mhurhangee/ep-ind-claims huggingface dataset:
A designing device for creating design data of a knit product in order to form a cylindrically-shaped fabric constituted by front and rear knitted fabrics that are circumferentially formed starting from a boundary between them by means of a flat-knitting machine by circumferentially moving a yarn carrier, and to form a setting pattern (90, 91) on a start and end section on each side of the boundary, the designing device being chracterized by: designating means for designating a setting area and storing the designated setting area (51 to 64) in association with the data on an external shape of each of the front and rear knitted fabrics; modifying means for modifying the setting area (51 to 64) in response to an alteration of an external shape of each of the front and rear knitted fabrics; expanding means for storing data on a pattern in units of the setting pattern (90, 91) and expanding the pattern through the entire setting area (51 to 64); level difference detecting means for detecting that the setting area exists at both the start section and the end section of the circumferential yarn carrier movement located on both sides of the boundary between the front and rear knitted fabric; that the setting areas are connected along a course direction between the start section and the end section and if a level difference is generated between the setting patterns at the boundary between the front and rear knitted fabrics and front/rear correcting means for shifting the data, in case of a detection, such that the setting pattern (51 to 64) located on the start section side, is shifted upward by one course relative to the end section side thereby changing the front and rear setting patterns to patterns that are continuous in the course direction. designating means for designating a setting area and storing the designated setting area (51 to 64) in association with the data on an external shape of each of the front and rear knitted fabrics; modifying means for modifying the setting area (51 to 64) in response to an alteration of an external shape of each of the front and rear knitted fabrics; expanding means for storing data on a pattern in units of the setting pattern (90, 91) and expanding the pattern through the entire setting area (51 to 64); level difference detecting means for detecting that the setting area exists at both the start section and the end section of the circumferential yarn carrier movement located on both sides of the boundary between the front and rear knitted fabric; that the setting areas are connected along a course direction between the start section and the end section and if a level difference is generated between the setting patterns at the boundary between the front and rear knitted fabrics and front/rear correcting means for shifting the data, in case of a detection, such that the setting pattern (51 to 64) located on the start section side, is shifted upward by one course relative to the end section side thereby changing the front and rear setting patterns to patterns that are continuous in the course direction.
An extraction system capture hood comprising a suction intake opening for guiding a particle-laden airflow, wherein the capture hood, having a funnel- or barrel-shaped main body, is formed with an outwardly directed rim that is disposed substantially perpendicular to an extraction direction of said airflow at an end of said hood, and embodying at least one air duct in or between layers of material forming said outwardly directed rim, said air duct facilitating auxiliary airflow towards an interior region of said capture hood, said air duct being shaped like a slot or embodied by means of a plurality of adjacent openings in the exterior edge of said outwardly directed rim that is disposed perpendicular to said extraction direction of said airflow, characterized in that spacer elements within said air duct or separating a plurality of air ducts 4, respectively, are disposed or formed connecting a top surface with a bottom surface of said rim of said main body.
A compound of formula 2 or 3 wherein R3, R11 and R12 being selected from the group consisting of hydrogen, methyl, ethyl, propyl, isopropyl, butyl, tert.-butyl, sec.-butyl, phenyl, naphthyl or combinations thereof; R10 and R20 are hydrogen or R10 and R20 are forming a five or six-membered unsaturated ring suitable for η 3 -coordination of the palladium, the five or six-membered unsaturated ring may be fused with at least one benzene ring; X and Y are the same and are halogen, acetate, fluoroacetate, tetra-fluoroborate; R1 and R2 are each independently selected from the group consisting of formula 4 to formula 8 2,4,6-trimethyl phenyl 2,6-diisopropylphenyl 2,6-bis(diethylmethyl)-phenyl 2,6-bis(dipropylmethyl)-phenyl 2,6-bis(diphenylmethyl)-4-methylphenyl, 2,6-bis(diphenylmethyl)-4-methoxyphenyl, 2,6-bis(dinaphthylmethyl)-4-methylphenyl wherein R5 is phenyl, naphthyl, R6 is hydrogen, methyl or methoxy and N indicates the nitrogen atom of the heterocyclic ring in formulae 2 to 3 to which the substituted aryl ring is linked. wherein R3, R11 and R12 being selected from the group consisting of hydrogen, methyl, ethyl, propyl, isopropyl, butyl, tert.-butyl, sec.-butyl, phenyl, naphthyl or combinations thereof; R10 and R20 are hydrogen or R10 and R20 are forming a five or six-membered unsaturated ring suitable for η 3 -coordination of the palladium, the five or six-membered unsaturated ring may be fused with at least one benzene ring; X and Y are the same and are halogen, acetate, fluoroacetate, tetra-fluoroborate; R1 and R2 are each independently selected from the group consisting of formula 4 to formula 8 2,4,6-trimethyl phenyl 2,6-diisopropylphenyl 2,6-bis(diethylmethyl)-phenyl 2,6-bis(dipropylmethyl)-phenyl 2,6-bis(diphenylmethyl)-4-methylphenyl, 2,6-bis(diphenylmethyl)-4-methoxyphenyl, 2,6-bis(dinaphthylmethyl)-4-methylphenyl wherein R5 is phenyl, naphthyl, R6 is hydrogen, methyl or methoxy and N indicates the nitrogen atom of the heterocyclic ring in formulae 2 to 3 to which the substituted aryl ring is linked.
