mhurhangee/ep-ind-claims huggingface dataset:
An assay reader device in integral combination with a lateral flow assay test strip, the assay reader device being used to determine the result of an assay performed on the test strip, the reader device comprising: a computation circuit, responsive to an analyte signal representing the amount of an analyte or the rate of accumulation of an analyte, wherein said circuit is adapted to compare the analyte signal to a first threshold and compare the analyte signal to a second threshold, the second threshold being less than the first threshold, wherein the device is programmed to treat the assay as complete at an end-point t e; an output signal is generated if the analyte signal exceeds the first threshold and wherein an output signal is generated if the analyte signal is less than the second threshold, the output signal being indicative of a first result if the analyte signal exceeds the first threshold, and the output signal being indicative of a second result if the analyte signal is less than the second threshold, the first and second results relating to the presence and/or amount of analyte; and wherein the device is programmed such that the assay is terminated before t e is reached if the analyte signal exceeds the first threshold, and the assay is terminated before t e is reached after a predetermined time interval has elapsed, the analyte signal is less than the second threshold. a computation circuit, responsive to an analyte signal representing the amount of an analyte or the rate of accumulation of an analyte, wherein said circuit is adapted to compare the analyte signal to a first threshold and compare the analyte signal to a second threshold, the second threshold being less than the first threshold, wherein the device is programmed to treat the assay as complete at an end-point t e; an output signal is generated if the analyte signal exceeds the first threshold and wherein an output signal is generated if the analyte signal is less than the second threshold, the output signal being indicative of a first result if the analyte signal exceeds the first threshold, and the output signal being indicative of a second result if the analyte signal is less than the second threshold, the first and second results relating to the presence and/or amount of analyte; and wherein the device is programmed such that the assay is terminated before t e is reached if the analyte signal exceeds the first threshold, and the assay is terminated before t e is reached after a predetermined time interval has elapsed, the analyte signal is less than the second threshold.
A linear peristaltic pump for precise and quantitative delivery of fluid, comprising a base, and a lateral seat (28, 29) for fixing a flexible tube provided on the base, characterized in that, a linear reciprocating movement mechanism is provided below said flexible tube; a sliding rod base is provided on said linear reciprocating movement mechanism, a sliding rod base shaft is fixed on said sliding rod base, a sliding block is sleeved on said sliding rod base shaft; a pin roller is provided at the top end of said sliding block, adapted for squeezing the flexible tube to allow fluid in said tube to move forward, said pin roller is in contact with said flexible tube; a detection device for detecting a position of the sliding rod base is provided on said base; a guide rod parallel with said flexible tube is fixed on said lateral seat, a through hole adapted for coordinating with said guide rod is provided on said sliding block, said guide rod is arranged to extend through the through hole on the sliding block, and both ends of said guide rod are connected with a moving device for moving said sliding block up and down; a backflow preventing device is fixed on the base arranged close to said linear reciprocating movement mechanism.
A method of distinguishing a meaningful signal from a low frequency noise, such method including: a first step of dividing an input acoustic signal into frames, a second step of calculating a power spectral density of the input acoustic signal for each frame and finding an envelope curve of the power spectral densities, the method being characterised by: a third step of finding a predefined number of dominant peaks in the envelope curve found in the previous second step of the method, a fourth step of applying a linear regression algorithm to the dominant peaks to obtain a linear regression line for each frame and extracting a slope value of each linear regression line, a fifth step of identifying intervals (t 1 -t 2, t 3 -t 4) of the original acoustic signals including the meaningful signal as intervals which correspond to higher values of the slope value. a first step of dividing an input acoustic signal into frames, a second step of calculating a power spectral density of the input acoustic signal for each frame and finding an envelope curve of the power spectral densities, the method being characterised by: a third step of finding a predefined number of dominant peaks in the envelope curve found in the previous second step of the method, a fourth step of applying a linear regression algorithm to the dominant peaks to obtain a linear regression line for each frame and extracting a slope value of each linear regression line, a fifth step of identifying intervals (t 1 -t 2, t 3 -t 4) of the original acoustic signals including the meaningful signal as intervals which correspond to higher values of the slope value. a third step of finding a predefined number of dominant peaks in the envelope curve found in the previous second step of the method, a fourth step of applying a linear regression algorithm to the dominant peaks to obtain a linear regression line for each frame and extracting a slope value of each linear regression line, a fifth step of identifying intervals (t 1 -t 2, t 3 -t 4) of the original acoustic signals including the meaningful signal as intervals which correspond to higher values of the slope value.
