaller, wherein the POV of the mixture is managed by a POV reducing agent, and (b) mixing the mixture with an aqueous solution of silver salt; (a) decreasing a POV of the mixture to 1 or smaller by contacting the mixture with a POV reducing agent, and (b) contacting the mixture with an aqueous solution of silver salt; and (a) decreasing a POV of the mixture to 1 or smaller by contacting the mixture with a POV reducing agent, and (b) mixing the mixture with an aqueous solution of silver salt. (a) providing the mixture having a peroxide value (POV) of 1 or smaller, wherein the POV of the mixture is managed by a POV reducing agent, and (b) contacting the mixture with an aqueous solution of silver salt; (a) providing the mixture having a POV of 1 or smaller, wherein the POV of the mixture is managed by a POV reducing agent, and (b) mixing the mixture with an aqueous solution of silver salt; (a) decreasing a POV of the mixture to 1 or smaller by contacting the mixture with a POV reducing agent, and (b) contacting the mixture with an aqueous solution of silver salt; and (a) decreasing a POV of the mixture to 1 or smaller by contacting the mixture with a POV reducing agent, and (b) mixing the mixture with an aqueous solution of silver salt.
DC network having an electrical conductor and a switching unit arranged at one end of the conductor to break the electrical connection via the conductor , wherein the switching unit comprises at least one controllable power semiconductor that is connected in series in the current path of the conductor , wherein - the conductor is divided into a first and a second section , starting from the switching unit , - a first overvoltage protection apparatus is connected between the connecting point for the first and second sections and a second pole of the DC network , - a second overvoltage protection apparatus is connected between that end of the second section that is remote from the switching unit and the second pole, - the first and second overvoltage protection apparatuses (181...184), barring the inductance of the interposed section of the conductor , are connected in parallel, - the overvoltage protection apparatuses (181...184) each have a capacitor . - the conductor is divided into a first and a second section , starting from the switching unit , - a first overvoltage protection apparatus is connected between the connecting point for the first and second sections and a second pole of the DC network , - a second overvoltage protection apparatus is connected between that end of the second section that is remote from the switching unit and the second pole, - the first and second overvoltage protection apparatuses (181...184), barring the inductance of the interposed section of the conductor , are connected in parallel, - the overvoltage protection apparatuses (181...184) each have a capacitor .
Method for estimating a tire property of a vehicle based on tire-to-road friction properties for a fleet of vehicles, the method comprising: determining a tire-to-road friction for a plurality of vehicles, belonging to a fleet of vehicles, at a plurality of specified locations; determining a confidence value of each determined tire-to-road friction; determining a reference tire-to-road friction for the fleet of vehicles at each of the plurality of specified locations as a weighted average of friction values determined at the respective specified location, wherein the weighted average of friction values is based on the confidence value for each determined tire-to-road friction; in a vehicle , determining a current tire-to-road friction at a first location being one of the plurality of specified locations; determining a difference between the current tire-to-road friction and the reference tire-to-road friction of the fleet for the first location; and estimating a tire property of the vehicle based on the determined difference. determining a tire-to-road friction for a plurality of vehicles, belonging to a fleet of vehicles, at a plurality of specified locations; determining a confidence value of each determined tire-to-road friction; determining a reference tire-to-road friction for the fleet of vehicles at each of the plurality of specified locations as a weighted average of friction values determined at the respective specified location, wherein the weighted average of friction values is based on the confidence value for each determined tire-to-road friction; in a vehicle , determining a current tire-to-road friction at a first location being one of the plurality of specified locations; determining a difference between the current tire-to-road friction and the reference tire-to-road friction of the fleet for the first location; and estimating a tire property of the vehicle based on the determined difference.
