mhurhangee/patent-ind-claim-en huggingface dataset:
A field device comprising: a sensor configured to measure a physical quantity and output a measurement signal indicating a measured value; a converter configured to perform a predetermined conversion process on the measurement signal; and a processor configured to output an output signal corresponding to the measurement signal subjected to the conversion process, wherein the processor is configured to start verifying operational soundness of the converter in a case in which a signal level of the measurement signal subjected to the conversion process continues to be below a predetermined threshold for a predetermined reference time, and output, while the operational soundness of the converter is being verified, a signal corresponding to the measurement signal subjected to the conversion process and acquired immediately before the operational soundness of the converter is verified, or a signal corresponding to the measurement signal indicating a predetermined measured value of the sensor, as the output signal. a sensor configured to measure a physical quantity and output a measurement signal indicating a measured value; a converter configured to perform a predetermined conversion process on the measurement signal; and a processor configured to output an output signal corresponding to the measurement signal subjected to the conversion process, wherein the processor is configured to start verifying operational soundness of the converter in a case in which a signal level of the measurement signal subjected to the conversion process continues to be below a predetermined threshold for a predetermined reference time, and output, while the operational soundness of the converter is being verified, a signal corresponding to the measurement signal subjected to the conversion process and acquired immediately before the operational soundness of the converter is verified, or a signal corresponding to the measurement signal indicating a predetermined measured value of the sensor, as the output signal. start verifying operational soundness of the converter in a case in which a signal level of the measurement signal subjected to the conversion process continues to be below a predetermined threshold for a predetermined reference time, and output, while the operational soundness of the converter is being verified, a signal corresponding to the measurement signal subjected to the conversion process and acquired immediately before the operational soundness of the converter is verified, or a signal corresponding to the measurement signal indicating a predetermined measured value of the sensor, as the output signal.
Method for processing an image representation representing at least one item of information on at least one display means and checking a correctness of this item of information output by the display means , so that falsifications of the image representation are disclosed, in which a correspondence between at least one part of the image representation and at least one part of a known comparison pattern is determined, wherein the image representation is based on information from an interlocking of a railway installation and in which an item of information allocated to the comparison pattern is determined by the established correspondence as the at least one item of information represented by the image representation, in which the information determined as represented by the image representation is compared with an item of information, which is provided on the interlocking side, to be represented by the image representation and known as true, and the information comprises in each case at least one process state of the railway installation. so that falsifications of the image representation are disclosed, in which a correspondence between at least one part of the image representation and at least one part of a known comparison pattern is determined, wherein the image representation is based on information from an interlocking of a railway installation and in which an item of information allocated to the comparison pattern is determined by the established correspondence as the at least one item of information represented by the image representation, in which the information determined as represented by the image representation is compared with an item of information, which is provided on the interlocking side, to be represented by the image representation and known as true, and the information comprises in each case at least one process state of the railway installation.
A method of testing a dog to determine the susceptibility of the dog to liver copper accumulation, comprising detecting in a sample the presence or absence in the genome of the dog of the polymorphism Chr10_65209946 (represented by position 101 of SEQ ID NO: 155).
A method by a small cell (102x-z) for wireless communication, the method comprising: receiving, by a small cell (102x-z), a wireless Multicast-Broadcast Single Frequency Network, MBSFN, signal from a macro cell (102a-c), wherein the small cell (102x-z) is characterized by having a transmit power substantially less than each macro cell (102a-c) in a wireless communication network with the small cell (102x-z); obtaining, by the small cell (102x-z), a measurement value of the MBSFN signal within a radio range of the small cell (102x-z); when the measurement value indicates that MBSFN signal quality is not sufficient for Physical Multicast Channel, PMCH, decoding, broadcasting, by the small cell (102x-z), PMCH signals; wherein the PMCH signals include the MBSFN signal. receiving, by a small cell (102x-z), a wireless Multicast-Broadcast Single Frequency Network, MBSFN, signal from a macro cell (102a-c), wherein the small cell (102x-z) is characterized by having a transmit power substantially less than each macro cell (102a-c) in a wireless communication network with the small cell (102x-z); obtaining, by the small cell (102x-z), a measurement value of the MBSFN signal within a radio range of the small cell (102x-z); when the measurement value indicates that MBSFN signal quality is not sufficient for Physical Multicast Channel, PMCH, decoding, broadcasting, by the small cell (102x-z), PMCH signals; wherein the PMCH signals include the MBSFN signal.
