mhurhangee/ep-ind-claims huggingface dataset:
Information processing apparatus configured to detect the coordinates of a position to which an electronic pen points on a surface of a display, for use in a coordinate detection system comprising a plurality of detecting elements (11 1 to 11 4) configured to detect light emitted from each one of plural light emission points (141, 142) of the electronic pen; the apparatus comprising: a coordinate detection unit configured to detect the coordinates of the position to which the electronic pen points, based on a distance relationship between first images of the light emission points (141, 142) and second images of the light emission points formed by reflection of the first images on the surface of the display in an image formed by the light detected by each of the plurality of detecting elements, wherein the coordinate detection unit is configured to compute a centroid (P 11, P 21) of the first image of each of the light emission points and to compute a centroid (Q 11, Q 21) of the second image of each of the light emission points, and to compute a first position in each of images formed by the light detected by the plurality of detecting elements from an intersection of an extension line of a line segment which connects the centroids of the first images and an extension line of a line segment which connects the centroids of the second images, and configured to detect the coordinates of the position by a triangulation method based on the first positions computed for the images of the plurality of detecting elements. a coordinate detection unit configured to detect the coordinates of the position to which the electronic pen points, based on a distance relationship between first images of the light emission points (141, 142) and second images of the light emission points formed by reflection of the first images on the surface of the display in an image formed by the light detected by each of the plurality of detecting elements, wherein the coordinate detection unit is configured to compute a centroid (P 11, P 21) of the first image of each of the light emission points and to compute a centroid (Q 11, Q 21) of the second image of each of the light emission points, and to compute a first position in each of images formed by the light detected by the plurality of detecting elements from an intersection of an extension line of a line segment which connects the centroids of the first images and an extension line of a line segment which connects the centroids of the second images, and configured to detect the coordinates of the position by a triangulation method based on the first positions computed for the images of the plurality of detecting elements.
A computer-implemented method, comprising: receiving, by a control computing device located within a physical structure, a first set of user credentials from a first user, wherein the first set of user credentials is associated with one or more of: the control computing device, a first application, or a first web service, and wherein the first set of user credentials is associated with a first user account associated with the first user; determining, by the control computing device, a structure identifier associated with the physical structure in which the control computing device and the first user are physically located; assigning, by the control computing device, the first set of user credentials to the structure identifier to generate a first set of structure credentials for the physical structure in which the control computing device and the first user are physically located; receiving, by the control computing device from a second user located within the physical structure, a voice command to control the one or more of: the control computing device, the first application, or the first web service; and in response to the voice command received from the second user, using, by the control computing device, the first set of structure credentials to control the one or more of: the control computing device, the first application, or the first web service. receiving, by a control computing device located within a physical structure, a first set of user credentials from a first user, wherein the first set of user credentials is associated with one or more of: the control computing device, a first application, or a first web service, and wherein the first set of user credentials is associated with a first user account associated with the first user; determining, by the control computing device, a structure identifier associated with the physical structure in which the control computing device and the first user are physically located; assigning, by the control computing device, the first set of user credentials to the structure identifier to generate a first set of structure credentials for the physical structure in which the control computing device and the first user are physically located; receiving, by the control computing device from a second user located within the physical structure, a voice command to control the one or more of: the control computing device, the first application, or the first web service; and in response to the voice command received from the second user, using, by the control computing device, the first set of structure credentials to control the one or more of: the control computing device, the first application, or the first web service.
