mhurhangee/patent-ind-claim-en huggingface dataset:
A signal processing method for pre-processing a time-domain input signal from a physical quantity detector in a material testing machine for examining frequency characteristics, comprising: an interval data generating process of dividing an input signal into interval data of time-domain by cutting out the input signal by a predetermined time length, and characterized by further comprising: a reference function determining process of determining a function as a reference function, wherein the function matches a gradient of a tangent with a tangent point falling on a starting point of the interval data with a gradient of an approximately straight line near a starting position of the interval data and matches a gradient of a tangent with a tangent point falling on an end point of the interval data with a gradient of an approximately straight line near an end position of the interval data; and a transform process of transforming the interval data into adjustment data adjusted using the reference function determined in the reference function determining process so that both ends of a waveform of the interval data smoothly converge to zero. a reference function determining process of determining a function as a reference function, wherein the function matches a gradient of a tangent with a tangent point falling on a starting point of the interval data with a gradient of an approximately straight line near a starting position of the interval data and matches a gradient of a tangent with a tangent point falling on an end point of the interval data with a gradient of an approximately straight line near an end position of the interval data; and a transform process of transforming the interval data into adjustment data adjusted using the reference function determined in the reference function determining process so that both ends of a waveform of the interval data smoothly converge to zero.
A catheter assembly comprising: a needle hub with a needle having a needle tip ; a catheter tube attached to a catheter hub having a body comprising an interior surface defining an interior cavity , the needle extending through the catheter tube ; a valve positioned in the interior cavity of the catheter hub , said valve comprising at least one slit and two or more flaps ; a valve opener comprising a nose section having an activation end , at least one plunger element having a proximal end surface for pushing by a male medical implement; a needle guard comprising a resilient arm extending in a distal direction of a proximal wall comprising a perimeter defining an opening , the needle tip is configured for blocking the needle tip characterized in that the needle guard extends through a relief or through passage of the valve opener . a needle hub with a needle having a needle tip ; a catheter tube attached to a catheter hub having a body comprising an interior surface defining an interior cavity , the needle extending through the catheter tube ; a valve positioned in the interior cavity of the catheter hub , said valve comprising at least one slit and two or more flaps ; a valve opener comprising a nose section having an activation end , at least one plunger element having a proximal end surface for pushing by a male medical implement; a needle guard comprising a resilient arm extending in a distal direction of a proximal wall comprising a perimeter defining an opening , the needle tip is configured for blocking the needle tip characterized in that the needle guard extends through a relief or through passage of the valve opener .
A drive device for driving a drill pipe for drilling holes into hydrocarbon deposits in the form of a top drive , wherein the top drive comprises a hydraulic unit with a sump for hydraulic fluid , hydraulic fluid being located in the sump when the top drive is operative, wherein the top drive comprises a gear with a gear oil sump , wherein when the top drive is operative there is gear oil , wherein by means of a gear oil temperature sensor a gear oil temperature value (T2) for a temperature of the gear oil in the gear oil sump is measurable, wherein by means of the hydraulic unit the hydraulic fluid , depending on the gear oil temperature value (T2), is circulatable via a pressure limiting valve enclosed by the top drive , so that the power loss generated by flow through the pressure limiting valve leads to heating of the hydraulic fluid , and wherein by means of the hydraulic unit the hydraulic fluid , depending on the temperature of the hydraulic fluid and/or depending on time, is guidable through a heat exchanger placed in the gear oil sump .
An angioplasty balloon catheter comprising an angioplasty balloon, wherein said angioplasty balloon comprises a coating comprising as sole active ingredient, an amnion tissue preparation; or as sole active ingredients, an amnion tissue preparation and one or more therapeutic agents selected from the group consisting of a corticosteroid, a glucocorticoid, a non-steroidal anti-inflammatory drug, dexamethasone, an antibiotic, an antifungal agent, an antiproliferative drug, or an immunosuppressive drug. as sole active ingredient, an amnion tissue preparation; or as sole active ingredients, an amnion tissue preparation and one or more therapeutic agents selected from the group consisting of a corticosteroid, a glucocorticoid, a non-steroidal anti-inflammatory drug, dexamethasone, an antibiotic, an antifungal agent, an antiproliferative drug, or an immunosuppressive drug.
