mhurhangee/ep-ind-claims huggingface dataset:
A method of indicating a change in modulation and coding schemes, MCSs, at a network access device comprising: sending an indication to a user equipment to use a first blind detection configuration set during call set up; choosing a MCS from the first blind detection configuration set; encoding data in accordance with the chosen MCS; sending the encoded data; sending an indication to use a second blind detection configuration set responsive to an event trigger occurring; and sending data encoded with a MCS chosen from the second blind detection configuration set, and wherein the first blind detection configuration set comprises at least one MCS that is different from the MCSs of the second blind detection configuration set. sending an indication to a user equipment to use a first blind detection configuration set during call set up; choosing a MCS from the first blind detection configuration set; encoding data in accordance with the chosen MCS; sending the encoded data; sending an indication to use a second blind detection configuration set responsive to an event trigger occurring; and sending data encoded with a MCS chosen from the second blind detection configuration set, and wherein the first blind detection configuration set comprises at least one MCS that is different from the MCSs of the second blind detection configuration set.
An antenna feeding network for a multi-radiator antenna, the antenna feeding network comprising at least two coaxial lines (20a, 20b), wherein each coaxial line comprises an elongated central inner conductor (14a, 14b) and an elongated outer conductor (15a, 15b) surrounding the central inner conductor (14a, 14b) the antenna feeding network further comprising at least one electrical connector device configured to interconnect at least a first inner conductor and a second inner conductor of said central inner conductors, wherein the electrical connector device comprises at least one engaging portion (30, 30'), each being configured to engage with at least one corresponding surface portion (33; 33a-c) formed on the envelope surface of said first or second inner conductor, characterized in that said first or second inner conductor further comprises at least one recess (34a-c; 34d) in said envelope surface adjacent said at least one surface portion (33; 33a-c), and wherein each engaging portion (30, 30') has a longitudinal length in the lengthwise direction of the coaxial lines such that it extends at least partly over said at least one recess (34a-c; 34d) when said engaging portion (30, 30') engages with said at least one corresponding surface portion (33; 33a-c).
A method of securing a personalized zone of a secure document, comprising the following operations: - inserting, by a first insertion method, a personalized color image on a first surface (121, or 123) of the secure document; - inserting, by a second insertion method, color guilloche motifs (124, 126) on a second surface (121, or 123, or 125) of the secure document, the first and the second surfaces being layered over one another in such a way that the guilloche motifs and the personalized image overlap at least partially; and - inserting a color marking on the guilloche motifs (124, 126) by at least two laser beams of different wavelengths, the color marking at least partially passing through the guilloché motifs, characterized in that the insertion of the color marking is also done on the personalized image, the color marking at least partially passing through the personalized image, said wavelengths making it possible to generate colors for said color marking that are obtained by chemical reaction with pigments of the personalized image and guilloché motifs (124, 126) in such a way that the colors of the color marking are directly dependent on the pigments used in the guillochés and the personalized image. - inserting, by a first insertion method, a personalized color image on a first surface (121, or 123) of the secure document; - inserting, by a second insertion method, color guilloche motifs (124, 126) on a second surface (121, or 123, or 125) of the secure document, the first and the second surfaces being layered over one another in such a way that the guilloche motifs and the personalized image overlap at least partially; and - inserting a color marking on the guilloche motifs (124, 126) by at least two laser beams of different wavelengths, the color marking at least partially passing through the guilloché motifs, characterized in that the insertion of the color marking is also done on the personalized image, the color marking at least partially passing through the personalized image, said wavelengths making it possible to generate colors for said color marking that are obtained by chemical reaction with pigments of the personalized image and guilloché motifs (124, 126) in such a way that the colors of the color marking are directly dependent on the pigments used in the guillochés and the personalized image. by at least two laser beams of different wavelengths, the color marking at least partially passing through the guilloché motifs, characterized in that the insertion of the color marking is also done on the personalized image, the color marking at least partially passing through the personalized image, said wavelengths making it possible to generate colors for said color marking that are obtained by chemical reaction with pigments of the personalized image and guilloché motifs (124, 126) in such a way that the colors of the color marking are directly dependent on the pigments used in the guillochés and the personalized image.
