mhurhangee/patent-ind-claim-en huggingface dataset:
Method for analyzing surface measurements, in particular scratch tests, wear tests or profilometric measurements, wherein an automatic table system is used for the position and measurement section of the area to be analyzed, wherein the table coordinates of the table system serve as a reference and that a graphic with displayable curves in the form of measurement curves of already analyzed results with an X-axis as a coordinate axis along the measurement section is superimposed on a live image of the measurement section in such a manner that the X-coordinates in the image correspond to the X-coordinates of the curves, wherein the X-coordinates of the image and the X-coordinates of the curves can be taken from the table coordinates with respect to the travel path of the table and - the image of the specimen surface is taken by a camera, wherein the image scale is calibrated, - always only the part of the measurement section and the measurement curves are displayed which corresponds to the image width of the image of the recording camera displayed on the screen, - all measurements along the X-axis are made approximately parallel to the underside of the image, - the specimen is moved under the camera with the automatic table system in both directions and the table coordinates are determined in the process, - that the measurement curves occupy all or part of the width of the image and are automatically adapted to the image, when the section of the specimen represented in the image changes, and that the combination of the image of the specimen surface with the graphic of the measurement curves is stored as a new image, - the image of the camera is stored together with information containing at least details of the table coordinates at the recording location, the distance from the camera to a test probe, the calibrated image width and height and the number of pixels in width and height. - the image of the specimen surface is taken by a camera, wherein the image scale is calibrated, - always only the part of the measurement section and the measurement curves are displayed which corresponds to the image width of the image of the recording camera displayed on the screen, - all measurements along the X-axis are made approximately parallel to the underside of the image, - the specimen is moved under the camera with the automatic table system in both directions and the table coordinates are determined in the process, - that the measurement curves occupy all or part of the width of the image and are automatically adapted to the image, when the section of the specimen represented in the image changes, and that the combination of the image of the specimen surface with the graphic of the measurement curves is stored as a new image, - the image of the camera is stored together with information containing at least details of the table coordinates at the recording location, the distance from the camera to a test probe, the calibrated image width and height and the number of pixels in width and height.
Medical treatment device comprising at least one pump for conveying at least one liquid into and/or out of a fluid system, a monitoring apparatus which has at least one pressure sensor for measuring the pressure at least in part of the fluid system, wherein the monitoring apparatus is configured such that monitoring is based on the evaluation of the pressure in the fluid system, part of the fluid system or parts of the fluid system, a compliance-determining apparatus which is configured such that the compliance in the fluid system, part of the fluid system or parts of the fluid system is determined, wherein the compliance-determining apparatus cooperates with the monitoring apparatus in such a manner that the pressure-based monitoring takes place depending on the compliance of the fluid system, characterised in that the monitoring apparatus is a tightness-monitoring apparatus which is configured such that the pressure in the fluid system, part of the fluid system or parts of the fluid system is monitored, wherein, where there is a change in the pressure depending on the compliance, it is concluded that the fluid system is not tight. at least one pump for conveying at least one liquid into and/or out of a fluid system, a monitoring apparatus which has at least one pressure sensor for measuring the pressure at least in part of the fluid system, wherein the monitoring apparatus is configured such that monitoring is based on the evaluation of the pressure in the fluid system, part of the fluid system or parts of the fluid system, a compliance-determining apparatus which is configured such that the compliance in the fluid system, part of the fluid system or parts of the fluid system is determined, wherein the compliance-determining apparatus cooperates with the monitoring apparatus in such a manner that the pressure-based monitoring takes place depending on the compliance of the fluid system, characterised in that the monitoring apparatus is a tightness-monitoring apparatus which is configured such that the pressure in the fluid system, part of the fluid system or parts of the fluid system is monitored, wherein, where there is a change in the pressure depending on the compliance, it is concluded that the fluid system is not tight.
