mhurhangee/ep-ind-claims huggingface dataset:
A controller for coupling to a monitor module of an electrical measurement system to control an operation of the monitor module, the monitor module being configured to operate in a plurality of monitor module operating states, the monitor module operating states comprising: a) monitoring a first measurement sensor (20, 22) of the electrical measurement system to determine a first monitor result comprising an estimate of a transfer function of the first measurement sensor and a corresponding certainty value indicative of the accuracy of the estimate of the transfer function of the first measurement sensor, the first measurement sensor being for measuring a first electrical property, and b) not monitoring any measurement sensor of the electrical measurement system; the controller being configured to: obtain one or more previously determined monitor results of the first measurement sensor, each previously determined monitor result comprising a previously determined estimate of the transfer function of the first measurement sensor and a corresponding previously determined certainty value indicative of the accuracy of said previously determined estimate of the transfer function of the first measurement sensor, the one or more previously determined monitor results being previously determined by the monitor module; select one of the plurality of monitor module operating states based at least on the one or more of the previously determined certainty values; and perform a control action for controlling the operation of the monitor module, the control action comprising communicating a control instruction to the monitor module to cause the monitor module to implement the selected monitor module operating state for an individual run length of time. obtain one or more previously determined monitor results of the first measurement sensor, each previously determined monitor result comprising a previously determined estimate of the transfer function of the first measurement sensor and a corresponding previously determined certainty value indicative of the accuracy of said previously determined estimate of the transfer function of the first measurement sensor, the one or more previously determined monitor results being previously determined by the monitor module; select one of the plurality of monitor module operating states based at least on the one or more of the previously determined certainty values; and perform a control action for controlling the operation of the monitor module, the control action comprising communicating a control instruction to the monitor module to cause the monitor module to implement the selected monitor module operating state for an individual run length of time.
A call setup method, comprising: sending, by a terminal (10, 102-104), a first message to a network device (20, 500), wherein the first message is used by the terminal to request to set up an outgoing call; entering, by a terminal (10, 102-104), a call initiating state; receiving, by the terminal (10, 102-104), a second message sent by the network device (20, 500), wherein the second message is used by the terminal to set up an incoming call; caching, by the terminal (10, 102-104), the second message; receiving, by the terminal (10, 102-104), a fifth message sent by the network device (20, 500), wherein the fifth message is used to reject or accept the outgoing call setup, and wherein the fifth message may be represented as connect management service accept or as connect management service reject; and releasing, by the terminal (10, 102-104), the outgoing call based on the fifth message when the fifth message is used to reject the outgoing call setup; and resuming, by the terminal (10, 102-104), the outgoing call setup based on the fifth message when the fifth message is used to accept the outgoing call setup. sending, by a terminal (10, 102-104), a first message to a network device (20, 500), wherein the first message is used by the terminal to request to set up an outgoing call; entering, by a terminal (10, 102-104), a call initiating state; receiving, by the terminal (10, 102-104), a second message sent by the network device (20, 500), wherein the second message is used by the terminal to set up an incoming call; caching, by the terminal (10, 102-104), the second message; receiving, by the terminal (10, 102-104), a fifth message sent by the network device (20, 500), wherein the fifth message is used to reject or accept the outgoing call setup, and wherein the fifth message may be represented as connect management service accept or as connect management service reject; and releasing, by the terminal (10, 102-104), the outgoing call based on the fifth message when the fifth message is used to reject the outgoing call setup; and resuming, by the terminal (10, 102-104), the outgoing call setup based on the fifth message when the fifth message is used to accept the outgoing call setup.
