mhurhangee/ep-ind-claims huggingface dataset:
A method of monitoring and reporting premature ventricular contractions (PVCs) detected in a patient, the method comprising: monitoring an electro-cardiogram signal of the patient with an adherent device that includes a plurality of electrodes; detecting premature ventricular contraction beats based on the monitored ECG signal, and storing ECG episodes associated with detected PVC beats; calculating a morphology signal by quantifying the stored ECG episodes associated with detected PVC beats; numerically clustering the PVC beats based on the calculated morphology signals to group PVC beats having a similar morphology; generating an output that includes one or more of a total number of clusters generated, a count of the number of PVC beats included in each cluster, and a representative PVC beat from each cluster, characterized in that the method comprises calculating the morphology signal includes calculating a wavelet signal decomposition of the ECG episode associated with each detected PVC beat, and wherein calculating the wavelet signal decomposition of the ECG episode includes utilizing a linear combination of sub-band signals defined by equation s morph = ybph + ybpm + ybpl, wherein ybph, ybpm, and ybpl are band-pass limited sub-bands that correspond to different QRS frequencies and s morph is the resulting morphology signal. monitoring an electro-cardiogram signal of the patient with an adherent device that includes a plurality of electrodes; detecting premature ventricular contraction beats based on the monitored ECG signal, and storing ECG episodes associated with detected PVC beats; calculating a morphology signal by quantifying the stored ECG episodes associated with detected PVC beats; numerically clustering the PVC beats based on the calculated morphology signals to group PVC beats having a similar morphology; generating an output that includes one or more of a total number of clusters generated, a count of the number of PVC beats included in each cluster, and a representative PVC beat from each cluster, characterized in that the method comprises calculating the morphology signal includes calculating a wavelet signal decomposition of the ECG episode associated with each detected PVC beat, and wherein calculating the wavelet signal decomposition of the ECG episode includes utilizing a linear combination of sub-band signals defined by equation s morph = ybph + ybpm + ybpl, wherein ybph, ybpm, and ybpl are band-pass limited sub-bands that correspond to different QRS frequencies and s morph is the resulting morphology signal.
An electronic device, comprising: a substrate including a first surface and a second surface opposite to the first surface, wherein the first surface includes an active area; an electronic unit disposed on the substrate and located in the active area; a data line disposed on the substrate; a control unit disposed on the substrate and located in the active area, wherein the control unit is electrically connected between the electronic unit and the data line; and characterised in that the electronic device further comprises: a test pad disposed on the second surface of the substrate; and a test switch element disposed on the substrate and located in the active area, wherein the test switch element is electrically connected between the data line and the test pad. a substrate including a first surface and a second surface opposite to the first surface, wherein the first surface includes an active area; an electronic unit disposed on the substrate and located in the active area; a data line disposed on the substrate; a control unit disposed on the substrate and located in the active area, wherein the control unit is electrically connected between the electronic unit and the data line; and characterised in that the electronic device further comprises: a test pad disposed on the second surface of the substrate; and a test switch element disposed on the substrate and located in the active area, wherein the test switch element is electrically connected between the data line and the test pad.
A charging pad, comprising: - a first planar coil and a first rigid support plate, wherein the first planar coil comprises a first rigid part and a first flexible part that are adjacent to each other, the first rigid part is located on an upper surface of the first rigid support plate, and a metal line located in the first flexible part is bendable; and - a second rigid support plate, wherein correspondingly, the first planar coil further comprises a second rigid part adjacent to the first flexible part, the first flexible part is located between the first rigid part and the second rigid part, and the second rigid part is located on an upper surface of the second rigid support plate, - a second planar coil and a third rigid support plate, wherein the second planar coil comprises a third rigid part and a second flexible part that are adjacent to each other, the third rigid part is located on an upper surface of the third rigid support plate, a metal line located in the second flexible part is bendable, the third rigid support plate and the second rigid support plate are placed in a stack-up manner, and the second flexible part and the first flexible part are respectively located on two sides of the third rigid part. - a first planar coil and a first rigid support plate, wherein the first planar coil comprises a first rigid part and a first flexible part that are adjacent to each other, the first rigid part is located on an upper surface of the first rigid support plate, and a metal line located in the first flexible part is bendable; and - a second rigid support plate, wherein correspondingly, the first planar coil further comprises a second rigid part adjacent to the first flexible part, the first flexible part is located between the first rigid part and the second rigid part, and the second rigid part is located on an upper surface of the second rigid support plate, - a second planar coil and a third rigid support plate, wherein the second planar coil comprises a third rigid part and a second flexible part that are adjacent to each other, the third rigid part is located on an upper surface of the third rigid support plate, a metal line located in the second flexible part is bendable, the third rigid support plate and the second rigid support plate are placed in a stack-up manner, and the second flexible part and the first flexible part are respectively located on two sides of the third rigid part.
