mhurhangee/ep-ind-claims huggingface dataset:
A method for deriving a biometric parameter of a fetal heart, the method comprising: acquiring a plurality of ultrasound images of a region of interest, wherein the region of interest comprises a fetal heart; comparing the plurality of ultrasound images to a predefined clinical view; selecting a group of ultrasound images related to the predefined clinical view based on the comparison, wherein the group of ultrasound images represents at least one cardiac cycle; detecting an anatomical landmark of the fetal heart within an ultrasound image of the group of ultrasound images; detecting or tracking the anatomical landmark of the fetal heart across the group of ultrasound images; and deriving a biometric parameter of the fetal heart based on the detected or tracked anatomical landmark from one or more ultrasound images of the group of ultrasound images. acquiring a plurality of ultrasound images of a region of interest, wherein the region of interest comprises a fetal heart; comparing the plurality of ultrasound images to a predefined clinical view; selecting a group of ultrasound images related to the predefined clinical view based on the comparison, wherein the group of ultrasound images represents at least one cardiac cycle; detecting an anatomical landmark of the fetal heart within an ultrasound image of the group of ultrasound images; detecting or tracking the anatomical landmark of the fetal heart across the group of ultrasound images; and deriving a biometric parameter of the fetal heart based on the detected or tracked anatomical landmark from one or more ultrasound images of the group of ultrasound images.
An electronic device (100, 201, 300) comprising: a first housing; a second housing foldably connected to the first housing through a hinge module based on a folding axis (540, 640, 740, 840, 940, 1040); a display panel including a first area supported by the first housing, a second area supported by the second housing, and a third area connecting the first area and the second area and bendable through the hinge module; a metal sheet layer disposed under the display panel; and at least one digitizer (320, 330, 480); the electronic device characterised in that: the metal sheet layer includes: a bendable portion including a first pattern corresponding to the third area; a first flat portion extending from the bendable portion and including a second pattern corresponding to the first area; and a second flat portion extending from the bendable portion and including the second pattern corresponding to the second area; wherein the at least one digitizer (320, 330, 480) is disposed under the metal sheet layer, and wherein the first pattern and the second pattern have a plurality of openings (4541, 4551) for wireless signal transfer between an electronic pen and the digitizer (320, 330, 480). a first housing; a second housing foldably connected to the first housing through a hinge module based on a folding axis (540, 640, 740, 840, 940, 1040); a display panel including a first area supported by the first housing, a second area supported by the second housing, and a third area connecting the first area and the second area and bendable through the hinge module; a metal sheet layer disposed under the display panel; and at least one digitizer (320, 330, 480); the electronic device characterised in that: the metal sheet layer includes: a bendable portion including a first pattern corresponding to the third area; a first flat portion extending from the bendable portion and including a second pattern corresponding to the first area; and a second flat portion extending from the bendable portion and including the second pattern corresponding to the second area; a bendable portion including a first pattern corresponding to the third area; a first flat portion extending from the bendable portion and including a second pattern corresponding to the first area; and a second flat portion extending from the bendable portion and including the second pattern corresponding to the second area; wherein the at least one digitizer (320, 330, 480) is disposed under the metal sheet layer, and wherein the first pattern and the second pattern have a plurality of openings (4541, 4551) for wireless signal transfer between an electronic pen and the digitizer (320, 330, 480).
A method for determining an anticoagulant activity elicited by a first anticoagulant in a sample of a subject comprising: (a) measuring a first Factor Xa activity in a body fluid test sample of said subject; (b) measuring a second Factor Xa activity in at least one calibrator sample comprising a predefined anticoagulation activity for a second anticoagulant; (c) calculating a universal parameter for the anticoagulation activity comprised in the test sample based on the first and the second measured Factor Xa activities; (d) comparing said universal parameter for the anticoagulation activity with predefined ranges of expected anticoagulation activity for at least three anticoagulants in order to determine the anticoagulant activity, wherein said calculating an universal parameter for the anticoagulation activity comprises comparing the first measured Factor Xa activity to the second measured Factor Xa activity from the at least one calibrator sample, wherein a calibration universal parameter for the Factor Xa activity has been allocated to the said second measured Factor Xa activity, and deriving the universal parameter for the anticoagulation activity comprised in the body fluid test sample from said calibration universal parameter, wherein at least steps c) and d) are carried out by a computer implemented algorithm. (a) measuring a first Factor Xa activity in a body fluid test sample of said subject; (b) measuring a second Factor Xa activity in at least one calibrator sample comprising a predefined anticoagulation activity for a second anticoagulant; (c) calculating a universal parameter for the anticoagulation activity comprised in the test sample based on the first and the second measured Factor Xa activities; (d) comparing said universal parameter for the anticoagulation activity with predefined ranges of expected anticoagulation activity for at least three anticoagulants in order to determine the anticoagulant activity,
An electrical energy accumulation device comprising a housing made of electrically conductive material, at least one electrical energy storage cell that is arranged in the housing and two terminals (14, 16) that are arranged through the housing, the terminals (14, 16) being electrically insulated from the housing at the passage of the terminals (14, 16) through the housing, the terminals (14, 16) allowing electrical energy to be transferred between the at least one storage cell and the exterior of the device, characterized in that the device further comprises a specific component (Z1, Z2, Z3, 34, 41, 42) forming an impedance arranged inside the housing, connecting a first of the terminals (14, 16) to the housing, and forming a high-pass filter that is configured to channel away, toward the housing, an electromagnetic interference which tends to propagate through the first terminal (14, 16) and to enter the housing, the specific component (Z1, Z2, Z3, 34, 41, 42), comprising a capacitor and a resistor that are connected in series, the resistor having a value that is higher than 1 ohm, being configured to dissipate the energy of the electromagnetic interference.
