mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor package, comprising: a chip (300, 301) including a pad formed on a first surface thereof; at least one via-substrate including a via; a mold configured to encapsulate the chip (300, 301) and the at least one via-substrate; a vertical conductive channel (200a, 200b) connected to the via while passing through the mold; an optical device arranged on a surface of the semiconductor package (10a; 16) to be electrically connected to the vertical conductive channel (200a, 200b); a wiring pattern configured to electrically connect the via and the pad to each other; an external connection terminal configured to electrically connect the semiconductor package (10a; 16) to the outside; and a passivation layer which is formed on the first surface and in which the wiring pattern is embedded. a chip (300, 301) including a pad formed on a first surface thereof; at least one via-substrate including a via; a mold configured to encapsulate the chip (300, 301) and the at least one via-substrate; a vertical conductive channel (200a, 200b) connected to the via while passing through the mold; an optical device arranged on a surface of the semiconductor package (10a; 16) to be electrically connected to the vertical conductive channel (200a, 200b); a wiring pattern configured to electrically connect the via and the pad to each other; an external connection terminal configured to electrically connect the semiconductor package (10a; 16) to the outside; and a passivation layer which is formed on the first surface and in which the wiring pattern is embedded.
Assembly of an illuminated radiator grill for installation in the front region of a vehicle, consisting of a radiator grill which is made of opaque material with opaque ribs and which determines a series of air passage openings, wherein the assembly further comprises a lighting strip, a lighting strip support, a light guide part made of at least partially translucent material, and a rear cover which is to be arranged between the radiator grill and the area under the vehicle hood, wherein the radiator grill is connected to the rear cover, the lighting strip is attached to the rear cover by means of a lighting strip support, wherein the lighting strip is arranged between the rear cover and the radiator grill and runs over the majority of the width of the assembly, and the light guide part runs along the lighting strip between the lighting strip and the radiator grill, wherein a part of the volume of the light guide part engages into the air passage openings in the radiator grill, wherein the light guide part comprises a body and a number of projections connected to the body, wherein the body has a light entry surface running along the lighting strip, and each projection has a light exit surface, wherein each projection engages into at least one of the air passage openings in the radiator grill, wherein each projection comprises two opposite side walls and a front wall, wherein the side walls face the walls of the respective air passage opening and are designed to illuminate the walls of the air passage openings, namely the walls of the ribs forming these air passage openings, so that the walls indirectly illuminate in front of the vehicle, and wherein the front wall is designed for the emission of the light in front of the vehicle.
A skin pricking device comprising: a housing; a lancet needle formed integrally with a spring and contained within the housing; a trigger for holding the spring in a compressed state until actuation of the trigger by a user releases the spring; wherein the trigger is formed integrally with the spring; and wherein the housing has an opening for accessing the trigger when the spring is loaded into the housing. a housing; a lancet needle formed integrally with a spring and contained within the housing; a trigger for holding the spring in a compressed state until actuation of the trigger by a user releases the spring; wherein the trigger is formed integrally with the spring; and wherein the housing has an opening for accessing the trigger when the spring is loaded into the housing.
A door opening/closing device comprising: a resin-made base which is configured to be attached to an inner panel of a vehicle door; and a transfer mechanism which is provided on a vehicle interior surface side of the base, and transfers power to a locking device (13, 14, 15) of the vehicle door via a power transfer cable (17, 18, 19, 20) by an operation of at least an inner handle, wherein the base includes a first part (31 a) in which the transfer mechanism is disposed, a second part (31 bx, 31 by) in which the power transfer cable is disposed, and a fixing portion which fixes an outer casing end portion of the power transfer cable, and wherein the first part and the second part are configured to locate at different levels from each other so that the second part is positioned closer to an inner side than the first part in a vehicle width direction, a step portion (36a, 36b) is provided between the first part and the second part, and the fixing portion is provided in the step portion. a resin-made base which is configured to be attached to an inner panel of a vehicle door; and a transfer mechanism which is provided on a vehicle interior surface side of the base, and transfers power to a locking device (13, 14, 15) of the vehicle door via a power transfer cable (17, 18, 19, 20) by an operation of at least an inner handle, wherein the base includes a first part (31 a) in which the transfer mechanism is disposed, a second part (31 bx, 31 by) in which the power transfer cable is disposed, and a fixing portion which fixes an outer casing end portion of the power transfer cable, and wherein the first part and the second part are configured to locate at different levels from each other so that the second part is positioned closer to an inner side than the first part in a vehicle width direction, a step portion (36a, 36b) is provided between the first part and the second part, and the fixing portion is provided in the step portion.