A tread support device for a retread process, comprising: a first support roller , wherein the first support roller rotates about a first support roller axis ; a second support roller , wherein the second support roller rotates about a second support roller axis ; and a third support roller , wherein the third support roller rotates about a third support roller axis ; and wherein the first support roller , the second support roller , and the third support roller support a tread ; wherein the first support roller axis , the second support roller axis , and the third support roller axis are arranged with respect to one another so as to be located on a circumference of a circle , characterized in that the support rollers are arranged with one another so as to lie along the circle such that they form a support surface that is curved in which the engagement side of the support surface with the tread is concave. a first support roller , wherein the first support roller rotates about a first support roller axis ; a second support roller , wherein the second support roller rotates about a second support roller axis ; and a third support roller , wherein the third support roller rotates about a third support roller axis ; and wherein the first support roller , the second support roller , and the third support roller support a tread ; wherein the first support roller axis , the second support roller axis , and the third support roller axis are arranged with respect to one another so as to be located on a circumference of a circle , characterized in that the support rollers are arranged with one another so as to lie along the circle such that they form a support surface that is curved in which the engagement side of the support surface with the tread is concave.
An in-cell touch panel comprising: an array substrate comprising gate lines and a common electrode layer , and an opposing substrate disposed oppositely to the array substrate , wherein the common electrode layer of the array substrate comprises a plurality of sub-electrodes arranged in an array; the spaced sub-electrodes in each column of the sub-electrodes serve as touch driving sub-electrodes (a) constituting a touch driving electrode, and the sub-electrodes other than the touch driving sub-electrodes (a) serve as common sub-electrodes (b); upon line-by-line scanning of the gate lines covered by each row of the sub-electrodes, the row of the sub-electrodes is used to apply common electrode signals, the touch driving sub-electrodes (a) in rows other than the row of the sub-electrodes are used to apply touch driving signals, and the common sub-electrodes (b) in rows other than the row of the sub-electrodes are used to apply common electrode signals; the opposing substrate comprises a plurality of touch sensing electrodes that are disposed to intersect the touch driving electrodes; characterized in that in a non-display area the array substrate is provided with: touch signal lines in one-to-one correspondence with the touch driving electrodes, display control lines and touch control lines in one-to-one correspondence with sub-electrode rows comprising touch driving sub-electrodes (a), and common electrode signal lines, wherein a display control line corresponding to a row of sub-electrodes is connected with a gate line covered by the row of sub-electrodes via a turning-on switching device, and is connected with a last-scanned gate line covered by the row of sub-electrodes via a turning-off switching device, and a control end of the turning-off switching device is connected with the touch control line corresponding to the row of sub-electrodes; and the turning-on switching device and the turning-off switching device are configured to let the display control line have control signals with opposite polarities when the gate line covered by the row of sub-electrodes is scanned and when the scanning is completed. touch signal lines in one-to-one correspondence with the touch driving electrodes, display control lines and touch control lines in one-to-one correspondence with sub-electrode rows comprising touch driving sub-electrodes (a), and common electrode signal lines, wherein a display control line corresponding to a row of sub-electrodes is connected with a gate line covered by the row of sub-electrodes via a turning-on switching device, and is connected with a last-scanned gate line covered by the row of sub-electrodes via a turning-off switching device, and a control end of the turning-off switching device is connected with the touch control line corresponding to the row of sub-electrodes; and the turning-on switching device and the turning-off switching device are configured to let the display control line have control signals with opposite polarities when the gate line covered by the row of sub-electrodes is scanned and when the scanning is completed.
A display apparatus comprising: a substrate comprising a display area (DA), and a peripheral area (PA) outside the display area (DA); a common voltage supply line comprising a first common voltage input unit and a second common voltage input unit at the peripheral area (PA) and adjacent to a first edge (E1) of the display area (DA), and a body portion connecting the first common voltage input unit and the second common voltage input unit to each other; a common voltage division line comprising a first division line branching from the first common voltage input unit , a second division line branching from the second common voltage input unit , and a third division line connecting the first division line and the second division line to each other; a first common voltage line connected to the third division line , and extending in a first direction to cross the display area (DA); and a second common voltage line connected to the first division line or the second division line , and extending in a second direction crossing the first direction to cross the display area (DA). a substrate comprising a display area (DA), and a peripheral area (PA) outside the display area (DA); a common voltage supply line comprising a first common voltage input unit and a second common voltage input unit at the peripheral area (PA) and adjacent to a first edge (E1) of the display area (DA), and a body portion connecting the first common voltage input unit and the second common voltage input unit to each other; a common voltage division line comprising a first division line branching from the first common voltage input unit , a second division line branching from the second common voltage input unit , and a third division line connecting the first division line and the second division line to each other; a first common voltage line connected to the third division line , and extending in a first direction to cross the display area (DA); and a second common voltage line connected to the first division line or the second division line , and extending in a second direction crossing the first direction to cross the display area (DA).
