mhurhangee/ep-ind-claims huggingface dataset:
A Fourier-transform optical spectrometer (102, 104), comprising: a planar slab; a first optical waveguide; a second optical waveguide, wherein said first optical waveguide and said second optical waveguide each is in the form of a local modification of said slab and are laterally disposed at said slab parallel to each other; and an optical detector system connected to an unmodified section of said slab and segmented and extending in parallel to said first optical waveguide and said second optical waveguide, wherein: said first optical waveguide has a propagation mode with a first effective refractive index; said second optical waveguide has a propagation mode with a second effective refractive index different from said first effective refractive index; and said unmodified section of said slab has a propagation mode with a third effective refractive index larger than each of said first effective refractive index and said second effective refractive index, allowing lateral leakage of light from said first optical waveguide and said second optical waveguide into said propagation mode of said unmodified section of said slab, so that an interferogram may be produced in said unmodified section of said slab and be detectable by said optical detector system. a planar slab; a first optical waveguide; a second optical waveguide, wherein said first optical waveguide and said second optical waveguide each is in the form of a local modification of said slab and are laterally disposed at said slab parallel to each other; and an optical detector system connected to an unmodified section of said slab and segmented and extending in parallel to said first optical waveguide and said second optical waveguide, said first optical waveguide has a propagation mode with a first effective refractive index; said second optical waveguide has a propagation mode with a second effective refractive index different from said first effective refractive index; and said unmodified section of said slab has a propagation mode with a third effective refractive index larger than each of said first effective refractive index and said second effective refractive index, allowing lateral leakage of light from said first optical waveguide and said second optical waveguide into said propagation mode of said unmodified section of said slab, so that an interferogram may be produced in said unmodified section of said slab and be detectable by said optical detector system.
A pharmaceutical composition containing prasugrel or one of its salts, wherein said prasugrel or salts thereof exist in the composition in a molecule, an ion, a crystalline or an amorphous form, wherein said pharmaceutical composition is a solid preparation and contains a surfactant, wherein the weight ratio of prasugrel or salts thereof to the surfactant is less than or equal to 1:2, wherein 90% of the particles of prasugrel or salts thereof have a size less than or equal to 75μm, and wherein said pharmaceutical composition improves the dissolution rate of prasugrel or salts thereof at high gastric pH.
A trimerisation catalyst system consisting of: (a) a cation having the following structure wherein R 1 is selected from the group consisting of H, C 1 - C 18, N, Si, and any combination thereof; wherein R 2 is selected from the group consisting of H, C 1 - C 18, N, Si, and any combination thereof; and wherein R 3 is selected from the group consisting of H, C 1 C 18, N, Si, and any combination thereof; and (b) an isocyanate-trimer inducing anion is carboxylate having the following structure: wherein X' is selected from the group consisting of H, C 1 -C 18, aliphatic, aromatic, cyclic, acyclic, acyl, and derivatives thereof; wherein said trimerisation catalyst system has a trimerisation activation temperature as measured via Differential Scanning Calorimetry in the range of equal to or less than 73°C. (a) a cation having the following structure wherein R 1 is selected from the group consisting of H, C 1 - C 18, N, Si, and any combination thereof; wherein R 2 is selected from the group consisting of H, C 1 - C 18, N, Si, and any combination thereof; and wherein R 3 is selected from the group consisting of H, C 1 C 18, N, Si, and any combination thereof; and (b) an isocyanate-trimer inducing anion is carboxylate having the following structure: wherein X' is selected from the group consisting of H, C 1 -C 18, aliphatic, aromatic, cyclic, acyclic, acyl, and derivatives thereof; wherein said trimerisation catalyst system has a trimerisation activation temperature as measured via Differential Scanning Calorimetry in the range of equal to or less than 73°C.
