mhurhangee/ep-ind-claims huggingface dataset:
A Computer Aided Diagnosis, CADx, lung disease risk measure device (300, 700, 1000) comprising: an input circuit (305, 610, 705, 1005) configured to receive at least one input medical image of a patient in which the patient's lungs are visible; a smoking history system (340, 740, 1040) operably coupled to the input circuit (305, 610, 705, 1005) and configured to receive and analyse the at least one input medical image of the patient and determine an equivalent smoking history of the patient based on the at least one input medical image and output a smoking history parameter based on the determined equivalent smoking history of the patient; a CADx system configured to receive and analyse the smoking history parameter and the at least one input medical image, and calculate and output a lung disease risk measure based on a combination of the analysis of the at least one input medical image and the smoking history parameter; and an output circuit operably coupled to the smoking history system (340, 1040) and the CADx system and arranged to output the lung disease risk measure. an input circuit (305, 610, 705, 1005) configured to receive at least one input medical image of a patient in which the patient's lungs are visible; a smoking history system (340, 740, 1040) operably coupled to the input circuit (305, 610, 705, 1005) and configured to receive and analyse the at least one input medical image of the patient and determine an equivalent smoking history of the patient based on the at least one input medical image and output a smoking history parameter based on the determined equivalent smoking history of the patient; a CADx system configured to receive and analyse the smoking history parameter and the at least one input medical image, and calculate and output a lung disease risk measure based on a combination of the analysis of the at least one input medical image and the smoking history parameter; and an output circuit operably coupled to the smoking history system (340, 1040) and the CADx system and arranged to output the lung disease risk measure.
An engine with a variable valve timing mechanism, the engine comprising: an intake VVT serving as a variable valve timing mechanism that changes a phase angle of an intake cam shaft with respect to a crank shaft and; an exhaust VVT serving as a variable valve timing mechanism that changes a phase angle of an exhaust cam shaft with respect to the crank shaft, wherein each of the intake VVT and the exhaust VVT is a hydraulic VVT including advance chambers for changing the phase angle in an advancing direction by supply of an oil pressure and retard chambers for changing the phase angle in a retarding direction by supply of an oil pressure, each of the advance chambers and the retard chambers is defined by a housing configured to rotate in cooperation with the crank shaft and a vane body configured to rotate together with the cam shaft, and the number of the advance chambers is larger than or equal to the number of the retard chambers in the intake VVT and the number of the retard chambers is larger than the number of the advance chambers in the exhaust VVT or the number of the advance chambers is larger than the number of the retard chambers in the intake VVT and the number of the retard chambers is larger than or equal to the number of the advance chambers in the exhaust VVT. an intake VVT serving as a variable valve timing mechanism that changes a phase angle of an intake cam shaft with respect to a crank shaft and; an exhaust VVT serving as a variable valve timing mechanism that changes a phase angle of an exhaust cam shaft with respect to the crank shaft, wherein each of the intake VVT and the exhaust VVT is a hydraulic VVT including advance chambers for changing the phase angle in an advancing direction by supply of an oil pressure and retard chambers for changing the phase angle in a retarding direction by supply of an oil pressure, each of the advance chambers and the retard chambers is defined by a housing configured to rotate in cooperation with the crank shaft and a vane body configured to rotate together with the cam shaft, and the number of the advance chambers is larger than or equal to the number of the retard chambers in the intake VVT and the number of the retard chambers is larger than the number of the advance chambers in the exhaust VVT or the number of the advance chambers is larger than the number of the retard chambers in the intake VVT and the number of the retard chambers is larger than or equal to the number of the advance chambers in the exhaust VVT.
A method of producing a medical tube, wherein the method comprises the steps of: preparing a tube by melt extrusion molding of a composition comprising a thermoplastic resin and a plasticizer; coating an antithrombotic material on the inner surface of the tube; drying with air having a dew point of not higher than -15 °C. preparing a tube by melt extrusion molding of a composition comprising a thermoplastic resin and a plasticizer; coating an antithrombotic material on the inner surface of the tube; drying with air having a dew point of not higher than -15 °C.