A radar system for a motor vehicle comprising: a transmitter for transmitting a radar signal having a time period T, a plurality of M receivers (102a, 102b) for receiving the transmitted radar signal reflected by an object, a signal compressor having M inputs coupled to each of the M receivers and at least one signal compressor output, the signal compressor being configured to compress M received signals to K output signals, each output signal having N samples and wherein K is less than M, a signal re-constructor having at least one input coupled to the at least one signal compressor output and configured to determine at least N*M signal strength values from the K compressed signals, each signal strength value corresponding to a signal strength for a respective time-of-flight and angle-of-arrival value pair of a received signal; wherein the signal re-constructor is further configured to determine the at least N*M signal strength values by determining a difference between an expected signal value of the reflected signal and the compressed signals, wherein most of the expected signal strength values are zero, and the signal compressor is further configured to modulate the M received signals with an orthogonal code at a frequency of N/T and to combine the modulated signals into K signals and wherein the signal compressor further comprises K analog to digital convertors configured to sample K signals at a frequency of N/T. a transmitter for transmitting a radar signal having a time period T, a plurality of M receivers (102a, 102b) for receiving the transmitted radar signal reflected by an object, a signal compressor having M inputs coupled to each of the M receivers and at least one signal compressor output, the signal compressor being configured to compress M received signals to K output signals, each output signal having N samples and wherein K is less than M, a signal re-constructor having at least one input coupled to the at least one signal compressor output and configured to determine at least N*M signal strength values from the K compressed signals, each signal strength value corresponding to a signal strength for a respective time-of-flight and angle-of-arrival value pair of a received signal; wherein the signal re-constructor is further configured to determine the at least N*M signal strength values by determining a difference between an expected signal value of the reflected signal and the compressed signals, wherein most of the expected signal strength values are zero, and the signal compressor is further configured to modulate the M received signals with an orthogonal code at a frequency of N/T and to combine the modulated signals into K signals and wherein the signal compressor further comprises K analog to digital convertors configured to sample K signals at a frequency of N/T.
An apparatus including circuitry to cause a communication station, STA, to: perform a time negotiation for a fine timing measurement, FTM, exchange stage with a responding station, the time negotiation including transmission of a first message from the STA to the responding station, and reception at the STA of a second message from the responding station, the second message including a plurality of timing parameters, the plurality of timing parameters including a parameter to indicate a time interval to perform the FTM exchange stage; exchange a plurality of measurements for the FTM exchange stage with the responding station according to the plurality of the timing parameters; and determine a location of the STA based on the FTM exchange stage. perform a time negotiation for a fine timing measurement, FTM, exchange stage with a responding station, the time negotiation including transmission of a first message from the STA to the responding station, and reception at the STA of a second message from the responding station, the second message including a plurality of timing parameters, the plurality of timing parameters including a parameter to indicate a time interval to perform the FTM exchange stage; exchange a plurality of measurements for the FTM exchange stage with the responding station according to the plurality of the timing parameters; and determine a location of the STA based on the FTM exchange stage.
A single-sided welding head comprising a first welding electrode and a second welding electrode, the first and second welding electrodes (2, 4) being carried by a body of said welding head, wherein: - the first welding electrode is movable relative to the body of said welding head at least along a first co-ordinate of motion (θ2); - the second welding electrode is movable relative to the body of said welding head at least along a second co-ordinate of motion; - said first co-ordinate of motion (θ2) is a co-ordinate of angular motion that develops about a first axis of rotation; and - said second co-ordinate of motion is a co-ordinate of linear motion that develops along a first axis of translation, the single-sided welding head being characterized in that the first welding electrode is housed in a first cradle connected in an articulated way to the body of said welding head about the first axis of rotation, said first cradle being moreover connected in an articulated way to a first portion of a first linear actuator, and wherein a second portion of said first linear actuator, movable relative to said first portion, is fixed to the body of said welding head. - the first welding electrode is movable relative to the body of said welding head at least along a first co-ordinate of motion (θ2); - the second welding electrode is movable relative to the body of said welding head at least along a second co-ordinate of motion; - said first co-ordinate of motion (θ2) is a co-ordinate of angular motion that develops about a first axis of rotation; and - said second co-ordinate of motion is a co-ordinate of linear motion that develops along a first axis of translation,
A method for assisting determination of the invasiveness of myxofibrosarcoma in a patient, comprising: measuring the expression level of Discoidin, CUB and LCCL domain-containing protein 2 (DCBLD2) in a sample of affected tissue of said patient; and comparing said expression level of DCBLD2 measured in said sample of affected tissue of said patient with a predetermined threshold value, wherein said myxofibrosarcoma is determined to be invasive when said expression level of DCBLD2 is greater than or equal to a predetermined threshold value.
Use of a composition comprising a combination of glucose oxidases for improving shock resistance of a dough, or the crumb structure of a baked product, wherein the composition comprises a Penicillium glucose oxidase which has an amino acid sequence having at least 75% identity to amino acids 19 to 604 of SEQ ID NO. 1 and an Aspergillus glucose oxidase comprising an amino acid sequence having at least 85% identity to the amino acid sequence as set out in SEQ ID NO: 3, wherein shock resistance is determined as set forth in the description and wherein an improved crumb structure includes a finer crumb structure as compared to a reference and is determined as set forth in the description.
