mhurhangee/patent-ind-claim-en huggingface dataset:
Foot orthosis for correcting malpositions of the foot, in particular for the treatment of hallux valgus, comprising a toe splint that can be fastened to a toe and a metatarsal splint that can fastened in the mid-foot region, which are coupled pivotably relative to each other by a pivot joint , wherein, when the foot orthosis is correctly position on the foot, it is designed to apply a first correcting force (F1) to the toe via the toe splint and to apply a second correcting force (F2) opposite to the first corrective force (F1) to a metatarsophalangeal joint via the pivot joint , wherein the pivot joint is provided with a recess in the form of a through-opening along a pivot axis (S) of the pivot joint and is formed such that, when the foot orthosis is fastened to the foot, a laterally bulging portion of the metatarsophalangeal joint is accommodated in the through-opening , wherein the pivot joint comprises a first joint element in the form of a joint ring connected to the toe splint and a second joint element in the form of a pivot pin connected to the metatarsal splint , which are interlockingly engaged along the pivot axis (S) and transversely to the pivot axis (S) of the pivot joint , wherein the pivot pin is provided with a locating groove , in which a corresponding connecting ring of the joint ring is guided, and wherein the pivot pin comprises a circumferentially radial recess at a proximal end, which provides an interlocking connection between the joint ring and the pivot pin in the direction of the pivot axis (S) and is accommodated in a correspondingly formed further recess on the joint ring .
Bearing for a longitudinally movably guided roller-based and sliding element-based support of a cylindrical guide section of a rail which extends with its cylinder axis in the longitudinal direction, the bearing comprising a housing which has a passage extending through the housing along a longitudinal axis (X) running in the longitudinal direction in which a receiving channel is formed for receiving the guide section of the rail , wherein i) the bearing has two rollers spaced apart from each other in the longitudinal direction which are each rotatably mounted in the housing about a roller axis extending perpendicularly to the longitudinal direction and each delimit with their running surfaces the receiving channel in a transverse direction extending perpendicular to their roller axis , characterized in that ii) the housing has a mounting channel in the longitudinal direction between the rollers , which channel extends perpendicularly to the longitudinal direction along a mounting axis (Y) and through the housing for receiving a mounting bolt and/or a mounting bushing rotatable about the mounting axis (Y), and iii) several sliding elements are arranged in the passage at a distance from one another in the longitudinal direction and offset relative to the rollers , each of which delimits the receiving channel with one of its sides perpendicular to the longitudinal direction. ii) the housing has a mounting channel in the longitudinal direction between the rollers , which channel extends perpendicularly to the longitudinal direction along a mounting axis (Y) and through the housing for receiving a mounting bolt and/or a mounting bushing rotatable about the mounting axis (Y), and iii) several sliding elements are arranged in the passage at a distance from one another in the longitudinal direction and offset relative to the rollers , each of which delimits the receiving channel with one of its sides perpendicular to the longitudinal direction.
An engine oil composition, comprising: an engine oil having a low-temperature viscosity of from 0 to 5 in SAE viscosity grades and a high-temperature viscosity of from 8 to 16 in the SAE viscosity grades; and a molybdenum compound (A) represented by the following general formula : where R 1 and R 4 represent the same hydrocarbon group having 4 to 18 carbon atoms, R 2 and R 3 represent the same hydrocarbon group having 4 to 18 carbon atoms different from that represented by R 1 and R 4 , and any two of R 1 to R 4 represent a 2-ethylhexyl group and an isodecyl group, or represent a 2-ethylhexyl group and an isotridecyl group, and X 1 to X 4 each independently represent a sulfur atom or an oxygen atom, wherein a molybdenum content in the engine oil composition is from 50 ppm by mass to 5,000 ppm by mass. an engine oil having a low-temperature viscosity of from 0 to 5 in SAE viscosity grades and a high-temperature viscosity of from 8 to 16 in the SAE viscosity grades; and a molybdenum compound (A) represented by the following general formula : where R 1 and R 4 represent the same hydrocarbon group having 4 to 18 carbon atoms, R 2 and R 3 represent the same hydrocarbon group having 4 to 18 carbon atoms different from that represented by R 1 and R 4 , and any two of R 1 to R 4 represent a 2-ethylhexyl group and an isodecyl group, or represent a 2-ethylhexyl group and an isotridecyl group, and X 1 to X 4 each independently represent a sulfur atom or an oxygen atom, wherein a molybdenum content in the engine oil composition is from 50 ppm by mass to 5,000 ppm by mass.
