mhurhangee/patent-ind-claim-en huggingface dataset:
A computer implemented method of extracting valid gastrointestinal tract EMG data from a raw time series data set acquired from a skin-surface mounted electrode patch , the method comprising: providing a patch comprising two or more bipolar pairs of electrodes , wherein the bipolar pairs of electrodes are configured to sense and acquire EMG voltage signals ; applying a set sigma value threshold to an amplitude of the EMG voltage signals; identifying signals as artifacts within the raw time series data when the signals extend beyond the set sigma value threshold, wherein said identifiable artifacts comprise a set of data points nominally centered on a point or largest excursion from average value of zero-crossing and extending toward the average or zero-crossing; eliminating the identified artifacts by tracking them down to any of a zero-crossing or a midpoint-crossing point on either side of a high amplitude artifact; and replacing the artifacts with any of interpolated points or constant value points that span a gap across the eliminated artifacts to create a clean time series data set comprising valid gastrointestinal tract EMG signals. providing a patch comprising two or more bipolar pairs of electrodes , wherein the bipolar pairs of electrodes are configured to sense and acquire EMG voltage signals ; applying a set sigma value threshold to an amplitude of the EMG voltage signals; identifying signals as artifacts within the raw time series data when the signals extend beyond the set sigma value threshold, wherein said identifiable artifacts comprise a set of data points nominally centered on a point or largest excursion from average value of zero-crossing and extending toward the average or zero-crossing; eliminating the identified artifacts by tracking them down to any of a zero-crossing or a midpoint-crossing point on either side of a high amplitude artifact; and replacing the artifacts with any of interpolated points or constant value points that span a gap across the eliminated artifacts to create a clean time series data set comprising valid gastrointestinal tract EMG signals.
Method for increasing the efficiency of continuous combustion systems, the combustion being non-stoichiometric and occurring in said continuous combustion system, the method comprising the following steps: a. introduction of a quantity of hydrogen, in relation to the main fuel, between 0.001 and 0.1% (v/V) of the total volume of gases; b. introduction of hydrogen, said introduction being done continuously or discontinuously, at one or more entry points in a continuous firing chamber wherein such entry points are: i. in air fuel transport; or ii. in points where temperature profile in quasi stationary state allows auto ignite of the hydrogen; c. measuring continuously contents of volatile organic compounds and carbon monoxide in the effluent gas mixture from the continuous combustion system; d. controlling the introduction of hydrogen, said control made in a cascading way, depending on the contents of volatile organic compounds and carbon monoxide measured. a. introduction of a quantity of hydrogen, in relation to the main fuel, between 0.001 and 0.1% (v/V) of the total volume of gases; b. introduction of hydrogen, said introduction being done continuously or discontinuously, at one or more entry points in a continuous firing chamber wherein such entry points are: i. in air fuel transport; or ii. in points where temperature profile in quasi stationary state allows auto ignite of the hydrogen; i. in air fuel transport; or ii. in points where temperature profile in quasi stationary state allows auto ignite of the hydrogen; c. measuring continuously contents of volatile organic compounds and carbon monoxide in the effluent gas mixture from the continuous combustion system; d. controlling the introduction of hydrogen, said control made in a cascading way, depending on the contents of volatile organic compounds and carbon monoxide measured.
Circuit board with a conductor path having a recess which is arranged in the course of the conductor path such that the conductor path is interrupted, wherein an implant with a left, right, lower and upper edge (l,r,u,o) is arranged in the recess , characterised in that - a conductor is arranged in the implant which, with the implant inserted, closes the conductor path separated by the recess , - wherein the implant has a first optical layer and a second optical layer and the conductor is arranged between the two layers , the first and the second optical layer each having at least one light-conducting structure (10 1 ,20 1 ) with a first end and a second end , - wherein in a right edge region of the implant in which the respective second ends of the optical fibres (10 1 ,20 1 ) are located, a light-conducting means is arranged so that light fed in at the first end of the light-conducting structure (10 1 ) of the first optical layer is deflected to the second end of the light-conducting structure (20 1 ) of the second optical layer so that a beam path of the light encompasses the conductor , - furthermore, having an optical transmitter and an optical receiver with evaluation means , whereby a fibre optic current sensor for current measurement of a current (I) flowing through the conductor is formed. - a conductor is arranged in the implant which, with the implant inserted, closes the conductor path separated by the recess , - wherein the implant has a first optical layer and a second optical layer and the conductor is arranged between the two layers , the first and the second optical layer each having at least one light-conducting structure (10 1 ,20 1 ) with a first end and a second end , - wherein in a right edge region of the implant in which the respective second ends of the optical fibres (10 1 ,20 1 ) are located, a light-conducting means is arranged so that light fed in at the first end of the light-conducting structure (10 1 ) of the first optical layer is deflected to the second end of the light-conducting structure (20 1 ) of the second optical layer so that a beam path of the light encompasses the conductor , - furthermore, having an optical transmitter and an optical receiver with evaluation means , whereby a fibre optic current sensor for current measurement of a current (I) flowing through the conductor is formed.
