mhurhangee/ep-ind-claims huggingface dataset:
A clock recovery method, comprising the steps of: performing a clock equalization pre-filtering on an input time/frequency domain signal according to a self-adaptive equalization coefficient inputted currently, to obtain an equalization pre-filtering signal; and acquiring a phase error of the input time/frequency domain signal according to the equalization pre-filtering signal, characterized by further comprising the steps of performing a phase adjustment on the input time/frequency domain signal according to the phase error, performing a self-adaptive equalization processing on the phase-adjusted time/frequency domain signal, and outputting a new self-adaptive equalization coefficient; and feeding back the new self-adaptive equalization coefficient as said self-adaptive equalization coefficient inputted currently. performing a clock equalization pre-filtering on an input time/frequency domain signal according to a self-adaptive equalization coefficient inputted currently, to obtain an equalization pre-filtering signal; and acquiring a phase error of the input time/frequency domain signal according to the equalization pre-filtering signal, characterized by further comprising the steps of performing a phase adjustment on the input time/frequency domain signal according to the phase error, performing a self-adaptive equalization processing on the phase-adjusted time/frequency domain signal, and outputting a new self-adaptive equalization coefficient; and feeding back the new self-adaptive equalization coefficient as said self-adaptive equalization coefficient inputted currently.
A device (1000, 2000) for measuring a distance between two objects, comprising: a base including an upper surface and a lower surface, the upper surface being disposed at an incline to the lower surface; a wedge (300,800) having a top surface and a bottom surface, the bottom surface being arranged to slidably engage the upper surface of the base, the bottom surface being disposed at an incline that matches the incline of the upper surface such that the top surface of the wedge (300,800) and the lower surface, of the base are disposed parallelly to one another; and a flexible actuator (400,900) having a first end coupled to the wedge (300,800) such that a force applied to a second end of the flexible actuator (400,900) causes the bottom surface of the wedge (300,800) to slide relative to the upper surface of the base thereby causing a distance change between the parallelly disposed top surface of the wedge (300,800) and lower surface, of the base, wherein the flexible actuator (400,900) includes an inner cable slidably received within an outer casing, and wherein the force applied to the second end of the flexible actuator (400, 900) causes the inner cable to slide relative to the outer casing, thereby causing the wedge (300, 800) to slide relative to the base. a base including an upper surface and a lower surface, the upper surface being disposed at an incline to the lower surface; a wedge (300,800) having a top surface and a bottom surface, the bottom surface being arranged to slidably engage the upper surface of the base, the bottom surface being disposed at an incline that matches the incline of the upper surface such that the top surface of the wedge (300,800) and the lower surface, of the base are disposed parallelly to one another; and a flexible actuator (400,900) having a first end coupled to the wedge (300,800) such that a force applied to a second end of the flexible actuator (400,900) causes the bottom surface of the wedge (300,800) to slide relative to the upper surface of the base thereby causing a distance change between the parallelly disposed top surface of the wedge (300,800) and lower surface, of the base, wherein the flexible actuator (400,900) includes an inner cable slidably received within an outer casing, and wherein the force applied to the second end of the flexible actuator (400, 900) causes the inner cable to slide relative to the outer casing, thereby causing the wedge (300, 800) to slide relative to the base.
A photosensitive resin composition for flexographic printing comprising a thermoplastic elastomer (a), a photopolymerizable unsaturated monomer (b), and a photopolymerization initiator (c) as essential ingredients, wherein the thermoplastic elastomer (a) is a block copolymer composition containing a block copolymer (i) having at least one polymer block comprised of a mono-alkenyl aromatic compound wherein the mono-alkenyl aromatic compound accounts for at least 90 wt% of the total weight of the polymer block and at least one polymer block in which butadiene accounts for at least 90 wt% of the total weight of the polymer block, and a branched block copolymer (ii) having at least two polymer blocks comprised of a mono-alkenyl aromatic compound wherein the mono-alkenyl aromatic compound accounts for at least 90 wt% of the total weight of the two polymer blocks and at least one polymer block in which butadiene accounts for at least 90 wt% of the total weight of the polymer block; the amount of the mono-alkenyl aromatic compound unit in the thermoplastic elastomer (a) is 10-28 mass %; the amount of the block copolymer (i) in the thermoplastic elastomer (a) is 15-50 mass %; and the number average molecular weight (number average molecular weight in terms of polystyrene measured by GPC) of the branched block copolymer (ii) is 200,000-350,000.
