mhurhangee/ep-ind-claims huggingface dataset:
A container for consumer goods, comprising: an outer housing comprising a box including front, back, left, right and bottom box walls, the outer housing further comprising a hinged lid rotatable between open and closed positions, the lid including front, back, left, right and top lid walls, wherein when the lid is in the closed position free edges of the lid walls abut free edges of the respective box walls such that a lower front edge of the front wall of the lid abuts a free edge of the box front wall; an inner package of consumer goods within the box comprising an access opening through which consumer goods can be removed; and a reclosable flap movable relative to the inner package about a hinge line and arranged to cover the access opening, the reclosable flap having a free end attached to the hinged lid, wherein in an open position in which the lid top wall is arranged perpendicular to the box back wall, a straight line between the lower front edge of the front wall of the lid and the hinge line measures a first distance and a length along the reclosable flap between the hinge line and its free end measures a second distance; characterised in that the ratio between the first distance and the second distance is comprised between 70% and 100%. an outer housing comprising a box including front, back, left, right and bottom box walls, the outer housing further comprising a hinged lid rotatable between open and closed positions, the lid including front, back, left, right and top lid walls, wherein when the lid is in the closed position free edges of the lid walls abut free edges of the respective box walls such that a lower front edge of the front wall of the lid abuts a free edge of the box front wall; an inner package of consumer goods within the box comprising an access opening through which consumer goods can be removed; and a reclosable flap movable relative to the inner package about a hinge line and arranged to cover the access opening, the reclosable flap having a free end attached to the hinged lid, wherein in an open position in which the lid top wall is arranged perpendicular to the box back wall, a straight line between the lower front edge of the front wall of the lid and the hinge line measures a first distance and a length along the reclosable flap between the hinge line and its free end measures a second distance; characterised in that the ratio between the first distance and the second distance is comprised between 70% and 100%.
A foldable propeller for a boat, wherein the foldable propeller comprises a hub for directly or indirectly fastening to a driveshaft that is connected to a motor, the drive shaft defining a rotation axis and an axial direction; wherein the foldable propeller comprises a plurality of individual blades, where each of the blades comprises a blade root arranged to pivot around a corresponding pivot pin in the hub in order for the blades to be either in a first orientation, which is an operative orientation where each blade is extending from the blade root in a radial direction, or in a second orientation, which is an inoperative orientation where each blade is extending from the blade root in the axial direction; wherein the hub correspondingly comprises a plurality of hub flanges with a slot in between neighbouring hub flanges, each slot accommodating one of the blade roots; wherein each pivot pin comprises a stem between the first end and the second end, the stem extending through an aperture in the blade root in order for the blade with the aperture being mounted pivotal about the stem; each hub flange comprising a hole in which a first end of one of the pivot pins is accommodated and an aperture in which at least part of a second end of another of the pivot pins is accommodated such that each pivot pin extend from one of the hub flanges to another of the hub flanges, wherein the pivot pins are oriented in a plane perpendicular to the rotation axis of the propeller, characterised in that each of the pivot pins at its second end comprises a portion that is dimensioned larger than the first end, the portion forming a head with a recess that accommodates the first end of another of the pivot pins inside the head.
A dressing product comprising: - a dressing sheet, one first surface of which is provided with an adhesive, whereby said first surface defines an adhering surface for attaching the dressing sheet to an anatomical surface of a living being; - a carrier system defining a gripping section for handling of the carrier system by human fingers, the carrier system providing a support for the dressing sheet; wherein the carrier system defines a cavity for accommodating the dressing sheet and wherein the carrier system is made from a blister material which is sufficiently flexible for allowing the dressing sheet to be applied by a fingertip pressure on a back surface of the carrier system when the carrier system, is pressed against the anatomical surface at the application site. - a dressing sheet, one first surface of which is provided with an adhesive, whereby said first surface defines an adhering surface for attaching the dressing sheet to an anatomical surface of a living being; - a carrier system defining a gripping section for handling of the carrier system by human fingers, the carrier system providing a support for the dressing sheet; wherein the carrier system defines a cavity for accommodating the dressing sheet and wherein the carrier system is made from a blister material which is sufficiently flexible for allowing the dressing sheet to be applied by a fingertip pressure on a back surface of the carrier system when the carrier system, is pressed against the anatomical surface at the application site.
