mhurhangee/patent-ind-claim-en huggingface dataset:
A wiring circuit board having a base material having a through hole, an insulative resin layer laminated on the base material and having a conductive via formed therein, and a wiring group laminated on the insulative resin layer , comprising: a first inorganic adhesive layer formed in the through hole; a hollow through electrode formed by laminating a first conductive layer on the first inorganic adhesive layer ; a filling resin formed by filling a mixture of a metallic powder and a resin material in the through electrode ; and a second conductive layer covering upper and lower ends of the through electrode; wherein it further comprises: a second inorganic adhesive layer provided between the through electrode and the second conductive layer; and a first wiring group provided on the second inorganic adhesive layer and having a land and a wiring; wherein the first and second inorganic adhesive layers have a coefficient of thermal expansion higher than that of the base material ; the insulative resin covering the first wiring group has a coefficient of thermal expansion which is higher than a coefficient of thermal expansion of a material forming each of the first conductive layer and the second conductive layer 5(b). a first inorganic adhesive layer formed in the through hole; a hollow through electrode formed by laminating a first conductive layer on the first inorganic adhesive layer ; a filling resin formed by filling a mixture of a metallic powder and a resin material in the through electrode ; and a second conductive layer covering upper and lower ends of the through electrode; wherein it further comprises: a second inorganic adhesive layer provided between the through electrode and the second conductive layer; and a first wiring group provided on the second inorganic adhesive layer and having a land and a wiring; wherein the first and second inorganic adhesive layers have a coefficient of thermal expansion higher than that of the base material ; the insulative resin covering the first wiring group has a coefficient of thermal expansion which is higher than a coefficient of thermal expansion of a material forming each of the first conductive layer and the second conductive layer 5(b).
An apparatus for encoding video data for a picture or for transmitting encoded video data for a picture the video data having local brightness variation, said apparatus comprising: means for inter-coding the video data using a localized weighted function to determine weights for the local brightness variation; and means for deriving the weights for the localized weighted function without explicit coding. means for inter-coding the video data using a localized weighted function to determine weights for the local brightness variation; and means for deriving the weights for the localized weighted function without explicit coding.
A radar system comprising: a receive channel comprising a complex baseband; and a processor coupled to the receive channel and configured to receive a first plurality of digital intermediate frequency IF samples from an in-band I channel of the complex baseband and a corresponding second plurality of digital IF samples from a quadrature Q channel of the complex baseband, wherein the processor is configured to execute instructions to compute at least one failure metric a) by checking for signal content in an image band in excess of thermal noise, or b) based on a ratio of energy in the first plurality of digital IF samples and the second plurality of digital IF samples, or c) a measure of cross-correlation between the first plurality of digital IF samples and the second plurality of digital IF samples; wherein the failure metric is computed in order to detect a functional safety failure in the radar system during normal operation of the radar system without disrupting the primary radar function. a receive channel comprising a complex baseband; and a processor coupled to the receive channel and configured to receive a first plurality of digital intermediate frequency IF samples from an in-band I channel of the complex baseband and a corresponding second plurality of digital IF samples from a quadrature Q channel of the complex baseband, wherein the processor is configured to execute instructions to compute at least one failure metric a) by checking for signal content in an image band in excess of thermal noise, or b) based on a ratio of energy in the first plurality of digital IF samples and the second plurality of digital IF samples, or c) a measure of cross-correlation between the first plurality of digital IF samples and the second plurality of digital IF samples; wherein the failure metric is computed in order to detect a functional safety failure in the radar system during normal operation of the radar system without disrupting the primary radar function.
A pan or tilt head comprising: a drive unit which rotates a camera unit in a predetermined direction; first and second gears which rotate around a predetermined rotation axis in the predetermined direction and are coaxial with the predetermined rotation axis, wherein the second gear is disposed not to be rotatable with respect to the first gear ; a third gear which meshes with the first and second gears and transmits a driving force from the drive unit ; and a biasing unit which biases the second gear in the rotation axis direction, wherein the first gear , the second gear , and the third gear include helical gears, and wherein the second gear is disposed to be movable in the rotation axis direction with respect to the first gear . a drive unit which rotates a camera unit in a predetermined direction; first and second gears which rotate around a predetermined rotation axis in the predetermined direction and are coaxial with the predetermined rotation axis, wherein the second gear is disposed not to be rotatable with respect to the first gear ; a third gear which meshes with the first and second gears and transmits a driving force from the drive unit ; and a biasing unit which biases the second gear in the rotation axis direction, wherein the first gear , the second gear , and the third gear include helical gears, and wherein the second gear is disposed to be movable in the rotation axis direction with respect to the first gear .