A method for non-invasively measuring electrical activity in a joint of a subject, the method comprising: removably attaching in a non-invasive manner at least two electrodes to a skin surface around an articulation comprising the joint; generating electroarthrographic potentials within the joint by loading the articulation; capturing said electroarthrographic potentials using said at least two electrodes; discriminating between electroarthrographic potentials originating from joint tissue activity and those from other sources; and generating measurement signals representing the electrical activity of joint tissue. removably attaching in a non-invasive manner at least two electrodes to a skin surface around an articulation comprising the joint; generating electroarthrographic potentials within the joint by loading the articulation; capturing said electroarthrographic potentials using said at least two electrodes; discriminating between electroarthrographic potentials originating from joint tissue activity and those from other sources; and generating measurement signals representing the electrical activity of joint tissue.
A reliability service electronic device associated with at least one data interconnecting and storing subsystem to ensure protection of this subsystem against transient errors and against permanent errors, comprising means for addressing, transporting and storing check bits for addressing, transporting and storing these bits in the same way as means for addressing, transporting and storing payload data bits, wherein the hardware used to store the check bits is used to store said data, said electronic device being characterised in that it comprises a cache memory in which each memory word contains groups of check bits corresponding to said payload data, and a label register storing the addresses corresponding to these check bits, so as to unambiguously identify the words of said payload data associated with each of the groups of check bits.
A method for detecting correspondences between pipelines and signal lines in a multi-connection machine, comprising: sending a control signal for cooling on first signal lines of the multi-connection machine; detecting a temperature of each indoor unit; marking refrigerant pipelines of indoor units whose temperature difference reaches a preset value; establishing correspondences between the marked refrigerant pipelines and the first signal lines, characterized in that the preset value is: T i + 1 = T i + α, where T i+1 is the preset value of the (i+1) th signal line, T i is the preset value of the i th signal line, and α is an adjustment coefficient related to the time required for the temperature difference measured after the i th signal line is connected to reach the preset value; i=1,...,N; and N is the number of the signal lines; wherein the adjustment coefficient related to the time required for the temperature difference measured after the i th signal line is connected to reach the preset value is negatively related to time. sending a control signal for cooling on first signal lines of the multi-connection machine; detecting a temperature of each indoor unit; marking refrigerant pipelines of indoor units whose temperature difference reaches a preset value; establishing correspondences between the marked refrigerant pipelines and the first signal lines, characterized in that the preset value is: T i + 1 = T i + α, where T i+1 is the preset value of the (i+1) th signal line, T i is the preset value of the i th signal line, and α is an adjustment coefficient related to the time required for the temperature difference measured after the i th signal line is connected to reach the preset value; i=1,...,N; and N is the number of the signal lines; wherein the adjustment coefficient related to the time required for the temperature difference measured after the i th signal line is connected to reach the preset value is negatively related to time.
A female screw coupling comprising a first block, which comprises, in turn, a ball body, and a second block, which comprises, in turn, an adapter body at least partially housed inside said first block for the fluid connection to a male coupling, and further comprising a ball bearing provided between said first block and said second block, said ball bearing comprising a plurality of balls interposed between said first block and said second block to allow the relative rotation of said first block and said second block, wherein said adapter body comprises at least one housing recess at the outer surface thereof and circumferentially crossing said adapter, wherein said balls are at least partially housed in said recess, said female screw coupling comprising a radial through hole in said ball body adapted to allow to insert said balls of said ball bearing into their operative position in said housing recess, wherein said female screw coupling further comprises closing means for closing said through hole, characterized in that said closing means comprise an expander type plug, and in that said expander type plug is kept in seat by interference by a ball.
An apparatus comprising: a conduit (12, 44) having a bore; a fluid mixer (14, 42) coupled to the conduit (12, 44) for mixing fluid flowing through the bore of the conduit (12, 44); a plurality of sensors (16, 48, 50, 62, 90, 100, 112, 120, 122) for measuring a characteristic of the fluid at different locations in the bore of the conduit (12, 44) downstream from the fluid mixer (14, 42); and a controller (20, 130) operable to monitor performance of the fluid mixer (14, 42) in mixing the fluid flowing through the bore of the conduit (12,44) based on the measured characteristic of the fluid at the different locations in the bore of the conduit (12,44) downstream from the fluid mixer (14, 42), characterized in that the plurality of sensors (16, 48, 50, 62, 90, 100, 112,120, 122) for measuring the characteristic include a plurality of sensors for measuring a proportion of one or more phases in a multiphase fluid, wherein the multiphase fluid includes water and oil, and the plurality of sensors (16, 48, 50, 62, 90, 100, 112, 120, 122) for measuring the proportion of one or more phases in the multiphase fluid includes a plurality of sensors for measuring a proportion of the water or oil of the multiphase fluid at the different locations in the bore. a conduit (12, 44) having a bore; a fluid mixer (14, 42) coupled to the conduit (12, 44) for mixing fluid flowing through the bore of the conduit (12, 44); a plurality of sensors (16, 48, 50, 62, 90, 100, 112, 120, 122) for measuring a characteristic of the fluid at different locations in the bore of the conduit (12, 44) downstream from the fluid mixer (14, 42); and a controller (20, 130) operable to monitor performance of the fluid mixer (14, 42) in mixing the fluid flowing through the bore of the conduit (12,44) based on the measured characteristic of the fluid at the different locations in the bore of the conduit (12,44) downstream from the fluid mixer (14, 42), characterized in that the plurality of sensors (16, 48, 50, 62, 90, 100, 112,120, 122) for measuring the characteristic include a plurality of sensors for measuring a proportion of one or more phases in a multiphase fluid, wherein the multiphase fluid includes water and oil, and the plurality of sensors (16, 48, 50, 62, 90, 100, 112, 120, 122) for measuring the proportion of one or more phases in the multiphase fluid includes a plurality of sensors for measuring a proportion of the water or oil of the multiphase fluid at the different locations in the bore.