A physical-quantity detection device that measures a physical quantity of a gas to be measured which passes through a main passage, comprising: a housing including a sub-passage (305, 306) into which the gas to be measured is taken from the main passage; at least one pressure sensor that is disposed in the sub-passage (305, 306) and detects a pressure of the gas to be measured; a humidity sensor that is disposed in the sub-passage (305, 306) and detects humidity of the gas to be measured; and a circuit substrate in which the pressure sensor and the humidity sensor are provided, and a detection signal of the humidity sensor and a detection signal of the pressure sensor are subjected to operation processing, wherein the pressure sensor and the humidity sensor are disposed in a row to be parallel to each other along a flow direction of the gas to be measured that passes through the sub-passage (305, 306), at least one of the pressure sensor is disposed on an upstream side in the flow direction of the gas to be measured, and the humidity sensor is disposed on a downstream side in the flow direction of the gas to be measured in comparison to the at least one of the pressure sensor; and the circuit substrate includes a substrate main body and wherein a circuit unit and a flow rate detection unit are provided on a front surface of the substrate main body, and the pressure sensor and the humidity sensor are provided on a rear surface of said substrate main body. a housing including a sub-passage (305, 306) into which the gas to be measured is taken from the main passage; at least one pressure sensor that is disposed in the sub-passage (305, 306) and detects a pressure of the gas to be measured; a humidity sensor that is disposed in the sub-passage (305, 306) and detects humidity of the gas to be measured; and a circuit substrate in which the pressure sensor and the humidity sensor are provided, and a detection signal of the humidity sensor and a detection signal of the pressure sensor are subjected to operation processing, wherein the pressure sensor and the humidity sensor are disposed in a row to be parallel to each other along a flow direction of the gas to be measured that passes through the sub-passage (305, 306), at least one of the pressure sensor is disposed on an upstream side in the flow direction of the gas to be measured, and the humidity sensor is disposed on a downstream side in the flow direction of the gas to be measured in comparison to the at least one of the pressure sensor; and the circuit substrate includes a substrate main body and wherein a circuit unit and a flow rate detection unit are provided on a front surface of the substrate main body, and the pressure sensor and the humidity sensor are provided on a rear surface of said substrate main body.
A method of colorizing a medical image, comprising: receiving, in an image processing unit, digital image data obtained by a digital image capture device, wherein the digital image data comprises at least one medical image; analyzing the digital image data with the image processing unit to identify a region of interest of the medical image represented by the digital image data; obtaining a first pixel value for each of at least two pixels contained in the region of interest; defining a second pixel value as the arithmetic mean of the first pixel values; providing a plurality of color spectra, the color spectra each comprising at least two colors and relating the at least two colors to at least two pixel values; selecting a color spectrum from the plurality of color spectra comprising at least one corresponding to the second pixel value; and colorizing the region of interest with the selected color spectrum. receiving, in an image processing unit, digital image data obtained by a digital image capture device, wherein the digital image data comprises at least one medical image; analyzing the digital image data with the image processing unit to identify a region of interest of the medical image represented by the digital image data; obtaining a first pixel value for each of at least two pixels contained in the region of interest; defining a second pixel value as the arithmetic mean of the first pixel values; providing a plurality of color spectra, the color spectra each comprising at least two colors and relating the at least two colors to at least two pixel values; selecting a color spectrum from the plurality of color spectra comprising at least one corresponding to the second pixel value; and colorizing the region of interest with the selected color spectrum.
Thread guide bar of a warp knitting machine, which is in the form of a string bar, comprising at least one thread guide, which can be driven by a drive element, onto which the thread guide with a holder extending parallel to the longitudinal extension of the drive element is secured, and which drive element can be displaced in an offset direction, wherein the drive element comprises at least one first material and a second material, the first material differs from the second material and both materials (7, 8) are joined together, characterised in that both materials (7, 8) extend in offset direction parallel to one another over the whole length of the drive element.
A catalyst support for use in steam reforming, the support comprising at least 35 wt% hibonite of the formula CaAl 12 O 19 and 10-35 wt% potassium beta-alumina upon sintering, as measured ex-situ by X-ray powder Diffraction (XRPD) technique using Cu Kα radiation and Bragg-Brentano geometry (PANalytical Xpert Pro) with quantitative phase analysis performed by Rietveld refinement using TOPAS (version 4.2) software.