A wireless power transmission device, comprising: a dipole coil comprising a core, and a conducting wire wound at the center part of the core; a power unit configured to supply a current to the conducting wire; and a canceling coil configured to cancel a magnetic field radiated from a lateral surface of the dipole coil. wherein the canceling coil comprises: a first canceling coil which is disposed in a left area of the dipole coil; and wherein the power transmission device is characterized by the canceling coil further comprising: a second canceling coil which is disposed in a right area of the dipole coil. a dipole coil comprising a core, and a conducting wire wound at the center part of the core; a power unit configured to supply a current to the conducting wire; and a canceling coil configured to cancel a magnetic field radiated from a lateral surface of the dipole coil. wherein the canceling coil comprises: a first canceling coil which is disposed in a left area of the dipole coil; and wherein the power transmission device is characterized by the canceling coil further comprising: a second canceling coil which is disposed in a right area of the dipole coil.
A recombinant binding protein comprising an ankyrin repeat domain, for use in a method for treatment of macular degeneration, or for the treatment of a disease of the retina, by inhibiting binding between VEGF-Axxx and VEGFR-2 for improvement of visual acuity in a patient having said disease of the retina, wherein the dose is 0.25 mg to 4 mg, and wherein the recombinant binding protein is to be administered in 2 to 5 doses, with an interval of 25 to 35 days between each dose, wherein the binding protein is to be administered with at least one additional dose, following the 2-5 doses, with an interval of 50 - 115 days between each additional dose, wherein the ankyrin repeat domain is selected from the group consisting of the ankyrin repeat domains of SEQ ID NO: 1, SEQ ID NO:2, SEQ ID NO:3, SEQ ID NO:4, SEQ ID NO:5, SEQ ID NO:6, SEQ ID NO:7, in particular SEQ ID NO:3, and wherein the patient is refractory to ranibizumab and/or bevacizumab.
A method for use by a first wireless device being in a communication state with a second wireless device, the method comprising: transmitting an interference mode schedule, by the first wireless device to the second wireless device, the interference mode schedule specifying an interference period indicating that the first wireless device cannot transmit or receive data during the interference period due to interference; characterized in that the method further comprises: scanning one or more wireless channels, by the first wireless device after transmitting the interference mode schedule and during the interference period, to find a third wireless device for communication with the first wireless device. transmitting an interference mode schedule, by the first wireless device to the second wireless device, the interference mode schedule specifying an interference period indicating that the first wireless device cannot transmit or receive data during the interference period due to interference; characterized in that the method further comprises: scanning one or more wireless channels, by the first wireless device after transmitting the interference mode schedule and during the interference period, to find a third wireless device for communication with the first wireless device. scanning one or more wireless channels, by the first wireless device after transmitting the interference mode schedule and during the interference period, to find a third wireless device for communication with the first wireless device.
A method comprising: (a) providing a powder coating composition including an effective amount of at least one antimicrobial agent comprising at least one inorganic bismuth-containing compound as antimicrobial agent, wherein the inorganic bismuth-containing compound is a bismuth salt of a metal oxyanion or a hydrate thereof; (b) depositing the powder coating composition onto at least a portion of an article; and (c) forming a film from the powder coating composition to create a coated article. (a) providing a powder coating composition including an effective amount of at least one antimicrobial agent comprising at least one inorganic bismuth-containing compound as antimicrobial agent, wherein the inorganic bismuth-containing compound is a bismuth salt of a metal oxyanion or a hydrate thereof; (b) depositing the powder coating composition onto at least a portion of an article; and (c) forming a film from the powder coating composition to create a coated article.
A sampling apparatus comprising: a pressing-up means configured to press up a gypsum building material that is being conveyed by a conveying means, from below a conveyance course of the gypsum building material to above the conveyance course; and a holding means configured to hold the gypsum building material pressed up by the pressing-up means; and a cutting means configured to cut the gypsum building material from a sheet product; and an upstream-side conveying means configured to convey the sheet product and send the sheet product to the cutting means, wherein the conveying means is on a downstream side of the cutting means along a conveyance direction of the gypsum building material, the holding means being placed above the conveyance course on the downstream side of the pressing-up means along the conveyance directions of the gypsum building material (12A-12C). a pressing-up means configured to press up a gypsum building material that is being conveyed by a conveying means, from below a conveyance course of the gypsum building material to above the conveyance course; and a holding means configured to hold the gypsum building material pressed up by the pressing-up means; and a cutting means configured to cut the gypsum building material from a sheet product; and an upstream-side conveying means configured to convey the sheet product and send the sheet product to the cutting means, wherein the conveying means is on a downstream side of the cutting means along a conveyance direction of the gypsum building material, the holding means being placed above the conveyance course on the downstream side of the pressing-up means along the conveyance directions of the gypsum building material (12A-12C).