A system, comprising: an energy application device configured to apply mechanical or ultrasound energy to a region of interest in a subject being suitable for modulating one or more nerve pathways; a controller (15, 30) wherein the controller is configured to: spatially select the region of interest, and control one or more modulation parameters of the energy application device; and an assessment device configured to assess a characteristic of a physiological outcome; wherein: the assessment device is configured to provide feedback to the controller, wherein the feedback is indicative of the characteristic of the physiological outcome; and the controller is configured to adjust the one or more modulation parameters based on the feedback; and wherein the region of interest comprises at least a portion of a peripheral nerve ganglion. an energy application device configured to apply mechanical or ultrasound energy to a region of interest in a subject being suitable for modulating one or more nerve pathways; a controller (15, 30) wherein the controller is configured to: spatially select the region of interest, and control one or more modulation parameters of the energy application device; spatially select the region of interest, and control one or more modulation parameters of the energy application device; and an assessment device configured to assess a characteristic of a physiological outcome; wherein: the assessment device is configured to provide feedback to the controller, wherein the feedback is indicative of the characteristic of the physiological outcome; and the controller is configured to adjust the one or more modulation parameters based on the feedback; the assessment device is configured to provide feedback to the controller, wherein the feedback is indicative of the characteristic of the physiological outcome; and the controller is configured to adjust the one or more modulation parameters based on the feedback;
An omnidirectional image processing system comprising: a switching unit configured to switch an operating mode of the image processing system between a plurality of modes including at least a first mode and a second mode; wherein the switching unit is configured to switch the operating mode in accordance with a mode selection of a user; a detection unit (302, 304, 306, 308) configured to detect a joining position among a plurality of input images to generate a detection result in case the operating mode is switched to the first mode, wherein the detection result is equal to the amount of displacement among a plurality of corresponding points in an overlapping area of the plurality of input images; and a joining unit (312, 314) configured to join the plurality of input images to generate an output image, wherein when the mode is switched to the first mode, the joining unit (312, 314) joins the plurality of input images based on the detection result of the detection unit (302, 304, 306, 308) to generate the output image, and when the mode is switched to the second mode, the joining unit (312, 314) joins the plurality of input images to generate the output image based on a predetermined joining parameter. a switching unit configured to switch an operating mode of the image processing system between a plurality of modes including at least a first mode and a second mode; wherein the switching unit is configured to switch the operating mode in accordance with a mode selection of a user; a detection unit (302, 304, 306, 308) configured to detect a joining position among a plurality of input images to generate a detection result in case the operating mode is switched to the first mode, wherein the detection result is equal to the amount of displacement among a plurality of corresponding points in an overlapping area of the plurality of input images; and a joining unit (312, 314) configured to join the plurality of input images to generate an output image, wherein when the mode is switched to the first mode, the joining unit (312, 314) joins the plurality of input images based on the detection result of the detection unit (302, 304, 306, 308) to generate the output image, and when the mode is switched to the second mode, the joining unit (312, 314) joins the plurality of input images to generate the output image based on a predetermined joining parameter.
A method for reducing speckle on a projection screen, comprising: locating a transducer near a projection screen; and attaching a first reactor to the projection screen and proximate to the transducer so that the first reactor is operable to vibrate the projection screen in a direction out of the screen plane to reduce speckle in a viewing area of the projection screen, wherein the first reactor is located in the approximate range of 0,25 mm to 51 mm from an edge of the projection screen. locating a transducer near a projection screen; and attaching a first reactor to the projection screen and proximate to the transducer so that the first reactor is operable to vibrate the projection screen in a direction out of the screen plane to reduce speckle in a viewing area of the projection screen, wherein the first reactor is located in the approximate range of 0,25 mm to 51 mm from an edge of the projection screen.
A piezoelectric sensor for the measurement of bending moment or torque at a machine structure; having at least one axis; comprising at least two piezoelectric plate elements (3a, 3b) arranged side by side to one another in a plane and being provided on both sides at least partially with electrodes (4, 4') and placed on both sides of said axis under prestress within the piezoelectric sensor, characterized in that the piezoelectric sensor is positioned in the machine structure such that the axis lies on a neutral bending axis of said machine structure; and the electrodes (4, 4') of the first plate element are electrically connected to the electrodes with opposite polarization of the second plate element.
