mhurhangee/ep-ind-claims huggingface dataset:
Method for determining the relative position between two receivers (10, 11) for satellite navigation, in which phase measurements on carrier signals of the satellite navigation system are performed by the receivers (10, 11), and in which the relative position of the receivers (10, 11) is determined by an evaluation unit on the basis of the phase measurements, characterized in that - the integer phase ambiguities and the distance vector describing the relative position is determined by the evaluation unit, by - minimizing an evaluation function, which comprises besides a first measure for evaluating the consistency of the integer phase ambiguities with the phase measurements, a second measure, that determines the deviation of the distance vector, which describes the relative position and is associated with the integer phase ambiguity, from a distance vector of predetermined length. - the integer phase ambiguities and the distance vector describing the relative position is determined by the evaluation unit, by - minimizing an evaluation function, which comprises besides a first measure for evaluating the consistency of the integer phase ambiguities with the phase measurements, a second measure, that determines the deviation of the distance vector, which describes the relative position and is associated with the integer phase ambiguity, from a distance vector of predetermined length.
A reagent for analysis of immature leukocytes in peripheral blood comprising: a surfactant which is a polyoxyethylene nonionic surfactant, a solubilizing agent which is a sarcosine derivative having the following structural formula or salts thereof, wherein R 1 is a C 10-22 alkyl group; and n is 1 to 5, and a dye for staining nucleic acid, wherein the concentration of the surfactant in the reagent is 500 to 15,000 ppm and the reagent has an osmotic pressure of not lower than 10 mOsm/kg and lower than 150 mOsm/kg. a surfactant which is a polyoxyethylene nonionic surfactant, a solubilizing agent which is a sarcosine derivative having the following structural formula or salts thereof, wherein R 1 is a C 10-22 alkyl group; and n is 1 to 5, and a dye for staining nucleic acid, wherein the concentration of the surfactant in the reagent is 500 to 15,000 ppm and the reagent has an osmotic pressure of not lower than 10 mOsm/kg and lower than 150 mOsm/kg.
A method of radio communication in a system comprising a plurality of communicating modules (M 1,..., M n),each communicating module (M 1,..., M n) being able to obtain at least one measured physical value and to transmit a message encapsulating said at least one measured physical value to a hub device according to a given radio communication protocol, the sending of the message being performed during a communication time interval, defined by a start instant and an end instant, a waiting time separating two successive communication time intervals of one and the same communicating module (M 1,..., M n), each communicating module (M 1,..., M n) of the plurality of communicating modules calculates the waiting time separating two successive communication time intervals of said communicating module as a function of a counter, said counter taking an initial value equal to a predetermined maximum value, subsequent to a message send and to a receipt of an acknowledgement message, corresponding to the message transmitted by said communicating module, originating from the hub device, when the value of the counter is strictly positive, the value of the counter is decremented by a predetermined decrementation value, the calculated waiting time (36, 38, 40) being equal either to a predetermined communication period duration if the value of the counter is different from the predetermined maximum value, or to said communication period duration increased by a random additional duration if the value of the counter is equal to the predetermined maximum value. each communicating module (M 1,..., M n) of the plurality of communicating modules calculates the waiting time separating two successive communication time intervals of said communicating module as a function of a counter, said counter taking an initial value equal to a predetermined maximum value, subsequent to a message send and to a receipt of an acknowledgement message, corresponding to the message transmitted by said communicating module, originating from the hub device, when the value of the counter is strictly positive, the value of the counter is decremented by a predetermined decrementation value, the calculated waiting time (36, 38, 40) being equal either to a predetermined communication period duration if the value of the counter is different from the predetermined maximum value, or to said communication period duration increased by a random additional duration if the value of the counter is equal to the predetermined maximum value.
A coating for a medical device obtainable by curing fatty acid based material, wherein the fatty acid based material is an oil, and adding as a therapeutic agent a compound selected from Compound A Compound B Compound C Compound D Compound E wherein the fatty acid was partially cross-linked before association with the therapeutic agent forming a pre-cured material, additionally curing the fatty acid based material after addition of the therapeutic agent, and wherein the oil comprises 5-25% C 14 fatty acids; and wherein the oil comprises 5-30% C 16 fatty acids.