An imprint method for bringing an imprint material on a substrate into contact with a mold to form a pattern of the imprint material, the imprint method comprising: changing a position of a detector that detects an alignment mark formed on a shot region on the substrate (S103, S107); contacting the mold with the imprint material supplied on the shot region on the substrate (S106, S111); and detecting the alignment mark using the detector after completion of the changing of the position of the detector (S108), characterized in that the changing of the position of the detector is started (S103) before the contacting the mold with the imprint material (S106), and the contacting is started (S106) prior to completion (S107) of the changing of the position of the detector. changing a position of a detector that detects an alignment mark formed on a shot region on the substrate (S103, S107); contacting the mold with the imprint material supplied on the shot region on the substrate (S106, S111); and detecting the alignment mark using the detector after completion of the changing of the position of the detector (S108), characterized in that the changing of the position of the detector is started (S103) before the contacting the mold with the imprint material (S106), and the contacting is started (S106) prior to completion (S107) of the changing of the position of the detector.
An inflator tool comprising: a battery receiving portion including a battery cavity configured to detachably receive a rechargeable power tool battery pack, characterized by a retention member disposed on a surface of the battery receiving portion opposite the battery cavity to releasably retain at least one inflator tool accessory ; a tool head portion including an air inlet defining an inlet axis, a compression chamber , and an air outlet defining an outlet axis; a handle portion extending between the battery receiving portion and the tool head portion , the handle portion defining a longitudinal axis disposed at an oblique angle relative to each of the inlet axis and the outlet axis ; and a motor at least partially supported within the handle portion and including an output shaft . a battery receiving portion including a battery cavity configured to detachably receive a rechargeable power tool battery pack, characterized by a retention member disposed on a surface of the battery receiving portion opposite the battery cavity to releasably retain at least one inflator tool accessory ; a tool head portion including an air inlet defining an inlet axis, a compression chamber , and an air outlet defining an outlet axis; a handle portion extending between the battery receiving portion and the tool head portion , the handle portion defining a longitudinal axis disposed at an oblique angle relative to each of the inlet axis and the outlet axis ; and a motor at least partially supported within the handle portion and including an output shaft .
A method for cleaning fabrics or the like, such as garments and the like, comprising the steps of: - a) preparing a compartment for containing the fabrics ; - b) preparing a quantity of cleaning fluid in the liquid state in a tank in fluid communication with the containment compartment ; - c) inserting the fabrics in the compartment and isolating the containment compartment with respect to an outside environment, the method being characterised in that it comprises a step for sucking air from the compartment , in a substantially continuous manner, for adjusting the pressure in the compartment for containing the fabrics and in the tank to a pressure (P1) less than the atmospheric pressure so as to allow the evaporation of the cleaning fluid and the introduction into the compartment of the cleaning fluid in the vapour phase (V), for cleaning the fabrics . - a) preparing a compartment for containing the fabrics ; - b) preparing a quantity of cleaning fluid in the liquid state in a tank in fluid communication with the containment compartment ; - c) inserting the fabrics in the compartment and isolating the containment compartment with respect to an outside environment, the method being characterised in that it comprises a step for sucking air from the compartment , in a substantially continuous manner, for adjusting the pressure in the compartment for containing the fabrics and in the tank to a pressure (P1) less than the atmospheric pressure so as to allow the evaporation of the cleaning fluid and the introduction into the compartment of the cleaning fluid in the vapour phase (V), for cleaning the fabrics .
