mhurhangee/ep-ind-claims huggingface dataset:
An automated peritoneal dialysis system comprising: a reusable cycler that is constructed and arranged for coupling to a disposable fluid handling cassette containing at least one pumping chamber, wherein the disposable fluid handling cassette is configured to be connected in fluid communication with the peritoneum of a patient via a first collapsible tube, the cassette having a patient line port located at its first end for connection to the first collapsible tube, and with a second source and/or destination via a second collapsible tube, the cassette having a solution line port located at its second end opposite to the first end for connection to the second collapsible tube; and an occluder including a force actuator for causing a movement of the tube contacting member between a tube occluding position and an open position, which occluder is configured and positioned within the cycler to selectively occlude the first collapsible tube while not occluding the second collapsible tube. a reusable cycler that is constructed and arranged for coupling to a disposable fluid handling cassette containing at least one pumping chamber, wherein the disposable fluid handling cassette is configured to be connected in fluid communication with the peritoneum of a patient via a first collapsible tube, the cassette having a patient line port located at its first end for connection to the first collapsible tube, and with a second source and/or destination via a second collapsible tube, the cassette having a solution line port located at its second end opposite to the first end for connection to the second collapsible tube; and an occluder including a force actuator for causing a movement of the tube contacting member between a tube occluding position and an open position, which occluder is configured and positioned within the cycler to selectively occlude the first collapsible tube while not occluding the second collapsible tube.
An apparatus comprising: a reaction chamber containing a polypeptide synthesizing enzyme, the reaction chamber having a port to receive a sample comprising a target analyte and a protein degradation product; a product chamber; and a separator configured to retain polypeptides resulting from reaction of the protein degradation product with the polypeptide synthesizing enzyme in the reaction chamber and to transport purified remaining portions of the sample comprising a target analyte to the product chamber. a reaction chamber containing a polypeptide synthesizing enzyme, the reaction chamber having a port to receive a sample comprising a target analyte and a protein degradation product; a product chamber; and a separator configured to retain polypeptides resulting from reaction of the protein degradation product with the polypeptide synthesizing enzyme in the reaction chamber and to transport purified remaining portions of the sample comprising a target analyte to the product chamber.
A torsionally flexible coupling device with at least two flexural torsion springs (3, 4) that are connected to each other, wherein at least one helical flexural torsion spring (3, 4) is disposed concentrically about an axis of rotation, wherein an input shaft and an output shaft can each be brought into an operative connection with the flexural torsion springs (3, 4) and can be twisted relative to each other about the axis of rotation against a restoring torque of the flexural torsion springs (3, 4), and with a damping device, characterized in that the damping device has at least two fluid chambers that are in connection with each other via a throttle device and can be filled with a damping fluid, and that the throttle device comprises at least one connecting channel that connects the at least two fluid chambers and whose cross-sectional area through which fluid can be made to flow is variable.
An air conditioner comprising: a bottom shell; an air-out motor detachably mounted on the bottom shell; wherein a drive box is mounted on the bottom shell, characterized in that and the drive box is mounted on the bottom shell with an avoidance structure retained on a path for demounting and moving the air-out motor; the drive box is arranged on a side, away from the bottom shell, of the air-out motor, and the side opposites to the bottom shell; a bottom, close to the wind outlet motor, of the drive box is provided with an avoidance groove recessed inward, and the avoidance groove forms the avoidance structure. a bottom shell; an air-out motor detachably mounted on the bottom shell; wherein a drive box is mounted on the bottom shell, characterized in that and the drive box is mounted on the bottom shell with an avoidance structure retained on a path for demounting and moving the air-out motor; the drive box is arranged on a side, away from the bottom shell, of the air-out motor, and the side opposites to the bottom shell; a bottom, close to the wind outlet motor, of the drive box is provided with an avoidance groove recessed inward, and the avoidance groove forms the avoidance structure.
Device for searching for defects on parts that are masked and accessible via a passage that is not rectilinear, in a turbomachine such as an airplane turboprop or turbojet, comprising a tubular sheath (28, 126, 208) and light-guide means and image-transmission means housed in the sheath in order to illuminate and observe a part to be inspected, comprising an examination head (62, 220) at the distal end of the sheath (28, 126, 208) having illumination means and image-taking means connected to the light-guide means and to the image-transmission means housed in the sheath (28, 208), means for spraying a succession of penetrant test materials on the part to be inspected, comprising a capillary slidably guided inside a duct housed in the sheath (28, 126, 208), and including means for adjusting the orientation of the examination head at the distal end of the sheath, characterized in that the sheath is of circular section with a diameter comprised between 6 mm and 10 mm, and the duct for passing the capillary has a diameter of 1.2 mm, the capillary having a diameter of 0.8 mm.