Control equipment for controlling an electric power system that comprises electric energy sources, the control equipment comprising: - signal outputs for transmitting control signals for controlling the electric energy sources, and - a signal input for receiving a target value of electric power produced by the electric power system, wherein the control equipment further comprises a controller configured to: - activate, from among inactive ones of the electric energy sources, one electric energy source in response to a situation in which a control value exceeds an activation limit, the control value being dependent on the target value of the electric power or an actual value of the electric power, - deactivate, from among active ones of the electric energy sources, one electric energy source in response to a situation in which the control value drops below a deactivation limit, and - control the active ones of the electric energy sources according to the target value and according to power sharing defined for the active ones of the electric energy sources, characterized in that the controller is configured to select, from among the inactive electric energy sources, the electric energy source to be activated at least partly on the basis of cumulative service times of the inactive electric energy sources. - signal outputs for transmitting control signals for controlling the electric energy sources, and - a signal input for receiving a target value of electric power produced by the electric power system, - activate, from among inactive ones of the electric energy sources, one electric energy source in response to a situation in which a control value exceeds an activation limit, the control value being dependent on the target value of the electric power or an actual value of the electric power, - deactivate, from among active ones of the electric energy sources, one electric energy source in response to a situation in which the control value drops below a deactivation limit, and - control the active ones of the electric energy sources according to the target value and according to power sharing defined for the active ones of the electric energy sources,
A method for measuring the activity of calcineurin in a biological sample comprising the steps of: - providing a reaction mix comprising a substrate, at least one phosphatase inhibitor and at least one kinase inhibitor; - incubating said biological sample with the reaction mix under conditions suitable for the activity of calcineurin; - measuring the amount of dephosphorylated substrate. - providing a reaction mix comprising a substrate, at least one phosphatase inhibitor and at least one kinase inhibitor; - incubating said biological sample with the reaction mix under conditions suitable for the activity of calcineurin; - measuring the amount of dephosphorylated substrate.
An air data probe (10, 36, 62) comprising: a body (11, 37); a mount adjacent to the body (11, 37); a primary low ice adhesion surface coating (32, 58, 80) on a primary impact region (28, 54, 76) of the air data probe, the primary impact region (28, 54, 76) being positioned for direct impact with water drops; and a secondary low ice adhesion surface coating (34, 60, 82) on a secondary impact region (30, 56, 78) of the air data probe, the secondary impact region (34, 60, 82) being positioned for indirect contact by water drops, wherein the secondary low ice adhesion surface coating (34, 60, 82) is configured to decrease the amount of ice that forms in the secondary impact region (30, 56, 78); characterized in that the primary low ice adhesion surface coating (32, 58, 80) has a different composition than the secondary low ice adhesion surface coating (34, 60, 82); wherein the primary low ice adhesion surface coating (32, 58, 80) is configured to prevent ice from forming in the primary impact region (28, 54, 76). a body (11, 37); a mount adjacent to the body (11, 37); a primary low ice adhesion surface coating (32, 58, 80) on a primary impact region (28, 54, 76) of the air data probe, the primary impact region (28, 54, 76) being positioned for direct impact with water drops; and a secondary low ice adhesion surface coating (34, 60, 82) on a secondary impact region (30, 56, 78) of the air data probe, the secondary impact region (34, 60, 82) being positioned for indirect contact by water drops, wherein the secondary low ice adhesion surface coating (34, 60, 82) is configured to decrease the amount of ice that forms in the secondary impact region (30, 56, 78); characterized in that the primary low ice adhesion surface coating (32, 58, 80) has a different composition than the secondary low ice adhesion surface coating (34, 60, 82); wherein the primary low ice adhesion surface coating (32, 58, 80) is configured to prevent ice from forming in the primary impact region (28, 54, 76).
Plate belt of a moving walkway with plates, which are arranged in succession in movement direction and between two mutually parallel link chains (19A, 19B, 69A) formed by chain links (24, 25) of different width, wherein each chain link (24, 25) is connected with one of the plates by means of at least one fastening device, wherein the fastening device comprises a fastening bolt and a cup washer, wherein the cup washer has a cup base ring and a cup collar encircling the cup base ring, characterised in that the inner height of the cup collar corresponds with the thickness of at least one chain link strap of the chain link (24, 25) and wherein the inner diameter of the cup collar is greater than the outer diameter of the region of the fastening bolt bearing against the cup base ring in the mounted state, and wherein the cup washer is so arranged between the bolt head of the fastening bolt and the chain link strap of the link chain (19A, 19B, 69A) facing away from the plate, that the cup collar bears against the chain link strap of the respective chain link (24, 25) in the case of narrow chain links and the cup base ring bears against the chain link strap of the respective chain link (24, 25) in the case of wide chain links.
