mhurhangee/patent-ind-claim-en huggingface dataset:
A method of obtaining an image having a high dynamic range (HDR), comprising: performing a plurality of image acquisitions, each image acquisition comprising: scanning with a sensor to obtain image data from a first plurality of pixel rows and a second plurality of pixel rows , wherein the first plurality of pixel rows has a first gain value and/or first exposure time, and wherein the second plurality of pixel rows has a second gain value and/or second exposure time; combining image data from the first plurality of pixel rows to produce a first image; combining image data from the second plurality of pixel rows to produce a second image; and combining the first image and the second image to obtain a third image having a high dynamic range; wherein the method is characterised in that it further comprises, for each image acquisition of the plurality of image acquisitions after the first image acquisition of the plurality of image acquisitions: determining and setting the first gain value and/or exposure time and a first number of pixel rows within the first plurality of pixel rows and the second gain value and/or exposure time and a second number of pixel rows within the second plurality of pixel rows based on information obtained in a previous image acquisition of the plurality of image acquisitions. scanning with a sensor to obtain image data from a first plurality of pixel rows and a second plurality of pixel rows , wherein the first plurality of pixel rows has a first gain value and/or first exposure time, and wherein the second plurality of pixel rows has a second gain value and/or second exposure time; combining image data from the first plurality of pixel rows to produce a first image; combining image data from the second plurality of pixel rows to produce a second image; and combining the first image and the second image to obtain a third image having a high dynamic range; wherein the method is characterised in that it further comprises, for each image acquisition of the plurality of image acquisitions after the first image acquisition of the plurality of image acquisitions: determining and setting the first gain value and/or exposure time and a first number of pixel rows within the first plurality of pixel rows and the second gain value and/or exposure time and a second number of pixel rows within the second plurality of pixel rows based on information obtained in a previous image acquisition of the plurality of image acquisitions.
An orbital single-brush machine comprising a frame which rests on the floor and is provided with at least one movement handle , a motor being connected to said frame and being adapted to actuate with a combined rotary and orbital motion a work tool that is adapted to act on the floor, said frame comprises a first substantially plate-shaped footing which is spaced apart from the floor, characterized in that it further comprises a second substantially plate-shaped footing which is arranged below said first footing and is supported so that it can rotate freely by said first footing about an oscillation axis that is substantially parallel to the floor and substantially perpendicular to the advancement direction of the machine, said second footing supporting said motor.
Interface for controlling at least one function of a motor vehicle member, comprising: - a movable portion comprising a capacitive touch surface , - a fixed portion intended to be fixed to the motor vehicle, - at least one damping element interposed between the movable portion and the fixed portion , - at least one capacitive pressure sensor comprising a movable electrode (16; Tx; 27) borne by the movable portion and a fixed electrode (22; Rx) borne by the fixed portion , the fixed electrode (22; Rx) being arranged facing the movable electrode (16; Tx; 27) so as to measure a distance (d) between the movable portion and the fixed portion that is representative of a pressing force exerted on the capacitive touch surface , - the fixed electrode (22; Rx) is borne by a circuit board of the fixed portion , characterized in that : the movable electrode (16; Tx; 27) is borne by a fastening member for the movable portion that passes through the damping element and the circuit board so that a pressure exerted on the capacitive touch surface moves the movable electrode (16; Tx; 27) away from the fixed electrode (22; Rx). - a movable portion comprising a capacitive touch surface , - a fixed portion intended to be fixed to the motor vehicle, - at least one damping element interposed between the movable portion and the fixed portion , - at least one capacitive pressure sensor comprising a movable electrode (16; Tx; 27) borne by the movable portion and a fixed electrode (22; Rx) borne by the fixed portion , the fixed electrode (22; Rx) being arranged facing the movable electrode (16; Tx; 27) so as to measure a distance (d) between the movable portion and the fixed portion that is representative of a pressing force exerted on the capacitive touch surface , - the fixed electrode (22; Rx) is borne by a circuit board of the fixed portion ,
A system for delivering and recording a dose of a medicament to a patient, the system comprising a pen and a separate companion device, the pen comprising: a body comprising a vial of the medicament; a mechanism to dispense the medicament; a first sensor to determine that the pen is being used; a second sensor to detect a dose size of the medicament being delivered; a processor to process dose information, wherein the dose information includes the dose size and time information including a time of dispensing the medicament; a power source that powers the processor; a memory to store the dose information; and a wireless transmitter including a transceiver operable to communicate with the companion device; and the companion device being configured to receive and process data transmitted by the wireless transmitter and to transmit processed data to the wireless transmitter, the received data including the dose information, and wherein the companion device includes a dose calculator operable to calculate a recommended dose to be delivered based on processed dose information and information about a physiological state of the patient, characterized in that the pen comprises a mechanical lock-out configured to prevent dispensing the medicament when a dose to be delivered is greater than the recommended dose determined by the dose calculator of the companion device. a body comprising a vial of the medicament; a mechanism to dispense the medicament; a first sensor to determine that the pen is being used; a second sensor to detect a dose size of the medicament being delivered; a processor to process dose information, wherein the dose information includes the dose size and time information including a time of dispensing the medicament; a power source that powers the processor; a memory to store the dose information; and a wireless transmitter including a transceiver operable to communicate with the companion device; and