An assistance robot comprising: a base ; a moving member configured to move at least up and down with respect to the base ; a holding member configured to hold a portion of a body of a care receiver (M), the holding member being provided on the moving member ; and a control section configured to control the moving of the moving member so as to perform standing assistance of the care receiver (M) held by the holding member from a sitting posture to a standing posture and sitting assistance of the care receiver (M) held by the holding member from a standing posture to a sitting posture, characterized in that: the holding member is provided on the moving member so as to be freely inclinable between a lower usage position and an upper retract position by an external force without being controlled by the control section such that a lower end of the holding member is moved upwards with respect to the moving member . a base ; a moving member configured to move at least up and down with respect to the base ; a holding member configured to hold a portion of a body of a care receiver (M), the holding member being provided on the moving member ; and a control section configured to control the moving of the moving member so as to perform standing assistance of the care receiver (M) held by the holding member from a sitting posture to a standing posture and sitting assistance of the care receiver (M) held by the holding member from a standing posture to a sitting posture,
Biocidal mixture comprising penflufen-containing polymer particles, at least one alkanolamine selected from the group consisting of monoalkylmonoamines, monoalkyldiamines, dialkylamines and trialkylamines, substituted by one, two or three hydroxyl groups, and at least one copper compound or copper-alkanolamine complexes thereof.
A vacuum pump , comprising: a casing that has an inlet port and an outlet port ; and a rotor that has a recessed portion opened toward the inlet port and is fastened to a rotor shaft by a bolt disposed in the recessed portion, characterized in that the vacuum pump further comprising a flexible cover that has an outer peripheral portion supported on an end surface of the rotor that opposes the inlet port, and a central portion caved in the recessed portion of the rotor, the flexible cover covering the recessed portion by elastically deforming into a convex shape toward the recessed portion.
Sponge comprising a first material containing glucomannans and a second material in the form of particles, the particles consisting of comminuted walnut shells.
A system on chip comprising: a power source to supply power to the system; one or more power rails coupled to the power source and a plurality of circuit blocks; a debug port ; the plurality of circuit blocks ; and a power management integrated circuit including: a power management register associated with one or more of the plurality of circuit blocks, a request handler to detect a request to access the power management register, an authenticator to conduct, via a power management security interface, a runtime credential exchange with a source of the request, a policy enforcer to deny the request if the runtime credential exchange is unsuccessful; a port monitor to detect, via a dedicated side channel, a plug event with respect to the debug port, a noise monitor to conduct a noise analysis of the one or more power rails in response to the plug event, and a noise generator to generate policy based counter noise on at least one of the one or more power rails at runtime if the noise analysis identifies a potential security attack. a power source to supply power to the system; one or more power rails coupled to the power source and a plurality of circuit blocks; a debug port ; the plurality of circuit blocks ; and a power management integrated circuit including: a power management register associated with one or more of the plurality of circuit blocks, a request handler to detect a request to access the power management register, an authenticator to conduct, via a power management security interface, a runtime credential exchange with a source of the request, a policy enforcer to deny the request if the runtime credential exchange is unsuccessful; a port monitor to detect, via a dedicated side channel, a plug event with respect to the debug port, a noise monitor to conduct a noise analysis of the one or more power rails in response to the plug event, and a noise generator to generate policy based counter noise on at least one of the one or more power rails at runtime if the noise analysis identifies a potential security attack. a power management register associated with one or more of the plurality of circuit blocks, a request handler to detect a request to access the power management register, an authenticator to conduct, via a power management security interface, a runtime credential exchange with a source of the request, a policy enforcer to deny the request if the runtime credential exchange is unsuccessful; a port monitor to detect, via a dedicated side channel, a plug event with respect to the debug port, a noise monitor to conduct a noise analysis of the one or more power rails in response to the plug event, and a noise generator to generate policy based counter noise on at least one of the one or more power rails at runtime if the noise analysis identifies a potential security attack.
An image forming apparatus connectable to a sheet post-processing apparatus having a function of performing post-processing, the image forming apparatus comprising: an image forming unit configured to form an image on a sheet; an inspection processing unit configured to inspect the image formed on the sheet by said image forming unit; an image reading unit configured to read the image on the sheet conveyed from said image forming unit and configured to transmit image data corresponding to the read image to said inspection processing unit; and a communication unit configured to output a discharge timing signal , generated on the basis of a detection result of an outlet sensor and indicating timing when the sheet is discharged to the post-processing apparatus, to the post-processing apparatus through a signal line , wherein said communication unit is configured to output the discharge timing signal including a first waveform in a case that the sheet determined to be normal by said inspection processing unit is discharged and configured to output the discharge timing signal including a second waveform different from the first waveform in a case that the sheet determined to be abnormal by said inspection processing unit is discharged. an image forming unit configured to form an image on a sheet; an inspection processing unit configured to inspect the image formed on the sheet by said image forming unit; an image reading unit configured to read the image on the sheet conveyed from said image forming unit and configured to transmit image data corresponding to the read image to said inspection processing unit; and a communication unit configured to output a discharge timing signal , generated on the basis of a detection result of an outlet sensor and indicating timing when the sheet is discharged to the post-processing apparatus, to the post-processing apparatus through a signal line , wherein said communication unit is configured to output the discharge timing signal including a first waveform in a case that the sheet determined to be normal by said inspection processing unit is discharged and configured to output the discharge timing signal including a second waveform different from the first waveform in a case that the sheet determined to be abnormal by said inspection processing unit is discharged.
