mhurhangee/ep-ind-claims huggingface dataset:
A piezoelectric micromachined ultrasonic transducer device, comprising: a substrate having an open cavity; a membrane attached to the substrate such that a portion of the membrane overlies the open cavity, wherein the membrane is attached to the substrate at one or more anchor portions of the membrane proximate the perimeter of the open cavity; and an actuating structure on a surface of the membrane, the actuating structure including a piezoelectric layer sandwiched between the membrane and an upper electrode layer, wherein the actuating structure is patterned so that portions of the actuating structure are selectively removed from portions of the membrane to form a circular central portion proximate a center of the open cavity and three or more rib portions projecting radially outward from the central portion a substrate having an open cavity; a membrane attached to the substrate such that a portion of the membrane overlies the open cavity, wherein the membrane is attached to the substrate at one or more anchor portions of the membrane proximate the perimeter of the open cavity; and an actuating structure on a surface of the membrane, the actuating structure including a piezoelectric layer sandwiched between the membrane and an upper electrode layer, wherein the actuating structure is patterned so that portions of the actuating structure are selectively removed from portions of the membrane to form a circular central portion proximate a center of the open cavity and three or more rib portions projecting radially outward from the central portion
Use of a composition comprising an antioxidant, rutin, hesperidin and eriocitrin, and pharmaceutically acceptable excipients or fillers in the manufacture of a medicament for treating or preventing bruising.
A surface area suction gripper for suction and handling of workpieces, with a housing which can be closed at the front and in which is provided a vacuum chamber which can be supplied with a vacuum, the housing having suction openings on its suction side facing the workpiece, wherein in the housing is located an insert element which can be inserted into the front of the housing and withdrawn again, reduces the free inner space of the housing and has vacuum channels supplied by a vacuum generator, characterized in that the insert element comprises on its underside facing the suction side of the housing vacuum channels which are designed as grooves, the grooves being sealed with respect to one another, and in that the housing is an extruded profile and that the grooves extend in the longitudinal direction of the housing or of the profile, in that on the inner side of the suction side of the housing studs are provided which engage in the grooves of the insert element.
System with a vehicle and a reinforcement for the vehicle, comprising a. a frame half, b. an opposing half, and c. one or more ribs formed on the interior of both the frame half and the opposing half; wherein the frame half and the opposing half form a complimentary fit with one another and are fastened together by a carrier adhesive disposed in the interface of the frame half and the opposing half; and wherein a vehicle adhesive is dispensed on at least the external face of the reinforcement, wherein the reinforcement is located at a structural joint of the body frame of the vehicle, characterized in, that the reinforcement further comprises a flange circumscribing a periphery of the frame half, the opposing half, or both and wherein the periphery is the edge of the frame half, the opposing half, or both that is protruded towards the complimentary half and makes contact with the other complementary piece. a. a frame half, b. an opposing half, and c. one or more ribs formed on the interior of both the frame half and the opposing half; wherein the frame half and the opposing half form a complimentary fit with one another and are fastened together by a carrier adhesive disposed in the interface of the frame half and the opposing half; and wherein a vehicle adhesive is dispensed on at least the external face of the reinforcement, wherein the frame half and the opposing half form a complimentary fit with one another and are fastened together by a carrier adhesive disposed in the interface of the frame half and the opposing half; and wherein a vehicle adhesive is dispensed on at least the external face of the reinforcement, wherein the reinforcement is located at a structural joint of the body frame of the vehicle, characterized in, that the reinforcement further comprises a flange circumscribing a periphery of the frame half, the opposing half, or both and wherein the periphery is the edge of the frame half, the opposing half, or both that is protruded towards the complimentary half and makes contact with the other complementary piece.
A nuclear power module comprising: a reactor vessel containing a coolant; a reactor core located near a bottom end of the reactor vessel; a riser section located above the reactor core, wherein the coolant circulates past the reactor core and up through the riser section; and a coolant deflector shield comprising an ellipsoidal surface, wherein the ellipsoidal surface directs the coolant towards the bottom end of the reactor vessel, characterized in that the coolant deflector shield is supported by one or more control rod guide tubes or instrumentation structure. a reactor vessel containing a coolant; a reactor core located near a bottom end of the reactor vessel; a riser section located above the reactor core, wherein the coolant circulates past the reactor core and up through the riser section; and a coolant deflector shield comprising an ellipsoidal surface, wherein the ellipsoidal surface directs the coolant towards the bottom end of the reactor vessel, characterized in that the coolant deflector shield is supported by one or more control rod guide tubes or instrumentation structure.