An absorbent article comprising topsheet , backsheet and an absorbent core between the topsheet and the backsheet , the article comprising a front waist region, a back waist region, and a central region between the front and back waist regions, and further comprising fastening elements for securing the article around the waist of a wearer, wherein the article comprises at least two attachment regions : a first attachment region for securing the fastening elements in the waist region, wherein the first attachment region lies in at least a part of the front waist region, the first attachment region comprises first surface comprising outwardly facing fibres, wherein the fastening elements comprise a fastening surface comprising outwardly facing fibres, and wherein the outwardly facing fibres interact to form a releaseable attachment between the fastenening elements and the first attachment region, wherein the interacting outwardly facing fibres comprise hooks and loops; and a second attachment region for securing a wearable sensing device, the second attachment region being located on the side of the backsheet opposite to the absorbent core , wherein the second attachment region lies in at least a part of the central region between the front and back waist regions and wherein the second attachment region comprises hooks and/or loops; the first attachment region has a first surface and the second attachment region has a second surface and wherein the first surface is different from the second surface, and characterised in that the peel force response of the hooks/loops of the first attachment region is greater than or less than the peel force response of the hooks/loops of the second attachment region. a first attachment region for securing the fastening elements in the waist region, wherein the first attachment region lies in at least a part of the front waist region, the first attachment region comprises first surface comprising outwardly facing fibres, wherein the fastening elements comprise a fastening surface comprising outwardly facing fibres, and wherein the outwardly facing fibres interact to form a releaseable attachment between the fastenening elements and the first attachment region, wherein the interacting outwardly facing fibres comprise hooks and loops; and a second attachment region for securing a wearable sensing device, the second attachment region being located on the side of the backsheet opposite to the absorbent core , wherein the second attachment region lies in at least a part of the central region between the front and back waist regions and wherein the second attachment region comprises hooks and/or loops;
Electronic unit for an intervention in a high-voltage electrical environment, comprising: a printed circuit on which there are disposed electrical components of a primary circuit , intended for a direct link with a high-voltage electrical environment, and of a secondary circuit , comprising at least one transformer comprising a primary coil linked electrically to the primary circuit and a secondary coil linked electrically to the secondary circuit , the two coils being positioned opposite on each of the faces of the printed circuit, this printed circuit forming an insulating element of the transformer , wherein the transformer is directly constructed on the printed circuit, by application of turns directly on or in the printed circuit to form the two primary and secondary coils in the form of a flat winding of metal turns, characterized in that each coil comprises a flat winding of metal turns having a central end linked electrically by an electrical wire positioned in the thickness of the insulating element and linked to the central end of the winding disposed on the surface of the insulating element and beyond the winding by blind vias formed in the insulating element or by an electrical wire positioned on the surface of the insulating element and linked to the central end of the winding disposed within the thickness of the insulating element by blind vias formed in the insulating element . a printed circuit on which there are disposed electrical components of a primary circuit , intended for a direct link with a high-voltage electrical environment, and of a secondary circuit , comprising at least one transformer comprising a primary coil linked electrically to the primary circuit and a secondary coil linked electrically to the secondary circuit , the two coils being positioned opposite on each of the faces of the printed circuit, this printed circuit forming an insulating element of the transformer , wherein the transformer is directly constructed on the printed circuit, by application of turns directly on or in the printed circuit to form the two primary and secondary coils in the form of a flat winding of metal turns, characterized in that each coil comprises a flat winding of metal turns having a central end linked electrically by an electrical wire positioned in the thickness of the insulating element and linked to the central end of the winding disposed on the surface of the insulating element and beyond the winding by blind vias formed in the insulating element or by an electrical wire positioned on the surface of the insulating element and linked to the central end of the winding disposed within the thickness of the insulating element by blind vias formed in the insulating element .