Mounting box assembly for sanitary fittings comprising a mounting box for a fixed connection to a stationary mounting structure , such as a mounting frame, which mounting box has a side wall defining an interior space with a lower wall section and lateral wall sections adjoining the lower wall section upwards, and an adjusting frame with a frame wall , wherein the adjusting frame is mounted on the mounting box so as to be displaceable between two end positions in such a way that the position of the front edges of the frame wall can be adjusted to the installation situation, and wherein the adjusting frame can be fixed to the mounting box after adjustment has been effected, wherein the interior space serves to receive said sanitary fittings , wherein the adjusting frame lies with a lower frame leg with respect to the interior space on the outside relative to the lower wall section of the side wall of the mounting box , wherein the lower frame leg extends in each position below the lower wall section of the side wall , wherein the mounting box has at least one water outlet point , wherein the lower frame leg is arranged below the at least one water outlet point in such a way that any leakage water can flow from the at least one water outlet point onto the lower frame leg , characterized in that the lower wall section of the mounting box has a reinforcing flap projecting essentially at right angles from the lower wall section , the reinforcing flap being pierced by the at least one water outlet point . a mounting box for a fixed connection to a stationary mounting structure , such as a mounting frame, which mounting box has a side wall defining an interior space with a lower wall section and lateral wall sections adjoining the lower wall section upwards, and an adjusting frame with a frame wall , wherein the adjusting frame is mounted on the mounting box so as to be displaceable between two end positions in such a way that the position of the front edges of the frame wall can be adjusted to the installation situation, and wherein the adjusting frame can be fixed to the mounting box after adjustment has been effected, wherein the interior space serves to receive said sanitary fittings , wherein the adjusting frame lies with a lower frame leg with respect to the interior space on the outside relative to the lower wall section of the side wall of the mounting box , wherein the lower frame leg extends in each position below the lower wall section of the side wall , wherein the mounting box has at least one water outlet point , wherein the lower frame leg is arranged below the at least one water outlet point in such a way that any leakage water can flow from the at least one water outlet point onto the lower frame leg , characterized in that the lower wall section of the mounting box has a reinforcing flap projecting essentially at right angles from the lower wall section , the reinforcing flap being pierced by the at least one water outlet point .
A DIN (Deutsche Industrie Normen) rail installing portion structure of an electrical appliance, comprising: a fitting groove , which is configured to be fitted to a DIN rail ; and at least one claw portion , which is formed on one of both side surface portions of the fitting groove ; and clamping one side of edge portions protruding on both sides of the DIN rail by the claw portion configured to hold the electrical appliance on the DIN rail , wherein the claw portion elastically presses the one side of the edge portions protruding on both sides of the DIN rail in a thickness direction, wherein in the claw portion , the width of clamping the edge portions in the thickness direction is elastically changed corresponding to a thickness of the edge portions , wherein the claw portion comprises an erected wall , which configures a side surface of the fitting groove , and is erected from an extension surface of a bottom surface of the fitting groove ; and a pressing portion , which is provided extending to an inner side of the fitting groove from the erected wall like a cantilever, wherein a pressing portion of the claw portion comprises an inclined surface , which gets close to the bottom surface of the fitting groove as a pressing surface to the edge portions moves from a free end to a fixed end, the DIN rail installing portion structure being characterized in that a raising protrusion is formed on the bottom surface on one of both side surface portions of the fitting groove where the claw portion is formed to raise the one side of the edge portions protruding on both sides of the DIN rail and that the claw portion comprises a notch groove , which is parallel to a direction orthogonal to the DIN rail on the fitting groove on an outer side extension surface of the bottom surface of the fitting groove on the erected wall.
A method for gas detection comprising: receiving, by a gas detector , sensed data indicative of oxygen content in the ambient air, the gas detector having a first alarm setting comprising a first predefined threshold; when the sensed data is below the first predefined threshold, activating an alarm ; generating an acknowledgement request for the user asking if the gas detector has entered an inert work zone; determining when the gas detector enters an inert work zone based on an acknowledgement response from the user; and when the gas detector has entered the inert work zone , altering one or more alarm settings of the gas detector from the first alarm setting to a second alarm setting comprising a second predefined threshold lower than the first predefined threshold based on the acknowledgement response from the user. receiving, by a gas detector , sensed data indicative of oxygen content in the ambient air, the gas detector having a first alarm setting comprising a first predefined threshold; when the sensed data is below the first predefined threshold, activating an alarm ; generating an acknowledgement request for the user asking if the gas detector has entered an inert work zone; determining when the gas detector enters an inert work zone based on an acknowledgement response from the user; and when the gas detector has entered the inert work zone , altering one or more alarm settings of the gas detector from the first alarm setting to a second alarm setting comprising a second predefined threshold lower than the first predefined threshold based on the acknowledgement response from the user.