An apparatus configured to assist resin moulding, comprising: a calculation unit configured to calculate, for each of a plurality of moulding factors of the resin moulding, degrees of influence on a plurality of analysis target characteristics of a resin moulded article; a selection unit configured to select, based on the degrees of influence, at least one moulding factor among the plurality of moulding factors; and a display processing unit configured to execute display processing for causing the selected at least one moulding factor to be emphasised while displaying degrees of influence of the moulding factors for the plurality of analysis target characteristics on a display of the plurality of moulding factors displayed by a display device. a calculation unit configured to calculate, for each of a plurality of moulding factors of the resin moulding, degrees of influence on a plurality of analysis target characteristics of a resin moulded article; a selection unit configured to select, based on the degrees of influence, at least one moulding factor among the plurality of moulding factors; and a display processing unit configured to execute display processing for causing the selected at least one moulding factor to be emphasised while displaying degrees of influence of the moulding factors for the plurality of analysis target characteristics on a display of the plurality of moulding factors displayed by a display device.
A cardiac stimulation system adapted to deliver impulses for pacing a His bundle of a patient heart using a stimulation electrode and to sense response characteristics of the His bundle and a ventricle of the patient heart using one or more sensing electrodes in response to impulses delivered by the stimulation electrode , the cardiac stimulation system comprising: a pulse generator adapted to generate electrical impulses for pacing the His bundle; a processor communicatively coupled to the pulse generator and adapted to receive response characteristics from the one or more sensing electrodes ; and a memory communicatively coupled to the processor , characterized in that the memory including instructions executable by the processor that, when executed by the processor , cause the processor to: generate, using the pulse generator , a plurality of impulses to induce a plurality of responses from the patient heart , each impulse corresponding to a different output setting of the pulse generator ; receive, from the sensing electrode , response characteristics for each of the plurality of responses; assign each impulse a classification based on whether the respective response characteristics indicate capture of one or both of the His bundle and the ventricle; and for each impulse, store the output setting and the classification associated with the impulse in the memory. a pulse generator adapted to generate electrical impulses for pacing the His bundle; a processor communicatively coupled to the pulse generator and adapted to receive response characteristics from the one or more sensing electrodes ; and a memory communicatively coupled to the processor , characterized in that the memory including instructions executable by the processor that, when executed by the processor , cause the processor to: generate, using the pulse generator , a plurality of impulses to induce a plurality of responses from the patient heart , each impulse corresponding to a different output setting of the pulse generator ; receive, from the sensing electrode , response characteristics for each of the plurality of responses; assign each impulse a classification based on whether the respective response characteristics indicate capture of one or both of the His bundle and the ventricle; and for each impulse, store the output setting and the classification associated with the impulse in the memory. generate, using the pulse generator , a plurality of impulses to induce a plurality of responses from the patient heart , each impulse corresponding to a different output setting of the pulse generator ; receive, from the sensing electrode , response characteristics for each of the plurality of responses; assign each impulse a classification based on whether the respective response characteristics indicate capture of one or both of the His bundle and the ventricle; and for each impulse, store the output setting and the classification associated with the impulse in the memory.
An eco-drive assist apparatus including first display control means for showing whether a quantity representing a degree of fuel economy of a driving state of a vehicle is greater than a first judgment threshold value used to determine whether the vehicle is in an efficient fuel economy state with an ON/OFF display; and second display control means for displaying the state quantity representing fuel economy in a graphical manner so that a relative state to the first judgment threshold value displayed can be shown, wherein: the first display control means make one of determinations that are changing a display state from ON to OFF and changing the display state from OFF to ON, based on a second judgment threshold value which is set by a predetermined amount above or below the first judgment threshold value, the second display control means display a figure corresponding to the first judgment threshold value at the same location both when a display state of the first display control means is ON state and when the display state of the first display control means is OFF state, and the eco-drive assist apparatus comprises display state adjusting means for changing the ON/OFF state controlled by the first display control means when a state that the ON/OFF state controlled by the first display control means does not change continues over a predetermined time during which the state quantity representing fuel economy exceeds the first judgment threshold value but does not exceed the second judgment threshold value. the first display control means make one of determinations that are changing a display state from ON to OFF and changing the display state from OFF to ON, based on a second judgment threshold value which is set by a predetermined amount above or below the first judgment threshold value, the second display control means display a figure corresponding to the first judgment threshold value at the same location both when a display state of the first display control means is ON state and when the display state of the first display control means is OFF state, and the eco-drive assist apparatus comprises display state adjusting means for changing the ON/OFF state controlled by the first display control means when a state that the ON/OFF state controlled by the first display control means does not change continues over a predetermined time during which the state quantity representing fuel economy exceeds the first judgment threshold value but does not exceed the second judgment threshold value.