An apparatus comprising: a light emitting diode light engine comprising one or more LED devices disposed on a front side of an LED light engine substrate; a heat sink having a mating receptacle for the LED light engine, characterized in that the LED light engine substrate and the mating receptacle of the heat sink defining a tapered fitting by which the LED light engine is retained in the mating receptacle of the heat sink. a light emitting diode light engine comprising one or more LED devices disposed on a front side of an LED light engine substrate; a heat sink having a mating receptacle for the LED light engine, characterized in that the LED light engine substrate and the mating receptacle of the heat sink defining a tapered fitting by which the LED light engine is retained in the mating receptacle of the heat sink.
A liquid dispensing apparatus comprising a bottle, a bottle neck liner and a flat-nosed syringe having a plunger and a barrel, the barrel terminating at its distal end in a generally flat face said flat face being perpendicular to the longitudinal axis of the barrel, the bottle having a bottle neck in which is located the bottle neck liner having a cylindrical body sealingly engaged inside the bottle neck such that liquid cannot flow between the bottle neck liner and the bottle neck, the bottle neck liner comprising a sleeve comprising at its lower end an inward step located within the bottle neck, an aperture being defined inwardly of the inward step, wherein the cylindrical body and the sleeve are connected together with a web of material only at the upper end of the cylindrical body and of the sleeve, wherein the sleeve is formed with a flared portion at its upper end into which the distal end of the syringe barrel passes; wherein when the syringe barrel is inserted into the sleeve the inward step prevents the syringe barrel from protruding past the step and liquid cannot flow between the sleeve and the barrel, but can leave the bottle only via the aperture and thence the syringe, and wherein the inward step is a substantially annular inward step wherein the sleeve is dimensioned such that when the syringe barrel is inserted into the sleeve the barrel is sealingly received within the sleeve and the inward step limits the movement of the barrel.
Motor-vehicle axle with solid rubber bearing (21, 22), wherein the solid rubber bearing (21, 22) is constructed in a disc-type manner from at least two discs made of solid material with a rubber layer arranged in between them, wherein a disc arranged on the outside in relation to the axial direction of the solid rubber bearing (21, 22) has a collar which is oriented so as to stand upright toward the outside and the solid rubber bearing has an opening penetrating this in axial direction, characterised in that three discs (23, 33, 34) are arranged parallel to each other but apart from each other, wherein rubber layers are arranged respectively between the discs (23, 33, 34) and each of the two discs (23, 33, 34) lying on the outside in relation to the axial direction has a collar which is oriented so as to protrude toward the outside.
A finger activated mouse device/switching device comprising: an enclosure having a top wall, a bottom wall, and a pair of opposing side walls; first and second upper lever/elongated buttons, each of the first and second upper lever/elongated buttons having a rest position; first and second switching elements positioned within the enclosure and respectively connected to the first and second upper lever/elongated buttons; and first and second restoring elements positioned within the enclosure and respectively connected to the first and second upper lever/elongated buttons; wherein downward displacement of the first or second upper lever/elongated button activates the first or second switching element respectively; and wherein the first and second restoring elements are respectively configured to restore the first and second upper lever/elongated buttons to their respective rest positions after completion of a displacement operation; characterised in that each of the first and second upper lever/elongated buttons is pivotally supported on the top wall, attached to the top wall by a support arm, and spaced apart from the top wall during a non-use condition; wherein the upper lever/elongated button provides an el evatedtep surface for supporting a finger of a user and wherein the upper lever/elongated button is configured to be downwardly displaced by a proximal phalanx of the finger. an enclosure having a top wall, a bottom wall, and a pair of opposing side walls; first and second upper lever/elongated buttons, each of the first and second upper lever/elongated buttons having a rest position; first and second switching elements positioned within the enclosure and respectively connected to the first and second upper lever/elongated buttons; and first and second restoring elements positioned within the enclosure and respectively connected to the first and second upper lever/elongated buttons; wherein downward displacement of the first or second upper lever/elongated button activates the first or second switching element respectively; and wherein the first and second restoring elements are respectively configured to restore the first and second upper lever/elongated buttons to their respective rest positions after completion of a displacement operation; characterised in that each of the first and second upper lever/elongated buttons is pivotally supported on the top wall, attached to the top wall by a support arm, and spaced apart from the top wall during a non-use condition; wherein the upper lever/elongated button provides an el evatedtep surface for supporting a finger of a user and wherein the upper lever/elongated button is configured to be downwardly displaced by a proximal phalanx of the finger.
