mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a data processing hardware comprising the steps of: receiving an image stream from an optical device; identifying image frames (F) of the image stream , each of the image frames (F) having an array of pixels including a plurality of rows (R); determining a row exposure value for each of the rows (R) in each of the image frames (F) in the image stream ; identifying a defective image frame having an overexposed row; identifying a reference image frame including a replacement row corresponding to the overexposed row; and modifying the defective image frame by replacing the overexposed row with the replacement row, characterized in that the overexposed row of the defective image frame is identified by identifying that differences among the row exposure values of neighboring rows of the image frame (F) or, if the image frame (F) is processed using a filter, of neighboring rows of the filtered image frame (F) exceed a threshold value. receiving an image stream from an optical device; identifying image frames (F) of the image stream , each of the image frames (F) having an array of pixels including a plurality of rows (R); determining a row exposure value for each of the rows (R) in each of the image frames (F) in the image stream ; identifying a defective image frame having an overexposed row; identifying a reference image frame including a replacement row corresponding to the overexposed row; and modifying the defective image frame by replacing the overexposed row with the replacement row, characterized in that the overexposed row of the defective image frame is identified by identifying that differences among the row exposure values of neighboring rows of the image frame (F) or, if the image frame (F) is processed using a filter, of neighboring rows of the filtered image frame (F) exceed a threshold value.
Refill cassette for inserting into a waste container , with - a cassette housing , which has a circumferential material receiving area for tubular material , whereby on the cassette housing an unlocking member is arranged, which is set up to unlock a locking device of the waste container , which locking device blocks a closure mechanism and/or an actuating device of the waste container , characterized in that the unlocking member is circumferentially designed and is set up to be inserted into a circumferential receiving groove for the unlocking member in a cassette receiving area of the waste container , whereby the unlocking member is designed as a circumferential material web, which extends along a circular path at the bottom of the cassette housing . - a cassette housing , which has a circumferential material receiving area for tubular material , whereby on the cassette housing an unlocking member is arranged, which is set up to unlock a locking device of the waste container , which locking device blocks a closure mechanism and/or an actuating device of the waste container ,
A display device of a drive assistance system of a vehicle, comprising a display area and a control device which is coupled to the display area and has the purpose of controlling a display on the display area , wherein the control device is configured to display on the display area - a speed display for representing an instantaneous speed of the vehicle, and - an automatic brake control speed display (8; 9) for displaying a selected setpoint speed of the automatic brake control function when an automatic brake control function is activated, wherein the automatic brake speed display (8; 9) is integrated into the speed display , characterized in that the control device is designed to display, when the automatic brake control function and cruise control function of the motor vehicle is activated, a first marking element on a scale of the speed display, which marking element marks a selected setpoint speed of a cruise control function of the motor vehicle, and a second marking element which marks the automatic brake control setpoint speed, wherein the first marking element and the second marking element are represented in visually different ways and differ in their colouring, brightness, lettering and/or symbol representation. - a speed display for representing an instantaneous speed of the vehicle, and - an automatic brake control speed display (8; 9) for displaying a selected setpoint speed of the automatic brake control function when an automatic brake control function is activated,
1,8-cineole for use in the prophylactic and/or therapeutic treatment of COVID-19, wherein the 1,8-cineole is applied as an enteric-coated but small intestine-soluble systemic dosage form, wherein the 1,8-cineole is present as a pure substance, wherein the 1,8-cineole is present with a purity of at least 95% by weight, based on the 1,8-cineole, and wherein the 1,8-cineole is free from other terpenes. wherein the 1,8-cineole is applied as an enteric-coated but small intestine-soluble systemic dosage form, wherein the 1,8-cineole is present as a pure substance, wherein the 1,8-cineole is present with a purity of at least 95% by weight, based on the 1,8-cineole, and wherein the 1,8-cineole is free from other terpenes.