An article inspection system comprising: a plurality of endless article conveyors configured to convey articles along a plurality of parallel conveying paths , each article conveyor defining a plurality of discrete article receiving locations; one or more light sources ; and one or more lane dividers , each lane divider positioned adjacent one of the conveying paths, each lane divider comprising an elongate housing having a cross-sectional shape in the form of an arch, bell-shape, upturned U or upturned V, the housing comprising one or more light diffusers , wherein each light diffuser is positioned substantially at or below the level of the articles when conveyed along the conveying paths so as to illuminate, using light from the one or more light sources, at least side portions of the articles with substantially diffuse light when the articles are conveyed along the conveying paths, each light diffuser comprising an elongate light emitting surface which has a length such that parts of the light emitting surface are substantially adjacent a plurality of the article receiving locations, wherein the plurality of article receiving locations support a plurality of articles when the articles are conveyed down the conveying path; the article inspection system further comprising at least one camera positioned to image articles conveyed along the conveying paths. a plurality of endless article conveyors configured to convey articles along a plurality of parallel conveying paths , each article conveyor defining a plurality of discrete article receiving locations; one or more light sources ; and one or more lane dividers , each lane divider positioned adjacent one of the conveying paths, each lane divider comprising an elongate housing having a cross-sectional shape in the form of an arch, bell-shape, upturned U or upturned V, the housing comprising one or more light diffusers , wherein each light diffuser is positioned substantially at or below the level of the articles when conveyed along the conveying paths so as to illuminate, using light from the one or more light sources, at least side portions of the articles with substantially diffuse light when the articles are conveyed along the conveying paths, each light diffuser comprising an elongate light emitting surface which has a length such that parts of the light emitting surface are substantially adjacent a plurality of the article receiving locations, wherein the plurality of article receiving locations support a plurality of articles when the articles are conveyed down the conveying path; the article inspection system further comprising at least one camera positioned to image articles conveyed along the conveying paths.
A deburring tool , comprising: a case including a shank and a cylinder ; a hollow sleeve configured to reciprocate inside the cylinder in a non-rotating manner; a drive gear disposed inside the sleeve , the drive gear including a saw blade shaped first tooth at a basal end portion, the drive gear configured to rotate together with the case and the sleeve ; a reciprocating shaft to which a tip tool is mountable, the reciprocating shaft being disposed inside the sleeve , the reciprocating shaft including a driven gear disposed at a basal end portion of the sleeve and a basal end side of the drive gear , the driven gear including a second tooth at a distal end, the second tooth meshing with the first tooth , a tool holder disposed at a distal end portion of the sleeve , the tool holder configured to slide inside the sleeve in a rotational direction and in a reciprocating direction, and a stem configured to fix the driven gear and the tool holder , the stem penetrating the drive gear , a first spring configured to urge the sleeve toward distal end direction; and a second spring configured to urge the tool holder from the drive gear toward distal end direction. a case including a shank and a cylinder ; a hollow sleeve configured to reciprocate inside the cylinder in a non-rotating manner; a drive gear disposed inside the sleeve , the drive gear including a saw blade shaped first tooth at a basal end portion, the drive gear configured to rotate together with the case and the sleeve ; a reciprocating shaft to which a tip tool is mountable, the reciprocating shaft being disposed inside the sleeve , the reciprocating shaft including a driven gear disposed at a basal end portion of the sleeve and a basal end side of the drive gear , the driven gear including a second tooth at a distal end, the second tooth meshing with the first tooth , a tool holder disposed at a distal end portion of the sleeve , the tool holder configured to slide inside the sleeve in a rotational direction and in a reciprocating direction, and a stem configured to fix the driven gear and the tool holder , the stem penetrating the drive gear , a driven gear disposed at a basal end portion of the sleeve and a basal end side of the drive gear , the driven gear including a second tooth at a distal end, the second tooth meshing with the first tooth , a tool holder disposed at a distal end portion of the sleeve , the tool holder configured to slide inside the sleeve in a rotational direction and in a reciprocating direction, and a stem configured to fix the driven gear and the tool holder , the stem penetrating the drive gear , a first spring configured to urge the sleeve toward distal end direction; and a second spring configured to urge the tool holder from the drive gear toward distal end direction.
