mhurhangee/ep-ind-claims huggingface dataset:
An epoxy resin composition comprising an epoxy resin; a polycarboxylic anhydride containing a structural unit represented by formula wherein A represents a cycloalkylene group or a group in which two or more cycloalkylene groups are bonded via a single bond or a divalent group, the cycloalkylene group or the two or more cycloalkylene groups being optionally substituted; R 1 to R 10 are identical or different and each represent a hydrogen atom or an optionally substituted C 1-10 alkyl group, and two groups of R 1 to R 10 may be taken together to form a divalent group; and a phosphonium compound represented by formula wherein R 11 to R 14 are identical or different and each represent a C 1-18 alkyl group or an optionally substituted aryl group, and Z - represents an organic anion. an epoxy resin; a polycarboxylic anhydride containing a structural unit represented by formula wherein A represents a cycloalkylene group or a group in which two or more cycloalkylene groups are bonded via a single bond or a divalent group, the cycloalkylene group or the two or more cycloalkylene groups being optionally substituted; R 1 to R 10 are identical or different and each represent a hydrogen atom or an optionally substituted C 1-10 alkyl group, and two groups of R 1 to R 10 may be taken together to form a divalent group; and wherein A represents a cycloalkylene group or a group in which two or more cycloalkylene groups are bonded via a single bond or a divalent group, the cycloalkylene group or the two or more cycloalkylene groups being optionally substituted; R 1 to R 10 are identical or different and each represent a hydrogen atom or an optionally substituted C 1-10 alkyl group, and two groups of R 1 to R 10 may be taken together to form a divalent group; and a phosphonium compound represented by formula wherein R 11 to R 14 are identical or different and each represent a C 1-18 alkyl group or an optionally substituted aryl group, and Z - represents an organic anion.
A content selection method for selecting from among a plurality of programs a program which is to be recommended to a user, the content selection method comprising: a program list display step for displaying an Electric Program Guide; an input step for inputting an evaluation of a selected program which is included in the displayed Electric Program Guide; a recommendation level calculation step for calculating a recommendation level for each program in the Electric Program Guide based on preference information of the user; and an identification display step for displaying, in the Electric Program Guide, an identification for each of the programs, based on the calculated recommendation level, wherein the recommendation level calculation step and the identification display step are, based on the preference information, respectively executed repeatedly to calculate the recommendation level and to display the identification for each of the programs one by one until input is conducted at the input step, and when the evaluation is newly inputted at the input step, at the recommendation level calculation step, the preference information is immediately updated based on the inputted evaluation and the recommendation level for each program in the Electric Program Guide is newly calculated based on the updated preference information, and at the identification display step, the displayed identification of each of the programs in the Electric Program Guide is changed based on the newly calculated recommendation level. a program list display step for displaying an Electric Program Guide; an input step for inputting an evaluation of a selected program which is included in the displayed Electric Program Guide; a recommendation level calculation step for calculating a recommendation level for each program in the Electric Program Guide based on preference information of the user; and an identification display step for displaying, in the Electric Program Guide, an identification for each of the programs, based on the calculated recommendation level, wherein the recommendation level calculation step and the identification display step are, based on the preference information, respectively executed repeatedly to calculate the recommendation level and to display the identification for each of the programs one by one until input is conducted at the input step, and when the evaluation is newly inputted at the input step, at the recommendation level calculation step, the preference information is immediately updated based on the inputted evaluation and the recommendation level for each program in the Electric Program Guide is newly calculated based on the updated preference information, and at the identification display step, the displayed identification of each of the programs in the Electric Program Guide is changed based on the newly calculated recommendation level.
Method for inspection of electrical or electronic systems, in which signals or signal sequences (SIN, COS) are generated, for the functional safety of these signal sequences, wherein at least two square-wave signal sequences (A, B) are generated and an antivalent square-wave signal sequence (A-, B-) is also generated from each square-wave signal sequence (A, B), characterized in that, a respective antivalent signal sequence (/SIN,/COS) is derived from an analogue signal sequence (SIN or COS) as soon as the signals are detected and each of these analogue signal sequences is converted into a square-wave signal sequence (A, A- or B, B-) and the respective antivalent square-wave signal sequence (A-, B-) of one square-wave signal sequence (A or B) is crossed over and opposed or linked to the respective other square-wave signal sequence (B or A), whereby a clock synchronization of the edge changes between the respectively opposed or linked square-wave signal sequences and antivalent square-wave signal sequences takes place, and the opposed or linked square-wave signal sequences are monitored in a downstreamed evaluation unit, and the evaluation unit detects an error in the antivalent relation by observing the edge changes.