A system comprising: a long cannula; at least one optical fiber disposed within the long cannula, the at least one optical fiber configured to carry a laser beam from a laser source to a distal end of the long cannula; and a multi-spot generator disposed within a short cannula at the distal end of the long cannula, wherein the short cannula is disposed within the long cannula, the multi-spot generator comprising: a faceted optical element with a faceted end surface, the faceted end surface including at least one facet oblique to a path of the laser beam, the faceted optical element configured to receive the laser beam from the optical fiber; and a ball lens configured to receive the laser beam from the faceted optical element, the diameter of the ball lens is such that the ball lens can be press-fit into an interior region of the short cannula, the faceted optical element formed separately from the ball lens. a long cannula; at least one optical fiber disposed within the long cannula, the at least one optical fiber configured to carry a laser beam from a laser source to a distal end of the long cannula; and a multi-spot generator disposed within a short cannula at the distal end of the long cannula, wherein the short cannula is disposed within the long cannula, the multi-spot generator comprising: a faceted optical element with a faceted end surface, the faceted end surface including at least one facet oblique to a path of the laser beam, the faceted optical element configured to receive the laser beam from the optical fiber; and a ball lens configured to receive the laser beam from the faceted optical element, the diameter of the ball lens is such that the ball lens can be press-fit into an interior region of the short cannula, the faceted optical element formed separately from the ball lens. a faceted optical element with a faceted end surface, the faceted end surface including at least one facet oblique to a path of the laser beam, the faceted optical element configured to receive the laser beam from the optical fiber; and a ball lens configured to receive the laser beam from the faceted optical element, the diameter of the ball lens is such that the ball lens can be press-fit into an interior region of the short cannula, the faceted optical element formed separately from the ball lens.
Use, as neutralizing agent and/or as rheology modifier in a paint formulation, of at least one compound chosen from 1-(2-aminoethyl)imidazolidin-2-one (UDETA), 1-(2-[(2-aminoethyl)amino]ethyl)-imidazolidone (UTETA), 1-(2-{2-[(2-aminoethylamino]ethyl}amino)ethyl]imidazolidone (UTEPA), N-(6-aminohexyl)-N'-(6-methyl-4-oxo-1,4-dihydro-pyrimidin-2-yl)urea (UPy), 3-amino-1,2,4-triazole (3-ATA) and 4-amino-1,2,4-triazole (4-ATA) and their mixtures, at a content of between 0.05 and 5% by weight, preferably between 0.05 and 2% by weight, with respect to the total weight of the formulation.
A method for managing reference pictures while encoding and/or decoding multiview videos, comprising the steps of: maintaining a reference picture list for each current frame of a plurality of multiview videos, the reference picture list being maintained to indicate the frames that are stored in a decoded picture buffer and therefore being an index for this buffer and the reference picture list indexing temporal reference pictures, spatial reference pictures and synthesized reference pictures of the plurality of multiview videos; and predicting each current frame of the plurality of multiview videos according to reference pictures indexed by the associated reference picture list; wherein the temporal reference pictures in the reference picture list are ordered before corresponding synthesized reference pictures, and the synthesized reference pictures are ordered before spatial reference pictures; and wherein the manager maintains a multiview reference picture list. maintaining a reference picture list for each current frame of a plurality of multiview videos, the reference picture list being maintained to indicate the frames that are stored in a decoded picture buffer and therefore being an index for this buffer and the reference picture list indexing temporal reference pictures, spatial reference pictures and synthesized reference pictures of the plurality of multiview videos; and predicting each current frame of the plurality of multiview videos according to reference pictures indexed by the associated reference picture list; wherein the temporal reference pictures in the reference picture list are ordered before corresponding synthesized reference pictures, and the synthesized reference pictures are ordered before spatial reference pictures; and wherein the manager maintains a multiview reference picture list.