Electric charger system intended to charge a battery from an outside power grid, in particular intended to be on board an electric or hybrid vehicle to charge battery, driving the vehicle, from a power grid outside said vehicle, said electric system comprising: a three-phase AC/DC converter comprising input terminals intended to be connected to an outside power grid, a high output terminal and a low output terminal, a DC/DC converter, said DC/DC converter having two DC/DC converter circuits (LLC1, LLC2), a first DC/DC converter circuit having a high input terminal connected to the high output terminal of the DC/DC converter and a second DC/DC converter circuit having a low input terminal connected to the low output terminal of the DC/DC converter, the low input terminal of the first DC/DC converter circuit being connected to the high input terminal of the second DC/DC converter circuit, and the high output terminal of the first converter circuit being connected to the high output terminal of the second DC/DC converter circuit and the low output terminal of the first converter circuit being connected to the low output terminal of the second DC/DC converter circuit, said system being characterized in that the DC/DC converter is configured so that, in a three-phase operating mode, said first and second DC/DC converters (LLC1, LLC2) receive current delivered by the DC/DC converter, and so that, in a single-phase operating mode, only one of said first and second DC/DC converter circuits (LLC1, LLC2) receives current delivered by the DC/DC converter. a three-phase AC/DC converter comprising input terminals intended to be connected to an outside power grid, a high output terminal and a low output terminal, a DC/DC converter, said DC/DC converter having two DC/DC converter circuits (LLC1, LLC2), a first DC/DC converter circuit having a high input terminal connected to the high output terminal of the DC/DC converter and a second DC/DC converter circuit having a low input terminal connected to the low output terminal of the DC/DC converter, the low input terminal of the first DC/DC converter circuit being connected to the high input terminal of the second DC/DC converter circuit, and the high output terminal of the first converter circuit being connected to the high output terminal of the second DC/DC converter circuit and the low output terminal of the first converter circuit being connected to the low output terminal of the second DC/DC converter circuit, said system being characterized in that the DC/DC converter is configured so that, in a three-phase operating mode, said first and second DC/DC converters (LLC1, LLC2) receive current delivered by the DC/DC converter, and so that, in a single-phase operating mode, only one of said first and second DC/DC converter circuits (LLC1, LLC2) receives current delivered by the DC/DC converter.
An LED lamp, comprising: a lamp panel mounted on a ceiling; a lamp base having an elongated shape; an LED light source module mounted on the lamp base; a transparent lampshade comprising two resisting sheets extending inwardly from an inner sidewall thereof, the two resisting sheets resisting the LED light source module to position the LED light source module; and two magnets mounted on opposite ends of a bottom surface of the lamp base, respectively, the two magnets are magnetically and adjustably attached to the lamp panel; and each magnet comprises a magnetic head and a connector, characterized in that the connector comprises a shaft and a flange extending outwardly from a periphery of an end of the shaft, the magnetic head has an annular shape and defines an engaging hole, the shaft of the connector extends through the lamp base and then the engaging hole, and is connected to the magnetic head, the flange resists a top surface of the lamp base. a lamp panel mounted on a ceiling; a lamp base having an elongated shape; an LED light source module mounted on the lamp base; a transparent lampshade comprising two resisting sheets extending inwardly from an inner sidewall thereof, the two resisting sheets resisting the LED light source module to position the LED light source module; and two magnets mounted on opposite ends of a bottom surface of the lamp base, respectively, the two magnets are magnetically and adjustably attached to the lamp panel; and each magnet comprises a magnetic head and a connector, characterized in that the connector comprises a shaft and a flange extending outwardly from a periphery of an end of the shaft, the magnetic head has an annular shape and defines an engaging hole, the shaft of the connector extends through the lamp base and then the engaging hole, and is connected to the magnetic head, the flange resists a top surface of the lamp base.