A data processing system comprising: an operating system that stores a first network routing table (20, 21) by a kernel of the data processing system, the first network routing table comprising one or more entries each indicating at least part of a route over a network to a respective destination, the operating system being arranged to transmit data using the first network routing table; and characterised by: a transmission support function internal to the operating system and arranged to maintain a copy of the first network routing table (20', 21'); and a network data transmission function at user level and arranged to transmit data in accordance with the copy network routing table without accessing the first network routing table, the network data transmission function being arranged to read the copy network routing table by means of memory mapping between said the transmission support function and said network data transmission function. an operating system that stores a first network routing table (20, 21) by a kernel of the data processing system, the first network routing table comprising one or more entries each indicating at least part of a route over a network to a respective destination, the operating system being arranged to transmit data using the first network routing table; a transmission support function internal to the operating system and arranged to maintain a copy of the first network routing table (20', 21'); and a network data transmission function at user level and arranged to transmit data in accordance with the copy network routing table without accessing the first network routing table, the network data transmission function being arranged to read the copy network routing table by means of memory mapping between said the transmission support function and said network data transmission function.
A method of encoding video data in a Quadtree-based Adaptive Loop Filter, QALF, scheme with multiple filters, the method comprising: receiving a mapping of range combinations to said multiple filters, wherein a range combination comprises a range of values for a first metric and a range of values for a second metric, wherein each range combination has a unique range combination identification, ID, wherein each unique range combination ID corresponds to a sequential value for a range combination, wherein the first metric is an activity metric determined based on pixel values of a block of pixels, wherein the second metric is a direction metric determined based on the pixel values of said block of pixels, and wherein the second metric is different than the first metric; assigning unique group IDs to groups of range combinations based on the sequential values for the range combinations in each group, wherein each unique group ID corresponds to a value from a sequential set of values; coding sets of filter coefficients corresponding for the filters based on the unique group IDs, wherein coding the sets of filter coefficients comprises: signaling the sets of filter coefficients in a coded bit stream, wherein an ordering for the sets of filter coefficients is selected based on the sequential values of the unique group IDs. receiving a mapping of range combinations to said multiple filters, wherein a range combination comprises a range of values for a first metric and a range of values for a second metric, wherein each range combination has a unique range combination identification, ID, wherein each unique range combination ID corresponds to a sequential value for a range combination, wherein the first metric is an activity metric determined based on pixel values of a block of pixels, wherein the second metric is a direction metric determined based on the pixel values of said block of pixels, and wherein the second metric is different than the first metric; wherein a range combination comprises a range of values for a first metric and a range of values for a second metric, wherein each range combination has a unique range combination identification, ID, wherein each unique range combination ID corresponds to a sequential value for a range combination, wherein the first metric is an activity metric determined based on pixel values of a block of pixels, wherein the second metric is a direction metric determined based on the pixel values of said block of pixels, and wherein the second metric is different than the first metric; assigning unique group IDs to groups of range combinations based on the sequential values for the range combinations in each group, wherein each unique group ID corresponds to a value from a sequential set of values; coding sets of filter coefficients corresponding for the filters based on the unique group IDs, wherein coding the sets of filter coefficients comprises: signaling the sets of filter coefficients in a coded bit stream, wherein an ordering for the sets of filter coefficients is selected based on the sequential values of the unique group IDs.