A thermoplastic resin composition, comprising: an alkyl (meth)acrylate-aromatic vinyl compound-vinyl cyanide compound graft copolymer comprising a polymer seed comprising 51 to 77 % by weight of an alkyl (meth)acrylate and 23 to 49 % by weight of an aromatic vinyl compound, a rubber core surrounding the polymer seed and comprising 78 to 90 % by weight of an alkyl acrylate and 10 to 22 % by weight of an aromatic vinyl compound, and a graft shell surrounding the rubber core and comprising 65 to 80 % by weight of an aromatic vinyl compound, 14 to 25 % by weight of a vinyl cyanide compound, and 3 to 15 % by weight of an alkyl acrylate; and a non-graft copolymer comprising an alkyl (meth)acrylate, an alkyl-substituted styrene-based compound, and a vinyl cyanide compound, wherein the graft copolymer satisfies both Equations 1 and 2 below: 200 ≤ 2 * r2 ≤ 300 25 ≤ r2 − r1 ≤ 45, wherein r1 represents an average radius (nm) from a center of the graft copolymer to the seed, and r2 represents an average radius (nm) from the center of the graft copolymer to the core, measured as disclosed in the description. an alkyl (meth)acrylate-aromatic vinyl compound-vinyl cyanide compound graft copolymer comprising a polymer seed comprising 51 to 77 % by weight of an alkyl (meth)acrylate and 23 to 49 % by weight of an aromatic vinyl compound, a rubber core surrounding the polymer seed and comprising 78 to 90 % by weight of an alkyl acrylate and 10 to 22 % by weight of an aromatic vinyl compound, and a graft shell surrounding the rubber core and comprising 65 to 80 % by weight of an aromatic vinyl compound, 14 to 25 % by weight of a vinyl cyanide compound, and 3 to 15 % by weight of an alkyl acrylate; and a non-graft copolymer comprising an alkyl (meth)acrylate, an alkyl-substituted styrene-based compound, and a vinyl cyanide compound, wherein the graft copolymer satisfies both Equations 1 and 2 below: 200 ≤ 2 * r2 ≤ 300 25 ≤ r2 − r1 ≤ 45, wherein r1 represents an average radius (nm) from a center of the graft copolymer to the seed, and r2 represents an average radius (nm) from the center of the graft copolymer to the core, measured as disclosed in the description.
A method for operating a servo press system comprising a servo press that is adapted to move a slide upward and downward by rotating a crank shaft, and a servo transfer device that is adapted to transfer a workpiece to the servo press, the servo press implementing a press operation using a pendulum motion of the crank shaft such that an upper limit position of the slide is lower than a position of the slide when a rotation angle is 0° or 360° of the crank shaft, characterized in that the servo transfer device receives first transfer operation instruction information that is generated depending on a mechanical motion state according to a current motion state of a press element (12, 16) of the servo press, or second transfer operation instruction information that is generated independently of the mechanical motion state according to the current motion state of the press element (12, 16), the servo press system determines whether or not a current motion state of the press element (12, 16) during the pendulum motion is a motion state within a motion direction inversion region such that the slide is located at the upper limit position when the motion of the crank shaft is inverted, and the servo transfer device implements a transfer operation by utilizing the first transfer operation instruction information when it has been determined that the current motion state of the press element (12, 16) is not a motion state within the motion direction inversion region, or by utilizing the second transfer operation instruction information when it has been determined that the current motion state of the press element (12, 16) is a motion state within the motion direction inversion region.
A package with a refill cartridge for baton-shaped products, comprising: - an outer envelope having a cap and a tubular body portion closed by a base, the base of the outer envelope having an inner axial protrusion; and - a refill cartridge comprising two concentric and juxtaposed tubular walls (7, 8), a first tubular wall comprising a helical slot and a second tubular wall comprising two axial straight slots (9a, 9b) disposed diametrically opposed, and a movable retainer for retaining a baton-shaped product arranged inside the tubular walls (7, 8) and having fixation means that pass between the slots of the tubular walls (7, 8), the refill cartridge comprising further a handling cap that is arranged over the lower end of the second tubular wall and is fitted from beneath the end of the first tubular wall - the upper end of the axial protrusion of the outer envelope comprising axial grooves that divide said end into a number of protrusion portions (5a, 5b, 5c, 5d) and is formed integrally with the base of the envelope; characterized in that the handling cap is fixed between the second tubular wall and the first tubular wall, by inserting the upper end of the handling cap between the second tubular wall and the first tubular wall, the handling cap further comprising inner and outer grooves, the lower end of the second tubular wall is folded inwards and upwards to define a holding surface that receives the inner axial protrusion of the outer envelope, the protrusion further comprising a stop wall configured to limit the position of the refill cartridge during its insertion into the body portion. - an outer envelope having a cap and a tubular body portion closed by a base, the base of the outer envelope having an inner axial protrusion; and - a refill cartridge comprising two concentric and juxtaposed tubular walls (7, 8), a first tubular wall comprising a helical slot and a second tubular wall comprising two axial straight slots (9a, 9b) disposed diametrically opposed, and a movable retainer for retaining a baton-shaped product arranged inside the tubular walls (7, 8) and having fixation means that pass between the slots of the tubular walls (7, 8), the refill cartridge comprising further a handling cap that is arranged over the lower end of the second tubular wall and is fitted from beneath the end of the first tubular wall - the upper end of the axial protrusion of the outer envelope comprising axial grooves that divide said end into a number of protrusion portions (5a, 5b, 5c, 5d) and is formed integrally with the base of the envelope;
A molding material distribution insert for a hot runner, comprising: a cylindrical body having a longitudinal axis; a distribution channel and a plurality of drop channels formed in the body and intersecting the distribution channel, wherein the drop channels exit the body at a first end of the body, characterized in that the distribution channel is formed on a cylindrical outer surface of the body, and the distribution channel having a portion following a circumferential perimeter of the body. a cylindrical body having a longitudinal axis; a distribution channel and a plurality of drop channels formed in the body and intersecting the distribution channel, wherein the drop channels exit the body at a first end of the body, characterized in that the distribution channel is formed on a cylindrical outer surface of the body, and the distribution channel having a portion following a circumferential perimeter of the body.