A composition for use in treating TTF-1 + ROR1 + cancer, which comprises a nucleic acid that inhibits ROR1 gene expression, wherein the TTF-1 + ROR1 + cancer is a pulmonary adenocarcinoma.
Spring housing for a connecting spring of a starting device for starting a combustion engine, wherein the spring housing comprises a main body, with a spring receiving space, and a cover plate for at least partially covering the spring receiving space, wherein the cover plate and the main body are connectable to one another via at least one first connecting means, wherein the at least one first connecting means secures the cover plate against movement relative to the main body in the direction of a central axis of the spring housing, characterized in that the at least one first connecting means consists of an opening (21, 26) in the main body and an extension (22, 25), corresponding to the opening (21, 26), of the cover plate, in that the extension (22, 25) is pluggable into the opening (21, 26), in that the main body is connectable to the cover plate, by way of a relative movement of the extension (22, 25) of the first connecting means with respect to the opening (21, 26) of the first connecting means in a transverse direction transverse to the central axis, in such a way that the cover plate is secured against movement relative to the main body in the direction of the central axis, which is achieved in that the extension (22, 25) of the cover plate is pushed into the opening in the transverse direction.
A foldable device, the device comprising: a flexible display; a first sensor for detecting whether the foldable device is unfolded; an iris recognizing camera for acquiring an image of a user during an unfolding operation of the foldable device, and a controller configured to, during the unfolding operation of the foldable device, activate the iris recognizing camera for authenticating the user and perform the user authentication by using the image of the user obtained by the iris recognizing camera, and in response to the user being authenticated by the image of the user obtained by the iris recognizing camera, to control the foldable device to release a locking state of the foldable device and provide an unlocked screen. a flexible display; a first sensor for detecting whether the foldable device is unfolded; an iris recognizing camera for acquiring an image of a user during an unfolding operation of the foldable device, and a controller configured to, during the unfolding operation of the foldable device, activate the iris recognizing camera for authenticating the user and perform the user authentication by using the image of the user obtained by the iris recognizing camera, and in response to the user being authenticated by the image of the user obtained by the iris recognizing camera, to control the foldable device to release a locking state of the foldable device and provide an unlocked screen.
A head-up display system comprising: an image generator configured to emit a generated image for viewing by a vehicle occupant; a combiner configured to reflect the generated image in a field of view of the occupant to create a virtual image, the combiner having variable light reflection capability; a light sensor assembly comprising a light sensor and a light sensor housing with light blocking portions disposed so as to prevent the light sensor from measuring light substantially outside of the field of view, and being electrically coupled to the combiner, the light sensor assembly configured to measure brightness in the field of view and to substantially refrain from measuring brightness outside of the field of view; and a controller configured to interpret the brightness measured by the light sensor and adjust the amount of light reflected by the combiner based on the brightness measured by the light sensor, characterized in that the controller is configured to apply a voltage at a first constant level to cause the combiner to provide a first background image based on a first level of light reflection when the brightness equals or exceeds a predetermined threshold, the controller being configured to apply a voltage at a second constant level to cause the combiner to provide a second background image based on a second level of light reflection when the brightness is less than the predetermined threshold, the first background image being darker than the second background image. an image generator configured to emit a generated image for viewing by a vehicle occupant; a combiner configured to reflect the generated image in a field of view of the occupant to create a virtual image, the combiner having variable light reflection capability; a light sensor assembly comprising a light sensor and a light sensor housing with light blocking portions disposed so as to prevent the light sensor from measuring light substantially outside of the field of view, and being electrically coupled to the combiner, the light sensor assembly configured to measure brightness in the field of view and to substantially refrain from measuring brightness outside of the field of view; and a controller configured to interpret the brightness measured by the light sensor and adjust the amount of light reflected by the combiner based on the brightness measured by the light sensor, characterized in that the controller is configured to apply a voltage at a first constant level to cause the combiner to provide a first background image based on a first level of light reflection when the brightness equals or exceeds a predetermined threshold, the controller being configured to apply a voltage at a second constant level to cause the combiner to provide a second background image based on a second level of light reflection when the brightness is less than the predetermined threshold, the first background image being darker than the second background image.