A method for encoding an image frame comprising a plurality of pixel blocks, the method comprising: setting a reference quantization value for the image frame; setting (S210) a respective offset quantization value for each of the plurality of pixel blocks based on an interest level associated with the pixel block, wherein each offset quantization value defines an offset in relation to the reference quantization value set for the image frame, the set offset quantization values decrease with increasing interest level, and the offset quantization values may be negative, positive or equal to zero; identifying (S220), in the image frame, one or more low contrast regions having a contrast which is below a predefined contrast threshold; for pixel blocks within the one or more low contrast regions having set offset quantization values based on the associated interest levels higher than a predefined offset quantization threshold, selectively restricting (S230) the set offset quantization values to be at most equal to the predefined offset quantization threshold; and encoding (S240) the image frame using the set offset quantization values. setting a reference quantization value for the image frame; setting (S210) a respective offset quantization value for each of the plurality of pixel blocks based on an interest level associated with the pixel block, wherein each offset quantization value defines an offset in relation to the reference quantization value set for the image frame, the set offset quantization values decrease with increasing interest level, and the offset quantization values may be negative, positive or equal to zero; identifying (S220), in the image frame, one or more low contrast regions having a contrast which is below a predefined contrast threshold; for pixel blocks within the one or more low contrast regions having set offset quantization values based on the associated interest levels higher than a predefined offset quantization threshold, selectively restricting (S230) the set offset quantization values to be at most equal to the predefined offset quantization threshold; and encoding (S240) the image frame using the set offset quantization values.
A support device for transferring loads on a motor vehicle, comprising - a first attachment portion for connection to a first motor vehicle component, - a second attachment portion for connection to a second motor vehicle component, and - a carrier connecting the first and second attachment portion, characterized in that the first attachment portion and/or second attachment portion comprises an attachment element having a single-layer connection portion , which is arranged in a tubular receiving portion of the carrier and is fixedly connected to the receiving portion by means of a clinch connection , and the support device is designed to have three layers in the region of the clinch connection and one of the first attachment portion and the second attachment portion is designed to be integral with the carrier . - a first attachment portion for connection to a first motor vehicle component, - a second attachment portion for connection to a second motor vehicle component, and - a carrier connecting the first and second attachment portion,
A quantitative phase analysis device , which is configured to perform quantitative phase analysis of crystalline phases contained in a sample based on a powder diffraction pattern of the sample, the quantitative phase analysis device comprising: qualitative phase analysis result acquisition means for acquiring information on a plurality of crystalline phases contained in the sample; and characterised by further comprising: weight ratio calculation means for calculating a weight ratio of the plurality of crystalline phases based on a sum of diffracted intensities corrected with respect to a Lorentz-polarization factor, a chemical formula weight, and a sum of squares of numbers of electrons belonging to each of atoms contained in a chemical formula unit, in the plurality of crystalline phases acquired by the qualitative phase analysis result acquisition means.
A system for converting distributed renewable energy into usable energy, said renewable energy being produced by both photovoltaic generators and generators producing renewable energy of types other than photovoltaic, the generators being coupled with each other in series or in parallel creating a direct current grid terminated with a DC/AC converting unit with a power equalling the sum of powers produced by said generators, said unit converting the electric energy of direct voltage into electric energy of alternating voltage and being coupled with the alternating current power supply grid and with a DC voltage bus to which, through controller modules , renewable energy generators as well as a battery pack charging module and an electric vehicle recharging station module are coupled wherein the DC/AC converting unit of the system is coupled bidirectionally with at least one MPPT controller module adapted to co-operate with renewably energy generators, and the DC/AC converting unit is coupled bidirectionally with the battery pack charging controller module , wherein the modules of said MPPT controllers are coupled electrically and bidirectionally with each other, and the battery pack charging controller module is coupled electrically and bidirectionally with the vehicle charging station controller module powered from a local alternating voltage source , wherein the DC/AC converting unit is connected electrically and bidirectionnally through a PC type computer with local IT network , said unit is adapted to function, apart from converting electric energy with DC voltage into electric energy of alternating current AC, as a means of managing operation of all distributed renewable energy modules of the system, converting the energy into AC usable energy, measuring and controlling the electric energy transferred to the local AC voltage source , communicating with the local IT network , and exchanging data on relevant technical parameters of the system.