Process carried out by a processor in order to estimate the physical or variable characteristic parameters of a bundle of corpuscles which are intended to be emitted towards a body or an object and in order to determine the dose deposited by the bundle emitted, the corpuscles being arranged in a phase space register, comprising in combination at least the following steps: • collecting the corpuscles present in a bundle which has passed through a collector and a filter and which may or may not have interacted therewith, • determining a partition of a support Ω of each variable in the form of a set I of consecutive and contiguous ranges for classifying the corpuscles of the register PSF in terms of energy, position and direction, the reassembly of these ranges for each variable of the bundle constituting a multivariate channel, and characterised in that it comprises the following steps: • cutting the support Ω into a number Dmax of regular micro-channels having a given size δ and calculating the likelihood corresponding to the possible ranges by contiguous concatenation of the micro-channels, retaining the best partition I of Ω, • defining a link in each direction of phase space while maximising the probability of the construction of a variable in a range while introducing one "a priori" in order to obtain a regularised partition of the phase space, • estimating the probability distribution of the phase space for the regularised partition, • calculating the physical characteristics of the bundle of corpuscles, comparing them with proven data and determining the doses before emitting the bundle. • collecting the corpuscles present in a bundle which has passed through a collector and a filter and which may or may not have interacted therewith, • determining a partition of a support Ω of each variable in the form of a set I of consecutive and contiguous ranges for classifying the corpuscles of the register PSF in terms of energy, position and direction, the reassembly of these ranges for each variable of the bundle constituting a multivariate channel, and • cutting the support Ω into a number Dmax of regular micro-channels having a given size δ and calculating the likelihood corresponding to the possible ranges by contiguous concatenation of the micro-channels, retaining the best partition I of Ω, • defining a link in each direction of phase space while maximising the probability of the construction of a variable in a range while introducing one "a priori" in order to obtain a regularised partition of the phase space, • estimating the probability distribution of the phase space for the regularised partition, • calculating the physical characteristics of the bundle of corpuscles, comparing them with proven data and determining the doses before emitting the bundle.
A method for the manufacture of an annular extrudate, wherein a polymeric material is molten in an extruder to a polymer melt, the polymer melt enters a melt passage subsequent to the extruder, wherein the melt passage is arranged in a stationary jacket of a device, wherein a stationary crosshead is arranged in the melt passage, and the melt flows around the crosshead such that an annular melt flow is generated by the crosshead, wherein an annular passage is formed between the crosshead and the jacket, wherein the annular passage contains a static mixer, wherein the crosshead is supported by the static mixer in the jacket, wherein the static mixer comprises a plurality of inserts, wherein at least a portion of the inserts is attached to the crosshead and the jacket, such that a force is transmitted from the crosshead to the jacket, such that the annular melt flow has a homogeneous temperature at the discharge end of the device, wherein at least 20% of the forces which act on the crosshead by the polymer melt are introduced via the static mixer into the jacket, wherein the annular passage comprises a plurality of static mixers, which are arranged serially in the direction of flow, wherein the annular passage contains a first static mixer and a second static mixer, characterized in that the first static mixer is arranged at a distance to the second static mixer which is free from inserts.
Device for providing electric power to a pram with a wheel shaft, comprising at least one gearbox that can be activated via turning the pram wheel shaft, as the pram moves on its wheels, a generator, at least one battery and a control circuit board, whereby the generator is connected to the at least one battery and is actuated via said gearbox, whereby the generator powers the control circuit board which is associated with a screen for viewing system operation; an electric blanket for heating the seat; characterized in that the control circuit board is further associated with a holder for heating a feeding bottle and USB output connectors for charging mobile phones.