A T-shaped tool in which a tool body having a cutting edge and a cylindrical shank are connected in a T-shape in a side view, wherein the shank is composed of cemented carbide and has a tapered external thread, the diameter of which decreases in the tip direction, formed on a tip thereof, the tool body is composed of steel and has an aperture formed in a central portion of said tool body, and wherein a tapered internal thread for engagement with the tapered external thread is formed on an inner circumferential surface of said aperture, and wherein the shank and the tool body are configured such that the shank and tool body connect by engaging the tapered external thread with the tapered internal thread without abutting an end face of the shank onto the tool body. the shank is composed of cemented carbide and has a tapered external thread, the diameter of which decreases in the tip direction, formed on a tip thereof, the tool body is composed of steel and has an aperture formed in a central portion of said tool body, and wherein a tapered internal thread for engagement with the tapered external thread is formed on an inner circumferential surface of said aperture, and wherein the shank and the tool body are configured such that the shank and tool body connect by engaging the tapered external thread with the tapered internal thread without abutting an end face of the shank onto the tool body.
An article of footwear having an upper and a sole structure secured to the upper, the upper including a tongue element comprising: a material layer (31, 32) forming at least a portion of an exterior surface of the upper; and a component (40, 70, 80) having a compressible area and a flange area, the compressible area forming a portion of the exterior surface and a portion of an opposite interior surface of the upper, and the flange area extending outward from the compressible area, wherein the flange area is located inward from the material layer, and the flange area (47, 54, 64) is joined with the material layer (31, 32), characterized in that the component (40, 70, 80) is a knitted component forming a majority of an exterior of the tongue element, and the knitted component (41, 70, 80) comprising a tubular structure having a first end, the first end having a closed configuration, thereby defining an interior cavity, the knitted component (41, 70, 80) being formed of unitary knit construction having a seamless configuration; and a compressible material located within the cavity. a material layer (31, 32) forming at least a portion of an exterior surface of the upper; and a component (40, 70, 80) having a compressible area and a flange area, the compressible area forming a portion of the exterior surface and a portion of an opposite interior surface of the upper, and the flange area extending outward from the compressible area,
Device for rotation punching, comprising a punching cylinder, which can be rotated about a punching cylinder axis, comprising a counter-pressure cylinder, which can be rotated about a counter-pressure cylinder axis, wherein the counter-pressure cylinder has races, on which the punching cylinder or the punching cylinder races or running surfaces of same can run, and comprising an adjusting device, via which a gap size can be adjusted between the punching cylinder and the counter-pressure cylinder (1, 3), and comprising another cylinder, which is designed as a support shaft, on which the counter-pressure cylinder is directly supported, characterised in that an eccentric of the adjusting device is arranged in a race of the counter-pressure cylinder, via which the race can be positionally displaced relative to the counter-pressure cylinder, wherein the race is mounted on the eccentric and the eccentric is mounted on the base body of the counter-pressure cylinder in a free-running manner.
A method for receiving system information, the method performed by a machine type communication, MTC, device and comprising: receiving control information which are repeated over physical downlink control channels, PDCCHs, on multiple successive subframes; decoding the control information which includes scheduling information regarding a plurality of first type system information blocks, SIBs, repeated for the MTC device; and receiving the plurality of first type SIBs repeated for the MTC device based on the scheduling information, wherein the plurality of first type SIBs repeated for the MTC device and the control information are received on the same multiple successive subframes. receiving control information which are repeated over physical downlink control channels, PDCCHs, on multiple successive subframes; decoding the control information which includes scheduling information regarding a plurality of first type system information blocks, SIBs, repeated for the MTC device; and receiving the plurality of first type SIBs repeated for the MTC device based on the scheduling information, wherein the plurality of first type SIBs repeated for the MTC device and the control information are received on the same multiple successive subframes.