An antenna device comprising at least first , second and third conductive metal plates arranged in a substantially parallelepiped configuration having a major axis, with the third plate defining a lower plane and the first and second plates together defining an upper plane substantially parallel to the lower plane, wherein: the first and second plates are substantially similar in shape and are of substantially the same length as each other along the major axis; the first and second plates are separated by a slot in the upper plane, the slot extending along the major axis and having a length similar to the length of each of the first and second plates; the first plate comprises an active antenna arm that is provided with a grounding connection to the third plate and also with a feed connection ; the second plate comprises a second active antenna arm that is provided with a grounding connection to the third plate and also with a feed connection ; wherein the feed connections and the grounding connections are not all formed on a single side of the parallelepiped arrangement of plates so as to provide circular polarisation characteristics; wherein the second plate is configured to be fed with a signal that is out of phase with respect to a signal that is fed to the first plate so as to form a differential feeding arrangement, and wherein right handed circular polarization is generated when using one feed and left-handed circular polarization is generated when using the other feed. the first and second plates are substantially similar in shape and are of substantially the same length as each other along the major axis; the first and second plates are separated by a slot in the upper plane, the slot extending along the major axis and having a length similar to the length of each of the first and second plates; the first plate comprises an active antenna arm that is provided with a grounding connection to the third plate and also with a feed connection ; the second plate comprises a second active antenna arm that is provided with a grounding connection to the third plate and also with a feed connection ; wherein the feed connections and the grounding connections are not all formed on a single side of the parallelepiped arrangement of plates so as to provide circular polarisation characteristics; wherein the second plate is configured to be fed with a signal that is out of phase with respect to a signal that is fed to the first plate so as to form a differential feeding arrangement, and wherein right handed circular polarization is generated when using one feed and left-handed circular polarization is generated when using the other feed.
Composition having reduced corrosivity including one or more ingredients corrosive by nature, comprising - (a) at least one surfactant; (b) at least one component which is corrosive by nature and present in an amount which renders said composition corrosive in absence of (c), wherein if one or more of said at least one surfactant is corrosive by nature at a level to make the composition corrosive, said at least one component which is corrosive by nature is optional; (c) a thickening component comprising at least one thickening agent or a blend of two or more components which self-thicken when present as a blend, wherein said thickening component is present to provide a viscosity to said composition so that said composition is non-corrosive; (d) one or more of water and at least one solvent; and (e) optionally, a fragrance component; wherein said composition has a pH of about 2 to about 12; wherein said composition has a viscosity in a range of about 100 to about 1,250,000 mPa.s (centipoise) measured at a temperature of 25 °C; and wherein said composition which is initially corrosive is modified to have a level of ocular irritation reduced as compared to said composition not containing said thickening component; and wherein in the absence of said thickening component, said level of ocular irritation of said composition falls into a category under a bovine cornea opacity and permeability (BCOP) method which characterises said composition as corrosive. (a) at least one surfactant; (b) at least one component which is corrosive by nature and present in an amount which renders said composition corrosive in absence of (c), wherein if one or more of said at least one surfactant is corrosive by nature at a level to make the composition corrosive, said at least one component which is corrosive by nature is optional; (c) a thickening component comprising at least one thickening agent or a blend of two or more components which self-thicken when present as a blend, wherein said thickening component is present to provide a viscosity to said composition so that said composition is non-corrosive; (d) one or more of water and at least one solvent; and (e) optionally, a fragrance component;