A method of altering the optical power of a lens, comprising: providing a lens having a first optical power, the lens comprising a polymer matrix having photobleachable chromophores; exposing a portion of the lens to radiation, causing photobleaching to occur in the exposed portion of the lens and changing the refractive index of the exposed portion of the lens, thereby altering the optical power of the lens to a second different optical power, characterized in that a radical scavenger is dispersed in the polymer matrix. providing a lens having a first optical power, the lens comprising a polymer matrix having photobleachable chromophores; exposing a portion of the lens to radiation, causing photobleaching to occur in the exposed portion of the lens and changing the refractive index of the exposed portion of the lens, thereby altering the optical power of the lens to a second different optical power, characterized in that a radical scavenger is dispersed in the polymer matrix.
A warning triangle structure comprising: a base; a triangular frame comprising a bottom end and a top end opposite the bottom end, the bottom end fixedly coupled to the base; a pulling assembly located adjacent to the top end, the pulling assembly comprising a spring and a drawstring that is resiliently coupled to the spring and that is stretchable relative to the spring; and a fluorescent cloth comprising a fixed end fixed to the triangular frame and a movable end coupled to the drawstring, the movable end configured to be closed relative to the triangular frame when the fluorescent cloth almost abuts the triangular frame, to be opened relative to the triangular frame when the movable end of the fluorescent cloth is offset from the triangular frame, such that the fluorescent cloth is inclined with respect to the triangular frame; characterized in that one end of the drawstring is coupled to the spring, and another end of the drawstring is coupled to a movable end of the fluorescent cloth; when the movable end is closed relative to the triangular frame, the drawstring is crimped relative to the spring and the spring is in an initial state; when the movable end is opened relative to the triangular frame, the drawstring is stretched, and the spring is elastically deformed to apply an elastic pulling force on the drawstring. a base; a triangular frame comprising a bottom end and a top end opposite the bottom end, the bottom end fixedly coupled to the base; a pulling assembly located adjacent to the top end, the pulling assembly comprising a spring and a drawstring that is resiliently coupled to the spring and that is stretchable relative to the spring; and a fluorescent cloth comprising a fixed end fixed to the triangular frame and a movable end coupled to the drawstring, the movable end configured to be closed relative to the triangular frame when the fluorescent cloth almost abuts the triangular frame, to be opened relative to the triangular frame when the movable end of the fluorescent cloth is offset from the triangular frame, such that the fluorescent cloth is inclined with respect to the triangular frame;
A method for controlling a sight extension on a screen by means of a joystick equipped with at least one direction control element laid out for occupying a rest position (X 0, Y 0) and for moving at least along an axis (X, Y), and having a dead area defined by a predetermined displacement of the direction control element along said at least one axis on either side of the rest position, comprising the following steps: - detecting a position (X J, Y J) of the direction control element along said at least one axis, - determining the displacement velocity (V J) of the direction control element based on a history of the detected positions, - comparing the displacement velocity of the direction control element with a predetermined threshold velocity (V REF), - when the displacement velocity of a control element is less than the first predetermined threshold velocity, transmitting position data corresponding to the detected position outside the dead area and transmitting a predefined value (X 0, Y 0) in the dead area, and - when the displacement velocity of the control element is greater than the predetermined threshold velocity, transmitting position data corresponding to the detected position including in the dead area, and characterized in that it further comprises the step consisting of: - transmitting position data corresponding to a detected position in the dead area, weighted by a predetermined sensitivity coefficient (K; k(t)), when the displacement velocity of the control element decreases and becomes less than the predetermined velocity threshold. - detecting a position (X J, Y J) of the direction control element along said at least one axis, - determining the displacement velocity (V J) of the direction control element based on a history of the detected positions, - comparing the displacement velocity of the direction control element with a predetermined threshold velocity (V REF), - when the displacement velocity of a control element is less than the first predetermined threshold velocity, transmitting position data corresponding to the detected position outside the dead area and transmitting a predefined value (X 0, Y 0) in the dead area, and - when the displacement velocity of the control element is greater than the predetermined threshold velocity, transmitting position data corresponding to the detected position including in the dead area, - transmitting position data corresponding to a detected position in the dead area, weighted by a predetermined sensitivity coefficient (K; k(t)), when the displacement velocity of the control element decreases and becomes less than the predetermined velocity threshold.