An electrophysiology catheter comprising: an elongated body ; a distal electrode assembly comprising: a proximal portion ; a plurality of spines , each spine having a linear taper with a wider proximal end and a narrower distal end, and an enlarged distal portion having a through-hole ; a plurality of spine covers , each spine cover surrounding a respective spine; and a plurality of atraumatic distal covers , each atraumatic distal cover encapsulating a respective enlarged distal portion and including a bridging portion of adhesive or sealant that passes through the through-hole of the respective enlarged distal portion . an elongated body ; a distal electrode assembly comprising: a proximal portion ; a plurality of spines , each spine having a linear taper with a wider proximal end and a narrower distal end, and an enlarged distal portion having a through-hole ; a plurality of spine covers , each spine cover surrounding a respective spine; and a plurality of atraumatic distal covers , each atraumatic distal cover encapsulating a respective enlarged distal portion and including a bridging portion of adhesive or sealant that passes through the through-hole of the respective enlarged distal portion . a proximal portion ; a plurality of spines , each spine having a linear taper with a wider proximal end and a narrower distal end, and an enlarged distal portion having a through-hole ; a plurality of spine covers , each spine cover surrounding a respective spine; and a plurality of atraumatic distal covers , each atraumatic distal cover encapsulating a respective enlarged distal portion and including a bridging portion of adhesive or sealant that passes through the through-hole of the respective enlarged distal portion .
A printing apparatus including a printhead and a monitoring device , the monitoring device including an emitter , a receiver , and a processor ; the emitter being operable to emit a first output (S O ) and a second output (S O ) towards a target surface (T), and the receiver being operable to receive first data corresponding to a reflected portion (S R ) of the first output (S O ) and data corresponding to a reflected portion (S R ) of the second output (S O ), each reflected portion (S R ) having been reflected by the target surface (T), wherein each output (S O ) emitted by the emitter is electromagnetic radiation, each reflected portion (S R ) is an interference pattern, and in that the processor is operable to compare the data corresponding to the reflected portion (S R ) of the first output (S O ) and the data corresponding to the reflected portion (S R ) of the second output (S O ) to monitor a parameter of the target surface (T) relative to the monitoring device .
A knitting method realized by selecting needles inserted in needle grooves, on a needle cylinder or dial including the needle grooves and a cam for performing stitching in a circular knitting machine, wherein only needles selected for knitting and needles selected for tucking perform stitching, and needles selected for welting are prevented from performing stitching by a deactivation method, characterized by said deactivation method comprising deactivating guidance of the needles by the cam to a stitch position, which is the lowest position in a cam race, from immediately before the stitch position to after the stitch position. wherein only needles selected for knitting and needles selected for tucking perform stitching, and needles selected for welting are prevented from performing stitching by a deactivation method, characterized by said deactivation method comprising deactivating guidance of the needles by the cam to a stitch position, which is the lowest position in a cam race, from immediately before the stitch position to after the stitch position.
A catheter comprising: a tubular inner layer a reinforcing layer disposed within the inner layer or on an outer circumference of the inner layer , the reinforcing layer being made of wound wires , each adjacent pair of the wires having a gap therebetween; and a first outer layer covering the reinforcing layer , characterised in that , in the gap of the reinforcing layer , disposed is a first bonding portion where a first inner layer protruding portion of the inner layer sticking into the first outer layer is engaged with a first outer layer protruding portion of the first outer layer sticking into the inner layer . a tubular inner layer a reinforcing layer disposed within the inner layer or on an outer circumference of the inner layer , the reinforcing layer being made of wound wires , each adjacent pair of the wires having a gap therebetween; and a first outer layer covering the reinforcing layer , characterised in that , in the gap of the reinforcing layer , disposed is a first bonding portion where a first inner layer protruding portion of the inner layer sticking into the first outer layer is engaged with a first outer layer protruding portion of the first outer layer sticking into the inner layer .