A power control system that includes a circuit board and a bus bar connected to the circuit board and configured to receive input power from an external power source, the power control system characterized by: a first distribution bar connected to receive the input power from the bus bar, wherein the first distribution bar comprises: a first section connectable to the bus bar to receive the input power; a second section configured to carry the input power from the first section; a third section connectable to the circuit board; a first power switch connected to the second section and configured to selectively distribute the input power as output power to at least one load; a second power switch configured to selectively distribute the input power as the output power to the at least one load, wherein the first power switch is connected to a first side of the second section of the first distribution bar, and wherein the second power switch is connected to a second side opposite the first side of the second section of the first distribution bar, and wherein the second section is perpendicular to the circuit board; and wherein the first section and the third section extend away from the second section. a first distribution bar connected to receive the input power from the bus bar, wherein the first distribution bar comprises: a first section connectable to the bus bar to receive the input power; a second section configured to carry the input power from the first section; a third section connectable to the circuit board; a first power switch connected to the second section and configured to selectively distribute the input power as output power to at least one load; a second power switch configured to selectively distribute the input power as the output power to the at least one load, wherein the first power switch is connected to a first side of the second section of the first distribution bar, and wherein the second power switch is connected to a second side opposite the first side of the second section of the first distribution bar, and wherein the second section is perpendicular to the circuit board; and wherein the first section and the third section extend away from the second section. a first section connectable to the bus bar to receive the input power; a second section configured to carry the input power from the first section; a third section connectable to the circuit board; a first power switch connected to the second section and configured to selectively distribute the input power as output power to at least one load; a second power switch configured to selectively distribute the input power as the output power to the at least one load, wherein the first power switch is connected to a first side of the second section of the first distribution bar, and wherein the second power switch is connected to a second side opposite the first side of the second section of the first distribution bar, and wherein the second section is perpendicular to the circuit board; and wherein the first section and the third section extend away from the second section.
A sintered bearing, comprising 3 to 12% by mass of aluminum, 0.05 to 0.5% by mass of phosphorus, and the balance comprising copper as a main component, and inevitable impurities, the sintered bearing having a structure which is obtainable in that an aluminum-copper alloy is sintered with a sintering aid, wherein as the sintering aid, a total of 0.05 to 0.2% by mass of aluminum fluoride and calcium fluoride with respect to a total of 100% by mass of the raw material powder is added to raw material powder, wherein the sintered bearing has added thereto 1 to 5% by mass of graphite with respect to a total of 100% by mass of the raw material powder and the inevitable impurities, wherein the sintered bearing has added thereto 2 to 4% by mass of zinc with respect to a total of 100% by mass of the raw material powder and the inevitable impurities, the pores (do, db) in a surface layer portion (A, C) of the sintered bearing being formed smaller than the internal pores (di) in a portion B, and in an outer surface of the sintered bearing, the pores (db) on a bearing surface are formed larger than the pores (do) on the remaining outer surface (1b, 1c). the sintered bearing having a structure which is obtainable in that an aluminum-copper alloy is sintered with a sintering aid, wherein as the sintering aid, a total of 0.05 to 0.2% by mass of aluminum fluoride and calcium fluoride with respect to a total of 100% by mass of the raw material powder is added to raw material powder, wherein the sintered bearing has added thereto 1 to 5% by mass of graphite with respect to a total of 100% by mass of the raw material powder and the inevitable impurities, wherein the sintered bearing has added thereto 2 to 4% by mass of zinc with respect to a total of 100% by mass of the raw material powder and the inevitable impurities, the pores (do, db) in a surface layer portion (A, C) of the sintered bearing being formed smaller than the internal pores (di) in a portion B, and in an outer surface of the sintered bearing, the pores (db) on a bearing surface are formed larger than the pores (do) on the remaining outer surface (1b, 1c).
An outer packing material for vacuum insulation material characterized by comprising a thermally weldable film and a gas barrier film in this order; wherein the product of the tensile elasticity of the outer packing material for vacuum insulation material and the cube of a thickness of the outer packing material for vacuum insulation material is 3.0 MPa·mm 3 or less; and push-in elasticity of the thermally weldable film is 0.8 GPa or more.
Method for producing dry dosage forms of a GcMAF-containing formulation, characterised in that - starter cultures are introduced into milk such that a fermentation preparation is produced, wherein fermentation then occurs in the milk, - the fermentation product is heated prior to convective drying and - the fermentation product is subsequently convectively dried. - starter cultures are introduced into milk such that a fermentation preparation is produced, wherein fermentation then occurs in the milk, - the fermentation product is heated prior to convective drying and - the fermentation product is subsequently convectively dried.