A bistable lifting solenoid that has a first end of stroke position and a second end of stroke position and a center of stroke position disposed between the end of stroke positions, comprising: a stator ; one or more armatures ; at least one coil (L1, L2); at least one permanent magnet (PM1, PM2); and a spring system having a first spring (F1) that exerts a force on the armature or armatures in the direction toward the center of stroke position and having a second spring (F2) that exerts a force on the armature or armatures in the direction toward the center of stroke position, wherein the armature or armatures are held in a permanent magnetic manner against the spring force in both end of stroke positions in the currentless case, wherein the first and second springs (F1, F2) have spring travels of different lengths and/or exert forces of different strengths on the armature or armatures and/or have spring rates of different amounts in the respective end of stroke position, characterized in that the spring travel of the first spring (F1) is greater than the spring travel of the second spring (F2) and the second spring (F2) exerts a greater force on the armature or armatures than the first spring (F1) exerts on the armature or armatures ; and/or in that the spring travel of the first spring (F1) is greater than the spring travel of the second spring (F2) and the spring rate of the second spring in the second end of stroke position is greater than the spring rate of the first spring in the first end of stroke position; a stator ; one or more armatures ; at least one coil (L1, L2); at least one permanent magnet (PM1, PM2); and a spring system having a first spring (F1) that exerts a force on the armature or armatures in the direction toward the center of stroke position and having a second spring (F2) that exerts a force on the armature or armatures in the direction toward the center of stroke position, wherein the armature or armatures are held in a permanent magnetic manner against the spring force in both end of stroke positions in the currentless case, wherein the first and second springs (F1, F2) have spring travels of different lengths and/or exert forces of different strengths on the armature or armatures and/or have spring rates of different amounts in the respective end of stroke position, characterized in that the spring travel of the first spring (F1) is greater than the spring travel of the second spring (F2) and the second spring (F2) exerts a greater force on the armature or armatures than the first spring (F1) exerts on the armature or armatures ; and/or in that the spring travel of the first spring (F1) is greater than the spring travel of the second spring (F2) and the spring rate of the second spring in the second end of stroke position is greater than the spring rate of the first spring in the first end of stroke position;
A binding machine , comprising: a staple magazine unit configured to accommodate a staple having a crown portion and a pair of leg portions ; a staple driver provided at a position facing the crown portion ; and a clincher having a clinch surface provided at a position facing tip ends of the leg portions , the clincher being movable along an extending direction of the leg portions , the binding machine being configured to sandwich the staple between the clinch surface of the clincher and the staple driver with a movement of the clincher along the extending direction toward the leg portions , folding the staple, characterized in that the binding machine further comprises a regulating portion configured to regulate a movement amount of the clincher toward the leg portions by abutting with the clinch surface of the clincher . a staple magazine unit configured to accommodate a staple having a crown portion and a pair of leg portions ; a staple driver provided at a position facing the crown portion ; and a clincher having a clinch surface provided at a position facing tip ends of the leg portions , the clincher being movable along an extending direction of the leg portions , the binding machine being configured to sandwich the staple between the clinch surface of the clincher and the staple driver with a movement of the clincher along the extending direction toward the leg portions , folding the staple, characterized in that the binding machine further comprises a regulating portion configured to regulate a movement amount of the clincher toward the leg portions by abutting with the clinch surface of the clincher .
An array substrate, comprising: a substrate ; a plurality of pixel units provided on the substrate , each of the pixel units comprising a plurality of functional layers; and a light shielding assembly arranged between adjacent pixel units, wherein the light shielding assembly comprises: a light shielding layer made from a material, which is not transparent; a light absorption layer overlaid on the light shielding layer ; and an antireflection layer overlaid on the light absorption layer , wherein the antireflection layer is made from at least one of indium tin oxide, indium zinc oxide, and aluminum zinc oxide, wherein the light absorption layer is in contact with the light shielding layer and the antireflection layer , and each of the light shielding layer , the light absorption layer and the antireflection layer are single layers; and wherein the light shielding assembly is configured in such a way that external ambient light is first incident onto the antireflection layer , passes through the antireflection layer into the light absorption layer , is absorbed by the light absorption layer , and then reaches the light shielding layer . a substrate ; a plurality of pixel units provided on the substrate , each of the pixel units comprising a plurality of functional layers; and a light shielding assembly arranged between adjacent pixel units, wherein the light shielding assembly comprises: a light shielding layer made from a material, which is not transparent; a light absorption layer overlaid on the light shielding layer ; and an antireflection layer overlaid on the light absorption layer , wherein the antireflection layer is made from at least one of indium tin oxide, indium zinc oxide, and aluminum zinc oxide, a light shielding layer made from a material, which is not transparent; a light absorption layer overlaid on the light shielding layer ; and an antireflection layer overlaid on the light absorption layer , wherein the antireflection layer is made from at least one of indium tin oxide, indium zinc oxide, and aluminum zinc oxide, wherein the light absorption layer is in contact with the light shielding layer and the antireflection layer , and each of the light shielding layer , the light absorption layer and the antireflection layer are single layers; and wherein the light shielding assembly is configured in such a way that external ambient light is first incident onto the antireflection layer , passes through the antireflection layer into the light absorption layer , is absorbed by the light absorption layer , and then reaches the light shielding layer .