A canister for use in a reduced pressure tissue treatment, the canister comprising: a main chamber having an inlet adapted to receive liquid from a tissue site; a filter chamber isolated from the main chamber by one or more walls, the filter chamber having an outlet adapted to be fluidly coupled to a reduced pressure source; and a first aperture and a second aperture extending through the one or more walls, the first aperture configured to provide fluid communication between the main chamber and the filter chamber until the first aperture is occluded by the liquid, upon occlusion of the first aperture by the liquid, the second aperture being configured to provide fluid communication between the main chamber and the filter chamber, wherein the canister has a primary operating orientation, wherein the first aperture is positioned beneath the second aperture in the canister's primary operating orientation, the first aperture is horizontal to the force of gravity when the canister is in the primary operating orientation; and the second aperture is vertical to the force of gravity when the canister is in the primary operating orientation, characterized in that the first and second aperture are not covered by a membrane and wherein the canister comprises a liquid-air separator positioned adjacent the outlet. a main chamber having an inlet adapted to receive liquid from a tissue site; a filter chamber isolated from the main chamber by one or more walls, the filter chamber having an outlet adapted to be fluidly coupled to a reduced pressure source; and a first aperture and a second aperture extending through the one or more walls, the first aperture configured to provide fluid communication between the main chamber and the filter chamber until the first aperture is occluded by the liquid, upon occlusion of the first aperture by the liquid, the second aperture being configured to provide fluid communication between the main chamber and the filter chamber, wherein the canister has a primary operating orientation, wherein the first aperture is positioned beneath the second aperture in the canister's primary operating orientation, the first aperture is horizontal to the force of gravity when the canister is in the primary operating orientation; and the second aperture is vertical to the force of gravity when the canister is in the primary operating orientation, characterized in that the first and second aperture are not covered by a membrane and wherein the canister comprises a liquid-air separator positioned adjacent the outlet.
A hose including an elastomeric tubular inner core layer defining a lumen, a friction layer, and an elastomeric cover, characterized in that the elastomeric tubular inner core layer is comprised of (i) a chlorinated polyethylene elastomer, (ii) 1 phr to 50 phr of a chlorinated paraffin, and (iii) 30 phr to 120 phr of carbon black.
A method of welding at least a first component to a second component, wherein - the first component is provided with a first elevated portion in a first surface; - the second component is brought into contact with a second surface of the first component at least in the region of the first elevated portion; - a laser welding head having a laser beam exit protection means is applied to the first component, characterized in that the laser beam exit protection means has an opening and the size of the opening is adapted to the size of the first elevated portion, whereby an automatic centering of the laser beam exit protection means takes place above the first elevated portion, with the laser beam exit protection means defining a protected volume and the laser welding head being applied to the first component such that the first elevated portion projects at least regionally into the protected volume; and - a laser beam is projected onto the first elevated portion by means of the laser welding head to connect the first component to the second component in a bonded manner. - the first component is provided with a first elevated portion in a first surface; - the second component is brought into contact with a second surface of the first component at least in the region of the first elevated portion; - a laser welding head having a laser beam exit protection means is applied to the first component, characterized in that the laser beam exit protection means has an opening and the size of the opening is adapted to the size of the first elevated portion, whereby an automatic centering of the laser beam exit protection means takes place above the first elevated portion, with the laser beam exit protection means defining a protected volume and the laser welding head being applied to the first component such that the first elevated portion projects at least regionally into the protected volume; and - a laser beam is projected onto the first elevated portion by means of the laser welding head to connect the first component to the second component in a bonded manner.