A protective cover having a sensor holder part in a bearing device including: an inner ring with an inner ring track surface on an outer peripheral surface; an outer ring with an outer ring track surface on an inner peripheral surface; a bearing having a rolling element rolling between the inner ring track surface and the outer ring track surface ; a magnetic encoder that is positioned at one axial end portion of the bearing, fixed to the inner ring , and has N and S poles alternately arranged at regular intervals in an circumferential direction; and a magnetic sensor (A) that is opposed to the magnetic poles of the magnetic encoder to detect rotation of the magnetic encoder , wherein (a) the protective cover is a cup-shaped protective cover that is press-fitted into the outer ring to seal the one axial end portion of the bearing, and has the sensor holder part holding the magnetic sensor (A) and a division wall (B) that is thinner than the other part to divide the magnetic encoder and the magnetic sensor (A), (b) out of a cylindrical member and a disc-shaped member forming the cup shape, at least the disc-shaped member is a molded article formed by injection molding, and (c) the disc-shaped member includes a main body part and the sensor holder part , the main body part including a division wall (B) and a thick part , characterised in that the thick part is, seen from a bottom surface, approximately fan-shaped such that it becomes gradually wider with increasing proximity from a position corresponding to a gate (G) of a molding die for use in the injection molding to a position corresponding to the sensor holder part including the division wall (B), and (d) the thick part has a thickness of about 1.2 to 3 times larger than a thickness of a surrounding part of the thick part . (a) the protective cover is a cup-shaped protective cover that is press-fitted into the outer ring to seal the one axial end portion of the bearing, and has the sensor holder part holding the magnetic sensor (A) and a division wall (B) that is thinner than the other part to divide the magnetic encoder and the magnetic sensor (A), (b) out of a cylindrical member and a disc-shaped member forming the cup shape, at least the disc-shaped member is a molded article formed by injection molding, and (c) the disc-shaped member includes a main body part and the sensor holder part , the main body part including a division wall (B) and a thick part , characterised in that the thick part is, seen from a bottom surface, approximately fan-shaped such that it becomes gradually wider with increasing proximity from a position corresponding to a gate (G) of a molding die for use in the injection molding to a position corresponding to the sensor holder part including the division wall (B), and (d) the thick part has a thickness of about 1.2 to 3 times larger than a thickness of a surrounding part of the thick part .
A medicament containing recombinant mistletoe lectin for use in the treatment of brain tumours, in particular primary brain tumours, gliomas, glioblastomas, meningiomas and pituitary adenomas, wherein the recombinant mistletoe lectin is selected from the group of amino acid sequences SEQ ID No. 1 - 12 or a combination thereof.
An electronic or electromechanical system (10; 100) comprising at least one electrical energy source (12; 12 A , 12 B , 12 C , 12 D ), a first circuit capable of operating in at least two operating modes, one of which corresponds to the stopping of the application circuit, and a circuit for transmitting the electrical energy from the energy source to the application circuit, the transmission circuit being further capable of determining a first value of the maximum instantaneous electric power capable of being supplied by the energy source, of determining a second value of the instantaneous electric power consumed by the application circuit in at least one of the operating modes, and of storing the first and second values or of selecting the operating mode of the application circuit from among said at least two operating modes based on the first and second values, wherein the transmission circuit comprises a voltage regulation circuit capable of receiving a first voltage (V eh ) supplied by the energy source , or by a power conversion circuit interposed between the energy source and the transmission circuit, and capable of supplying a second voltage (V reg ) regulated at a reference voltage (V ref ) powering the first circuit , wherein the energy source is coupled to the transmission circuit by a first transmission line (L IN ), wherein the transmission circuit is coupled to the application circuit by a second transmission line (L OUT ), characterized in that the transmission circuit comprises a current sink circuit (IC) capable of drawing a first current (I test ) of increasing intensity from the first transmission line and in that the transmission circuit comprises a circuit (DECT, 30) of determination of the maximum intensity (I in,max ) of the first current (I test ) for which the second voltage (V reg ) is no longer regulated.
A method for calibrating a sensor chip, comprising performing a first calibration measurement with the sensor chip and determining first calibration data, performing a manufacturing step on the sensor chip , thereby mechanically and/or chemically impacting a sensing element or an electronic circuitry of the sensor chip , performing a further calibration measurement with the sensor chip and determining further calibration data, determining at least one calibration parameter from the first and the further calibration data, storing the at least one calibration parameter in a memory of the sensor chip , and applying the at least one calibration parameter to a signal sensed by the sensing element of the sensor chip during operation.