A continuous heating furnace (200, 300, 400, 500) comprising: a furnace main body; a conveyance unit configured to convey a baking object in the furnace main body; a plurality of heating sections heated by combustion, each having a first radiation surface configured to be heated by combustion and transfers radiant heat to the baking object conveyed by the conveyance unit, and arranged in a conveyance direction of the baking object in the furnace main body; and a cooling preheater having a second radiation surface configured to receive radiant heat from the baking object when being opposite to the baking object conveyed by the conveyance unit, the second radiation surface being disposed between the first radiation surfaces of the plurality of heating sections, and a gas flow path configured to preheat a gas used for combustion in the heating section by heat from the second radiation surface. a furnace main body; a conveyance unit configured to convey a baking object in the furnace main body; a plurality of heating sections heated by combustion, each having a first radiation surface configured to be heated by combustion and transfers radiant heat to the baking object conveyed by the conveyance unit, and arranged in a conveyance direction of the baking object in the furnace main body; and a cooling preheater having a second radiation surface configured to receive radiant heat from the baking object when being opposite to the baking object conveyed by the conveyance unit, the second radiation surface being disposed between the first radiation surfaces of the plurality of heating sections, and a gas flow path configured to preheat a gas used for combustion in the heating section by heat from the second radiation surface.
A method for controlling the rotational speed of an engine that operates as the power source of a work machine, comprising the steps of: • obtaining a measured value (T i) representative of the engine load; • obtaining a measured value (n i) of the engine rotational speed; • deriving a target value (n t) for the engine speed as a function of the measured engine load value (T i) or a portion thereof; • if the measured speed (n i) differs from the target value (nt), changing the engine speed towards the target value, according to an active control characteristic, wherein the active control characteristic is selected from a plurality of active control characteristics, based on the measured engine speed (n i), characterized in that: the target value (n t) is derived from a pre-defined control curve; and the active control characteristic is selected from a plurality of active control characteristics, based on the change detected in the measured engine speed (n i) as a consequence of a change in the engine load (T i). • obtaining a measured value (T i) representative of the engine load; • obtaining a measured value (n i) of the engine rotational speed; • deriving a target value (n t) for the engine speed as a function of the measured engine load value (T i) or a portion thereof; • if the measured speed (n i) differs from the target value (nt), changing the engine speed towards the target value, according to an active control characteristic, wherein the active control characteristic is selected from a plurality of active control characteristics, based on the measured engine speed (n i), characterized in that: the target value (n t) is derived from a pre-defined control curve; and the active control characteristic is selected from a plurality of active control characteristics, based on the change detected in the measured engine speed (n i) as a consequence of a change in the engine load (T i). wherein the active control characteristic is selected from a plurality of active control characteristics, based on the measured engine speed (n i), characterized in that: the target value (n t) is derived from a pre-defined control curve; and the active control characteristic is selected from a plurality of active control characteristics, based on the change detected in the measured engine speed (n i) as a consequence of a change in the engine load (T i). the target value (n t) is derived from a pre-defined control curve; and the active control characteristic is selected from a plurality of active control characteristics, based on the change detected in the measured engine speed (n i) as a consequence of a change in the engine load (T i).
A method of forming a conversion or passivation coating on a metal surface comprising contacting said metal surface with an aqueous sol composition comprising (a) colloidal oxide particles which are cerium oxide particles, (b) a ureido silane compound or hydrolyzate forms thereof, and may further comprise (c) a stabilizing agent selected from the group consisting of glycols, glycol ethers, alcohols, esters and polyether silanes.