A camera module, the camera module comprising: a PCB (Printed Circuit Board); an image sensor disposed on the PCB; a housing including a base disposed at an upper surface of the PCB, and a holder disposed at an upper surface of the base and mounted with at least one lens; an actuator disposed on an upper surface of the holder; and an electronic circuit pattern layer formed on a surface of the housing, and connected to a terminal of the actuator and a terminal of the PCB, characterized in that the upper surface of the base includes a portion exposed outside the holder, in that the base including a chamfer portion and at least a portion of an upper surface of the PCB is exposed by the chamfer portion of the base as illustrated in Fig. 1 of the drawings, and in that the electronic circuit pattern layer is formed along the upper surface of the holder, a lateral surface of the holder, the portion of the upper surface of the base and a lateral surface of the base disposed at the chamfer portion of the base. a PCB (Printed Circuit Board); an image sensor disposed on the PCB; a housing including a base disposed at an upper surface of the PCB, and a holder disposed at an upper surface of the base and mounted with at least one lens; an actuator disposed on an upper surface of the holder; and an electronic circuit pattern layer formed on a surface of the housing, and connected to a terminal of the actuator and a terminal of the PCB, characterized in that the upper surface of the base includes a portion exposed outside the holder, in that the base including a chamfer portion and at least a portion of an upper surface of the PCB is exposed by the chamfer portion of the base as illustrated in Fig. 1 of the drawings, and in that the electronic circuit pattern layer is formed along the upper surface of the holder, a lateral surface of the holder, the portion of the upper surface of the base and a lateral surface of the base disposed at the chamfer portion of the base.
A transmissive image modulator comprising, a lower reflection layer; an active layer disposed on the lower reflection layer, the active layer comprising a plurality of quantum well layers and a plurality of barrier layers; an upper reflection layer disposed on the active layer; and at least one micro-cavity layer disposed in each one of the lower and upper reflection layer, wherein the active layer has an optical thickness which is a multiple of λ/2, and the at least one micro-cavity layer has an optical thickness which is a multiple of λ/2, where λ is a resonant wavelength to be modulated, and characterized in that each of the lower reflection and the upper reflection comprises: a first reflection layer (112,132); a micro-cavity layer (111,131) disposed on the first reflection layer; a phase matching layer (115,135) disposed on the micro-cavity layer; and a second reflection layer (113,133) disposed on the phase matching layer, wherein each of the first reflection layer (112, 132) and the second reflection layer (113, 133) is a distributed Bragg reflector layer comprising first refractive index layers (110a, 130a) and second refractive index layers (110b, 130b) stacked alternately, wherein a first refractive index of the first refractive index layers is different from a second refractive index of the second refractive index layers, and wherein each of the first refractive index layers and each of the second refractive index layers has a thickness of λ/4, wherein the phase matching layer (115, 135) is arranged so that low and high refractive layers alternate with each other. a first reflection layer (112,132); a micro-cavity layer (111,131) disposed on the first reflection layer; a phase matching layer (115,135) disposed on the micro-cavity layer; and a second reflection layer (113,133) disposed on the phase matching layer,
An environment-friendly disposable tableware which is formed by molding and hot-pressing environment-friendly and naturally degradable materials, comprising: a handle (10, 40, 70, 110) and a main body (20, 50, 80, 120), wherein the main body (20, 50, 80, 120) is positioned at one end of the handle (10, 40, 70, 110); on a cross section transverse to an extending direction of the handle (10, 40, 70, 110), the handle (10, 40, 70, 110) has a bottom wall and side walls (12, 13) located at both ends of the bottom wall, a first edge flap (14, 15) is arranged at a free end of each side wall (12, 13), a thickness of the first edge flap (14, 15) is equal to a thickness of each side wall (12, 13), and corners of the first edge flap (14, 15) are rounded; whereby the environment-friendly tableware is provided with a reinforcing rib (30,60,90,130), the reinforcing rib (30,60,90,130) extends from the handle 10,40,70,110 to the main body (20,50,80,120), characterized in that the reinforcing rib (30,60,90,130) comprises a concave portion (33,63,99,131) and convex portions (34,36,64,65,95,96,134,135) positioned at both ends of the concave portion (33,63,99,131) on a cross section transverse to an extending direction of the reinforcing rib (30,60,90,130). a handle (10, 40, 70, 110) and a main body (20, 50, 80, 120), wherein the main body (20, 50, 80, 120) is positioned at one end of the handle (10, 40, 70, 110); on a cross section transverse to an extending direction of the handle (10, 40, 70, 110), the handle (10, 40, 70, 110) has a bottom wall and side walls (12, 13) located at both ends of the bottom wall, a first edge flap (14, 15) is arranged at a free end of each side wall (12, 13), a thickness of the first edge flap (14, 15) is equal to a thickness of each side wall (12, 13), and corners of the first edge flap (14, 15) are rounded; whereby the environment-friendly tableware is provided with a reinforcing rib (30,60,90,130), the reinforcing rib (30,60,90,130) extends from the handle 10,40,70,110 to the main body (20,50,80,120), characterized in that the reinforcing rib (30,60,90,130) comprises a concave portion (33,63,99,131) and convex portions (34,36,64,65,95,96,134,135) positioned at both ends of the concave portion (33,63,99,131) on a cross section transverse to an extending direction of the reinforcing rib (30,60,90,130).