A polybutylene terephthalate resin powder mixture comprising a polybutylene terephthalate resin powder material having a mean diameter of more than 1 μm and 100 μm or less and a uniformity coefficient of 4 or less and accounting for 100 parts by weight and inorganic particles having a mean diameter of 20 to 500 nm and accounting for 0.1 to 5 parts by weight, wherein the uniformity coefficient and the diameter of inorganic particles are measured by the methods described in the specification.
A liquid crystal display device, comprising: a first substrate having a plurality of pixels defined thereon, each of which is provided with a reflection layer; a second substrate disposed opposite the first substrate; and a display surface configured to display images by the pixels, wherein the display surface is curved in one direction, and reflectances of light in a direction normal to the display surface in each of the reflection layers located in edge portions of the display surface in a curvature direction are higher than a reflectance of light in the direction normal to the display surface in each of the reflection layers located in a middle portion of the display surface in the curvature direction. a first substrate having a plurality of pixels defined thereon, each of which is provided with a reflection layer; a second substrate disposed opposite the first substrate; and a display surface configured to display images by the pixels, wherein the display surface is curved in one direction, and reflectances of light in a direction normal to the display surface in each of the reflection layers located in edge portions of the display surface in a curvature direction are higher than a reflectance of light in the direction normal to the display surface in each of the reflection layers located in a middle portion of the display surface in the curvature direction.
A mounting member for mounting a decorative panel onto a built-in household appliance having a body and a door, the household appliance being placed into a cabinet, the mounting member comprising a first carrier having a base which is seated onto the base of the cabinet, an additional base which extends towards the base and under the body of the built-in household appliance, and an additional extension which extends downwards from an other end of the base extending out of the cabinet, perpendicular to the base and which has holders thereon; and a second carrier which is attached to the lower edge of the decorative panel, which moves on the additional extension upwards and downwards in the vertical direction and which has additional holders on the side thereof facing the additional extension, matching the form of the holders on the additional extension so as to engage with the same, the mounting member being characterized by further comprising an extension which extends between the body and the door, perpendicular to the base and the additional base.
A computing device implemented method for preparing a message (400, 700) having a bit-length determined by a byte-length multiple number of bits, wherein the bit-length is less than or equal to a pre-determined maximum size, for input to a cryptographic hash function operating on blocks of a predetermined block size of B bits, the computing device comprising a processor in communication with a memory, the method comprising: the processor determining the bit-length of the message; the processor padding the message by adding sufficient padding bits and providing a length block (406, 706) of length n bits thus forming a padded message, such that a padded bit length of the padded message is an integer factor times the block size B; the processor setting the bits of the length block (406, 706) such that if the message has a bit-length less than 2 n bits, the bits of the length block represent the number of bits in the message; and, if the message (400, 700) has a bit-length greater than or equal to 2 n bits, the length block (406, 706) is set to a pre-determined value non-representative of the number of bits in the message, the pre-determined value being a value that is different to the values used to represent the bit length of the message when the message has a bit length less than 2 n bits. the processor determining the bit-length of the message; the processor padding the message by adding sufficient padding bits and providing a length block (406, 706) of length n bits thus forming a padded message, such that a padded bit length of the padded message is an integer factor times the block size B; the processor setting the bits of the length block (406, 706) such that if the message has a bit-length less than 2 n bits, the bits of the length block represent the number of bits in the message; and, if the message (400, 700) has a bit-length greater than or equal to 2 n bits, the length block (406, 706) is set to a pre-determined value non-representative of the number of bits in the message, the pre-determined value being a value that is different to the values used to represent the bit length of the message when the message has a bit length less than 2 n bits.