A method for providing an augmented reality, AR, experience at a handheld user device, the method comprising: capturing, via a monocular camera of the handheld user device, a feed of images of a local scene; selecting, from the feed, a keyframe; performing, for a first image from the feed of images, stereo matching using the first image, the keyframe, and a relative pose based on a pose associated with the first image and a pose associated with the keyframe to generate a sparse disparity map representing disparities between the first image and the keyframe; determining a dense depth map from the disparity map using a bilateral solver algorithm; processing a viewfinder image generated from a second image of the feed with occlusion rendering based on the depth map to incorporate one or more virtual objects into the viewfinder image to generate an AR viewfinder image (114, 240); and displaying, at the handheld user device, the AR viewfinder image (114, 240). capturing, via a monocular camera of the handheld user device, a feed of images of a local scene; selecting, from the feed, a keyframe; performing, for a first image from the feed of images, stereo matching using the first image, the keyframe, and a relative pose based on a pose associated with the first image and a pose associated with the keyframe to generate a sparse disparity map representing disparities between the first image and the keyframe; determining a dense depth map from the disparity map using a bilateral solver algorithm; processing a viewfinder image generated from a second image of the feed with occlusion rendering based on the depth map to incorporate one or more virtual objects into the viewfinder image to generate an AR viewfinder image (114, 240); and displaying, at the handheld user device, the AR viewfinder image (114, 240).
A weeping wall (20, 120) for receiving a continuous flow of a flowable substance, the weeping wall (20, 120) comprising: a wall body (22, 122) including a substantially vertical wall section (24, 124) having a flow surface (26, 126); a flowable substance inlet (32, 132) defined at an upper end of the substantially vertical wall section (24, 124), with the flowable substance continuously flowing therefrom and downwardly onto the flow surface (26, 126); a flowable substance outlet (34, 134) defined at a lower end of the substantially vertical wall section (24, 124) with the flowable substance flowing continuously therein after running down onto the flow surface (26, 126); the weeping wall (20, 120) being characterized in that it comprises at least one mobile deflector (40, 140) movably engaged to the flow surface (26, 126) and projecting therefrom, the at least one mobile deflector (40, 140) being selectively movable relative to the flow surface (26, 126) to modify the flow path of the flowable substance on the flow surface (26, 126). a wall body (22, 122) including a substantially vertical wall section (24, 124) having a flow surface (26, 126); a flowable substance inlet (32, 132) defined at an upper end of the substantially vertical wall section (24, 124), with the flowable substance continuously flowing therefrom and downwardly onto the flow surface (26, 126); a flowable substance outlet (34, 134) defined at a lower end of the substantially vertical wall section (24, 124) with the flowable substance flowing continuously therein after running down onto the flow surface (26, 126); the weeping wall (20, 120) being characterized in that it comprises at least one mobile deflector (40, 140) movably engaged to the flow surface (26, 126) and projecting therefrom, the at least one mobile deflector (40, 140) being selectively movable relative to the flow surface (26, 126) to modify the flow path of the flowable substance on the flow surface (26, 126).