A method of manufacturing a spar for an airfoil , comprising: forming an inner spar structure comprising a rigid body formed around at least one inflatable bladder or a removable core and mounted to an airfoil root , the rigid body being formed from a composite material; and forming an outer spar structure about the inner spar structure , the outer spar structure being formed from a composite material. forming an inner spar structure comprising a rigid body formed around at least one inflatable bladder or a removable core and mounted to an airfoil root , the rigid body being formed from a composite material; and forming an outer spar structure about the inner spar structure , the outer spar structure being formed from a composite material.
A well treatment composite comprising a well treatment agent and calcined porous metal oxide wherein the porosity and permeability of the calcined porous metal oxide is such that the well treatment agent is adsorbed into the interstitial spaces of the porous metal oxide and further wherein: (a) the surface area of the calcined porous metal oxide is between from 1 m 2 /g to 4 m 2 /g; (b) the diameter of the calcined porous metal oxide is between from 0.1 to 3 mm; (c) the pore volume of the calcined porous metal oxide is between from 0.01 to 0.10 cc/g; wherein the well treatment agent is selected from the group consisting of demulsifying agents (both water-in-oil and oil-in-water), scale inhibitors, corrosion inhibitors, paraffin inhibitors, salt formation inhibitors, gas hydrate inhibitors, asphaltene inhibitors, oxygen scavengers, biocides, foaming agent, emulsifiers (both water-in-oil and oil-in-water) and surfactants; wherein the calcined porous metal oxide is selected from alumina, zirconium oxide and titanium oxide; and wherein the amount of well treatment agent in the composite is from 1 to 50 weight percent. (a) the surface area of the calcined porous metal oxide is between from 1 m 2 /g to 4 m 2 /g; (b) the diameter of the calcined porous metal oxide is between from 0.1 to 3 mm; (c) the pore volume of the calcined porous metal oxide is between from 0.01 to 0.10 cc/g;
A composite laminate comprising at least one moisture vapor permeable nonwoven sheet comprising plexifilamentary polyolefin fibers and having first and second surfaces, and a fluorinated polymeric coating on the first surface of the sheet wherein (i) the fluorinated polymeric coating is selected from fluoroalkyl acrylate homopolymers, fluoroalkyl acrylate copolymers, fluorinated siloxanes, fluorinated silicones, fluorinated urethanes, and mixtures thereof, and the fluoropolymer comprises fluorinated side-chains having six or fewer contiguous fluorine-bearing carbon atoms, (ii) the fluorinated polymeric coating is present in an amount such that the total fluorine content of the coated non-woven sheet is from 0.05 gsm to no greater than 0.4 gsm, wherein the fluorine content is measured by inductively coupled plasma atomic emission spectroscopy described herein, and (iii) the composite laminate, after exposure to wet timber, exhibits a retained hydrohead of at least 60 percent when tested according to Test Method A, described herein. (i) the fluorinated polymeric coating is selected from fluoroalkyl acrylate homopolymers, fluoroalkyl acrylate copolymers, fluorinated siloxanes, fluorinated silicones, fluorinated urethanes, and mixtures thereof, and the fluoropolymer comprises fluorinated side-chains having six or fewer contiguous fluorine-bearing carbon atoms, (ii) the fluorinated polymeric coating is present in an amount such that the total fluorine content of the coated non-woven sheet is from 0.05 gsm to no greater than 0.4 gsm, wherein the fluorine content is measured by inductively coupled plasma atomic emission spectroscopy described herein, and (iii) the composite laminate, after exposure to wet timber, exhibits a retained hydrohead of at least 60 percent when tested according to Test Method A, described herein.
A pharmaceutical composition including at least one tocotrienol, together with one or more pharmaceutically acceptable excipients for use in stabilizing and/or controlling blood glucose levels in an animal, wherein the composition is administered by transmucosal delivery.