A dispersion, comprising: a C 2 - C 8 polyol and a compound of formula (I) or formula (II) where R 1 is a substituted or unsubstituted C 1-32 alkyl, a substituted or unsubstituted C 2-32 alkenyl or a substituted or unsubstituted C 2-32 alkynyl, and the substituted C 1-32 alkyl, substituted C 2-32 alkenyl and substituted C 2-32 alkynyl are substituted with a hydroxyl or a C 1-5 alkyl; wherein the dispersion comprises 1% or less, by weight, of water.
A table leg comprising: a fixed outer tube ; a movable inner tube vertically and movably inserted in the fixed outer tube along an axis H and provided with a top end thereof for connection of a table board, and having a square cross section with two pairs of parallel walls; and a plurality of rotating members rotatably mounted to the two pairs of the parallel walls of the movable inner tube and partially protruding out from an outer surface of the movable inner tube and stopped against an inner surface of the fixed outer tube , such that the rotating members are rotatable when the movable inner tube is moved relative to the fixed outer tube ; wherein each of the rotating members is received in an accommodating groove of each of the parallel walls and stopped against an outer surface of a bushing disposed in the movable inner tube ; each of the accommodating grooves has the same shape as one rotating member. a fixed outer tube ; a movable inner tube vertically and movably inserted in the fixed outer tube along an axis H and provided with a top end thereof for connection of a table board, and having a square cross section with two pairs of parallel walls; and a plurality of rotating members rotatably mounted to the two pairs of the parallel walls of the movable inner tube and partially protruding out from an outer surface of the movable inner tube and stopped against an inner surface of the fixed outer tube , such that the rotating members are rotatable when the movable inner tube is moved relative to the fixed outer tube ; wherein each of the rotating members is received in an accommodating groove of each of the parallel walls and stopped against an outer surface of a bushing disposed in the movable inner tube ; each of the accommodating grooves has the same shape as one rotating member.
Method for treating laundry , wherein water is extracted from the laundry by a press ram of a water-extracting press and, in the process, the laundry is pressed together to form a compacted mass of laundry , and wherein the press ram is moved up and down by a hydraulic cylinder and, as it moves downwards, is introduced into a press basket from above, characterized in that the laundry pressed together to form a compacted mass of laundry is separated in the water-extracting press by radial compression.
A method, comprising: allocating a time-frequency radio resource to a first user equipment, UE, and a second co-channel user equipment, UE, by a serving base station, BS, in a serving cell of a mobile communication network; determining a set of parameters related to signals present in the allocated time-frequency radio resource, wherein the set of parameters comprises parameters related to a first signal and a second signal dedicated to the first UE and the second UE respectively; and transmitting the set of parameters to the second UE for the second UE to cancel/suppress a contribution of the first signal as an intra-cell interfering signal, characterized in that the set of parameters comprises a first subset of parameters, each member of the first subset is common to all of the signals present in the time-frequency resource and the set of parameters comprises a second subset of parameters, each member of the second subset is specific to one of the signals present in the time-frequency resource, wherein the first subset of parameters is transmitted to the second UE by multicasting and the second subset of parameters is sent to the second UE individually. allocating a time-frequency radio resource to a first user equipment, UE, and a second co-channel user equipment, UE, by a serving base station, BS, in a serving cell of a mobile communication network; determining a set of parameters related to signals present in the allocated time-frequency radio resource, wherein the set of parameters comprises parameters related to a first signal and a second signal dedicated to the first UE and the second UE respectively; and transmitting the set of parameters to the second UE for the second UE to cancel/suppress a contribution of the first signal as an intra-cell interfering signal, characterized in that the set of parameters comprises a first subset of parameters, each member of the first subset is common to all of the signals present in the time-frequency resource and the set of parameters comprises a second subset of parameters, each member of the second subset is specific to one of the signals present in the time-frequency resource, wherein the first subset of parameters is transmitted to the second UE by multicasting and the second subset of parameters is sent to the second UE individually.