A non-organotin curable composition, comprising: an organic polymer having a silyl group crosslinkable by siloxane bond formation; an amidine compound; and a chelating agent having a carbonyl group and/or a salt of the chelating agent, wherein the component is at least one selected from the group consisting of a β-ketoamide, a β-ketoanilide, an aminocarboxylic acid, and salts of these compounds. an organic polymer having a silyl group crosslinkable by siloxane bond formation; an amidine compound; and a chelating agent having a carbonyl group and/or a salt of the chelating agent,
An airfoil comprising: a main body extending between a leading edge and a trailing edge, and channels (30, 40, 41, 300) formed into said main body, with a plurality of ribs extending intermediate the channels (30, 40, 41, 300); and a cover skin attached to said main body, said cover skin being welded to said main body at outer edges of said cover skin, and an adhesive between inner surfaces of said cover skin and said main body, with said adhesive being deposited inwardly of said outer edges of said cover skin, wherein a material is positioned in at least one of said channels (30, 40, 41, 300), characterised in that: said adhesive is formed over at least portions of said material and portions of said ribs. a main body extending between a leading edge and a trailing edge, and channels (30, 40, 41, 300) formed into said main body, with a plurality of ribs extending intermediate the channels (30, 40, 41, 300); and a cover skin attached to said main body, said cover skin being welded to said main body at outer edges of said cover skin, and an adhesive between inner surfaces of said cover skin and said main body, with said adhesive being deposited inwardly of said outer edges of said cover skin, wherein a material is positioned in at least one of said channels (30, 40, 41, 300), said adhesive is formed over at least portions of said material and portions of said ribs.
Belt tensioning device for a belt drive, wherein the belt drive has at least one unit with a drive shaft and with a belt pulley, as well as an endless belt for driving the belt pulley, the belt tensioning device comprising: a base member with attaching means for connecting the base member to the unit and with an opening into which the drive shaft extends at least partially in the assembled state; two tensioning arms (4, 6), which are mounted on the base member so as to be pivotable about a pivot axis and are supported relative to each other in the circumferential direction via a spring, wherein the pivot axis is arranged within an outer diameter of the belt pulley of the unit in the assembled state; a tensioning roller (5, 7) per tensioning arm (4, 6) for tensioning the belt, wherein the tensioning rollers (5, 7) are respectively mounted on the associated tensioning arm (4, 6) so as to be rotatable about a respective axis of rotation (A5, A7); characterised in that the spring extends around the pivot axis and has at least 1.25 and at most 2.5 windings. a base member with attaching means for connecting the base member to the unit and with an opening into which the drive shaft extends at least partially in the assembled state; two tensioning arms (4, 6), which are mounted on the base member so as to be pivotable about a pivot axis and are supported relative to each other in the circumferential direction via a spring, wherein the pivot axis is arranged within an outer diameter of the belt pulley of the unit in the assembled state; a tensioning roller (5, 7) per tensioning arm (4, 6) for tensioning the belt, wherein the tensioning rollers (5, 7) are respectively mounted on the associated tensioning arm (4, 6) so as to be rotatable about a respective axis of rotation (A5, A7); characterised in that the spring extends around the pivot axis and has at least 1.25 and at most 2.5 windings.
A composition comprising: bisphenol-A polycarbonate, wherein a molded article of the composition has transmission level greater than or equal to 90.0% at 2.5 mm thickness as measured by ASTM D1003-00 and a yellow index less than or equal to 1.5 as measured by ASTM D1925; wherein the bisphenol-A polycarbonate comprises less than or equal to 150 ppm free hydroxyl groups; and wherein the bisphenol-A polycarbonate comprises sulfur in an amount less than or equal to 2 ppm, as measured by Total Sulfur Analysis based on combustion and coulometric detection and wherein the molded article comprises an increase in yellow index of less than 2 during 2,000 hours of heat aging at 130°C.