Device for sealing a line feed-through through an opening in a wall region, having at least one sealing element which can be arranged around the line and which has an inner face for placing on the line and an outer face for bringing into contact with a wall which delimits the opening, and having a tensioning device for tensioning the sealing element so that the sealing element abuts with the inner face thereof in a sealing manner against the line and abuts with the outer face thereof in a sealing manner against the wall, wherein the tensioning device has two tensioning members which are arranged at both sides of the sealing element and which are variable with respect to each other in terms of spacing, wherein at least one of the tensioning members has a plurality of annular segments (16′, 16ʺ, 16′′′) which can be assembled to form an annular member , wherein each annular segment can be reversibly coupled in each case at the end side via a connection portion to an adjacent annular segment (16′, 16ʺ, 16′′′), wherein the two ends of the annular segments (16′, 16ʺ, 16′′′) which can be coupled by means of the connection portion in each case form a plug type receiving member for the connection portion , characterised in that the plug type receiving member has an insertion opening which is open in a substantially radial direction, in particular in the direction of the outer periphery of the tensioning member . wherein at least one of the tensioning members has a plurality of annular segments (16′, 16ʺ, 16′′′) which can be assembled to form an annular member , wherein each annular segment can be reversibly coupled in each case at the end side via a connection portion to an adjacent annular segment (16′, 16ʺ, 16′′′), wherein the two ends of the annular segments (16′, 16ʺ, 16′′′) which can be coupled by means of the connection portion in each case form a plug type receiving member for the connection portion , characterised in that the plug type receiving member has an insertion opening which is open in a substantially radial direction, in particular in the direction of the outer periphery of the tensioning member .
A cellulose ester composition comprising a cellulose ester as a component (A), an adipate-based compound as a component (B), and a citrate-based compound as a component (C), wherein when a total mass of the component (A), the component (B), and the component (C) is 100 mass%, a content of the component (B) is from 7 to 20 mass%, a content of the component (C) is from 1 to 14 mass%, a total content of the component (B) and the component (C) is from 21 to 30 mass%, and the remainder is the component (A).
A blind riveting tool , embodied as a hand-held riveting tool comprising a hydraulically driven pulling device, comprising: (i) a head piece , which comprises a hydraulically driven piston as well as a receptacle for a rivet, (ii) a support and a pivot bearing , with which the head piece can be pivoted around the support at least at an angle of 45°, and wherein the pivot bearing has a rotary feed through for hydraulic fluid, characterized in that : - the pivot bearing is attached to the head piece in the front area, and - the support comprises a quick coupling with which the support can be connected to a pressure generator, wherein the quick connector comprises a self-closing valve for hydraulic fluid. (i) a head piece , which comprises a hydraulically driven piston as well as a receptacle for a rivet, (ii) a support and a pivot bearing , with which the head piece can be pivoted around the support at least at an angle of 45°, and wherein the pivot bearing has a rotary feed through for hydraulic fluid, characterized in that : - the pivot bearing is attached to the head piece in the front area, and - the support comprises a quick coupling with which the support can be connected to a pressure generator, wherein the quick connector comprises a self-closing valve for hydraulic fluid. - the pivot bearing is attached to the head piece in the front area, and - the support comprises a quick coupling with which the support can be connected to a pressure generator, wherein the quick connector comprises a self-closing valve for hydraulic fluid.
Metering device for granular material, in particular seed and/or fertilizer, the metering device comprising a metering housing having at least one inlet and at least one outlet for the granular material and two side walls arranged at a distance from one another, a metering wheel with end faces that face the side walls being arranged on a shaft, between the inlet on one side and the outlet on the other side and between the side walls arranged at a distance from one another, so as to be form-fittingly connectable to the shaft and drivable by the shaft such that it is rotatable in a metering direction (D), the metering device comprising a filling part, which has at least two smooth wheels arranged on the shaft in an unattached manner, a smooth wheel that extends between the relevant end face and the side wall being arranged on each end face of the metering wheel , a sealing element being arranged on both sides between the particular end face of the metering wheel and a side surface of the particular smooth wheel that faces this end face , characterized in that the metering wheel is assigned blocking means which are designed to block the metering wheel , counter to the metering direction (D) from the inlet to the outlet and/or in the metering direction (D) from the outlet to the inlet , against the transportation of granular material, and the metering wheel , the sealing elements and the smooth wheels have an almost identical outer diameter. the metering device comprising a filling part, which has at least two smooth wheels arranged on the shaft in an unattached manner, a smooth wheel that extends between the relevant end face and the side wall being arranged on each end face of the metering wheel , a sealing element being arranged on both sides between the particular end face of the metering wheel and a side surface of the particular smooth wheel that faces this end face , characterized in that the metering wheel is assigned blocking means which are designed to block the metering wheel , counter to the metering direction (D) from the inlet to the outlet and/or in the metering direction (D) from the outlet to the inlet , against the transportation of granular material, and the metering wheel , the sealing elements and the smooth wheels have an almost identical outer diameter.