Three-dimensional circuit board , comprising a carrier component (10; 30), carrying at least one circuit path at an outside of a carrier body (100; 300) of the carrier component (10; 30), wherein, for impedance control, the carrier body (100; 300) comprises different planes , wherein at least one circuit path is arranged in the different planes , characterised in that , the three-dimensional circuit board comprises an electrical grounding layer that is arranged below the circuit path and the ground path is connected with an electrical bridge that is guided to the electrical grounding layer , and wherein, for cross-talk control, a mechanical termination portion and/or an electrical termination portion of the carrier component (10; 30) for wires of a cable is staggered, wherein two directly adjacent electrical terminals of the carrier component have the same longitudinal position and an adjacent pair thereto is longitudinally offset to the first pair of terminals .
Gas-tight plastic pipe junction having a first pipeline section and having a second pipeline section , wherein - the first pipeline section has a junction bore , and - the second pipeline section has a tubular shoulder with an end-side contour , wherein the end-side contour is able to be inserted into the junction bore of the first pipeline section , characterized in that , with the end-side contour of the second pipeline section inserted into the junction bore of the first pipeline section , the first pipeline section and the second pipeline section, with the tubular shoulder , are, in a predetermined region around the junction , encapsulated with a plastic material , wherein the plastic material has a melting temperature which is slightly higher than the melting temperature of the pipeline sections and , such that a cohesive connection is able to be produced between the pipeline sections and the encapsulating plastic material . - the first pipeline section has a junction bore , and - the second pipeline section has a tubular shoulder with an end-side contour , wherein the end-side contour is able to be inserted into the junction bore of the first pipeline section ,
A method of producing a porous ceramic material comprising calcium phosphate as a main component, comprising step (A): a step of preparing a slurry by dispersing a ceramic starting material in water, step (B): a step of filling a slurry in a given container, and cooling one end of the slurry container to unidirectionally freeze the slurry from the end side, step (C): a step of drying the frozen slurry to give a green body, and step (D): a step of sintering the green body, wherein the circumference of the slurry container except the above-mentioned one end is cooled in step (B) to a temperature higher than the coagulation point of the slurry. step (A): a step of preparing a slurry by dispersing a ceramic starting material in water, step (B): a step of filling a slurry in a given container, and cooling one end of the slurry container to unidirectionally freeze the slurry from the end side, step (C): a step of drying the frozen slurry to give a green body, and step (D): a step of sintering the green body,
Tyre comprising two beads intended to come into contact with a mounting rim, two side walls extending the beads radially outwards and coming together in a crown comprising a tread, at least one carcass reinforcement extending from the beads through the side walls as far as the crown, said carcass reinforcement being anchored in the two beads, an airtight layer extending between the two beads and located axially inside the carcass reinforcement, each bead comprising at least: - an annular reinforcing structure known as a bead wire; - an internal layer extending radially outwards from the said bead wire and in contact with the said carcass reinforcement, known as bead-wire filling; and optionally an internal layer located axially outside the carcass reinforcement and the bead-wire filling, known as side strip, characterized in that the beads comprise a rubber composition C based on: - a copolymer based on styrene and butadiene; - an isoprene elastomer; - from 30 to 70 phr of reinforcing inorganic filler or of a reinforcing organic filler covered with an inorganic layer; - a crosslinking system. - an annular reinforcing structure known as a bead wire; - an internal layer extending radially outwards from the said bead wire and in contact with the said carcass reinforcement, known as bead-wire filling; - a copolymer based on styrene and butadiene; - an isoprene elastomer; - from 30 to 70 phr of reinforcing inorganic filler or of a reinforcing organic filler covered with an inorganic layer; - a crosslinking system.
A testing device for detecting a pressing force of a vehicle side window adjoining a window seal arranged on a bodywork, characterized by - a central unit comprising a power supply, an evaluation unit and a display unit for displaying the determined pressing force, and - a pressure-measuring film that can be arranged in a removable manner on the vehicle side window in the region of the window seal and that is connected to the evaluation unit of the central unit , wherein the pressure-measuring film comprises a positioning element for removable arrangement on the vehicle side window. - a central unit comprising a power supply, an evaluation unit and a display unit for displaying the determined pressing force, and - a pressure-measuring film that can be arranged in a removable manner on the vehicle side window in the region of the window seal and that is connected to the evaluation unit of the central unit , wherein the pressure-measuring film comprises a positioning element for removable arrangement on the vehicle side window.