A device comprising: a semiconductor structure comprising a light emitting layer disposed between an n-type region and a p-type region; a bottom contact disposed on a bottom surface of the semiconductor structure, wherein the bottom contact is electrically connected to the p-type region; a top contact (34, 35, 36, 38) disposed on a top surface of the semiconductor structure, wherein the top contact (34, 35, 36, 38) is electrically connected to the n-type region and wherein the top contact (34, 35, 36, 38) comprises a bonding pad connected to a plurality of connected contact arms; a mirror disposed directly beneath the top contact (34, 35, 36, 38), the mirror comprising trenches (44, 46) formed in the semiconductor structure and a reflective material disposed in the trenches (44, 46), wherein the trenches (44, 46) extend from the bottom surface of the semiconductor structure through the light emitting layer, and wherein the trenches (44, 46) are aligned with and disposed beneath all of the plurality of connected contact arms; characterized in that the bottoms of the trenches (44, 46) at the respective uppermost positions of the trenches in the semiconductor structure have the same width as the contact arms overlying the respective trenches (44, 46). a semiconductor structure comprising a light emitting layer disposed between an n-type region and a p-type region; a bottom contact disposed on a bottom surface of the semiconductor structure, wherein the bottom contact is electrically connected to the p-type region; a top contact (34, 35, 36, 38) disposed on a top surface of the semiconductor structure, wherein the top contact (34, 35, 36, 38) is electrically connected to the n-type region and wherein the top contact (34, 35, 36, 38) comprises a bonding pad connected to a plurality of connected contact arms; a mirror disposed directly beneath the top contact (34, 35, 36, 38), the mirror comprising trenches (44, 46) formed in the semiconductor structure and a reflective material disposed in the trenches (44, 46), wherein the trenches (44, 46) extend from the bottom surface of the semiconductor structure through the light emitting layer, and wherein the trenches (44, 46) are aligned with and disposed beneath all of the plurality of connected contact arms; characterized in that the bottoms of the trenches (44, 46) at the respective uppermost positions of the trenches in the semiconductor structure have the same width as the contact arms overlying the respective trenches (44, 46).
A colorant mixture comprising at least one blue- or black-dyeing disperse dye of formula wherein R 1 denotes hydrogen or halogen, R 2 and R 3 are each independently of the other 3-methoxypropyl, phenyl, tolyl or 2-phenylethyl; and at least one dye of formula or wherein X denotes -O-, -S- or -NHCO-, R 2 and R 3 are as defined above, and R 5 is -CF 3 or -CN. at least one blue- or black-dyeing disperse dye of formula wherein R 1 denotes hydrogen or halogen, R 2 and R 3 are each independently of the other 3-methoxypropyl, phenyl, tolyl or 2-phenylethyl; and wherein R 1 denotes hydrogen or halogen, R 2 and R 3 are each independently of the other 3-methoxypropyl, phenyl, tolyl or 2-phenylethyl; and at least one dye of formula or wherein X denotes -O-, -S- or -NHCO-, R 2 and R 3 are as defined above, and R 5 is -CF 3 or -CN. wherein X denotes -O-, -S- or -NHCO-, R 2 and R 3 are as defined above, and R 5 is -CF 3 or -CN.
A method in a wireless device for reestablishing a dropped call, the method comprising: determining a wireless device callback priority, wherein the wireless device callback priority is relative to a second communication device callback priority associated with a second communication device, wherein the wireless device and the second communication device are established in a communication session; detecting a dropped call between the wireless device and the second communication device; and in response to detecting the dropped call, and in response to the wireless device callback priority being higher than the second communication device callback priority, calling back the second communication device wherein the second communication device has a caller identification, the method further comprising: during the calling back, detecting a match between a caller identification of the second communication device and a caller identification of an incoming call; and in response to detecting the match, terminating the calling back, and answering the incoming call. determining a wireless device callback priority, wherein the wireless device callback priority is relative to a second communication device callback priority associated with a second communication device, wherein the wireless device and the second communication device are established in a communication session; detecting a dropped call between the wireless device and the second communication device; and in response to detecting the dropped call, and in response to the wireless device callback priority being higher than the second communication device callback priority, calling back the second communication device wherein the second communication device has a caller identification, the method further comprising: during the calling back, detecting a match between a caller identification of the second communication device and a caller identification of an incoming call; and in response to detecting the match, terminating the calling back, and answering the incoming call. during the calling back, detecting a match between a caller identification of the second communication device and a caller identification of an incoming call; and in response to detecting the match, terminating the calling back, and answering the incoming call.