Electrical-energy storage system , intended to be connected to an onboard network of a vehicle, the onboard network being associated with a permissible voltage range, the storage system comprising a first connector and a second connector for its connection to the onboard network , a first battery , a second battery , a switch and a member controlling the state of the switch , the first battery being arranged between the first connector and the second connector , the first battery comprising a plurality of first storage members connected in series, the first battery being configured to have, between its terminals, a first voltage belonging to the permissible voltage range when each of the first storage members has a state of charge in a predetermined state of charge range, for example between 10% and 100%, the second battery being connected in series with the switch between the first connector and the second connector , the second battery comprising a plurality of second storage members connected in series, the second battery being configured to have, between its terminals, a second voltage beyond the permissible voltage range when each of the second storage members is charged, the second battery having, in a predetermined temperature range, an internal resistance lower than the internal resistance of the first battery in the predetermined temperature range, the control member being configured to, when a predetermined condition is verified, demand the closing of the switch to allow the flow of electrical current between the first terminal and the second terminal through the second battery . the first battery being arranged between the first connector and the second connector , the first battery comprising a plurality of first storage members connected in series, the first battery being configured to have, between its terminals, a first voltage belonging to the permissible voltage range when each of the first storage members has a state of charge in a predetermined state of charge range, for example between 10% and 100%, the second battery being connected in series with the switch between the first connector and the second connector , the second battery comprising a plurality of second storage members connected in series, the second battery being configured to have, between its terminals, a second voltage beyond the permissible voltage range when each of the second storage members is charged, the second battery having, in a predetermined temperature range, an internal resistance lower than the internal resistance of the first battery in the predetermined temperature range, the control member being configured to, when a predetermined condition is verified, demand the closing of the switch to allow the flow of electrical current between the first terminal and the second terminal through the second battery .
Method for generating quantitative MR images of an object under investigation, in which a quantitatively determined MR parameter is represented, having the following steps: - capturing a first MR data set of the object under investigation in an undersampled raw data space, which according to the Nyquist theorem is incompletely filled with raw data points, wherein the object under investigation is captured in a plurality of 2-dimensional parallel slices, in which the resolution in a slice plane of the slices is in each case higher than perpendicular to the slice plane, wherein the plurality of 2-dimensional slices are in each case shifted relative to one another perpendicular to the slice plane by a distance which is smaller than the resolution perpendicular to the slice plane, and each of the plurality of 2-dimensional slices is undersampled, - reconstructing further MR raw data points of the first MR data set, which were not captured, with the assistance of a model using a cost function which is minimised and in which the captured raw data points are compared with the reconstructed raw data points which were not captured, wherein the cost function takes account of the shift of the plurality of 2-dimensional slices perpendicular to the slice plane, wherein a high-resolution MR data set is determined on the basis of the first MR data set and the further MR raw data points, which high-resolution MR data set has a higher resolution perpendicular to the slice plane than the plurality of 2-dimensional slices, - determining the quantitative MR images using the high-resolution MR data set. - capturing a first MR data set of the object under investigation in an undersampled raw data space, which according to the Nyquist theorem is incompletely filled with raw data points, wherein the object under investigation is captured in a plurality of 2-dimensional parallel slices, in which the resolution in a slice plane of the slices is in each case higher than perpendicular to the slice plane, wherein the plurality of 2-dimensional slices are in each case shifted relative to one another perpendicular to the slice plane by a distance which is smaller than the resolution perpendicular to the slice plane, and each of the plurality of 2-dimensional slices is undersampled, - reconstructing further MR raw data points of the first MR data set, which were not captured, with the assistance of a model using a cost function which is minimised and in which the captured raw data points are compared with the reconstructed raw data points which were not captured, wherein the cost function takes account of the shift of the plurality of 2-dimensional slices perpendicular to the slice plane, wherein a high-resolution MR data set is determined on the basis of the first MR data set and the further MR raw data points, which high-resolution MR data set has a higher resolution perpendicular to the slice plane than the plurality of 2-dimensional slices, - determining the quantitative MR images using the high-resolution MR data set.