An eye tracking system (100, 550) comprising a controller (125, 552) configured to, for one or each of a left eye and a right eye of a user: determine a plurality of eye models by determining, during a calibration process: a plurality of eye modelling parameter sets defining a corresponding plurality of predetermined eye models; a baseline eye model and a plurality of gaze offset values for applying to the baseline eye model; or a plurality of eye modelling parameter sets defining a corresponding plurality of predetermined eye models and a plurality of gaze offset values for applying to one of the predetermine eye models; receive eye measurement data associated with the eye; determine an optical axis of the eye from the eye measurement data; and select one of the plurality of eye models based on a direction of the optical axis; and determine a gaze vector of the eye by applying the selected eye model to the eye measurement data. determine a plurality of eye models by determining, during a calibration process: a plurality of eye modelling parameter sets defining a corresponding plurality of predetermined eye models; a baseline eye model and a plurality of gaze offset values for applying to the baseline eye model; or a plurality of eye modelling parameter sets defining a corresponding plurality of predetermined eye models and a plurality of gaze offset values for applying to one of the predetermine eye models; a plurality of eye modelling parameter sets defining a corresponding plurality of predetermined eye models; a baseline eye model and a plurality of gaze offset values for applying to the baseline eye model; or a plurality of eye modelling parameter sets defining a corresponding plurality of predetermined eye models and a plurality of gaze offset values for applying to one of the predetermine eye models; receive eye measurement data associated with the eye; determine an optical axis of the eye from the eye measurement data; and select one of the plurality of eye models based on a direction of the optical axis; and determine a gaze vector of the eye by applying the selected eye model to the eye measurement data. determine an optical axis of the eye from the eye measurement data; and select one of the plurality of eye models based on a direction of the optical axis; and determine a gaze vector of the eye by applying the selected eye model to the eye measurement data.
Bathtub comprising an inner container which is suitable for being filled with water and is formed by at least one upper inner wall with at least one lower edge, at least one lower inner wall with at least one upper edge, and at least one bottom wall, wherein the lower inner wall is arranged between the upper inner wall and the bottom wall, wherein the upper inner wall is joined to the lower inner wall by at least one intermediate frame with at least one inner edge and at least one outer edge, so that the inner edge of the intermediate frame is joined to the lower edge of the upper inner wall and the outer edge of the intermediate frame is joined to the upper edge of the lower inner wall, characterized in that the intermediate frame is provided with at least one light suitable to directly and at least partially illuminate with at least one beam of light an upper portion and a lower portion of the lower inner wall which are both arranged under this light.
An instrument panel of a vehicle with a housing coupled to the instrument panel and with an airbag for a knee airbag apparatus, the airbag being received in the housing and inflatable in the housing, the airbag comprising: a front panel; and a rear panel coupled to the front panel to form an inflation chamber, wherein the front panel neighbors to the instrument panel and the rear panel neighbors to knees of a passenger when the airbag is inflated, and the rear panel includes a wrinkle portion which is deployed at a position corresponding to a housing connecting portion to which the instrument panel and a rear end of the housing neighbor when the airbag is inflated, so that an additional inflation chamber is formed, wherein the front and rear panels (110, 130) are fabricated as one piece such that the front and rear panels (110, 130) face each other about a first folding line, a vertical length (Lf) from the first folding line to an upper end of the front panel is shorter than a length (Lr) from the first folding line to an upper end of the rear panel, characterized in that the front and rear panels (110, 130) include a front inclined end and a rear inclined end, respectively, which are gradually inclined outward from the first folding line to upper ends of the front and rear panels (110, 130), and the front and rear panels (110, 130) include front and rear flaps (112, 132) protruding outward from the front and rear inclined ends (114, 134) and symmetrical to each other about the first folding line. a front panel; and a rear panel coupled to the front panel to form an inflation chamber, wherein the front panel neighbors to the instrument panel and
A fluorinated polymer comprising repeating units (a) based on vinyl p-hydroxybenzoate, repeating units (b) based on tetrafluoroethylene, and repeating units (c) based on propylene, wherein (c) / (b) = 40/60 to 60/40 (molar ratio) and (a) / ((b) + (c)) = 0.0001 to 0.05 (molar ratio).