A blood glucose measurement device for obtaining data related to a blood glucose level of a living body, the device comprising: a light outputting unit configured to output measurement light to be input to the living body; a light detecting unit configured to detect the measurement light propagated inside the living body and generate a detection signal in accordance with an intensity of the measurement light; and a computation unit configured to obtain a time lag between a temporal change in a first parameter related to an oxygenated hemoglobin concentration and a temporal change in a second parameter related to a deoxygenated hemoglobin concentration based on the detection signal, and obtain the data related to the blood glucose level based on the time lag, characterized in that the first parameter is a first differential value obtained by performing time differentiation of the oxygenated hemoglobin concentration at least once, and the second parameter is a second differential value obtained by performing time differentiation of the deoxygenated hemoglobin concentration at least once. a light outputting unit configured to output measurement light to be input to the living body; a light detecting unit configured to detect the measurement light propagated inside the living body and generate a detection signal in accordance with an intensity of the measurement light; and a computation unit configured to obtain a time lag between a temporal change in a first parameter related to an oxygenated hemoglobin concentration and a temporal change in a second parameter related to a deoxygenated hemoglobin concentration based on the detection signal, and obtain the data related to the blood glucose level based on the time lag, characterized in that the first parameter is a first differential value obtained by performing time differentiation of the oxygenated hemoglobin concentration at least once, and the second parameter is a second differential value obtained by performing time differentiation of the deoxygenated hemoglobin concentration at least once.
polymer tube for the realization of pipe buried underground, said tube comprising: - a plurality of radio tags of RFID type arranged at regular intervals along the tube; - optionally a protection layer of said radio tags; characterized in that each radio tag comprises an antenna which is split into resonating subassemblies , each having a capacitive element and having the same resonance frequency, each sub-assembly having a sufficiently low inductance value for the capacitive element taking part in the concerned subassembly to have a value sufficient to make stray capacitances depending on the moist environment permittivity negligible, even with a high permittivity. - a plurality of radio tags of RFID type arranged at regular intervals along the tube; - optionally a protection layer of said radio tags;
A method for analyzing rare circulating cells (RCCs) in a non-enriched blood sample, comprising: (a) detecting RCCs in the non-enriched blood sample, comprising: i) determining presence or absence of one or more immunofluorescent RCC detection markers in nucleated cells in the non-enriched blood sample, and ii) assessing the morphology of the nucleated cells, wherein RCCs are detected among the nucleated cells based on a combination of distinct immunofluorescent staining and morphological characteristics; (b) quenching the immunofluorescence of the one or more immunofluorescent RCC detection markers comprising contacting the RCCs with a guanidinium-salt-containing buffer, wherein the immunofluorescence is quenched by more than 50%, 60%, 70%, 80%, 90%, 95%, 99%, 99.9% or 99.99%; and (c) analyzing the detected RCCs, comprising determining presence or absence of one or more fluorescent RCC analysis markers. (a) detecting RCCs in the non-enriched blood sample, comprising: i) determining presence or absence of one or more immunofluorescent RCC detection markers in nucleated cells in the non-enriched blood sample, and ii) assessing the morphology of the nucleated cells, wherein RCCs are detected among the nucleated cells based on a combination of distinct immunofluorescent staining and morphological characteristics; i) determining presence or absence of one or more immunofluorescent RCC detection markers in nucleated cells in the non-enriched blood sample, and ii) assessing the morphology of the nucleated cells, wherein RCCs are detected among the nucleated cells based on a combination of distinct immunofluorescent staining and morphological characteristics; (b) quenching the immunofluorescence of the one or more immunofluorescent RCC detection markers comprising contacting the RCCs with a guanidinium-salt-containing buffer, wherein the immunofluorescence is quenched by more than 50%, 60%, 70%, 80%, 90%, 95%, 99%, 99.9% or 99.99%; and (c) analyzing the detected RCCs, comprising determining presence or absence of one or more fluorescent RCC analysis markers.
A vehicle engine enclosure , comprising: an engine mounted on a tractor frame ; a cooling system mounted on the frame , the cooling system having a housing surrounding cooling components; and a hood , the hood being mounted on the frame and enclosing the engine and the cooling system , the hood comprising atop panel and left and right hood side panels , the top panel having a vent therein, characterized by a front seal which has an upper strip and side strips extending downwardly from upper strip , the upper strip forming a seal between the housing and the top panel ; a pair of left and right side plates mounted on the frame ; and each side strip sealing between one of the hood side panels and a corresponding one of the side plates , curved side seal strips , connected to side strips a pair of lower side seals , each lower side seal sealing between the frame and a corresponding one of the side plates , the side plates , the hood , the frame , the engine and the cooling system cooperating to form a duct which collects hot air leaving the cooling system and moves it vertically away from the tractor to prevent re-ingesting of the hot air. an engine mounted on a tractor frame ; a cooling system mounted on the frame , the cooling system having a housing surrounding cooling components; and a hood , the hood being mounted on the frame and enclosing the engine and the cooling system , the hood comprising atop panel and left and right hood side panels , the top panel having a vent therein, characterized by a front seal which has an upper strip and side strips extending downwardly from upper strip , the upper strip forming a seal between the housing and the top panel ; a pair of left and right side plates mounted on the frame ; and each side strip sealing between one of the hood side panels and a corresponding one of the side plates , curved side seal strips , connected to side strips a pair of lower side seals , each lower side seal sealing between the frame and a corresponding one of the side plates , the side plates , the hood , the frame , the engine and the cooling system cooperating to form a duct which collects hot air leaving the cooling system and moves it vertically away from the tractor to prevent re-ingesting of the hot air.