A composition for use in a method of: a) treating or preventing a vascular disorder of the eye in a patient; and/or b) improving vision in a patient that has a vascular disorder of the eye; wherein the patient has myelodysplastic syndrome, wherein the composition comprises an effective amount of an ActRII antagonist, and wherein the ActRII antagonist is a polypeptide comprising an amino acid sequence that is at least 90% identical to the sequence of amino acids 29-109 of SEQ ID NO:1, wherein the polypeptide comprises an acidic amino acid at position 79 with respect to SEQ ID NO: 1. a) treating or preventing a vascular disorder of the eye in a patient; and/or b) improving vision in a patient that has a vascular disorder of the eye; wherein the patient has myelodysplastic syndrome, wherein the composition comprises an effective amount of an ActRII antagonist, and wherein the ActRII antagonist is a polypeptide comprising an amino acid sequence that is at least 90% identical to the sequence of amino acids 29-109 of SEQ ID NO:1, wherein the polypeptide comprises an acidic amino acid at position 79 with respect to SEQ ID NO: 1.
A wide format printing system comprising: a first housing mounted within a printing area and configured to receive a first group of removable print beams with a first set of print heads capable of printing onto a substrate within the printing area , wherein the first group of removable print beams are removable from a first side of the printing area ; and a second housing mounted within the printing area, the second housing horizontally adjacent to, and oriented opposite of, the first housing , wherein the second housing includes a second group of removable print breams with a second set of print heads capable of printing onto the substrate within the printing area , and wherein the second group of removable print beams are removable from a second and different side of the printing area opposite the first side. a first housing mounted within a printing area and configured to receive a first group of removable print beams with a first set of print heads capable of printing onto a substrate within the printing area , wherein the first group of removable print beams are removable from a first side of the printing area ; and a second housing mounted within the printing area, the second housing horizontally adjacent to, and oriented opposite of, the first housing , wherein the second housing includes a second group of removable print breams with a second set of print heads capable of printing onto the substrate within the printing area , and wherein the second group of removable print beams are removable from a second and different side of the printing area opposite the first side.
A prosthetic valve comprising: a plurality of leaflets , each leaflet having a leaflet attachment region and a leaflet free edge , wherein the leaflet attachment region defines a plurality of leaflet apertures spaced apart from each other; and a leaflet frame defining an annular shape having one or more leaflet frame edges, the leaflet frame having a plurality of leaflet frame projections extending from at least one of the leaflet frame edges including a leaflet retention surface , each of the leaflet frame projections extending through a corresponding one of the plurality of leaflet apertures in the leaflet attachment region, the leaflet frame projections include a projection head portion and a projection base portion opposite the projection head portion; and one or more restraining elements configured to impede decoupling of the leaflets from the leaflet frame. a plurality of leaflets , each leaflet having a leaflet attachment region and a leaflet free edge , wherein the leaflet attachment region defines a plurality of leaflet apertures spaced apart from each other; and a leaflet frame defining an annular shape having one or more leaflet frame edges, the leaflet frame having a plurality of leaflet frame projections extending from at least one of the leaflet frame edges including a leaflet retention surface , each of the leaflet frame projections extending through a corresponding one of the plurality of leaflet apertures in the leaflet attachment region, the leaflet frame projections include a projection head portion and a projection base portion opposite the projection head portion; and one or more restraining elements configured to impede decoupling of the leaflets from the leaflet frame.
A pesticidal composition for controlling pests, the composition comprising a pesticidal natural oil and a polar aromatic solvent, wherein the polar aromatic solvent comprises acetophenone, and wherein the pesticidal natural oil comprises one or more of neem oil, cinnamon oil, clove oil, oregano oil, thyme oil, garlic oil, anise oil, geranium oil, lime oil, peppermint oil, lavender oil.