A copolymer which is a tetrafluoroethylene /hexafluoropropylene copolymer having - a melt flow rate of 35.0-45.0 g/10 min., measured according to ASTM D 1238 at 372°C and a load of 5 kg using a die having a diameter of 2.1 mm and a length of 8 mm; - a swell of -8.0% to 5.0%, determined according to the method defined in paragraph of the specification; and - a total number of (i) -CF 2 H groups and (ii) -COF, -COOH, -COOCH 3, -CONH 2 and -CH 2 OH present at an end of the main chain of 120 or less per 1 x 10 6 carbon atoms; determined according to the methods defined in paragraph of the specification. - a melt flow rate of 35.0-45.0 g/10 min., measured according to ASTM D 1238 at 372°C and a load of 5 kg using a die having a diameter of 2.1 mm and a length of 8 mm; - a swell of -8.0% to 5.0%, determined according to the method defined in paragraph of the specification; and - a total number of (i) -CF 2 H groups and (ii) -COF, -COOH, -COOCH 3, -CONH 2 and -CH 2 OH present at an end of the main chain of 120 or less per 1 x 10 6 carbon atoms; determined according to the methods defined in paragraph of the specification.
A joint sealing profile for forming a joint seal between floor panels (3, 4), comprising a vertical leg that projects into the joint and a profile body made of a joint-sealing compound and placed in a joint enlargement, wherein the joint-sealing compound is filled into the joint enlargement such that it is flush with the surface for forming the profile body, wherein the vertical leg and the profile body are separated from each other by interposition of a separation material, characterized by an active substance that is embedded in the joint sealing profile, and that is fire-resistant, heat-insulating and/or that emits a coolant under the effect of heat, wherein the active substance is part of a strip or string element.
A method for calibrating a photoluminescence measurement system, in particular a fluorescence measurement system, comprising the following steps: (a) measuring fluorescence spectra J i (λ) of a plurality of fluorescence standards i using the photoluminescence measurement system to be calibrated, wherein the fluorescence standards i are selected so that their combined spectrally corrected and normalized fluorescence spectra I i (λ) cover a predefined spectral range in such a way that fluorescence bands of the corrected, spectrally consecutive fluorescence spectra I i (λ) have at least a predefined minimum intensity at their crossover wavelengths λ i/i+1; (b) calculating combination factors α i through statistical averaging of consecutive partial correction functions F i (λ), wherein the partial correction functions F i (λ) are formed by forming the quotient of the measured fluorescence spectra J i (λ) and the corresponding corrected fluorescence spectra I i (λ) of the fluorescence standards i, and wherein the statistical averaging takes place over a predefined, limited overlap region λ i/i+1 ±Δλ OL about the mutual crossover wavelengths λ i/i+1; and (c) determining a total correction function F(λ) for the predefined spectral range by combination of the partial correction functions F i (λ), which are weighted according to the combination factors α i. (a) measuring fluorescence spectra J i (λ) of a plurality of fluorescence standards i using the photoluminescence measurement system to be calibrated, wherein the fluorescence standards i are selected so that their combined spectrally corrected and normalized fluorescence spectra I i (λ) cover a predefined spectral range in such a way that fluorescence bands of the corrected, spectrally consecutive fluorescence spectra I i (λ) have at least a predefined minimum intensity at their crossover wavelengths λ i/i+1; (b) calculating combination factors α i through statistical averaging of consecutive partial correction functions F i (λ), wherein the partial correction functions F i (λ) are formed by forming the quotient of the measured fluorescence spectra J i (λ) and the corresponding corrected fluorescence spectra I i (λ) of the fluorescence standards i, and wherein the statistical averaging takes place over a predefined, limited overlap region λ i/i+1 ±Δλ OL about the mutual crossover wavelengths λ i/i+1; and (c) determining a total correction function F(λ) for the predefined spectral range by combination of the partial correction functions F i (λ), which are weighted according to the combination factors α i.