A method of selecting a set of probing paths in a network for network tomography, the method comprising: generating possible probing paths (P 1, P 2), determining if the possible probing paths (P 1, P 2) are linearly independent from probing paths already selected for the set of probing paths, in an order of an increasing cost or distance of the possible probing paths, selecting a said possible probing path for the set of probing paths only if the possible probing path is linearly independent from probing paths already selected. generating possible probing paths (P 1, P 2), determining if the possible probing paths (P 1, P 2) are linearly independent from probing paths already selected for the set of probing paths, in an order of an increasing cost or distance of the possible probing paths, selecting a said possible probing path for the set of probing paths only if the possible probing path is linearly independent from probing paths already selected.
Anhydrous composition comprising, in a cosmetically acceptable medium: a) at least hydrophobic silica aerogel particles with a specific surface area per unit of mass (S M) ranging from 500 to 1500 m 2 /g, preferably from 600 to 1200 m 2 /g and better still from 600 to 800 m 2 /g, and a size expressed as the mean volume diameter (D[0.5]) ranging from 1 to 30 μm; b) at least one solid fatty substance chosen from hydrocarbon-based waxes comprising a fatty alkyl chain generally containing from 10 to 60 carbon atoms and preferably from 20 to 40 carbon atoms, the said chain possibly being saturated or unsaturated, substituted or unsubstituted, and linear, branched or cyclic, preferably saturated and linear: - fatty alcohols; - fatty alcohol esters; - fatty acids; - fatty acid amides; - fatty acid esters including triglycerides; - fatty acid ethers; - ethoxylated fatty alcohols; - ethoxylated fatty acids and the corresponding salts thereof; c) at least one oil; the said composition having a hardness measured at 32°C and at a humidity of 40% ranging from 15 kPa to 150 kPa and preferably ranging from 20 kPa to 100 kPa; and the said anhydrous composition containing less than 2% by weight of water, or even less than 0.5% water, and especially free of water. a) at least hydrophobic silica aerogel particles with a specific surface area per unit of mass (S M) ranging from 500 to 1500 m 2 /g, preferably from 600 to 1200 m 2 /g and better still from 600 to 800 m 2 /g, and a size expressed as the mean volume diameter (D[0.5]) ranging from 1 to 30 μm; b) at least one solid fatty substance chosen from hydrocarbon-based waxes comprising a fatty alkyl chain generally containing from 10 to 60 carbon atoms and preferably from 20 to 40 carbon atoms, the said chain possibly being saturated or unsaturated, substituted or unsubstituted, and linear, branched or cyclic, preferably saturated and linear: - fatty alcohols; - fatty alcohol esters; - fatty acids; - fatty acid amides; - fatty acid esters including triglycerides; - fatty acid ethers; - ethoxylated fatty alcohols; - ethoxylated fatty acids and the corresponding salts thereof; - fatty alcohols; - fatty alcohol esters; - fatty acids; - fatty acid amides; - fatty acid esters including triglycerides; - fatty acid ethers; - ethoxylated fatty alcohols; - ethoxylated fatty acids and the corresponding salts thereof; c) at least one oil; the said composition having a hardness measured at 32°C and at a humidity of 40% ranging from 15 kPa to 150 kPa and preferably ranging from 20 kPa to 100 kPa; and the said anhydrous composition containing less than 2% by weight of water, or even less than 0.5% water, and especially free of water.
Therapy device for external treatment of the human and animal body, in particular for treating the fascia, said device having exactly three legs which are firmly connected to one another and are arranged in a common plane, characterized in that all of the legs are straight and/or of equal length and, in each case at a therapy corner, exactly one end of one leg is connected to exactly one end of another leg, and an aperture is formed between the legs.