A laundry machine adapted to dry laundry by means of a flow of drying air, comprising: a machine cabinet for accommodating components necessary for the operation of the laundry machine; inside the cabinet, a laundry treatment chamber adapted to contain the laundry to be dried; a cabinet top element incorporating at least part of a drying air circuit in fluid communication with the laundry treatment chamber through a drying air inlet opening and through a drying air outlet opening formed in the cabinet top element, the cabinet top element comprising a bottom base element and a top cover and, defined in an interspace between the base element and the top cover, a drying air path for the flow of drying air between said drying air inlet opening and said drying air outlet opening, said drying air path including a moisture condensing arrangement (225,230), characterized in that the drying air inlet opening is formed in a wall extending within the interspace between the base element of the top element and the top cover thereof. a machine cabinet for accommodating components necessary for the operation of the laundry machine; inside the cabinet, a laundry treatment chamber adapted to contain the laundry to be dried; a cabinet top element incorporating at least part of a drying air circuit in fluid communication with the laundry treatment chamber through a drying air inlet opening and through a drying air outlet opening formed in the cabinet top element, the cabinet top element comprising a bottom base element and a top cover and, defined in an interspace between the base element and the top cover, a drying air path for the flow of drying air between said drying air inlet opening and said drying air outlet opening, said drying air path including a moisture condensing arrangement (225,230), characterized in that the drying air inlet opening is formed in a wall extending within the interspace between the base element of the top element and the top cover thereof.
Production method for a cutting insert, in particular a cutting insert for a core drill bit, comprising the steps of: forming a basic body of the cutting insert from a hard metal, structuring an upper side while forming elevations, the average spacing of which is between 50 μm and 250 μm and the height of which is between 12.5% and 50% of the average spacing, depositing one or more intermediate layers, including an adhesion promoting layer, on the upper side of the basic body by means of a chemical vapour deposition process, the depositing of the adhesion promoting layer of nitrides of transition metals comprising the steps of: depositing nitrides of one or more transition metals from the group IV, group V and group VI of the periodic table at a temperature of between 950°C and 1100°C to form a plurality of platelets, which are oriented such that they are inclined in relation to the upper side and consist of the nitrides of the transition metals, and; growing a diamond layer on the adhesion promoting layer, which comprises the steps of: seeding the adhesion promoting layer with diamond dust and growing rod-shaped diamonds from the vapour phase on the adhesion promoting layer. forming a basic body of the cutting insert from a hard metal, structuring an upper side while forming elevations, the average spacing of which is between 50 μm and 250 μm and the height of which is between 12.5% and 50% of the average spacing, depositing one or more intermediate layers, including an adhesion promoting layer, on the upper side of the basic body by means of a chemical vapour deposition process, the depositing of the adhesion promoting layer of nitrides of transition metals comprising the steps of: depositing nitrides of one or more transition metals from the group IV, group V and group VI of the periodic table at a temperature of between 950°C and 1100°C to form a plurality of platelets, which are oriented such that they are inclined in relation to the upper side and consist of the nitrides of the transition metals, and; growing a diamond layer on the adhesion promoting layer, which comprises the steps of: seeding the adhesion promoting layer with diamond dust and growing rod-shaped diamonds from the vapour phase on the adhesion promoting layer. seeding the adhesion promoting layer with diamond dust and growing rod-shaped diamonds from the vapour phase on the adhesion promoting layer.
Steam generator adapted to generate saturated steam and to be incorporated in an apparatus for treating food products or tableware, said generator comprising: - a casing formed by a body having main extension along a longitudinal axis (X-X) and defining a heating and evaporation chamber adapted to be at least partially filled with water and an upper expansion chamber adapted to collect the saturated water steam generated in said heating and evaporation chamber, - a combustion chamber wherein a gas burner is housed, and - a heat exchanger which develops inside said heating and evaporation chamber between said combustion chamber and a discharge opening provided on said casing, said heat exchanger comprises at least one tube bundle comprising a plurality of tubular portions (11, 12, 13) each formed by at least one tube having an extension axis parallel to said vertical axis (X-X), said plurality of tubular portions (11, 12, 13) being connected in series through at least a pair of return elements (5, 7) and each adapted to be traversed by combustion gases in a flowing direction opposite to a flowing direction of an adjacent tubular portion, wherein said burner is a premixed burner, said combustion chamber being housed inside a lower zone of the heating and evaporation chamber and near a bottom wall of the casing, so as to be completely immersed in the water to be heated, and being defined by a watertight body, sealed from the heating and evaporation chamber. - a casing formed by a body having main extension along a longitudinal axis (X-X) and defining a heating and evaporation chamber adapted to be at least partially filled with water and an upper expansion chamber adapted to collect the saturated water steam generated in said heating and evaporation chamber, - a combustion chamber wherein a gas burner is housed, and - a heat exchanger which develops inside said heating and evaporation chamber between said combustion chamber and a discharge opening provided on said casing, said heat exchanger comprises at least one tube bundle comprising a plurality of tubular portions (11, 12, 13) each formed by at least one tube having an extension axis parallel to said vertical axis (X-X), said plurality of tubular portions (11, 12, 13) being connected in series through at least a pair of return elements (5, 7) and each adapted to be traversed by combustion gases in a flowing direction opposite to a flowing direction of an adjacent tubular portion, wherein said burner is a premixed burner, said combustion chamber being housed inside a lower zone of the heating and evaporation chamber and near a bottom wall of the casing, so as to be completely immersed in the water to be heated, and being defined by a watertight body, sealed from the heating and evaporation chamber.