Mechanism for actuating an adjusting device of an office-type chair, comprising a locking assembly provided with a locking pin which is axially movable from a locking position to an unlocking position in contrast with a resiliently deformable element (6, 7), characterized by presenting the locking pin that is axially developed and movable along a direction X-X and said resiliently deformable element (6, 7) which is coaxilly located with respect to the locking pin and by comprising a motion transmission to convert a rotary motion to a translational motion coupled to said locking assembly, said motion transmission being adapted to actuate the axial movement of said locking pin by means of a rotation of a switching lever, said switching lever being rotatably coupled to a supporting block which is coupled to said chair, connecting means being interposed between said transmission and said switching lever.
Ventilation device for a motor vehicle, comprising a first ventilation duct through which a first air flow flows, a second ventilation duct, which is separate from the first ventilation duct, through which a second air flow flows, and an air outlet which is coupled in a fluid-communicating manner to a first duct end of the first ventilation duct and to a second duct end of the second ventilation duct for discharging a total air flow into a passenger compartment of the motor vehicle, the total air flow comprising the first air flow and the second air flow, a first air flow rate of the first air flow and a second air flow rate of the second air flow being individually adjustable, the air outlet comprising a first deflector wall downstream of the first duct end in the flow direction, the first deflector wall being designed to deflect the first air flow in such a way that the first air flow crosses the second air flow, characterized in that the air outlet comprises an intake device arranged downstream of a narrowest air outlet cross-section of the air outlet in the flow direction for intaking the total air flow and/or an exhaust device arranged downstream of the narrowest air outlet cross-section of the air outlet in the flow direction for generating an exhaust air flow interacting with the total air flow. the air outlet comprising a first deflector wall downstream of the first duct end in the flow direction, the first deflector wall being designed to deflect the first air flow in such a way that the first air flow crosses the second air flow, characterized in that the air outlet comprises an intake device arranged downstream of a narrowest air outlet cross-section of the air outlet in the flow direction for intaking the total air flow and/or an exhaust device arranged downstream of the narrowest air outlet cross-section of the air outlet in the flow direction for generating an exhaust air flow interacting with the total air flow.
An inverter circuit (4, 40-44) having a series connection point of a first direct current power source (Psp) and second direct current power source (Psn) as a neutral terminal, having as input four levels of voltage, those being a null voltage having the potential of the neutral terminal as a reference, positive voltage of the first direct current power source (Psp), negative voltage of the second direct current power source (Psn), and the voltage of a single phase alternating current power source of which one end is connected to the neutral terminal, characterized by including: a steady-state mode wherein, during a steady-state operation supplying a predetermined voltage to a load, first and second voltages selected from among the four levels of voltage are output in a complementary way between a first alternating current output terminal and a second alternating current output terminal connected to the neutral terminal in each control period, synchronous and asynchronous with the cycle of alternating current output voltage; and a start-up mode wherein, during a start-up raising the alternating current output voltage from zero to a predetermined voltage, taking, of the four levels of voltage, the voltage of the alternating current power source as a first voltage and the null voltage as a second voltage, the first and second voltages are output in a complementary way between the first alternating current output terminal and second alternating current output terminal in each control period. a steady-state mode wherein, during a steady-state operation supplying a predetermined voltage to a load, first and second voltages selected from among the four levels of voltage are output in a complementary way between a first alternating current output terminal and a second alternating current output terminal connected to the neutral terminal in each control period, synchronous and asynchronous with the cycle of alternating current output voltage; and a start-up mode wherein, during a start-up raising the alternating current output voltage from zero to a predetermined voltage, taking, of the four levels of voltage, the voltage of the alternating current power source as a first voltage and the null voltage as a second voltage, the first and second voltages are output in a complementary way between the first alternating current output terminal and second alternating current output terminal in each control period.