A steerable vehicle suspension, comprising: an axle; steering knuckles pivotably attached at opposite ends of the axle by respective king pins; a tie rod linking the steering knuckles, so that they rotate together; two retractors having a length that decreases in response to a pressure increase applied to the retractors; and wheel spindles extending laterally outward from the steering knuckles, in which resistance to rotation of the wheel spindles relative to the axle increases in response to the pressure increase applied to the retractors. an axle; steering knuckles pivotably attached at opposite ends of the axle by respective king pins; a tie rod linking the steering knuckles, so that they rotate together; two retractors having a length that decreases in response to a pressure increase applied to the retractors; and wheel spindles extending laterally outward from the steering knuckles, in which resistance to rotation of the wheel spindles relative to the axle increases in response to the pressure increase applied to the retractors.
A fused refractory product having the following average chemical composition, as weight percentages on the basis of oxides and for a total of 100%: Al 2 O 3: balance to 100%; Fe 2 O 3: 0.6%-5.0% and/or TiO 2: 1.5%-10.0%; provided that Fe 2 O 3 + TiO 2 ≤ 10.0%; Na 2 O+K 2 O: 1.0%-8.0%; SiO 2: 0.2%-2.0%; CaO+BaO+SrO: ≤ 0.5%; oxide species other than Al 2 O 3, Fe 2 O 3, TiO 2, Na 2 O, K 2 O, SiO 2, CaO, BaO and SrO: ≤ 1.5%. Al 2 O 3: balance to 100%; Fe 2 O 3: 0.6%-5.0% and/or TiO 2: 1.5%-10.0%; provided that Fe 2 O 3 + TiO 2 ≤ 10.0%; Na 2 O+K 2 O: 1.0%-8.0%; SiO 2: 0.2%-2.0%; CaO+BaO+SrO: ≤ 0.5%; oxide species other than Al 2 O 3, Fe 2 O 3, TiO 2, Na 2 O, K 2 O, SiO 2, CaO, BaO and SrO: ≤ 1.5%.
Device for modifying a device for cleaning a submerged surface comprising a self-propelled submerged surface cleaning appliance and a module for controlling said appliance linked directly or indirectly to said appliance by a link, said modifying device being adapted to be able to be inserted on said link and comprising: - an antenna adapted to be able to at least receive signals, called request signals, wirelessly - a signal processing unit electrically linked to the antenna, and adapted to be able: • to transmit control signals received from the control module to the appliance via said link, • on reception of wireless request signals by the antenna: ❖ block the transmission of control signals received from the control module, ❖ generate signals, called priority signals, to control the appliance, ❖ transmitting said priority signals to the appliance via said link instead of the control signals. - an antenna adapted to be able to at least receive signals, called request signals, wirelessly - a signal processing unit electrically linked to the antenna, and adapted to be able: • to transmit control signals received from the control module to the appliance via said link, • on reception of wireless request signals by the antenna: ❖ block the transmission of control signals received from the control module, ❖ generate signals, called priority signals, to control the appliance, ❖ transmitting said priority signals to the appliance via said link instead of the control signals. • to transmit control signals received from the control module to the appliance via said link, • on reception of wireless request signals by the antenna: ❖ block the transmission of control signals received from the control module, ❖ generate signals, called priority signals, to control the appliance, ❖ transmitting said priority signals to the appliance via said link instead of the control signals. ❖ block the transmission of control signals received from the control module, ❖ generate signals, called priority signals, to control the appliance, ❖ transmitting said priority signals to the appliance via said link instead of the control signals.
A method for operating a Rankine cycle apparatus, the Rankine cycle apparatus comprising: a pump that pressurizes a working fluid; an evaporator that heats the working fluid pressurized by the pump; an expander that converts expansion energy of the working fluid heated in the evaporator into rotary power; a condenser that cools the working fluid discharged from the expander; and an internal heat exchanger that allows heat exchange to take place between the working fluid that has been discharged from the expander but has not been cooled in the condenser and the working fluid that has been discharged from the pump but has not been heated in the evaporator, the internal heat exchanger being the only means that is provided between an outlet of the expander and an inlet of the condenser to allow heat exchange to take place between the working fluid on a high-pressure side of the cycle and the working fluid on a low-pressure side of the cycle, characterized in that the method comprises setting a temperature of the working fluid at an inlet of the expander so that a temperature of the working fluid at the outlet of the expander be higher than a saturation temperature of the working fluid on the high-pressure side of the cycle.