An FPGA device configured to achieve remote configuration without needing to connect to a JTAG cable when in communication with a host comprising: a management logic unit and a user logic unit, wherein: the management logic unit comprises a PCIe module; the PCIe module provided in the management logic unit is coupled to the user logic unit via a PCIe configuration channel; the PCIe module comprises a PCIe interface; and the PCIe module further comprises a first physical functional unit and a second physical functional unit, wherein said physical functional units are provided with different permissions; and the first physical functional unit is configured to: receive a user logic loading request initiated by the second physical functional unit, wherein the user logic loading request carries a user logic identifier; obtain a user logic file according to the user logic identifier; and burn the user logic file into the user logic unit via the PCIe configuration channel. a management logic unit and a user logic unit, wherein: the management logic unit comprises a PCIe module; the PCIe module provided in the management logic unit is coupled to the user logic unit via a PCIe configuration channel; the PCIe module comprises a PCIe interface; and the PCIe module further comprises a first physical functional unit and a second physical functional unit, wherein said physical functional units are provided with different permissions; and the first physical functional unit is configured to: receive a user logic loading request initiated by the second physical functional unit, wherein the user logic loading request carries a user logic identifier; obtain a user logic file according to the user logic identifier; and burn the user logic file into the user logic unit via the PCIe configuration channel. the management logic unit comprises a PCIe module; the PCIe module provided in the management logic unit is coupled to the user logic unit via a PCIe configuration channel; the PCIe module comprises a PCIe interface; and the PCIe module further comprises a first physical functional unit and a second physical functional unit, wherein said physical functional units are provided with different permissions; and the first physical functional unit is configured to: receive a user logic loading request initiated by the second physical functional unit, wherein the user logic loading request carries a user logic identifier; obtain a user logic file according to the user logic identifier; and burn the user logic file into the user logic unit via the PCIe configuration channel.
A biopsy device comprising a hollow shaft, the shaft having a wall and a distal end portion, wherein a sidewardly facing notch is formed in the distal end portion, at least two optical fibers (30, 34) arranged for sensing within a volume between respective end surfaces of the optical fibers, wherein the fibers are arranged in the wall of the shaft so that the respective end surfaces of the fibers are arranged in a longitudinal direction of the shaft at opposite positions with respect to the notch, and wherein the respective end surfaces of the optical fibers are arranged outside the notch, and a cutting element being movably accommodated within the hollow shaft.
A method for manufacturing a hot dip galvanized steel sheet comprising: subjecting a steel sheet to hot dip galvanizing and subsequent temper rolling; bringing the steel sheet into contact with acidic solution having pH buffering capacity; retaining the steel sheet for 1 second to 60 seconds after the contact with the acidic solution is completed; and rinsing the steel sheet with water, to form a metal oxide/hydroxide layer of which metal component is mainly zinc on a coating surface of the steel sheet, characterized in that the method further comprising: carrying out the temper rolling by either rolling the steel sheet first with a dull roll having Ra ≥ 2.0 μm at rolling reduction rate of 0.1 % to 5 % and then with a bright roll having Ra of 0.01 μm to 0.1μm at rolling reduction rate of 0.1 % to 3 % or rolling the steel sheet first with a bright roll having Ra of 0.01 μm to 0.1 μm at rolling reduction rate of 0.1 % to 3 % and then with a dull roll having Ra ≥ 2.0 μm at rolling reduction rate of 0.1 % to 5%. carrying out the temper rolling by either rolling the steel sheet first with a dull roll having Ra ≥ 2.0 μm at rolling reduction rate of 0.1 % to 5 % and then with a bright roll having Ra of 0.01 μm to 0.1μm at rolling reduction rate of 0.1 % to 3 % or rolling the steel sheet first with a bright roll having Ra of 0.01 μm to 0.1 μm at rolling reduction rate of 0.1 % to 3 % and then with a dull roll having Ra ≥ 2.0 μm at rolling reduction rate of 0.1 % to 5%.
A computer implemented method comprising: receiving, with a pixel value processing unit coupled to a graphics processing unit and external to the GPU, an output stream from the GPU that includes pixel values for one or more pixels in an image processed by the GPU; determining, with the pixel value processing unit, whether the pixel values in the output stream are for pixels that require further processing by the GPU; storing, within contiguous storage locations of a buffer that is external to the pixel value processing unit and coupled to the pixel value processing unit, the pixel values for the pixels that require further processing by the GPU; counting, with a counter, a number of pixels whose pixel values are stored in the buffer; and transmitting the number of pixels whose pixel values are stored in the buffer to the GPU. receiving, with a pixel value processing unit coupled to a graphics processing unit and external to the GPU, an output stream from the GPU that includes pixel values for one or more pixels in an image processed by the GPU; determining, with the pixel value processing unit, whether the pixel values in the output stream are for pixels that require further processing by the GPU; storing, within contiguous storage locations of a buffer that is external to the pixel value processing unit and coupled to the pixel value processing unit, the pixel values for the pixels that require further processing by the GPU; counting, with a counter, a number of pixels whose pixel values are stored in the buffer; and transmitting the number of pixels whose pixel values are stored in the buffer to the GPU.