An antigen-binding fragment of an isolated monoclonal antibody for use in a therapeutic or prophylactic method, wherein the antigen-binding fragment binds to an epitope in the stem region of the hemagglutinin protein of influenza A virus and neutralizes influenza A virus, the antigen-binding fragment having: (i) a heavy chain variable region consisting of amino acid sequence and a light chain variable region consisting of amino acid sequence (ii) a heavy chain variable region consisting of amino acid sequence and a light chain variable region consisting of amino acid sequence or (iii) a heavy chain variable region consisting of amino acid sequence and a light chain variable region consisting of amino acid sequence (i) a heavy chain variable region consisting of amino acid sequence and a light chain variable region consisting of amino acid sequence (ii) a heavy chain variable region consisting of amino acid sequence and a light chain variable region consisting of amino acid sequence or (iii) a heavy chain variable region consisting of amino acid sequence and a light chain variable region consisting of amino acid sequence
A method of prognosing breast cancer in a subject, comprising: selecting in a breast cancer sample obtained from the subject at least two different fields of view (FOVs) for each of estrogen receptor, human epidermal growth factor receptor 2, Ki-67 and progesterone receptor, wherein the sample is detectably labeled with antibodies for each of ER, HER2, Ki-67 and PR; measuring ER, HER2, Ki-67 and PR protein expression in each of the selected FOV; determining an immunohistochemistry combination score IHC4, the immunohistochemistry combination score being a prognostic score based on said four measured markers; measuring ER and PR protein heterogeneity in each of the selected FOVs; determining a protein heterogeneity score for each of ER and PR, the protein heterogeneity score being an indication of the amount of protein expression heterogeneity of a particular biomarker in different FOVs; combining the protein heterogeneity scores and the IHC combination score, thereby generating an output prognosis score; and determining that the breast cancer in the subject is likely to be aggressive if the output prognosis score meets a threshold value or determining that the breast cancer in the subject is unlikely to be aggressive if the output prognosis score does not meet the threshold value.
A system for enhancing energy output from a turbine, comprising: a. A wind turbine, b. An FDD, with an axis perpendicular to the flow of the wind, for a turbine, "for" defined as positively affecting the power output or stability of the turbine, composed of earth in an alteration of the landscape, whether provided before or after the installation of the turbine, c. A shell on at least one outer surface, said shell defined as a substance that holds the shape of the FDD, characterised in that the shell substance is a substantially smooth inorganic material. a. A wind turbine, b. An FDD, with an axis perpendicular to the flow of the wind, for a turbine, "for" defined as positively affecting the power output or stability of the turbine, composed of earth in an alteration of the landscape, whether provided before or after the installation of the turbine, c. A shell on at least one outer surface, said shell defined as a substance that holds the shape of the FDD, characterised in that the shell substance is a substantially smooth inorganic material.
A Crayford focuser, comprising: a body member having an inner wall defining a central channel; a first bearing holding structure extending outward from the inner wall and being open to the central channel at one end; a second bearing holding structure extending outward from the inner wall and being open to the central channel at one end; and first and second bearing rails configured to be removably held by the first bearing holding structure and the second bearing holding structure, respectively; wherein each of the first and second bearing rails include a bearing oriented to facilitate movement parallel to a central axis of the body member. a body member having an inner wall defining a central channel; a first bearing holding structure extending outward from the inner wall and being open to the central channel at one end; a second bearing holding structure extending outward from the inner wall and being open to the central channel at one end; and first and second bearing rails configured to be removably held by the first bearing holding structure and the second bearing holding structure, respectively; wherein each of the first and second bearing rails include a bearing oriented to facilitate movement parallel to a central axis of the body member.
A method of manufacturing of a microneedle array comprising the steps of: - selecting a soft production mold comprising a set of microscopic incisions defining geometry of the microneedles, said soft production mold being capable of providing the microneedle array integrated into a base plate; - using a filler material for abundantly filling the microscopic incisions of the soft production mold thereby producing the microneedle array with pre-defined geometry seamlessly integrated into the base plate; wherein - for the filler material a water or alcohol based ceramic or polymer-ceramic slurry is selected. - selecting a soft production mold comprising a set of microscopic incisions defining geometry of the microneedles, said soft production mold being capable of providing the microneedle array integrated into a base plate; - using a filler material for abundantly filling the microscopic incisions of the soft production mold thereby producing the microneedle array with pre-defined geometry seamlessly integrated into the base plate; wherein - for the filler material a water or alcohol based ceramic or polymer-ceramic slurry is selected.