An article of hosiery comprising a plurality of channels alternated with ridges, said channels having, at least in part, differentiated width, said article comprising one or more portions (L, T) with high fabric density and one or more portions (M, E, E', F, F', I, I') and/or a part with low fabric density characterized in that in at least one of said portions (E, E', F, F') with low fabric density, said channels and said ridges have an extension upward, in the conditions of use of said article, according to an inclination (θ) comprised between 50° and 80°, preferably between 60° and 70°, measured with respect to the foot resting plane wherein in said one or more portions (L, T) with high fabric density: said channels have a breadth comprised between 1 mm and 3 mm, - said ridges have a width comprised between 1 mm and 7 mm and in said one or more portions (M, E, E', F, F', I, I') and/or part with low fabric density: - said channels have a breadth comprised between 3 mm and 6 mm, - said ridges have a width comprised between 2 mm and 5 mm. said channels have a breadth comprised between 1 mm and 3 mm, - said ridges have a width comprised between 1 mm and 7 mm and in said one or more portions (M, E, E', F, F', I, I') and/or part with low fabric density: - said channels have a breadth comprised between 3 mm and 6 mm, - said ridges have a width comprised between 2 mm and 5 mm.
A transmitting and/or receiving steerable antenna configuration for optimal beam steering of an electromagnetic signal over wide scan angles within a pre-determined coverage area of the antenna, said antenna configuration comprising: - a sub-reflector and main reflector assembly defining an antenna focal point located substantially adjacent to a reflecting surface of a main reflector; - a transmitting and/or receiving signal feed chain having a signal source located adjacent to the antenna focal point and defining a feed axis substantially pointing towards a sub-reflector intersection point, the main reflector generating a signal beam having a beam axis defining a beam angle (α) with the feed axis; being characterized by - a first rotation member rotating the feed chain and the sub-reflector and main reflector assembly about a first rotation axis generally perpendicular to the feed axis and not intersecting with the coverage area; and - a second rotation member rotating one of the main reflector and the sub-reflector and main reflector assembly relative to the signal feed chain about a second rotation axis substantially aligned with the feed axis, the second rotation member being rotated by the first rotation member. - a sub-reflector and main reflector assembly defining an antenna focal point located substantially adjacent to a reflecting surface of a main reflector; - a transmitting and/or receiving signal feed chain having a signal source located adjacent to the antenna focal point and defining a feed axis substantially pointing towards a sub-reflector intersection point, the main reflector generating a signal beam having a beam axis defining a beam angle (α) with the feed axis; - a first rotation member rotating the feed chain and the sub-reflector and main reflector assembly about a first rotation axis generally perpendicular to the feed axis and not intersecting with the coverage area; and - a second rotation member rotating one of the main reflector and the sub-reflector and main reflector assembly relative to the signal feed chain about a second rotation axis substantially aligned with the feed axis, the second rotation member being rotated by the first rotation member.
A catheter comprising: an elongated catheter body; a distal section having a single flexible elongated member with shape memory of a predetermined 2D configuration of an infinity symbol, which when deployed, or otherwise released from a guiding sheath through which it is advanced in a generally straightened configuration, assumes the 2D configuration of an infinity symbol; and at least one electrode (17, 19) mounted on the member. an elongated catheter body; a distal section having a single flexible elongated member with shape memory of a predetermined 2D configuration of an infinity symbol, which when deployed, or otherwise released from a guiding sheath through which it is advanced in a generally straightened configuration, assumes the 2D configuration of an infinity symbol; and at least one electrode (17, 19) mounted on the member.
A method for producing a ball race on an inner circumferential surface of a workpiece, wherein a preliminary thread profile with a first race geometry is formed on the workpiece by means of a machining manufacturing process, wherein the preliminary thread profile is provided for reworking and forming a final thread profile, wherein the workpiece is clamped in a thread-rolling tool with a tool shank after machining, wherein the tool shank has a longitudinal axis and a tool head with a rolling profile is formed at a free end of the tool shank, wherein the workpiece is set in a rotational movement about an axis of rotation and the tool shank is displaced longitudinally along the inner circumferential surface of the workpiece and guided through the workpiece, and wherein the rolling profile of the tool head for producing the final thread profile on the workpiece rolls with a second race geometry on the preliminary thread profile, characterized in that the rolling profile has a rolling profile geometry running annularly around the longitudinal axis.
A catheter package formed as a tube for an intermittent catheter, wherein the tube is a cylinder-like element with a substantially circular cross section and the tube material is flexible and has a water vapour transmission rate below 0.50 g/m 2 /mm/24h as measured with the WVTR method as defined in the description.