Use of a kit for the detection of markers in a sample for the diagnosis of epithelial-to-mesenchymal transition of the peritoneum, the kit comprising agents for the detection of the markers cadherin 13, collagen 13, collagen 6, keratin 34, matrix metalloproteinase 1, thrombospondin 1, VEGF and Gremlin 1, wherein the sample is selected from the group comprising a) a sample from a patient comprising peritoneal effluent, peritoneal fluid, serum, peritoneal tissue, and b) culture medium or cell lysate from a cell or tissue culture useful as a model for peritoneal dialysis, wherein the agents for the detection of the markers are antibodies or fragments thereof which are suitable for the detection of the markers in protein form, or nucleic acids which are suitable for the detection of the markers in nucleic acid form. a) a sample from a patient comprising peritoneal effluent, peritoneal fluid, serum, peritoneal tissue, and b) culture medium or cell lysate from a cell or tissue culture useful as a model for peritoneal dialysis,
A tomography apparatus comprising: an X-ray generator configured to emit at least one X-ray; a controller configured to determine a first value based on a threshold dosage of the at least one X-ray allowed for a subject being a user of the tomography apparatus, the first value being a value indicating a maximum absorption dosage of the at least one X-ray allowed for the subject, and to generate an absorbed-dose distribution diagram that indicates a location range of the subject (901, 903, 905, 920, 930, 2101, 2103, 2105) in which, when the at least one X-ray is irradiated to the subject based on an imaging condition, an absorbed dose of the at least one X-ray has the first value; and an indicator (630, 730) configured to show the generated absorbed-dose distribution diagram (901, 903, 905, 920, 930, 2101, 2103, 2105). an X-ray generator configured to emit at least one X-ray; a controller configured to determine a first value based on a threshold dosage of the at least one X-ray allowed for a subject being a user of the tomography apparatus, the first value being a value indicating a maximum absorption dosage of the at least one X-ray allowed for the subject, and to generate an absorbed-dose distribution diagram that indicates a location range of the subject (901, 903, 905, 920, 930, 2101, 2103, 2105) in which, when the at least one X-ray is irradiated to the subject based on an imaging condition, an absorbed dose of the at least one X-ray has the first value; and an indicator (630, 730) configured to show the generated absorbed-dose distribution diagram (901, 903, 905, 920, 930, 2101, 2103, 2105).
A ceiling air conditioner comprising: a main body which is configured for being fixed onto a ceiling and has an open bottom; an outlet panel which is coupled to the bottom of the main body and includes an air outlet, the outlet panel configured to be on a level with a ceiling finishing material when fixed onto a ceiling; an inlet panel which is coupled to the outlet panel and includes an air inlet; and a door panel which is coupled to the inlet panel so as to be able to be lowered away from the inlet panel and lifted up towards the inlet panel, wherein the door panel shuts the air inlet and forms the exterior of the bottom of the inlet panel when lifted up, and opens the air inlet and guides air into the air inlet when lowered down, characterized in that the door panel includes; an exterior element which is disposed below the inlet and forms the bottom and sides of the door panel; an interior element, which is disposed between the inlet panel and the exterior element and forms the top of the door panel; and at least one moving element which connects the exterior element and the inlet panel so as for the door panel to be able to be lifted up toward the inlet panel, wherein the interior element includes at least one through hole which can be passed through by the moving element. a main body which is configured for being fixed onto a ceiling and has an open bottom; an outlet panel which is coupled to the bottom of the main body and includes an air outlet, the outlet panel configured to be on a level with a ceiling finishing material when fixed onto a ceiling; an inlet panel which is coupled to the outlet panel and includes an air inlet; and a door panel which is coupled to the inlet panel so as to be able to be lowered away from the inlet panel and lifted up towards the inlet panel, wherein the door panel shuts the air inlet and forms the exterior of the bottom of the inlet panel when lifted up, and opens the air inlet and guides air into the air inlet when lowered down, characterized in that the door panel includes; an exterior element which is disposed below the inlet and forms the bottom and sides of the door panel; an interior element, which is disposed between the inlet panel and the exterior element and forms the top of the door panel; and at least one moving element which connects the exterior element and the inlet panel so as for the door panel to be able to be lifted up toward the inlet panel, wherein the interior element includes at least one through hole which can be passed through by the moving element.