A composition for promoting proliferation of at least one kind of eukaryotic cells, the composition comprising; an artificially synthesized peptide with cell proliferation-promoting capability; and a pharmaceutically acceptable carrier; wherein the synthesized peptide comprises: an amino acid sequence selected from SEQ ID NOs: 1 to 18, and an amino acid sequence selected from SEQ ID NOs: 99 to 102. an amino acid sequence selected from SEQ ID NOs: 1 to 18, and an amino acid sequence selected from SEQ ID NOs: 99 to 102.
A ferromagnetic core comprising: a ferromagnetic center portion including a plurality of legs each receptive of a conductive winding, the plurality of legs extending from a common center point, the plurality of legs being equally angularly spaced; and a ferromagnetic outer ring disposed around the center portion at an outer radial extent of the plurality of legs, and characterised in that the outer ring has an outer radius, the outer radius extending in a plane of the outer ring, and in that the outer radius reduces along the ring axis from the axial center of the outer ring towards opposite ends of the outer ring relative to the plane of the outer ring, wherein the outer radius is measured starting from the ring axis, the ring axis extending perpendicular to the plane of the outer ring, and the axial center of the ring extending in the plane of the ring. a ferromagnetic center portion including a plurality of legs each receptive of a conductive winding, the plurality of legs extending from a common center point, the plurality of legs being equally angularly spaced; and a ferromagnetic outer ring disposed around the center portion at an outer radial extent of the plurality of legs, and characterised in that the outer ring has an outer radius, the outer radius extending in a plane of the outer ring, and in that the outer radius reduces along the ring axis from the axial center of the outer ring towards opposite ends of the outer ring relative to the plane of the outer ring, wherein the outer radius is measured starting from the ring axis, the ring axis extending perpendicular to the plane of the outer ring, and the axial center of the ring extending in the plane of the ring.
An exterior insulation and finishing system (EIFS) mortar for hot temperature application and improved pot life and water retention capability comprising; cement, filler/aggregate, a blend of methylhydroxyethylcellulose and hydroxyethylcellulose, sufficient water to provide appropriate consistency to the mortar, wherein the blend of methylhydroxyethylcellulose and hydroxyethylcellulose is an amount of 0.1 % to 1% by weight, based on the weight of the EIFS mortar on a dry basis and wherein ratio of methylhydroxyethylcellulose to hydroxyethylcellulose in the blend is in the range of 10:90 to 90: 10 by weight.
An electrosurgical return electrode (1020, 1320) comprising: a conductive element configured to conduct electrical current, the conductive element having opposing first and second major surfaces and including an aperture array (1024; 1324, 1325) configured to allow passage of a magnetic, electric, or electromagnetic interrogation signal from an associated transponder detection unit through the conductive element; and a patient contact pad (342, 344; 1142, 1144) positioned adjacent the first major surface of the conductive element and configured to be disposed between the conductive element and a patient when the patient is at least partially positioned upon the patient contact pad; wherein the electrosurgical return electrode is configured to be at least partly positionable upon a transponder detection unit (100, 1100, 1200) with the second major surface facing the transponder detection unit, characterised in that the aperture array is configured to be adjustable between an open configuration and a closed configuration to thereby adjust the magnetic transparency of the electrosurgical return electrode. a conductive element configured to conduct electrical current, the conductive element having opposing first and second major surfaces and including an aperture array (1024; 1324, 1325) configured to allow passage of a magnetic, electric, or electromagnetic interrogation signal from an associated transponder detection unit through the conductive element; and a patient contact pad (342, 344; 1142, 1144) positioned adjacent the first major surface of the conductive element and configured to be disposed between the conductive element and a patient when the patient is at least partially positioned upon the patient contact pad; wherein the electrosurgical return electrode is configured to be at least partly positionable upon a transponder detection unit (100, 1100, 1200) with the second major surface facing the transponder detection unit, characterised in that the aperture array is configured to be adjustable between an open configuration and a closed configuration to thereby adjust the magnetic transparency of the electrosurgical return electrode.