An apparatus comprising: a base plate (110, 601); and a glenosphere configured to be mountable to the base plate, the glenosphere adapted to operate with a complementary humeral component; wherein the base plate includes a removable taper member on a side of the base plate facing the glenosphere, the taper member configured to mount the glenosphere to the base plate; wherein the base plate includes an attachment section configured to allow attachment and removal of the removable taper member, characterised in that the attachment section includes a threaded rod configured to receive the removable taper member. a base plate (110, 601); and a glenosphere configured to be mountable to the base plate, the glenosphere adapted to operate with a complementary humeral component; wherein the base plate includes a removable taper member on a side of the base plate facing the glenosphere, the taper member configured to mount the glenosphere to the base plate; wherein the base plate includes an attachment section configured to allow attachment and removal of the removable taper member, characterised in that the attachment section includes a threaded rod configured to receive the removable taper member.
A composite material, comprising a glass substrate made of soda-lime glass and having a porous antireflective layer in form of a sol-gel layer with a refractive index of less than 1.35, and wherein between the porous antireflective layer and the glass substrate, at least one barrier layer is arranged, which has a thickness from 5 to 50 nm and was deposited by flame pyrolysis or by a PVD or CVD process.
Suspension device for vehicle seats and/or vehicle cabins for applying a spring force to an oscillatory motion (55, 7, 27, 27a) of a first component relative to a second component (22, 52; 46), in the longitudinal and/or width direction (56, 57) of the vehicle, at least one elongate spring element which extends in the longitudinal and/or width direction (56, 57) of the vehicle being connected to the first component in at least one end region (35, 34) and to the second component in the central region (32, 33) thereof, characterised in that the elongate spring element consists of rod-shaped flexible elastomer material, at least two metal strip elements (38, 39) which preferably extend in parallel with one another at least in part being arranged inside the elastomer material in the longitudinal direction (21 a) of the spring element.
A connector for a construction system including two plates (5, 5'), each plate (5, 5') having a trough open to one side and a central leaf (3, 3') running parallel to a centre axis of the trough and aside the centre axis, rising orthogonal to a general plane of the plates in such a way that the plates (5, 5') can be joined symmetrically such that the respective troughs meet and leave an accessible opening containing the central leaves (3, 3') one aside the other, the connector comprising a plug insertable the opening and a flat key insertable in side openings (25, 25') of the plug and in centre openings (33, 33') of the leaves (3, 3') to lock plates (5, 5') and plug in a rigid relationship.
Polyurethane foaming plant for roller shutter slats, comprising: - a system for producing and dispensing polyurethane foam by mixing isocyanate and polyol; and - a foaming area, where, in use, the slats are made to transit in order to receive the polyurethane foam from the production and dispensing system of polyurethane foam, wherein the system for producing and dispensing polyurethane foam comprises two separate foaming heads (11; 12), wherein a first foaming head is fluidically connected to an isocyanate tank and a low density polyol tank to produce and dispense low density polyurethane foam, and wherein a second foaming head is fluidically connected to an isocyanate tank and a high density polyol tank to produce and dispense high density polyurethane foam, characterized in that said plant comprises a system for moving said two distinct foaming heads (11; 12) inside said plant, wherein said movement system is suitable for positioning at said foaming area alternately one of said two foaming heads (11; 12) according to the foaming requirements of the slats in transit through said foaming area. - a system for producing and dispensing polyurethane foam by mixing isocyanate and polyol; and - a foaming area, where, in use, the slats are made to transit in order to receive the polyurethane foam from the production and dispensing system of polyurethane foam, wherein the system for producing and dispensing polyurethane foam comprises two separate foaming heads (11; 12), wherein a first foaming head is fluidically connected to an isocyanate tank and a low density polyol tank to produce and dispense low density polyurethane foam, and wherein a second foaming head is fluidically connected to an isocyanate tank and a high density polyol tank to produce and dispense high density polyurethane foam, characterized in that said plant comprises a system for moving said two distinct foaming heads (11; 12) inside said plant, wherein said movement system is suitable for positioning at said foaming area alternately one of said two foaming heads (11; 12) according to the foaming requirements of the slats in transit through said foaming area. wherein the system for producing and dispensing polyurethane foam comprises two separate foaming heads (11; 12), wherein a first foaming head is fluidically connected to an isocyanate tank and a low density polyol tank to produce and dispense low density polyurethane foam, and wherein a second foaming head is fluidically connected to an isocyanate tank and a high density polyol tank to produce and dispense high density polyurethane foam, characterized in that said plant comprises a system for moving said two distinct foaming heads (11; 12) inside said plant, wherein said movement system is suitable for positioning at said foaming area alternately one of said two foaming heads (11; 12) according to the foaming requirements of the slats in transit through said foaming area.