A delivery device for applying two or more drops of a high viscosity surgical adhesive to a target tissue surface, wherein said delivery device comprises: an actuator portion comprising an actuator and a push rod, wherein said actuator portion is configured to advance said push rod when a user actuates said actuator, a cartridge housing configured to receive a cartridge containing said high viscosity surgical adhesive, wherein said cartridge housing is attached to said actuator portion such that said push rod is capable of advancing into said cartridge when said cartridge is positioned within said cartridge housing, and a tip releasably engaged to said cartridge housing, wherein said tip comprises two or more tubular members configured to allow said high viscosity surgical adhesive to move from said cartridge to said target tissue surface when said user actuates said actuator, wherein said tip comprises a support for each of said tubular members, wherein said supports are configured to form a channel for said tubular members, wherein a single actuation of said actuator is capable of dispensing a single drop of said high viscosity surgical adhesive from each of said tubular members to the distal portion of said tip at the same time, wherein a volume of each of said dispensed drops is substantially similar. an actuator portion comprising an actuator and a push rod, wherein said actuator portion is configured to advance said push rod when a user actuates said actuator, a cartridge housing configured to receive a cartridge containing said high viscosity surgical adhesive, wherein said cartridge housing is attached to said actuator portion such that said push rod is capable of advancing into said cartridge when said cartridge is positioned within said cartridge housing, and a tip releasably engaged to said cartridge housing, wherein said tip comprises two or more tubular members configured to allow said high viscosity surgical adhesive to move from said cartridge to said target tissue surface when said user actuates said actuator, wherein said tip comprises a support for each of said tubular members, wherein said supports are configured to form a channel for said tubular members, wherein a single actuation of said actuator is capable of dispensing a single drop of said high viscosity surgical adhesive from each of said tubular members to the distal portion of said tip at the same time, wherein a volume of each of said dispensed drops is substantially similar.
A suction assembly comprising: a base; a bellows having a first end and a second end opposite the first end, wherein the second end of the bellows is disposed on the base; a pad having a first surface and a second surface opposite the first surface, wherein the second surface of the pad is disposed on the first end of the bellows, wherein the first surface defines a recess in the pad, the pad further comprising at least one channel between the first surface and second surface, the channel being defined by a channel wall; a vacuum port in fluid communication with a first volume and a second volume, wherein the first volume is defined by the base, the bellows, and the pad, and wherein the second volume is defined partly by the recess; characterized in that the suction assembly further comprises a spring inside the bellows disposed between the base and the pad. a base; a bellows having a first end and a second end opposite the first end, wherein the second end of the bellows is disposed on the base; a pad having a first surface and a second surface opposite the first surface, wherein the second surface of the pad is disposed on the first end of the bellows, wherein the first surface defines a recess in the pad, the pad further comprising at least one channel between the first surface and second surface, the channel being defined by a channel wall; a vacuum port in fluid communication with a first volume and a second volume, wherein the first volume is defined by the base, the bellows, and the pad, and wherein the second volume is defined partly by the recess; characterized in that the suction assembly further comprises a spring inside the bellows disposed between the base and the pad.
Anti-vandalism padlock to hold elements to link such as chains, latches or the like safely, the padlock comprising an anterior armour, a posterior armour and a tumbler cam lock, the anterior and posterior armours (2, 3) couple mutually in respective cutting faces forming only one structure, the tumbler cam lock being inserted from the exterior face of the anterior armour to a plain cutting face of said armour through a passing aperture on an axis of symmetry of the anterior armour and through a non-passing aperture which projects out parallel to a symmetry axis of said posterior armour from a plain cutting face of the posterior armour to its interior, the locking device constituting attachment means between the anterior and posterior armours (2,3), wherein there also are coupling means on the plain cutting faces of posterior and anterior armours between a first element to link and a second element to link, wherein the coupling means of the first and the second elements to link are defined on the anterior armour by a first and a second straight indentations (8'', 8'''), which are parallel between each other, and in the posterior armour said coupling means are defined by a first and a second straight indentations (8, 8'), which are parallel between each other, these first and second indentations (8, 8') couple with the respective first and second indentations (8'', 8''') on the anterior armour, characterized in that the first and the second straight indentations (8'', 8'''), defined on the cutting face of the anterior armour, project out from the respective superior and inferior extremes of first and second curved indentations (7'', 7''').