System for applying a building material, the system comprising: a movement apparatus for changing an application site in a space; a first component of the building material; a second component of the building material; a mixer for mixing the first component and the second component; wherein the mixer comprises a drive module, which has a first coupling element, and a mixing chamber module, which has a second coupling element, wherein the drive module and the mixing chamber module are designed as separable from one another by way of the coupling elements (14, 15), and wherein the drive module and the mixing chamber module, in an application state of the system, are operatively interconnected by the coupling elements (14, 15) and wherein the mixing chamber module comprises a drum module and a shaft module, which are designed as separable from one another and the drum module comprises a drum, which has at least one inlet (7, 7.1, 7.2, 7.3) and an outlet, and a distal closure and the drum comprises at least a first inlet (7.1) and a second inlet (7.2) in a first end region of the drum and wherein the outlet is located in a second end region of the drum and wherein the shaft module comprises the second coupling element, the proximal closure and a stirring shaft, wherein the stirring shaft is operatively connected to the second coupling element and wherein the drive module comprises a support device, which in the application state is connected to the distal closure, and wherein the distal closure has at least one bearing for the stirring shaft. a movement apparatus for changing an application site in a space; a first component of the building material; a second component of the building material; a mixer for mixing the first component and the second component; wherein the mixer comprises a drive module, which has a first coupling element, and a mixing chamber module, which has a second coupling element, wherein the drive module and the mixing chamber module are designed as separable from one another by way of the coupling elements (14, 15), and wherein the drive module and the mixing chamber module, in an application state of the system, are operatively interconnected by the coupling elements (14, 15) and wherein the mixing chamber module comprises a drum module and a shaft module, which are designed as separable from one another and the drum module comprises a drum, which has at least one inlet (7, 7.1, 7.2, 7.3) and an outlet, and a distal closure and the drum comprises at least a first inlet (7.1) and a second inlet (7.2) in a first end region of the drum and wherein the outlet is located in a second end region of the drum and wherein the shaft module comprises the second coupling element, the proximal closure and a stirring shaft, wherein the stirring shaft is operatively connected to the second coupling element and wherein the drive module comprises a support device, which in the application state is connected to the distal closure, and wherein the distal closure has at least one bearing for the stirring shaft.
Method for determining haemostasis parameters by measuring vibration parameters of a resonator having a measuring surface which contacts a platelet containing sample fluid, wherein the resonance frequency, the amplitude and/or the damping is recorded over time and used as the vibration parameter, thus providing a curve of the vibration parameter over time, wherein the sample fluid is activated, characterized in that the characteristics of the curve of the vibration parameter are evaluated over time and the platelet function is then assessed as follows: when the vibration behaviour of the crystal resonator with an activated sample fluid corresponds to the vibration behaviour of a crystal resonator with a non-activated sample fluid, it is concluded that the platelets are capable of adhesion but are incapable of aggregation, i.e. that there is an aggregation disorder, and when the curve of the vibration parameter remains unchanged over time, an adhesion disorder is diagnosed.
A stabilized aqueous polymer composition containing A) a stabilizing amount of at least a first stabilizer comprising a heterocyclic condensed ringsystem containing nitrogen and sulphur ring heteroatoms which is a sulfur dye with the exception of a phenothiazine compound or a stabilizing amount of said first stabilizer with a phenothiazine compound, wherein the stabilizing amount is between 10 ppm and 10 % by weight, referring to the total composition; and B) at least one polymer comprising groups which are capable of complex formation with ions, said polymer being selected from the group of a solvatable polysaccharide or of a synthetic polymer which is a copolymer obtained from copolymerization of at least two of i. an amide of an ethylenically unsaturated carboxylic acid; and/or ii. an ethylenically unsaturated phosphonic acid; and/or iii. an ethylenically unsaturated sulfonic acid; and/or optionally iv. an ethylenically unsaturated carboxylic acid; and/or optionally v. an allyl- and methallyl compound, and/or optionally vi. an additional copolymerizable monomer. A) a stabilizing amount of at least a first stabilizer comprising a heterocyclic condensed ringsystem containing nitrogen and sulphur ring heteroatoms which is a sulfur dye with the exception of a phenothiazine compound or a stabilizing amount of said first stabilizer with a phenothiazine compound, wherein the stabilizing amount is between 10 ppm and 10 % by weight, referring to the total composition; and B) at least one polymer comprising groups which are capable of complex formation with ions, said polymer being selected from the group of a solvatable polysaccharide or of a synthetic polymer which is a copolymer obtained from copolymerization of at least two of i. an amide of an ethylenically unsaturated carboxylic acid; and/or ii. an ethylenically unsaturated phosphonic acid; and/or iii. an ethylenically unsaturated sulfonic acid; and/or optionally iv. an ethylenically unsaturated carboxylic acid; and/or optionally v. an allyl- and methallyl compound, and/or optionally vi. an additional copolymerizable monomer. i. an amide of an ethylenically unsaturated carboxylic acid; and/or ii. an ethylenically unsaturated phosphonic acid; and/or iii. an ethylenically unsaturated sulfonic acid; and/or optionally iv. an ethylenically unsaturated carboxylic acid; and/or optionally v. an allyl- and methallyl compound, and/or optionally vi. an additional copolymerizable monomer.