A method for optimizing a process in an automatic control and automation system across both a continuous conversion of initial components into a plurality of blending components and a non-continuous conversion of the plurality of blending components into a plurality of desired fuel products, the method comprising: receiving constraints on each of the initial components; receiving constraints on each of the plurality of blending components, wherein the constraints on each of the plurality of blending components include: a lower production limit for a particular blending component as well as an upper production limit for that particular blending component, and available storage space for one or more of the blending components; receiving information on the plurality of desired fuel products to be produced from the plurality of blending components including a quantity of each of the plurality of desired fuel products to be produced and a recipe that specifies how the plurality of blending components are to be combined to form each of the plurality of desired fuel products; performing an optimization that includes both the continuous conversion of the initial components into the plurality of blending components and the subsequent non-continuous conversion of the plurality of desired fuel products, subject to the constraints on each of one or more of the initial components, the constraints on each of the plurality of blending components, the recipe for each of the plurality of desired fuel products, and the quantity of each of the plurality of desired fuel products to be produced receiving constraints on each of the initial components; receiving constraints on each of the plurality of blending components, wherein the constraints on each of the plurality of blending components include: a lower production limit for a particular blending component as well as an upper production limit for that particular blending component, and available storage space for one or more of the blending components; a lower production limit for a particular blending component as well as an upper production limit for that particular blending component, and available storage space for one or more of the blending components; receiving information on the plurality of desired fuel products to be produced from the plurality of blending components including a quantity of each of the plurality of desired fuel products to be produced and a recipe that specifies how the plurality of blending components are to be combined to form each of the plurality of desired fuel products; performing an optimization that includes both the continuous conversion of the initial components into the plurality of blending components and the subsequent non-continuous conversion of the plurality of desired fuel products, subject to the constraints on each of one or more of the initial components, the constraints on each of the plurality of blending components, the recipe for each of the plurality of desired fuel products, and the quantity of each of the plurality of desired fuel products to be produced
An applicator comprising: a bar which rotates while coming into contact with an upper surface of a continuously travelling web via a coating liquid; a barrier plate which is provided on an upstream side of the bar in a travelling direction of the web and allows the coating liquid to flow in a direction toward the web between the barrier plate and the bar, and a support member having a structure that rotatably supports the bar and which is provided with a distance to the barrier plate, characterized in that, when a distance between the barrier plate and an end edge portion of the bar, which is closest to the barrier plate, is referred to as A and a distance between the barrier plate and the web is referred to as B, A is 0.5 mm to 5 mm, B is 0.5 mm to 5 mm, and B≤A is satisfied. a bar which rotates while coming into contact with an upper surface of a continuously travelling web via a coating liquid; a barrier plate which is provided on an upstream side of the bar in a travelling direction of the web and allows the coating liquid to flow in a direction toward the web between the barrier plate and the bar, and a support member having a structure that rotatably supports the bar and which is provided with a distance to the barrier plate, characterized in that, when a distance between the barrier plate and an end edge portion of the bar, which is closest to the barrier plate, is referred to as A and a distance between the barrier plate and the web is referred to as B, A is 0.5 mm to 5 mm, B is 0.5 mm to 5 mm, and B≤A is satisfied.
A terminal comprising: a transmitting section configured to transmit, to a base station, information related to the values of X that the terminal supports by using terminal capability information; a receiving section configured to receive, from the base station, configuration information for a value of X to be configured in the terminal; and a measurement section configured to measure Channel State Information, CSI, based on a CSI reference resource in a slot n-n CQI_ref, where n corresponds to a slot in which the CSI is reported periodically or aperiodically and n CQI_ref corresponds to a smallest value greater than or equal to X indicated by the configuration information and a slot n-n n CQI_ref corresponds to a valid downlink slot; wherein the transmitting section is further configured to transmit the CSI in the slot in which the CSI is reported periodically or aperiodically. a transmitting section configured to transmit, to a base station, information related to the values of X that the terminal supports by using terminal capability information; a receiving section configured to receive, from the base station, configuration information for a value of X to be configured in the terminal; and a measurement section configured to measure Channel State Information, CSI, based on a CSI reference resource in a slot n-n CQI_ref, where n corresponds to a slot in which the CSI is reported periodically or aperiodically and n CQI_ref corresponds to a smallest value greater than or equal to X indicated by the configuration information and a slot n-n n CQI_ref corresponds to a valid downlink slot; wherein the transmitting section is further configured to transmit the CSI in the slot in which the CSI is reported periodically or aperiodically.