An actuator for a component of a land motor vehicle, of the type including an actuator casing which delimits an internal volume in which are arranged: - at least one electric motor having a drive shaft on which is mounted an output pinion secured in rotation to the drive shaft, the drive shaft having an axis of rotation, - and an internal mechanical transmission comprising at least a first gear wheel, which has an axis of rotation perpendicular to the axis of rotation of the drive shaft, and which is meshed with the output pinion of the electric motor to transmit a movement of the output pinion of the electric motor to an output member of the actuator, the first gear wheel having a toothing, called axial toothing, which is formed of gear teeth having a bottom-top extension according to the direction of the axis of rotation of the first gear wheel, and which meshes with the output pinion of the electric motor, characterized in that the actuator casing is made by injection molding of thermoplastic polymer material, in that the first gear wheel is guided in rotation in the casing with a translational laxity according to the direction of its axis of rotation, and in that the actuator includes at least one elastic pressing means ( 32, 36, 38, 40, 50, 44', 48') which urges the first gear wheel according to the direction of its axis of rotation and which presses the axial toothing of the first gear wheel against the output pinion of the electric motor. - at least one electric motor having a drive shaft on which is mounted an output pinion secured in rotation to the drive shaft, the drive shaft having an axis of rotation, - and an internal mechanical transmission comprising at least a first gear wheel, which has an axis of rotation perpendicular to the axis of rotation of the drive shaft, and which is meshed with the output pinion of the electric motor to transmit a movement of the output pinion of the electric motor to an output member of the actuator,
A current sensor comprising: a first conductor and a second conductor arranged in such a manner as to form current paths parallel to each other; a circuit substrate (105, 115) arranged in such a manner that a surface of the circuit substrate (105, 115) is perpendicular to the current paths; and a first magnetoelectric conversion device (102, 112) and a second magnetoelectric conversion device (103, 113) arranged on the surface of the circuit substrate (105, 115) in such a manner that the first conductor is sandwiched therebetween, wherein the first conductor, the second conductor, the first magnetoelectric conversion device (102, 112), and the second magnetoelectric conversion device (103, 113) are all located in a same plane perpendicular to the surface of the circuit substrate (105, 115); wherein each of the first conductor and the second conductor includes a thin-plate portion (142, 152) and thick-plate portions (143, 144, 153, 154) arranged on two sides of the thin-plate portion (142, 152), and wherein the first magnetoelectric conversion device (102, 112) and the second magnetoelectric conversion device (103, 113) are arranged in such a manner that the thin-plate portion of the first conductor is sandwiched therebetween.. a first conductor and a second conductor arranged in such a manner as to form current paths parallel to each other; a circuit substrate (105, 115) arranged in such a manner that a surface of the circuit substrate (105, 115) is perpendicular to the current paths; and a first magnetoelectric conversion device (102, 112) and a second magnetoelectric conversion device (103, 113) arranged on the surface of the circuit substrate (105, 115) in such a manner that the first conductor is sandwiched therebetween, wherein the first conductor, the second conductor, the first magnetoelectric conversion device (102, 112), and the second magnetoelectric conversion device (103, 113) are all located in a same plane perpendicular to the surface of the circuit substrate (105, 115); wherein each of the first conductor and the second conductor includes a thin-plate portion (142, 152) and thick-plate portions (143, 144, 153, 154) arranged on two sides of the thin-plate portion (142, 152), and wherein the first magnetoelectric conversion device (102, 112) and the second magnetoelectric conversion device (103, 113) are arranged in such a manner that the thin-plate portion of the first conductor is sandwiched therebetween..
A packaged electronic module for downhole applications in a borehole, comprising: a substrate comprising a first and a second surface (12, 13); and a plurality of electronic components, wherein at least one of the plurality of electronic components is located on each of the first and second surfaces (12, 13), and wherein the plurality of electronic components are attached to the first and second surfaces (12, 13) of the substrate by an adhesive comprising a low solvent glue, a solvent free glue and/or a glue that does not produce outgassing during or after curing, or an adhesive that does not produce outgassing when cured to a temperature above 200°C, 225°C, 240°C or 250°C; and characterized in that at least one of the electronic components comprises a multi-chip module and includes one or more of: discrete electronic components; surface mounted components; die components; semiconductor ICs; or semiconductor chips. a substrate comprising a first and a second surface (12, 13); and a plurality of electronic components, wherein at least one of the plurality of electronic components is located on each of the first and second surfaces (12, 13), and wherein the plurality of electronic components are attached to the first and second surfaces (12, 13) of the substrate by an adhesive comprising a low solvent glue, a solvent free glue and/or a glue that does not produce outgassing during or after curing, or an adhesive that does not produce outgassing when cured to a temperature above 200°C, 225°C, 240°C or 250°C; and characterized in that at least one of the electronic components comprises a multi-chip module and includes one or more of: discrete electronic components; surface mounted components; die components; semiconductor ICs; or semiconductor chips. discrete electronic components; surface mounted components; die components; semiconductor ICs; or semiconductor chips.