A hot-rolled or cold-rolled steel plate, characterized in that its composition is in weight percentages: - 0.6% ≤ C ≤ 0.9%; - 17% ≤ Mn ≤ 22%; - 0.2% ≤ Al ≤ 0.9%; - 0.2 % ≤ Si ≤ 1.1%; - with 0.85% ≤ Al + Si ≤ 1.9%; - 1.2% ≤ Cu ≤1.9%; - S ≤ 0.030%; - P ≤ 0.080%; - N ≤ 0.1%; optionally - Nb ≤ 0.25% and preferably comprised between 0.070 and 0.25%; - V ≤ 0.5% and preferably comprised between 0.050 and 0.5%; - Ti ≤ 0.5%, and preferably comprised between 0.040 and 0.5%; - Ni ≤ 2%; - trace amounts ≤ Cr ≤ 2%, preferably ≤ 1%; - B ≤ 0.010%, and preferably comprised between 0.0005% and 010%; the remainder being iron and impurities resulting from the production. - 0.6% ≤ C ≤ 0.9%; - 17% ≤ Mn ≤ 22%; - 0.2% ≤ Al ≤ 0.9%; - 0.2 % ≤ Si ≤ 1.1%; - with 0.85% ≤ Al + Si ≤ 1.9%; - 1.2% ≤ Cu ≤1.9%; - S ≤ 0.030%; - P ≤ 0.080%; - N ≤ 0.1%; - Nb ≤ 0.25% and preferably comprised between 0.070 and 0.25%; - V ≤ 0.5% and preferably comprised between 0.050 and 0.5%; - Ti ≤ 0.5%, and preferably comprised between 0.040 and 0.5%; - Ni ≤ 2%; - trace amounts ≤ Cr ≤ 2%, preferably ≤ 1%; - B ≤ 0.010%, and preferably comprised between 0.0005% and 010%;
A lighting device comprising a body equipped with at least one lighting module and a handle mounted on the body, characterized in that the body comprises at least one attachment stud and indexing means (14, 23), the handle comprising at least one base configured to pivot about an axis relative to the body between a first angular position forming an unlocked position of the base relative to the body, and a second angular position forming a locked position of the base on the body, said base comprising at least one oblong hole extending circumferentially about the axis and configured to cooperate with the attachment stud so as to: - allow the circumferential movement of the attachment stud along the corresponding oblong hole between the locked and unlocked positions of the base relative to the body, - allow the translation along said axis of the base relative to the body in the unlocked position of the base relative to the body, and - prevent said translation in the locked position of the base relative to the body, the indexing means of the body being configured to cooperate with complementary indexing means of the base, so as to: - allow the rotation of the base relative to the body, from the unlocked position to the locked position, - prevent the rotation of the base relative to the body, once the unlocked position is reached. - allow the circumferential movement of the attachment stud along the corresponding oblong hole between the locked and unlocked positions of the base relative to the body, - allow the translation along said axis of the base relative to the body in the unlocked position of the base relative to the body, and - prevent said translation in the locked position of the base relative to the body, - allow the rotation of the base relative to the body, from the unlocked position to the locked position, - prevent the rotation of the base relative to the body, once the unlocked position is reached.
A composition for a non-aqueous secondary battery functional layer comprising: a binder; and inorganic particles including a sulfonate group, wherein the inorganic particles have a percentage content of 80 mass% or more relative to total solid content. a binder; and inorganic particles including a sulfonate group, wherein the inorganic particles have a percentage content of 80 mass% or more relative to total solid content.
Apparatus for the supply, activation and dispensing of a length of adhesive tape, said apparatus including feed means in order to move a leading end of the said length of tape away from a tape supply held on the apparatus and towards a dispensing outlet, a liquid application station to allow liquid to be applied to an adhesive coating on the said adhesive tape as it passes said station, a cutting station to selectively cut the tape to define the said length of adhesive tape, said liquid application station and cutting station located intermediate the said tape supply and the dispensing outlet and user actuation means are provided to allow selective operation of the feed means to sequentially move the said leading end through the dispensing outlet followed by operation of the cutting station to define the said length of adhesive tape with liquid applied to the said adhesive coating of the same, said user actuation means operating a clutch system connected to a drive means in the form of a motor to selectively engage and disengage the motor from the feed means and characterised in that when the motor is engaged the feed means move the leading end of the tape through the dispensing outlet by driving rollers and, when the motor is disengaged, the rollers are freewheeling to allow the tape to be dispensed from the apparatus by relative movement of the apparatus and an item to which the tape is adhered.