A terminal comprising: a transmission section configured to transmit capability information about whether the terminal is capable of multiplexing in a given time a short uplink control channel format having a time duration and a long uplink control channel format having a longer time duration than the time duration of the short uplink control channel format, a receiving section configured to receive higher layer signaling and downlink control information used for multiplexing the short uplink control channel format and the long uplink control channel format in the given time, wherein the higher layer signaling and the downlink control information are determined based on the capability information; and a control section configured to decide whether to multiplex the short uplink control channel format and the long uplink control channel format in the given time based on the higher layer signaling and the downlink control information. a transmission section configured to transmit capability information about whether the terminal is capable of multiplexing in a given time a short uplink control channel format having a time duration and a long uplink control channel format having a longer time duration than the time duration of the short uplink control channel format, a receiving section configured to receive higher layer signaling and downlink control information used for multiplexing the short uplink control channel format and the long uplink control channel format in the given time, wherein the higher layer signaling and the downlink control information are determined based on the capability information; and a control section configured to decide whether to multiplex the short uplink control channel format and the long uplink control channel format in the given time based on the higher layer signaling and the downlink control information.
Light source comprising: - an organic light-emitting diode; - an electronic connection portion capable of enabling the electrical power supply to be made to said organic light-emitting diode; - a connector capable of receiving an electrical power supply from an external element; - a means for constraining the connector on the connection portion, characterized in that the connection portion is a flexible printed circuit forming an anode and a cathode of the organic light-emitting diode. - an organic light-emitting diode; - an electronic connection portion capable of enabling the electrical power supply to be made to said organic light-emitting diode; - a connector capable of receiving an electrical power supply from an external element; - a means for constraining the connector on the connection portion, characterized in that the connection portion is a flexible printed circuit forming an anode and a cathode of the organic light-emitting diode.
Display device for a rechargeable battery pack, in particular a rechargeable battery pack for an electric tool, for displaying a state of charge of the rechargeable battery pack, comprising at least one state of charge display unit (18a; 18b; 18c; 18d; 18e; 18f; 18g) that has at least one display element (28a; 28b; 28c; 28d; 28e; 28f, 52f; 28g, 52g) for displaying the state of charge of the rechargeable battery pack (12a; 12b; 12c; 12d; 12e; 12f; 12g), and comprising at least one control line (20a; 20b; 20c; 20d; 20e; 20f; 20g) for transmitting at least one electrical and/or electronic signal, which is in particular dependent on a state of charge of the rechargeable battery pack (12a; 12b; 12c; 12d; 12e; 12f; 12g), from a control unit (16a; 16b; 16c; 16d; 16e; 16f; 16g), which is separate from, in particular structurally separated from, the state of charge display unit (18a; 18b; 18c; 18d; 18e; 18f; 18g), of the rechargeable battery pack (12a; 12b; 12c; 12d; 12e; 12f; 12g), in particular from main control electronics of the rechargeable battery pack (12a; 12b; 12c; 12d; 12e; 12f; 12g), to the state of charge display unit (18a; 18b; 18c; 18d; 18e; 18f; 18g), wherein the state of charge display unit (18a; 18b; 18c; 18d; 18e; 18f; 18g) is configured to short-circuit at least the one display element (28a; 28b; 28c; 28d; 28e; 28f, 52f; 28g, 52g) depending on the electrical and/or electronic signal transmitted via the control line (20a; 20b; 20c; 20d; 20e; 20f; 20g), characterized by at least two control resistors that are electrically conductively connected to the control line (20a; 20b; 20c; 20d; 20e; 20f; 20g) and are each connected, in particular directly, to at least one signal output of the control unit (16a; 16b; 16c; 16d; 16e; 16f; 16g) of the rechargeable battery pack (12a; 12b; 12c; 12d; 12e; 12f; 12g).