A method of steel grade determination for a steel material having a substantially circular cross-section by means of a fluorescent X-ray analysis method in a manufacturing line of the steel material, the method of steel grade determination for a steel material having a substantially circular cross-section comprising: a detection step in which while a measurement section including an irradiation section for performing X-ray irradiation and a detection section for detecting fluorescent X-rays is relatively moved along an outer peripheral surface of the steel material with respect to the steel material for a predetermined time period necessary for analysis, the steel material is irradiated with X-rays from the irradiation section, and fluorescent X-rays radiated from the steel material are detected by the detection section; and wherein the method is further characterised by; a calculation step of calculating a composition of the portion of the steel material irradiated with X-rays in an averaged manner based on fluorescent X-rays detected in the detection step, wherein the composition is calculated based on the energy spectrum of fluorescent X-rays obtained from the result of fluorescent X-ray analysis of the steel material; and a determination step of determining a steel grade of the steel material according to the composition calculated in the calculation step. a detection step in which while a measurement section including an irradiation section for performing X-ray irradiation and a detection section for detecting fluorescent X-rays is relatively moved along an outer peripheral surface of the steel material with respect to the steel material for a predetermined time period necessary for analysis, the steel material is irradiated with X-rays from the irradiation section, and fluorescent X-rays radiated from the steel material are detected by the detection section; and wherein the method is further characterised by; a calculation step of calculating a composition of the portion of the steel material irradiated with X-rays in an averaged manner based on fluorescent X-rays detected in the detection step, wherein the composition is calculated based on the energy spectrum of fluorescent X-rays obtained from the result of fluorescent X-ray analysis of the steel material; and a determination step of determining a steel grade of the steel material according to the composition calculated in the calculation step.
A method, comprising: affixing tags to pharmaceutical components, said tags comprising a non-charge based, writable memory device such that the contents of such memory device are not corrupted by gamma radiation; storing component specific test procedure information in said tags; exposing said components to gamma radiation to sterilize said components; after the exposing, using a reader to transfer said component specific test procedure information associated with each component to an automated integrity tester. affixing tags to pharmaceutical components, said tags comprising a non-charge based, writable memory device such that the contents of such memory device are not corrupted by gamma radiation; storing component specific test procedure information in said tags; exposing said components to gamma radiation to sterilize said components; after the exposing, using a reader to transfer said component specific test procedure information associated with each component to an automated integrity tester.
A power transmitter for a wireless power transfer system including a power receiver for receiving a power transfer from the power transmitter via a wireless inductive power signal; the power transmitter comprising: a transmit power inductor for generating the wireless inductive power signal; a first detector arranged to generate, when in a test mode, a foreign object detection estimate in response to a comparison of a first measured load of the wireless inductive power signal to an expected load of the wireless inductive power signal when the power receiver is operating in a test mode, a loading of the wireless inductive power signal by the power receiver when operating in the test mode being constrained relative to the loading of the wireless inductive power signal by the power receiver when operating in a power transfer mode during a power transfer phase; a controller for entering at least one of the power transmitter and the power receiver into a power transfer mode when the foreign object detection estimate indicates that no foreign object is present; a second detector arranged to generate a parasitic power loss detection for the power transfer in response to a parasitic power loss estimate exceeding a threshold; characterized in that the second detector is arranged to generate the parasitic power loss detection when in the power transfer mode, and in that the power transmitter further comprises: a calibration unit for initializing an adaptation of a first parameter of the parasitic power loss detection in response to operating parameter values for the power transfer phase during an initial time interval of entering the power transfer phase following the foreign object detection estimate indicating that no foreign object is present and to terminate the adaptation of the parameter while remaining in the power transfer phase. a transmit power inductor for generating the wireless inductive power signal; a first detector arranged to generate, when in a test mode, a foreign object detection estimate in response to a comparison of a first measured load of the wireless inductive power signal to an expected load of the wireless inductive power signal when the power receiver is operating in a test mode, a loading of the wireless inductive power signal by the power receiver when operating in the test mode being constrained relative to the loading of the wireless inductive power signal by the power receiver when operating in a power transfer mode during a power transfer phase; a controller for entering at least one of the power transmitter and the power receiver into a power transfer mode when the foreign object detection estimate indicates that no foreign object is present; a second detector arranged to generate a parasitic power loss detection for the power transfer in response to a parasitic power loss estimate exceeding a threshold;