A coating liquid comprising: an aerogel particle which is a particle of a gel comprised of a microporous solid in which the dispersed phase is a gas; a liquid medium; a first binder resin which is a cellulose-based resin; a second binder resin which is a thermosetting resin having lower solubility in the liquid medium than the first binder resin; a fibrous substance; and a curing agent, wherein the content of the second binder resin is higher than the content of the first binder resin. an aerogel particle which is a particle of a gel comprised of a microporous solid in which the dispersed phase is a gas; a liquid medium; a first binder resin which is a cellulose-based resin; a second binder resin which is a thermosetting resin having lower solubility in the liquid medium than the first binder resin; a fibrous substance; and a curing agent, wherein the content of the second binder resin is higher than the content of the first binder resin.
Method for detecting a free or occupied parking area on at least one road section, including the steps of: - travelling along the road section by means of a detection vehicle in a direction of travel, - determining lateral distances between objects which are in the form of vehicles, wherein the vehicles are arranged laterally with respect to the direction of travel of the detection vehicle, and the detection vehicle by means of a determination device arranged in the detection vehicle, characterized by the following steps: - the determination device knows in advance a usable width of the road section, wherein the usable width represents a drivable width of the road section between vehicles parked on both sides of the road section; - wherein the determination device knows that the road section has parking areas on both sides; and - comparing the determined lateral distances to the usable width; and - detecting the occupied or free parking area by means of the comparison, - wherein the method is used to complete incomplete parking space maps, wherein, if the usable width measured in the form of the measured lateral distance matches the known usable width, it is inferred that the parking area is occupied, wherein as a result parked vehicles are used to identify parking areas, or wherein free parking areas, so-called parking spaces, are linked to identification of characteristic echo images, wherein a sequence of parked vehicle-parking space or parking space-parked vehicle must be present in each case in order to identify the free parking area. - travelling along the road section by means of a detection vehicle in a direction of travel, - determining lateral distances between objects which are in the form of vehicles, wherein the vehicles are arranged laterally with respect to the direction of travel of the detection vehicle, and the detection vehicle by means of a determination device arranged in the detection vehicle, characterized by the following steps: - the determination device knows in advance a usable width of the road section, wherein the usable width represents a drivable width of the road section between vehicles parked on both sides of the road section; - wherein the determination device knows that the road section has parking areas on both sides; and - comparing the determined lateral distances to the usable width; and - detecting the occupied or free parking area by means of the comparison, - wherein the method is used to complete incomplete parking space maps, wherein, if the usable width measured in the form of the measured lateral distance matches the known usable width, it is inferred that the parking area is occupied, wherein as a result parked vehicles are used to identify parking areas, or
A computer-implemented method for supporting a radiotherapeutic dose calculation, the method configured for simulating charged-particle transport in an external magnetic field B according to a model where Newton's second law for the unit direction vector of a charged particle, u ' ( t) = F ( u ( t), η ( t)), comprises a force term F which depends on the unit direction vector u (t) and further depends non-linearly on a motion variable η ( t) of the particle, the method comprising: solving Newton's second law using an implicit finite-difference method in which, for the duration of a time step, the force term is approximated by its value for interpolated values of the unit direction vector and the motion variable, wherein the interpolated value of each quantity is a combination of that quantity's values at the end points t,t + Δ t of the time step.
A developing cartridge for use with a drum cartridge comprising: a casing configured to accommodate developer therein; a developing roller rotatable about a first axis extending in an axial direction; a shaft extending along a second axis extending in the axial direction, the shaft being movable relative to the casing along the second axis; and a cam (62, 63) movable along the second axis in response to axial movement of the shaft, the cam (62, 63) having a cam surface (621, 631) non-parallel with the second axis, wherein the cam surface (621, 631) is inclined relative to the second axis and is movable along the second axis to engage the drum cartridge and in response to the engagement the cam (62, 63) is movable together with the casing in a direction non-parallel with the second axis in response to the axial movement of the shaft along the second axis. a casing configured to accommodate developer therein; a developing roller rotatable about a first axis extending in an axial direction; a shaft extending along a second axis extending in the axial direction, the shaft being movable relative to the casing along the second axis; and a cam (62, 63) movable along the second axis in response to axial movement of the shaft, the cam (62, 63) having a cam surface (621, 631) non-parallel with the second axis, wherein the cam surface (621, 631) is inclined relative to the second axis and is movable along the second axis to engage the drum cartridge and in response to the engagement the cam (62, 63) is movable together with the casing in a direction non-parallel with the second axis in response to the axial movement of the shaft along the second axis.