A test strip for analyzing a biological fluid using a test meter , the test strip comprising: a biosensor configured to sense the biological fluid, wherein the biosensor comprises a pair of measuring electrodes printed on the test strip to communicate with the test meter and a reagent deposited on the test strip to react with the biological fluid; first and second contacts configured to communicate with the test meter ; first and second conductors connected to the first and second contacts , respectively; a first plurality of diodes each having a first end connected to the first contact and a second end, wherein junction areas of the first plurality of diodes are scaled according to a binary code; and a first plurality of resistances each having a first end connected to the second end of a respective one of the first plurality of diodes and a second end connected to the second contact , wherein the test strip is configured to store data based on a first number of connections severed between the first plurality of resistances and the first and second conductors. a biosensor configured to sense the biological fluid, wherein the biosensor comprises a pair of measuring electrodes printed on the test strip to communicate with the test meter and a reagent deposited on the test strip to react with the biological fluid; first and second contacts configured to communicate with the test meter ; first and second conductors connected to the first and second contacts , respectively; a first plurality of diodes each having a first end connected to the first contact and a second end, wherein junction areas of the first plurality of diodes are scaled according to a binary code; and a first plurality of resistances each having a first end connected to the second end of a respective one of the first plurality of diodes and a second end connected to the second contact , wherein the test strip is configured to store data based on a first number of connections severed between the first plurality of resistances and the first and second conductors.
A packing material for size exclusion chromatography, comprising porous particles comprising a structure represented by the following formula (I) on a surface of a copolymer comprising at least glycerol 1,3-dimethacrylate and glycidyl methacrylate as monomer units: [Chem. 1] R 1 -O-CH 2 -[CH(OH)]n-CH 2 -O-R 2 (I) wherein R 1 represents a partial structure of the porous particles, R 2 represents a hydrogen atom or the partial structure of the porous particles, and n represents an integer of 1 to 5, wherein a ring-opening rate of glycidyl groups of the porous particles is 95% or more, and wherein the copolymer comprises 6 to 29 mol% of glycerol 1,3-dimethacrylate and 71 to 94 mol% of glycidyl methacrylate as the monomer units. wherein R 1 represents a partial structure of the porous particles, R 2 represents a hydrogen atom or the partial structure of the porous particles, and n represents an integer of 1 to 5, wherein a ring-opening rate of glycidyl groups of the porous particles is 95% or more, and wherein the copolymer comprises 6 to 29 mol% of glycerol 1,3-dimethacrylate and 71 to 94 mol% of glycidyl methacrylate as the monomer units.
Occluder for occluding a passage in a body, especially in a left atrial appendage (LAA), wherein the occluder comprises elongate members , each elongate member having a length with a first end and a second end, the first end being held in or attached to a first holder and the second end being held in or attached to a second holder , wherein the elongate members extend independently from each other between the first and the second holder and wherein the elongate members are collectively enveloped at least over a part of their length by at least one jacket , wherein at least one of the at least one jacket restricts a bending motion of the elongate members when their first ends are approximated to their second ends by moving the two holders relatively to each other, characterized in that the occluder comprises at least a first jacket and a second jacket , in that the portion of the elongate members restricted in its bending motion is surrounded by the second jacket and in that a portion of the elongate members arranged in the first jacket is not restricted in its bending motion or less restricted than the portion of the elongate members arranged in the second jacket .
A method performed by a base station in a wireless communication system, the method comprising: transmitting system information including information on a time division duplex, TDD, configuration associated with an uplink timing and a downlink timing; identifying a radio network temporary identifier, RNTI, used for transmitting the TDD configuration; generating downlink control information, DCI, including an index corresponding to the TDD configuration; attaching a cyclic redundancy check, CRC, sequence to the DCI, wherein the CRC sequence is scrambled with the RNTI used for transmitting the TDD configuration; and transmitting , on a common control channel, the DCI with the scrambled CRC sequence, based on a period and an offset for the DCI. transmitting system information including information on a time division duplex, TDD, configuration associated with an uplink timing and a downlink timing; identifying a radio network temporary identifier, RNTI, used for transmitting the TDD configuration; generating downlink control information, DCI, including an index corresponding to the TDD configuration; attaching a cyclic redundancy check, CRC, sequence to the DCI, wherein the CRC sequence is scrambled with the RNTI used for transmitting the TDD configuration; and transmitting , on a common control channel, the DCI with the scrambled CRC sequence, based on a period and an offset for the DCI.