A heated frequency converter assembly comprising a capacitor element and a charge resistor element configured to restrict the charging current of the capacitor element, characterized in that the charge resistor element is further configured to heat the frequency converter assembly in order to produce a sufficiently high temperature of operation and/or to prevent moisture condensation, wherein the frequency converter assembly has a charging mode, in which the current flowing through the charge resistor element also passes through the capacitor element, and a heating mode, in which at least an essential part of the current flowing through the charge resistor element does not pass through the capacitor element.
A seal for a closure assembly with a skirt, comprising: a seal ring; and a carrier being coupled to the seal ring, extending circumferentially and radially outwardly of the seal ring to a radially outer periphery, and having a circumferentially extending pocket (116, 116a, 116b, 116a", 116b', 116b") in the radially outer periphery, the pocket including a feature (22c, 22c") adapted to displace the seal radially inwardly when the feature (22c, 22c") is engaged by a cam of the skirt to release a vacuum pressure, characterized in that the seal ring comprises a spring portion (122, 122') adapted to be compressed by a cam of the skirt when the skirt is counter-rotated and to decompress once the vacuum pressure is released forcing the seal to rotate independently with respect to the skirt. a seal ring; and a carrier being coupled to the seal ring, extending circumferentially and radially outwardly of the seal ring to a radially outer periphery, and having a circumferentially extending pocket (116, 116a, 116b, 116a", 116b', 116b") in the radially outer periphery, the pocket including a feature (22c, 22c") adapted to displace the seal radially inwardly when the feature (22c, 22c") is engaged by a cam of the skirt to release a vacuum pressure, characterized in that the seal ring comprises a spring portion (122, 122') adapted to be compressed by a cam of the skirt when the skirt is counter-rotated and to decompress once the vacuum pressure is released forcing the seal to rotate independently with respect to the skirt.
A method of decoding a coded video bitstream, the method comprising: obtaining a sequence parameter set, SPS,-level syntax element from the bitstream, wherein that the SPS-level syntax element equal to 0 specifies that no video parameter set, VPS, is referred to by an SPS, and the SPS-level syntax element greater than the 0 specifies that the SPS refers to a VPS; deriving a variable GeneralLayerIdx[ i] specifying a layer index of a layer with nuh_layer_id equal to vps_layer_id[ i], wherein the vps_layer_id[ i] specifies the nuh_layer_id value of a i-th layer; when the SPS-level syntax element is greater than 0 and the GeneralLayerIdx[ nuh _layer_id] is greater than 0, obtaining from the SPS an inter-layer enabled syntax element specifying whether one or more inter-layer reference pictures, ILRPs, are enabled to be used for the inter prediction of one or more coded pictures; otherwise, the inter-layer enabled syntax element is not present in the bitstream, and a value of the inter-layer enabled syntax element is inferred to be equal to 0; predicting one or more coded pictures based on the value of the inter-layer enabled syntax element. obtaining a sequence parameter set, SPS,-level syntax element from the bitstream, wherein that the SPS-level syntax element equal to 0 specifies that no video parameter set, VPS, is referred to by an SPS, and the SPS-level syntax element greater than the 0 specifies that the SPS refers to a VPS; deriving a variable GeneralLayerIdx[ i] specifying a layer index of a layer with nuh_layer_id equal to vps_layer_id[ i], wherein the vps_layer_id[ i] specifies the nuh_layer_id value of a i-th layer; when the SPS-level syntax element is greater than 0 and the GeneralLayerIdx[ nuh _layer_id] is greater than 0, obtaining from the SPS an inter-layer enabled syntax element specifying whether one or more inter-layer reference pictures, ILRPs, are enabled to be used for the inter prediction of one or more coded pictures; otherwise, the inter-layer enabled syntax element is not present in the bitstream, and a value of the inter-layer enabled syntax element is inferred to be equal to 0; predicting one or more coded pictures based on the value of the inter-layer enabled syntax element.