Digital switching arrangement (S) for a secure boot process of an electronic device, having at least one processor unit (CPU), a bus system (B), at least one interface (FLIF; IF) for the connection of at least one external storage unit (FL; eRAM) and at least one configuration interface (SIF), characterized by a user-programmable secure boot block with at least one internal non-volatile memory (U) of the processor unit (CPU) for storing check logic able to be configured via the configuration interface (SIF) and able to be executed during the start of the secure boot process, wherein - the check logic is able to be configured, able to be modified, is configured or is modified via the configuration interface (SIF) such that application logic loaded from the at least one external storage unit (FL; eRAM) is able to be checked, and is able to be activated and/or able to be executed on the processor unit (CPU) depending on the check result, and - depending on the programming of the check logic and depending on the check logic defined by the user and loaded in the non-volatile memory (U), the user is able to carry out any desired types of check. - the check logic is able to be configured, able to be modified, is configured or is modified via the configuration interface (SIF) such that application logic loaded from the at least one external storage unit (FL; eRAM) is able to be checked, and is able to be activated and/or able to be executed on the processor unit (CPU) depending on the check result, and - depending on the programming of the check logic and depending on the check logic defined by the user and loaded in the non-volatile memory (U), the user is able to carry out any desired types of check.
A method performed by a wireless device in an Industrial Internet of Things, I-IoT, environment, the method comprising: determining an availability level of a network and/or an integrity level of a positioning service and/or system at the wireless device; receiving, from a network node, a first indication of an availability requirement of the network and/or an integrity requirement of the positioning service and/or system; determining whether the availability level of the network and/or the integrity level of the of the positioning service and/or system as determined by the wireless device meets or exceeds the availability requirement and/or the integrity requirement from the network node; and transmitting, to the network node, a second indication of whether the availability level of the network and/or the integrity level of the positioning service and/or system determined by the wireless device meets or exceeds the availability requirement and/or the integrity requirement received from the network node. determining an availability level of a network and/or an integrity level of a positioning service and/or system at the wireless device; receiving, from a network node, a first indication of an availability requirement of the network and/or an integrity requirement of the positioning service and/or system; determining whether the availability level of the network and/or the integrity level of the of the positioning service and/or system as determined by the wireless device meets or exceeds the availability requirement and/or the integrity requirement from the network node; and transmitting, to the network node, a second indication of whether the availability level of the network and/or the integrity level of the positioning service and/or system determined by the wireless device meets or exceeds the availability requirement and/or the integrity requirement received from the network node.
A method for image processing, comprising: acquiring (B110, B210, B310) image parameters of a real-time preview image displayed in a preview interface, wherein the image parameters comprise quality information, wherein the quality information comprises at least one of exposure, sharpness, color information, and noise information; evaluating (B120, B220) the real-time preview image by inputting the image parameters into a pre-established image evaluation model to obtain an evaluation result and wherein the image evaluation model is obtained by training a convolutional neural network on a plurality of captured images; and displaying (B130, B230, B350) the evaluation result; characterized in that the image parameters further comprise composition information and the composition information includes a composition mode and position information of a composition target corresponding to the composition mode in the image; judging (B320) whether one of the quality information and the composition information of the real-time preview image displayed in the preview interface is changed, compared respectively to the quality information and the composition information of a previous real-time preview image; wherein the operation of evaluating (B120, B220) the real-time preview image is only performed when (B330) it is judged that the quality information is changed or when (B340) it is judged that the composition information is changed and if, after setting a timing length, the composition information remains unchanged during the timing length. acquiring (B110, B210, B310) image parameters of a real-time preview image displayed in a preview interface, wherein the image parameters comprise quality information, wherein the quality information comprises at least one of exposure, sharpness, color information, and noise information; evaluating (B120, B220) the real-time preview image by inputting the image parameters into a pre-established image evaluation model to obtain an evaluation result and wherein the image evaluation model is obtained by training a convolutional neural network on a plurality of captured images; and displaying (B130, B230, B350) the evaluation result; characterized in that the image parameters further comprise composition information and the composition information includes a composition mode and position information of a composition target corresponding to the composition mode in the image; judging (B320) whether one of the quality information and the composition information of the real-time preview image displayed in the preview interface is changed, compared respectively to the quality information and the composition information of a previous real-time preview image; wherein the operation of evaluating (B120, B220) the real-time preview image is only performed when (B330) it is judged that the quality information is changed or when (B340) it is judged that the composition information is changed and if, after setting a timing length, the composition information remains unchanged during the timing length.