A finger protection device with a roller blind for a leaf door, wherein the roller blind has a housing, a first fastening means and a web, wherein the roller blind can be fastened to a door frame and to a door leaf of the leaf door by means of the housing and the first fastening means, with the result that, when the device is used as intended, the web covers a gap between the door leaf and the door frame, wherein the web has at its free edge an end strip which is held in a second fastening means, wherein the second fastening means can be connected to the first fastening means in order to tension the web between the housing and the first fastening means, characterized in that the second fastening means is a suspension unit which can be suspended in the first fastening means in order to tension the web, whereby the fastening of the second fastening means to the first fastening means is able to be released again without the use of tools and in a non-destructive manner.
Laser target illumination device for illuminating a target to be combatted, comprising - a light source, formed as a pulsed laser light source, for emitting light along a beam path, characterised by: - a first modulator, which is introduced into the beam path and is set up to deflect a direction of the beam path in a first plane, the first modulator being an acousto-optical modulator, - a phase plate, which is introduced into the beam path downstream from the modulator and which has a plurality of different optical thicknesses (91, 92, 93), and - a control device, which is connected to the light source and to the first modulator and which is set up to actuate the light source and the first modulator temporally synchronously with one another and to actuate the first modulator at different frequencies in such a way that the beam path for a given control period spans an angular range which extends at a randomly determined first angle from the undeflected state to a maximally deflected state so as subsequently to be deflected back into the undeflected position again, and thus is deflected over a randomly determined region of the phase plate in accordance with the associated frequencies, in a manner resulting in optical path differences randomly distributed over a cross-section of the beam path, the light source being formed so as to emit at least one complete light pulse during each control period. - a light source, formed as a pulsed laser light - a first modulator, which is introduced into the beam path and is set up to deflect a direction of the beam path in a first plane, the first modulator being an acousto-optical modulator, - a phase plate, which is introduced into the beam path downstream from the modulator and which has a plurality of different optical thicknesses (91, 92, 93), and - a control device, which is connected to the light source and to the first modulator and which is set up to actuate the light source and the first modulator temporally synchronously with one another and to actuate the first modulator at different frequencies in such a way that the beam path for a given control period spans an angular range which extends at a randomly determined first angle from the undeflected state to a maximally deflected state so as subsequently to be deflected back into the undeflected position again, and thus is deflected over a randomly determined region of the phase plate in accordance with the associated frequencies, in a manner resulting in optical path differences randomly distributed over a cross-section of the beam path, the light source being formed so as to emit at least one complete light pulse during each control period.
Asymmetrical plate-type exchanger comprising several stacked plates (A, B) forming a pack, welded and provided with holes for the passage of at least two fluids, a primary fluid and a secondary fluid, said holes being suited to convey said two fluids into the spaces between pairs (A, B) of facing plates following at least two hydraulically insulated paths (1, 2), each one of said plates (A, B) being provided with alternating ridges (A2, B2) and hollows (A3, B3), and wherein said two paths (1, 2) have different flow resistance in the presence of the same flow, characterized in that it comprises two types of alternating stacked plates (A, B), wherein: ▪ the first type of plate comprises a plurality of said alternating ridges and hollows having constant height or depth, ▪ the second type of plate comprises a plurality of said alternating ridges and hollows, wherein said hollows on one side of said plate have all constant depth, except for one or more localized raised portions that are shorter than the hollow, and wherein said localized raised portions on said side correspond, on the opposite side of the same plate, to localized lowered portions in the ridges ▪ the first type of plate comprises a plurality of said alternating ridges and hollows having constant height or depth, ▪ the second type of plate comprises a plurality of said alternating ridges and hollows, wherein said hollows on one side of said plate have all constant depth, except for one or more localized raised portions that are shorter than the hollow, and wherein said localized raised portions on said side correspond, on the opposite side of the same plate, to localized lowered portions in the ridges
An apparatus for controlling an operation of a reciprocating compressor (L-COMP), comprising: a control unit based on a current stroke for detecting a current pushed amount of a piston based on a current stroke when a top dead center is detected as an inflection point of a phase difference between stroke and current, comparing the current pushed amount with a pushed amount reference value, and applying a DC voltage and an AC voltage to a linear motor, wherein the control unit outputs a control signal for varying a DC voltage applied to the linear motor based on the comparison result, and wherein the AC voltage is varied based on the TDC detection result. a control unit based on a current stroke for detecting a current pushed amount of a piston based on a current stroke when a top dead center is detected as an inflection point of a phase difference between stroke and current, comparing the current pushed amount with a pushed amount reference value, and applying a DC voltage and an AC voltage to a linear motor, wherein the control unit outputs a control signal for varying a DC voltage applied to the linear motor based on the comparison result, and wherein the AC voltage is varied based on the TDC detection result.