A method by a first communication device for device-to-device, D2D, communications with a second communication device , the method comprising: obtaining information on duplex configuration of a radio network node that affects resource allocation by the first communication device for D2D communication with the second communication device , wherein the duplex configuration is a Frequency Division Duplex, FDD, or Time Divisional Duplex, TDD; deriving a set of resource patterns, RPTs, based on the information; selecting one RPT among the set of RPTs based on scheduler information; and signaling an index that is used to identify the selected RPT to the second communication device . obtaining information on duplex configuration of a radio network node that affects resource allocation by the first communication device for D2D communication with the second communication device , wherein the duplex configuration is a Frequency Division Duplex, FDD, or Time Divisional Duplex, TDD; deriving a set of resource patterns, RPTs, based on the information; selecting one RPT among the set of RPTs based on scheduler information; and signaling an index that is used to identify the selected RPT to the second communication device .
Belt conveyor , comprising: - a conveyor belt configured to move in a longitudinal direction, the conveyor belt having two large faces , and - a plurality of support stations distributed longitudinally along the conveyor belt , the support stations being configured to support the conveyor belt by one of the large faces , at least one support station comprising a drive motor configured to drive the conveyor belt in the longitudinal direction relative to the support stations , characterized in that the drive motor is supplied with energy by photovoltaic cells and/or at least one wind turbine, the support stations equipped with a drive motor being successively separated by a distance between 1m and 15m. - a conveyor belt configured to move in a longitudinal direction, the conveyor belt having two large faces , and - a plurality of support stations distributed longitudinally along the conveyor belt , the support stations being configured to support the conveyor belt by one of the large faces , at least one support station comprising a drive motor configured to drive the conveyor belt in the longitudinal direction relative to the support stations , characterized in that the drive motor is supplied with energy by photovoltaic cells and/or at least one wind turbine, the support stations equipped with a drive motor being successively separated by a distance between 1m and 15m.
A gas turbine engine comprising: an engine casing ; a fan case positioned around the engine casing; a pylon attached to the engine casing and operative to secure the engine casing to an aircraft; and an upper frame forming a fairing for the pylon, comprising: a forward fairing coupled between the engine casing and the fan case; characterised in that the upper frame comprises at least one removable aft seal secured to the forward fairing and forming a seal therewith; and a wedge seal coupled to the forward fairing and the at least one aft seal and operative to prevent air leakage to the pylon; wherein the at least one aft seal is removable from the forward fairing to allow at least one of raising or dropping the gas turbine engine while the forward fairing is still secured to the engine. an engine casing ; a fan case positioned around the engine casing; a pylon attached to the engine casing and operative to secure the engine casing to an aircraft; and an upper frame forming a fairing for the pylon, comprising: a forward fairing coupled between the engine casing and the fan case; characterised in that the upper frame comprises at least one removable aft seal secured to the forward fairing and forming a seal therewith; and a wedge seal coupled to the forward fairing and the at least one aft seal and operative to prevent air leakage to the pylon; a forward fairing coupled between the engine casing and the fan case; characterised in that the upper frame comprises at least one removable aft seal secured to the forward fairing and forming a seal therewith; and a wedge seal coupled to the forward fairing and the at least one aft seal and operative to prevent air leakage to the pylon; wherein the at least one aft seal is removable from the forward fairing to allow at least one of raising or dropping the gas turbine engine while the forward fairing is still secured to the engine.
Method for accessing data or functions of a programmable controller (SPS) by means of a network protocol, the data being stored in a database (DB1) of the programmable controller (SPS) and the database (DB1) being assigned to an automation program of the programmable controller (SPS), and a web server of the programmable controller (SPS) being accessed by a client (CL) by means of the network protocol, at least one program module (FC1, FC2) of the automation program of the programmable controller (SPS) being assigned to a web service of the web server (WS), execution of the program module (FC1, FC2) being initiated by the web service, a decision being made by an administration device (VE) of the programmable controller (SPS) whether the initiated call of the program module (FC1, FC2) should or should not take place the decision being made with the aid of a workload of the programmable controller (SPS).