An application unit comprising: a container to contain an application material ; and an application needle to apply, to a target surface, the application material contained in the container , a first hole being formed in a bottom of the container , a second hole being formed in an upper lid of the container , the application needle being configured to be movable along a line passing through the first hole and the second hole , characterized in that said application needle comprising an upper part having a large diameter shaft arranged to be inserted into the application material container, a fine gap is formed between the wall of second hole and application needle to enable the application needle to move up and down, a third hole being formed in a part of the container for allowing air to be discharged through the third hole when the large-diameter shaft of the application needle is inserted in the application material container , and allowing the air in application material container not to be pressurized when the application material adheres to an upper portion of application needle and also enters the fine gap between the upper portion of application needle and the wall of second hole and thereby hermetically seals upper lid of application material container . a container to contain an application material ; and an application needle to apply, to a target surface, the application material contained in the container , a first hole being formed in a bottom of the container , a second hole being formed in an upper lid of the container , the application needle being configured to be movable along a line passing through the first hole and the second hole , characterized in that said application needle comprising an upper part having a large diameter shaft arranged to be inserted into the application material container, a fine gap is formed between the wall of second hole and application needle to enable the application needle to move up and down, a third hole being formed in a part of the container for allowing air to be discharged through the third hole when the large-diameter shaft of the application needle is inserted in the application material container , and allowing the air in application material container not to be pressurized when the application material adheres to an upper portion of application needle and also enters the fine gap between the upper portion of application needle and the wall of second hole and thereby hermetically seals upper lid of application material container .
A lubricating oil composition comprising a component (A): a succinimide having an alkenyl group or an alkyl group, a component (B): a primary amine having a hydrocarbon group having 12 or more and 24 or less carbon atoms, a component (C): a fatty acid amide compound, and a component (D): an amide compound represented by the following general formula : wherein R 11 and R 12 each independently represent a hydrocarbon group having 6 or more carbon atoms, R 13 represents a hydroxyalkyl group having 1 or more and 6 or less carbon atoms, and X represents an oxygen atom or a sulfur atom, wherein the content of the component (A) is, based on the total amount of the composition, 1% by mass or more and 10% by mass or less, the content of the component (B) as converted in terms of nitrogen atom is, based on the total amount of the composition, 10 ppm by mass or more and 200 ppm by mass or less, the content of the component (C) as converted in terms of nitrogen atom is, based on the total amount of the composition, 20 ppm by mass or more and 400 ppm by mass or less, and the content of the component (D) as converted in terms of nitrogen atom is, based on the total amount of the composition, 50 ppm by mass or more and 800 ppm by mass or less. wherein R 11 and R 12 each independently represent a hydrocarbon group having 6 or more carbon atoms, R 13 represents a hydroxyalkyl group having 1 or more and 6 or less carbon atoms, and X represents an oxygen atom or a sulfur atom, wherein the content of the component (A) is, based on the total amount of the composition, 1% by mass or more and 10% by mass or less, the content of the component (B) as converted in terms of nitrogen atom is, based on the total amount of the composition, 10 ppm by mass or more and 200 ppm by mass or less, the content of the component (C) as converted in terms of nitrogen atom is, based on the total amount of the composition, 20 ppm by mass or more and 400 ppm by mass or less, and the content of the component (D) as converted in terms of nitrogen atom is, based on the total amount of the composition, 50 ppm by mass or more and 800 ppm by mass or less.
A method for handling a radio resource control cell group configuration by a base station , the method comprising the base station: receiving (1405; 1905), by the base station and from a user equipment , a first radio resource control message that requests a connection procedure between the user equipment and the base station; generating (1415; 1910) a second radio resource control message that includes a cell-group-configuration information element that excludes a reconfiguration-with-sync information element; transmitting (1425; 1915), to the user equipment , the second radio resource control message; and receiving (1430; 1920), from the user equipment , a third radio resource control message that indicates the connection procedure is complete. receiving (1405; 1905), by the base station and from a user equipment , a first radio resource control message that requests a connection procedure between the user equipment and the base station; generating (1415; 1910) a second radio resource control message that includes a cell-group-configuration information element that excludes a reconfiguration-with-sync information element; transmitting (1425; 1915), to the user equipment , the second radio resource control message; and receiving (1430; 1920), from the user equipment , a third radio resource control message that indicates the connection procedure is complete.