An electromagnetic device , comprising: an elongated core in which a magnetic flux is generable; a first channel formed through the elongated core; a second channel formed through the elongated core; an inner core member provided between the first channel and the second channel; a primary winding wound around the inner core member; and a plurality of secondary windings (120a-120n) wound around the inner core member, wherein an electric current flowing through the primary winding generates a magnetic field about the primary winding and the magnetic field is absorbed by the elongated core to generate the magnetic flux in the elongated core, the magnetic flux flowing in the elongated core causes an electric current to flow in each of the plurality of secondary windings; wherein the primary winding and each of the plurality of secondary windings are wound separately around the inner core member with the primary winding being wound first followed by each of the secondary windings; and characterised in that the elongated core comprises one of a one-piece structure and a laminated structure including a plurality of plates stacked on one another and with first and second elongated openings formed through each of the plates , wherein the openings of the plates are respectively aligned with one another to form the first and second channels . an elongated core in which a magnetic flux is generable; a first channel formed through the elongated core; a second channel formed through the elongated core; an inner core member provided between the first channel and the second channel; a primary winding wound around the inner core member; and a plurality of secondary windings (120a-120n) wound around the inner core member, wherein an electric current flowing through the primary winding generates a magnetic field about the primary winding and the magnetic field is absorbed by the elongated core to generate the magnetic flux in the elongated core, the magnetic flux flowing in the elongated core causes an electric current to flow in each of the plurality of secondary windings; wherein the primary winding and each of the plurality of secondary windings are wound separately around the inner core member with the primary winding being wound first followed by each of the secondary windings; and characterised in that the elongated core comprises one of a one-piece structure and a laminated structure including a plurality of plates stacked on one another and with first and second elongated openings formed through each of the plates , wherein the openings of the plates are respectively aligned with one another to form the first and second channels . a one-piece structure and a laminated structure including a plurality of plates stacked on one another and with first and second elongated openings formed through each of the plates , wherein the openings of the plates are respectively aligned with one another to form the first and second channels .
An apparatus comprising: a sensing circuit configured to generate a sensed physiological signal, wherein the physiological signal includes physiological information of a subject; a detection circuit electrically coupled to the sensing circuit and configured to detect a physiological condition of a subject using the physiological signal; and a control circuit configured to store sampled values of a segment of the physiological signal in temporary memory storage in response to an indication of onset of at least one of syncope or atrial fibrillation from the detection circuit ; and to store the sampled values in non-temporary storage in response to receiving an indication of confirmation of the at least one of syncope or atrial fibrillation. a sensing circuit configured to generate a sensed physiological signal, wherein the physiological signal includes physiological information of a subject; a detection circuit electrically coupled to the sensing circuit and configured to detect a physiological condition of a subject using the physiological signal; and a control circuit configured to store sampled values of a segment of the physiological signal in temporary memory storage in response to an indication of onset of at least one of syncope or atrial fibrillation from the detection circuit ; and to store the sampled values in non-temporary storage in response to receiving an indication of confirmation of the at least one of syncope or atrial fibrillation.
A scroll compressor comprising: a fixed scroll fixed to a housing ; an orbiting scroll eccentrically connected to a rotating shaft and revolved relative to the fixed scroll ; a shaft bearing fixed to the housing and supporting the orbiting scroll ; and an Oldham link interposed between the orbiting scroll and the shaft bearing and restricting rotation of the orbiting scroll , wherein the Oldham link has a first key that slides in a radial direction (D1) of the rotating shaft along a wall of a key groove provided in the orbiting scroll , and a second key that slides in the radial direction (D2) of the rotating shaft along a wall of another key groove provided in the shaft bearing , and on the assumption of a flat reference surface in the wall of the key groove , the wall has an offset portion that is gradually offset from the reference surface while extending toward at least one of an outer peripheral-side end and an inner peripheral-side end of the key groove , characterized in that a part of an inner periphery of the key groove including at least the offset portion , or the entire inner periphery of the key groove , is formed by a liner discrete from a main body that is the orbiting scroll or the shaft bearing . a fixed scroll fixed to a housing ; an orbiting scroll eccentrically connected to a rotating shaft and revolved relative to the fixed scroll ; a shaft bearing fixed to the housing and supporting the orbiting scroll ; and an Oldham link interposed between the orbiting scroll and the shaft bearing and restricting rotation of the orbiting scroll , wherein the Oldham link has a first key that slides in a radial direction (D1) of the rotating shaft along a wall of a key groove provided in the orbiting scroll , and a second key that slides in the radial direction (D2) of the rotating shaft along a wall of another key groove provided in the shaft bearing , and on the assumption of a flat reference surface in the wall of the key groove , the wall has an offset portion that is gradually offset from the reference surface while extending toward at least one of an outer peripheral-side end and an inner peripheral-side end of the key groove , characterized in that a part of an inner periphery of the key groove including at least the offset portion , or the entire inner periphery of the key groove , is formed by a liner discrete from a main body that is the orbiting scroll or the shaft bearing .