A cutting edge for a foldable blade of a work machine, the cutting edge comprising: a central member having opposed first and second apexed terminals (18, 20) and at least one central cutting side disposed between the first and second apexed terminals (18, 20); a first flanking member having a first cutting side and a first inner inclined end, the first inner inclined end being contiguously positionable to the first apexed terminal; and a second flanking member having a second cutting side and a second inner inclined end, the second inner inclined end being contiguously positionable to the second apexed terminal, wherein the first and second flanking members (14, 16) and the central member are rectilinearly alignable such that the first and second cutting sides (28, 34) and the central cutting side form a continuous cutting verge wherein the central member comprises a second central cutting side parallel to the at least one central cutting side and wherein central member is rotatable such that the second central cutting side forms the continuous cutting verge with first and second cutting sides (28, 34) characterised in that the first and second apexed terminals (18, 20) have oblique surfaces (68, 82) formed between a front central face and a rear central face of the central member wherein the first inner inclined end has a first bevel surface formed between a first front flanking face and a first rear flanking face of the first flanking member and the second inner inclined end has a second bevel surface formed between a second front flanking face and a second rear flanking face of the second flanking member. a central member having opposed first and second apexed terminals (18, 20) and at least one central cutting side disposed between the first and second apexed terminals (18, 20); a first flanking member having a first cutting side and a first inner inclined end, the first inner inclined end being contiguously positionable to the first apexed terminal; and a second flanking member having a second cutting side and a second inner inclined end, the second inner inclined end being contiguously positionable to the second apexed terminal,
A computer-implemented method for recording inspection data of an environment in scale drawing space, comprising - receiving a sequence of images from a camera (2, 12), the sequence of images captured by the camera as the camera (2, 12) is moved along a camera path through the environment, - generating an estimate of the camera path in sensor space based on the sequence of images, - for a first image of the sequence of images, taken at a first position on the camera path, obtaining a first position in sensor space and receiving a first user input indicative of a first position of the camera in scale drawing space, - for a second image of the sequence of images, taken at a second position on the camera path, obtaining a second position in sensor space and receiving a second user input indicative of a second position of the camera in scale drawing space, - calculating a first transformation between sensor space and scale drawing space based on the first position and second position in sensor space and the first position and second position in scale drawing space, - at an inspection position on the camera path, receiving inspection data, - storing the inspection data together with data indicative of the inspection position in scale drawing space. - receiving a sequence of images from a camera (2, 12), the sequence of images captured by the camera as the camera (2, 12) is moved along a camera path through the environment, - generating an estimate of the camera path in sensor space based on the sequence of images, - for a first image of the sequence of images, taken at a first position on the camera path, obtaining a first position in sensor space and receiving a first user input indicative of a first position of the camera in scale drawing space, - for a second image of the sequence of images, taken at a second position on the camera path, obtaining a second position in sensor space and receiving a second user input indicative of a second position of the camera in scale drawing space, - calculating a first transformation between sensor space and scale drawing space based on the first position and second position in sensor space and the first position and second position in scale drawing space, - at an inspection position on the camera path, receiving inspection data, - storing the inspection data together with data indicative of the inspection position in scale drawing space.
A method of manufacturing a resin-infused part, the method comprising: preparing a laminate by layering a curable protective film onto a fibrous preform; infusing resin into the laminate under a vacuum, such that the resin impregnates the fibrous preform and the curable protective film adheres to the fibrous preform; and curing the laminate at a curing temperature; and characterized in that the step of preparing the laminate further comprises: disposing a porous release film beneath the fibrous preform; and covering the curable protective film with a released caul plate. preparing a laminate by layering a curable protective film onto a fibrous preform; infusing resin into the laminate under a vacuum, such that the resin impregnates the fibrous preform and the curable protective film adheres to the fibrous preform; and curing the laminate at a curing temperature; and characterized in that the step of preparing the laminate further comprises: disposing a porous release film beneath the fibrous preform; and covering the curable protective film with a released caul plate. disposing a porous release film beneath the fibrous preform; and covering the curable protective film with a released caul plate.
A nasal mask system, comprising: a cushion assembly (150; 250; 350; 450) including a sealing region (151; 251) having a nose ridge region (152; 252), sides of nose region (153; 253), corners of nose region (154; 254), and a top lip region (155; 255) adapted to seal around both nares of the patient's nose, the sides of nose region (153; 253) including a portion adapted to be positioned and seal along a region adjacent the junction between the nasal greater alar cartilage and the lateral nasal cartilage of the patient's nose, and wherein the sealing region (151; 251) includes a membrane (160; 260; 360; 460) seal that extends around the entire perimeter of the sealing region (151; 251), characterized in that the sealing region includes an undercushion (165; 265; 465) that is only provided in the top lip and corners of nose regions. a cushion assembly (150; 250; 350; 450) including a sealing region (151; 251) having a nose ridge region (152; 252), sides of nose region (153; 253), corners of nose region (154; 254), and a top lip region (155; 255) adapted to seal around both nares of the patient's nose, the sides of nose region (153; 253) including a portion adapted to be positioned and seal along a region adjacent the junction between the nasal greater alar cartilage and the lateral nasal cartilage of the patient's nose, and wherein the sealing region (151; 251) includes a membrane (160; 260; 360; 460) seal that extends around the entire perimeter of the sealing region (151; 251),