A system for monitoring a quality of interaction between at least one user and a reception device (STB) for receiving the content for the user, the system comprising the reception device (STB) and a controller device (RCU) for controlling a presentation of the content on a presentation device corresponding to the reception device (STB), the controller device (RCU) and the reception device (STB) being connected via a bidirectional communication channel for sending at least one control command (KEY-EVENT) from the controller device (RCU) to the reception device (STB) and for receiving, by the controller device (RCU), at least a corresponding acknowledgment of reception of the command (ACK) from the reception device (STB); wherein: the reception device (STB) is configured to send at least the acknowledgment of reception (ACK) to the controller device (RCU) via the bidirectional communication channel for each command (KEY-EVENT) received; and the controller device (RCU) is configured to create at least one log (LOG) including the control command (KEY-EVENT) and its corresponding acknowledgment receipt (ACK), and is further configured to return the at least one log (LOG) to the reception device for uploading to an operator for analysis of the quality of interaction. the reception device (STB) is configured to send at least the acknowledgment of reception (ACK) to the controller device (RCU) via the bidirectional communication channel for each command (KEY-EVENT) received; and the controller device (RCU) is configured to create at least one log (LOG) including the control command (KEY-EVENT) and its corresponding acknowledgment receipt (ACK), and is further configured to return the at least one log (LOG) to the reception device for uploading to an operator for analysis of the quality of interaction.
Method for decorating a surface of PVC elements, wherein the surface with appearance of aged, natural wood pattern is obtained, through stages, and in final stages the surface is smoothed, degreased and coated with using single-colored varnishes or using patinas, where in the first step, using a machine equipped with a mechanical sliding table with adjustable feed speed and a variable speed spindle whose axis is perpendicular to the direction of slide of the table and said spindle has ability to approach with adjustable down force to a workpiece, there is a pattern cut in the surface of an element in the form of elongated irregular lines imitating aged wood, using a wire brush roller in the shape of a cylinder, with dimension of outer diameter from Ø 80 to Ø 400 mm, and in the next step, the surface with obtained pattern is treated in order to blunt sharp edges and to remove burrs, characterized in that , the implemented brush is formed from steel or brass wires with a diameter of 0.2 to 0.5 mm and it is mounted on the machine spindle in such a way that the axis of the cylinder is inclined to the spindle axis at an angle of 1 to 3 degrees.
A method for rat-based olfactory detection of at least one target substance in a sequence of filters, the method comprising: providing at least one enclosure each housing a rat, the enclosure including a aperture via which only a single olfactory sample is presented to the rat at any given time; with a structural element configured to create a predetermined extent of proximity between plural olfactory samples mounted on the structural element and the aperture , one sample at a time, such as a translating or rotating tray, a sled , a carousel or a conveyor , presenting samples of the sequence of filters one at a time to the rat via the aperture , thereby facilitating olfactory detection of target substances in the sequence of filters; by a sensor sensing an event in which within a predetermined window of time after presentation of a sample, the rat, having been trained to be responsive to the detection of a target substance inserts its head into a positive reinforcement dispenser within the predetermined window of time; on a computer , calculating and displaying, in real-time, a sensitivity and selectivity of the rat and of an integrated response to the filters, wherein the sensitivity is a percentage of hits on positive filters and the selectivity is a percentage of correct rejects on negative filters of the rat. providing at least one enclosure each housing a rat, the enclosure including a aperture via which only a single olfactory sample is presented to the rat at any given time; with a structural element configured to create a predetermined extent of proximity between plural olfactory samples mounted on the structural element and the aperture , one sample at a time, such as a translating or rotating tray, a sled , a carousel or a conveyor , presenting samples of the sequence of filters one at a time to the rat via the aperture , thereby facilitating olfactory detection of target substances in the sequence of filters; by a sensor sensing an event in which within a predetermined window of time after presentation of a sample, the rat, having been trained to be responsive to the detection of a target substance inserts its head into a positive reinforcement dispenser within the predetermined window of time; on a computer , calculating and displaying, in real-time, a sensitivity and selectivity of the rat and of an integrated response to the filters, wherein the sensitivity is a percentage of hits on positive filters and the selectivity is a percentage of correct rejects on negative filters of the rat.