A mullion assembly for a refrigerator door , said mullion assembly comprising a mullion portion comprising an elongated mullion body that extends along substantially the entire length of the door onto which the mullion assembly is suitable to be movably attached, the mullion body defining a mullion recess extending from an outer surface of the mullion portion into an interior of the mullion portion, the mullion recess receiving a follower configured to move with respect to the mullion recess; a hinge assembly attached to the mullion portion such that the mullion portion is movable with respect to the hinge assembly between a first position and a second position, the hinge assembly including a cam structure including a first recess for receiving the follower when the mullion portion is in the first position, and a second recess for receiving the follower when the mullion portion is in the second position; the hinge assembly being suitable to be attached to the door ; the mullion assembly being characterised by a biasing device received in the mullion recess and that extends in a direction that is substantially transverse to the direction along which the mullion body extends, wherein the biasing device biases the follower in a direction away from the mullion body and towards the hinge assembly.
A method for operating a wind turbine to avoid stall during derating thereof, the method comprising: providing an initial pitch setting for one or more rotor blades of the wind turbine ; operating the wind turbine based on a rated power curve with the one or more rotor blades fixed at the initial pitch setting; identifying at least one condition of the wind turbine that is indicative of stall, wherein the at least one condition comprises at least one environmental condition, the at least one environmental condition comprising air density; derating the wind turbine , comprising reducing a speed set point of the wind turbine ; and modifying the initial pitch setting to an updated pitch setting when the at least one condition is identified so that, while derating, an angle of attack of the one or more rotor blades is maintained lower than an angle of attack at stall. providing an initial pitch setting for one or more rotor blades of the wind turbine ; operating the wind turbine based on a rated power curve with the one or more rotor blades fixed at the initial pitch setting; identifying at least one condition of the wind turbine that is indicative of stall, wherein the at least one condition comprises at least one environmental condition, the at least one environmental condition comprising air density; derating the wind turbine , comprising reducing a speed set point of the wind turbine ; and modifying the initial pitch setting to an updated pitch setting when the at least one condition is identified so that, while derating, an angle of attack of the one or more rotor blades is maintained lower than an angle of attack at stall.
A planar card , comprising: an electrically non-conductive substrate ; and a plurality of electrical conductors disposed on a surface of the non-conductive substrate and connected together to form patterns of conductive lines connected to conductive geometric shapes located at ends of the conductive lines , said patterns being readable by an electronic device when the planar card is in contact with a touchscreen display of the electronic device ; the planar card being characterized in that : the patterns include a plurality of switches each positioned between two of the conductive geometric shapes and switchable between an open state and a closed state by a processor located on the non-conductive substrate to transmit information to the electronic device ; the conductive lines and the conductive geometric shapes form a first pattern that corresponds to a first unique identification of the planar card when the switch is in the open state; and the conductive lines and the conductive geometric shapes form a second pattern that corresponds to a second unique identification of the planar card when the switch is in the closed state. an electrically non-conductive substrate ; and a plurality of electrical conductors disposed on a surface of the non-conductive substrate and connected together to form patterns of conductive lines connected to conductive geometric shapes located at ends of the conductive lines , said patterns being readable by an electronic device when the planar card is in contact with a touchscreen display of the electronic device ; the planar card being characterized in that : the patterns include a plurality of switches each positioned between two of the conductive geometric shapes and switchable between an open state and a closed state by a processor located on the non-conductive substrate to transmit information to the electronic device ; the conductive lines and the conductive geometric shapes form a first pattern that corresponds to a first unique identification of the planar card when the switch is in the open state; and the conductive lines and the conductive geometric shapes form a second pattern that corresponds to a second unique identification of the planar card when the switch is in the closed state. the patterns include a plurality of switches each positioned between two of the conductive geometric shapes and switchable between an open state and a closed state by a processor located on the non-conductive substrate to transmit information to the electronic device ; the conductive lines and the conductive geometric shapes form a first pattern that corresponds to a first unique identification of the planar card when the switch is in the open state; and the conductive lines and the conductive geometric shapes form a second pattern that corresponds to a second unique identification of the planar card when the switch is in the closed state.