Method for characterizing a liquid transport of a transparent liquid in a microfluidic structure , wherein the transparent liquid forms a meniscus that separates an unfilled section from a section of the microfluidic structure that is filled with the transparent liquid , and wherein light from surroundings of the meniscus is captured and measured for the purposes of ascertaining a measured variable that correlates with a fill level of the transparent liquid reached by the meniscus , characterized in that a variable that correlates with an intensity of light that is diffusely scattered at an inner wall of the microfluidic structure is measured as a measured variable, wherein an intensity of the diffusely scattered light is detected for evaluating the measured variable, in that a proportion of the inner wall which is wetted by the transparent liquid is calculated from the measured variable and in that a variable for characterizing the liquid transport is calculated from the calculated proportion.
Computer-implemented method for providing a control signal for a production process, the production process having a first sub-process by that a production unit processes a chemical substance at a production site , and having a second sub-process by that a physical sample of the chemical substance is analyzed by an analytical instrument at a laboratory site , the physical sample being a limited quantity of the chemical substance , the method with operating a first connector module and a second connector module that enable the communication between production systems being computer systems at the production site and laboratory systems being computer systems at the laboratory site , the method comprising: by the first connector module , receiving first type data (A) from a process control system at the production site and second type data (B) from a manufacturing system at the production site , with first type data (A) comprising an identifier to a particular physical sample , wherein the identifier is a reference for the production systems and the laboratory systems to access data that relates to the particular physical sample , and with second type data (B) comprising data required to derive the control signal to control the operation of the production unit after a point in time when the physical sample has been analyzed by the analytical instrument ; by the first connector module , composing a message with first type data (A) and with second type data (B); by the first connector module , transmitting the message to the second connector module ; by the second connector module , receiving the message ; by the second connector module , sending first type data (A) through at least one of the computer systems at the laboratory site to the analytical instrument , causing the analytical instrument to analyze the physical sample and to obtain laboratory data ; by the second connector module , sending second type data (B) to a control signal module ; and by the control signal module , deriving the control signal for controlling the operation of the production unit at the production site , by using laboratory data and second type data (B). by the first connector module , composing a message with first type data (A) and with second type data (B); by the first connector module , transmitting the message to the second connector module ; by the second connector module , receiving the message ; by the second connector module , sending first type data (A) through at least one of the computer systems at the laboratory site to the analytical instrument , causing the analytical instrument to analyze the physical sample and to obtain laboratory data ; by the second connector module , sending second type data (B) to a control signal module ; and by the control signal module , deriving the control signal for controlling the operation of the production unit at the production site , by using laboratory data and second type data (B).
Device for coupling a vehicle (3 to 5) to a traction cable , comprising a fastening configured to couple the vehicle (3 to 5) to the traction cable , characterized in that the fastening comprises at least three rotatable elements (17 to 20) configured to occupy an coupling position (F) in which said at least three rotatable elements (17 to 20) are in contact with the traction cable , the vehicle is coupled to the traction cable and said at least three rotatable elements (17 to 20) are arranged to divert a portion of the traction cable inside the fastening , the coupling device comprising a regulating means configured to modify a speed of rotation of said at least three rotatable elements (17 to 20) when said at least three rotatable elements (17 to 20) are in the coupling position (F), so that the vehicle (3 to 5) moves relative to the traction cable .
A method of installing an In-Line Structure to a fluid-filled pipeline extending from a reel , over an aligner , and through a lay-tower during offshore reeling, the pipeline having an oblique part from the reel to the aligner, and a vertical part from the aligner through the lay-tower, comprising at least the steps of: (a) draining fluid in the fluid-filled pipeline from the vertical part of the pipeline to create a drained portion of the vertical part of the pipeline up to and around the aligner; (b) cutting the pipeline at or near the draining of step (a) to create upper and lower open ends of the pipeline; (c) installing the In-Line Structure to at least the upper open end of the pipeline; (d) locating a vent hose in the pipeline through a vent port in the In-Line Structure; (e) adding fluid into the drained portion of the pipeline and venting air from the drained portion of the pipeline through the vent hose to wholly or substantially fill the drained portion of the pipeline with the fluid. (a) draining fluid in the fluid-filled pipeline from the vertical part of the pipeline to create a drained portion of the vertical part of the pipeline up to and around the aligner; (b) cutting the pipeline at or near the draining of step (a) to create upper and lower open ends of the pipeline; (c) installing the In-Line Structure to at least the upper open end of the pipeline; (d) locating a vent hose in the pipeline through a vent port in the In-Line Structure; (e) adding fluid into the drained portion of the pipeline and venting air from the drained portion of the pipeline through the vent hose to wholly or substantially fill the drained portion of the pipeline with the fluid.