An oral cavity washing device comprising: a nozzle having a flow passage structure including a flow passage that includes an inlet port for receiving washing liquid and an outlet port for ejecting the washing liquid; and a pump to feed the washing liquid to the inlet port, wherein the flow passage structure includes: a first component having a first flow passage; a second component being disposed downstream of the first component and having a second flow passage that is narrower than the first flow passage; a third component being disposed downstream of the second component and having a third flow passage that is broader than the second flow passage; a reducer being disposed downstream of the third component and being configured to reduce a width of the flow passage; and a fourth component being disposed downstream of the reducer and having a fourth flow passage that widens with an advancement in a path from the reducer to the outlet port so as to generate cavitation in the washing liquid, characterized in that a length of the fourth component along a center line of the flow passage falls within a range of 8.5 mm to 10.0 mm inclusive. a nozzle having a flow passage structure including a flow passage that includes an inlet port for receiving washing liquid and an outlet port for ejecting the washing liquid; and a pump to feed the washing liquid to the inlet port, wherein the flow passage structure includes: a first component having a first flow passage; a second component being disposed downstream of the first component and having a second flow passage that is narrower than the first flow passage; a third component being disposed downstream of the second component and having a third flow passage that is broader than the second flow passage; a reducer being disposed downstream of the third component and being configured to reduce a width of the flow passage; and a fourth component being disposed downstream of the reducer and having a fourth flow passage that widens with an advancement in a path from the reducer to the outlet port so as to generate cavitation in the washing liquid, characterized in that a length of the fourth component along a center line of the flow passage falls within a range of 8.5 mm to 10.0 mm inclusive.
System for forming figures from used capsules and containers, of the type comprising at least pressing means provided with a power actuator associated with a pusher and an anvil, the one opposing to the other, for pressing the empty capsules and containers and obtaining a disc, characterized in that it comprises means for die-cutting the disc, which are removable and interchangeable and which comprise a punch or male die and a corresponding matrix or female die, connected by mutual guiding means, this punch and this matrix being placeable between the pusher and the anvil for die-cutting the disc arranged between the punch and the matrix, with which a figure is formed.
An amorphous carbon film forming method of forming amorphous carbon films on surfaces of conductive plate-like workpieces by a plasma CVD method, wherein plural plate-like workpieces are arranged on a workpiece fixture, which is arranged in a film forming furnace, in a state that they are piled up in parallel in the thickness direction of the plate-like workpieces; the plate-like workpieces are connected to a negative electrode and the film forming furnace is connected to a grounded positive electrode; a processing gas pressure and a plasma power supply are controlled so that a sheath width becomes equal to or less than the interval between facing surfaces of two adjoining plate-like workpieces; the plate-like workpieces take a ring shape; and two adjoining plate-like workpieces are fixed in touch at their inner portions with the workpiece fixture.
Motor-powered machine tool, in particular hand-held machine tool, having a drum-like tool change magazine with tool chambers which is arranged within a housing, the tool change magazine being aligned by way of one of its tool chambers in a change position with a tubular tool receptacle (14; 54), and having a sliding element which can be moved in the longitudinal direction of the tool receptacle (14; 54) for sliding a tool from the tool change magazine into the tool receptacle (14; 54) and from the tool receptacle (14; 54) back into the tool change magazine, characterized in that the sliding element is coupled to a gear-mechanism device which comprises at least one gearwheel (18, 18a, 18b, 19, 19a, 19b), the rotational movement of which is converted into a linear movement of the sliding element.
A semiconductor module, comprising: a first cooling member; a semiconductor element provided above the first cooling member with a first bonding layer interposed between the semiconductor element and the first cooling member; a pressing member provided above the semiconductor element with a second bonding layer interposed between the pressing member and the semiconductor element; and a first sealing material provided above the first cooling member and sealing a region positioned in a side surface direction of the semiconductor element and the pressing member, wherein the pressing member comprises a first block member, a second block member provided above the first block member, and a spring member and a second sealing material that are provided in a region between the first block member and the second block member, characterized in that the first block member has a tray shape. a first cooling member; a semiconductor element provided above the first cooling member with a first bonding layer interposed between the semiconductor element and the first cooling member; a pressing member provided above the semiconductor element with a second bonding layer interposed between the pressing member and the semiconductor element; and a first sealing material provided above the first cooling member and sealing a region positioned in a side surface direction of the semiconductor element and the pressing member, wherein the pressing member comprises a first block member, a second block member provided above the first block member, and a spring member and a second sealing material that are provided in a region between the first block member and the second block member, a first block member, a second block member provided above the first block member, and a spring member and a second sealing material that are provided in a region between the first block member and the second block member, characterized in that the first block member has a tray shape.