An electromagnetic relay comprising: a plurality of movable contacts disposed in a movable leaf spring driven by an electromagnet; and a normally-opened fixed contact and a normally-closed fixed contact disposed to be opposed to each other with the movable contacts interposed there between, wherein a plurality of divided pieces divided by a slit extending from a tip of the movable leaf spring are disposed in the movable leaf spring, and each of the movable contacts is disposed in a respective one of the divided pieces, and the number of the normally-opened fixed contacts and the number of the normally-closed fixed contacts are both one while the number of the movable contacts is two or more for the plane, characterized in that the plurality of movable contacts is located within an area on a plane roughly perpendicular to the moving direction of the movable contacts, surrounded by an entire circumference of the normally-opened fixed contact and an entire circumference of the normally-closed fixed contact, wherein the movable contact comprises a normally-opened side movable contact located on the normally-opened fixed contact side and a normally-closed side movable contact located on the normally-closed fixed contact side, and a position of the normally-opened side movable contact and a position of the normally-closed side movable contact are shifted from each other in the extending direction of the slit.
An attachment system for attachment to a signaling device, such as for example a signaling beacon or a signaling barrier, said attachment system comprising an attachment member with a generally ring-shape made of an elastic material of the elastomer type, said attachment member comprising: - an annular base provided with an external peripheral edge and a central orifice defining an internal peripheral edge, said annular base also being provided with an annular lower face and an annular upper face; - at least one fin projecting from the external peripheral edge of the annular base; characterized in that the attachment member is configurable between: - a rest configuration in which the annular base is planar and extends in a main plane, to allow insertion and positioning on the signaling device at a selected position; and - a deformed configuration in which the annular base is non-planar in a deformed state, in order to be able to match a peripheral area of the signaling device. - an annular base provided with an external peripheral edge and a central orifice defining an internal peripheral edge, said annular base also being provided with an annular lower face and an annular upper face; - at least one fin projecting from the external peripheral edge of the annular base; - a rest configuration in which the annular base is planar and extends in a main plane, to allow insertion and positioning on the signaling device at a selected position; and - a deformed configuration in which the annular base is non-planar in a deformed state, in order to be able to match a peripheral area of the signaling device.
A liquid cartridge comprising: a first outer face; a second outer face opposite the first outer face; a liquid chamber positioned between the first outer face and the second outer face and configured to store liquid therein, wherein the liquid has a first specific gravity; a liquid supply portion positioned at the first outer face and configured to supply the liquid from an interior of the liquid chamber to an exterior of the liquid chamber; a movable member positioned in the liquid chamber, the movable member having a detection portion and a float, the float having a second specific gravity which is less than the first specific gravity; and a restriction member having an operation portion and a restriction portion; wherein the operation portion is operable from the exterior of the liquid chamber and is movable between a first position and a second position, the second position being closer to the second outer face than the first position is; wherein the restriction portion is movable with movement of the operation portion from the first position to the second position; wherein, when the operation portion is in the first position, the restriction portion is configured to contact the movable member in the liquid chamber and restrict movement of the movable member, with the float submerged in the liquid in the liquid chamber within a restricted range; and wherein, when the operation portion is in the second position, the restriction portion is configured to release the movable member such that the float is positioned in a free range which is above the restricted range. a first outer face; a second outer face opposite the first outer face; a liquid chamber positioned between the first outer face and the second outer face and configured to store liquid therein, wherein the liquid has a first specific gravity; a liquid supply portion positioned at the first outer face and configured to supply the liquid from an interior of the liquid chamber to an exterior of the liquid chamber; a movable member positioned in the liquid chamber, the movable member having a detection portion and a float, the float having a second specific gravity which is less than the first specific gravity; and a restriction member having an operation portion and a restriction portion;