A method of forming a three-dimensional object, comprising the steps of: (a) providing a carrier and a build plate, said build plate comprising a semipermeable member, said semipermeable member comprising a build surface with said build surface and said carrier defining a build region therebetween, and with said build surface in fluid communication by way of the semipermeable member with a source of polymerization inhibitor; (b) filling said build region with a polymerizable liquid, said polymerizable liquid contacting said build surface; (c) irradiating said build region through said build plate to produce a solid polymerized region in said build region, while forming or maintaining a liquid film release layer comprised of said polymerizable liquid between said solid polymerized region and said build surface, the polymerization of which liquid film is inhibited by said polymerization inhibitor; and (d) advancing said carrier with said polymerized region adhered thereto away from said build surface on said build plate to create a subsequent build region between said polymerized region and said build surface; (e) wherein said carrier has at least one channel formed therein, and said filling step is carried out by passing or forcing said polymerizable liquid into said build region through said at least one channel. (a) providing a carrier and a build plate, said build plate comprising a semipermeable member, said semipermeable member comprising a build surface with said build surface and said carrier defining a build region therebetween, and with said build surface in fluid communication by way of the semipermeable member with a source of polymerization inhibitor; (b) filling said build region with a polymerizable liquid, said polymerizable liquid contacting said build surface; (c) irradiating said build region through said build plate to produce a solid polymerized region in said build region, while forming or maintaining a liquid film release layer comprised of said polymerizable liquid between said solid polymerized region and said build surface, the polymerization of which liquid film is inhibited by said polymerization inhibitor; and (d) advancing said carrier with said polymerized region adhered thereto away from said build surface on said build plate to create a subsequent build region between said polymerized region and said build surface; (e) wherein said carrier has at least one channel formed therein, and said filling step is carried out by passing or forcing said polymerizable liquid into said build region through said at least one channel.
A catalyst composition comprising a composite oxide, wherein the composite oxide comprises Fe which is transformed into a solid solution in the composite oxide under an oxidizing atmosphere and is precipitated from the composite oxide under a reducing atmosphere, and has a spinel-type crystal phase represented by the following general formula: AO·x (B 2-y-z Fe y Pd z O 3-α) (wherein A represents at least one element selected from the group consisting of alkali metals, alkaline earth metals, and rare earth elements; B represents Al; x represents 1 to 3; y represents an atomic ratio satisfying the following relation: 0 < y ≤ 1.2; z represents an atomic ratio satisfying the following relation: 0 < z ≤ 0.5; and a represents a deficient atomic ratio of oxygen atoms).
A method of modifying and redisplaying text in an alternative form on a computer operating system platform, the method comprising: loading a background text viewer process on a computer operating system, the background text viewer process having access to internal operating system messaging relating to text sent to a graphics display driver for presentation to an end-user on a Graphical User Interface GUI; drawing a text viewer on a portion of the GUI on a desktop wherein the text viewer and a third party application that displays text are shown on the GUI concurrently without overlap so that the desktop is not obscured by the text viewer; intercepting alphanumerical characters originating from the third party application and sent to the graphics display driver, the interception performed by the background text viewer process, the method being characterized by the steps of displaying the intercepted alphanumerical characters on the text viewer according to end-user defined settings selected from the group consisting of a font, a font size, a font style, a font color, capitalization, spacing between characters, and spacing between words; and providing bi-directional synchronization of an end-user focus in the GUI and the intercepted alphanumerical characters displayed on the text viewer wherein a change in the end-user focus in the GUI updates the text viewer and scrolling of the text viewer updates the location of the end-user focus in the GUI. loading a background text viewer process on a computer operating system, the background text viewer process having access to internal operating system messaging relating to text sent to a graphics display driver for presentation to an end-user on a Graphical User Interface GUI; drawing a text viewer on a portion of the GUI on a desktop wherein the text viewer and a third party application that displays text are shown on the GUI concurrently without overlap so that the desktop is not obscured by the text viewer; intercepting alphanumerical characters originating from the third party application and sent to the graphics display driver, the interception performed by the background text viewer process, the method being characterized by the steps of displaying the intercepted alphanumerical characters on the text viewer according to end-user defined settings selected from the group consisting of a font, a font size, a font style, a font color, capitalization, spacing between characters, and spacing between words; and providing bi-directional synchronization of an end-user focus in the GUI and the intercepted alphanumerical characters displayed on the text viewer wherein a change in the end-user focus in the GUI updates the text viewer and scrolling of the text viewer updates the location of the end-user focus in the GUI.
Method for determining geometrical dimensions of a wheel, especially a vehicle wheel, or of at least a part of the wheel, comprising the steps of pivoting at least one sensing device for scanning the wheel surface or a part of the wheel surface about a pivot axis in a plane perpendicular to the wheel axis and determining the geometrical dimensions of the scanned wheel surface in dependence from the angular position of the at least one sensing device, characterized in that the angular position is determined from measured accelerations of the sensing device in two predetermined directions during the pivotal movement of the sensing device.