mhurhangee/ep-ind-claims huggingface dataset:
A composite test specimen comprising: a first tab; a second tab; a gage section between the first tab and the second tab, wherein the first tab, the second tab and the gage section are machined from a composite test blank, characterised in that the composite test blank includes a plurality of plies (121 - 128) arranged with first ply layers (121, 122, 124, 125, 126, 127) having fibers oriented in a first direction and second ply layers (123, 128) having fibers oriented in a second direction, the first direction different than the second direction, wherein the gage section has a reduced number of plies relative to a number of plies of the particular composite test blank; and a strain gage (430, 432) coupled to the gage section. a first tab; a second tab; a gage section between the first tab and the second tab, wherein the first tab, the second tab and the gage section are machined from a composite test blank, characterised in that the composite test blank includes a plurality of plies (121 - 128) arranged with first ply layers (121, 122, 124, 125, 126, 127) having fibers oriented in a first direction and second ply layers (123, 128) having fibers oriented in a second direction, the first direction different than the second direction, wherein the gage section has a reduced number of plies relative to a number of plies of the particular composite test blank; and a strain gage (430, 432) coupled to the gage section.
An antenna structure, comprising: a feed point; and a metal frame, comprising a body, a radiator and a coupling branch, wherein the radiator and the coupling branch are both connected to the body, and the radiator, the coupling branch and the body enclose a clearance area, wherein a first end of the radiator away from the body and an end of the coupling branch away from the body cooperate to form an antenna gap, and the antenna gap is connected to the clearance area, and wherein the radiator is connected to the feed point; wherein the radiator comprises a through groove and an opening, wherein the through groove runs through the radiator along a longitudinal direction of the radiator, and the opening is connected to the through groove along an axial direction of the radiator, and wherein a junction of the feed point and the radiator and the opening are located at both axial sides of the through groove, and a transverse direction of the radiator is perpendicular to the longitudinal direction and the axial direction. a feed point; and a metal frame, comprising a body, a radiator and a coupling branch, wherein the radiator and the coupling branch are both connected to the body, and the radiator, the coupling branch and the body enclose a clearance area, wherein a first end of the radiator away from the body and an end of the coupling branch away from the body cooperate to form an antenna gap, and the antenna gap is connected to the clearance area, and wherein the radiator is connected to the feed point; wherein the radiator comprises a through groove and an opening, wherein the through groove runs through the radiator along a longitudinal direction of the radiator, and the opening is connected to the through groove along an axial direction of the radiator, and wherein a junction of the feed point and the radiator and the opening are located at both axial sides of the through groove, and a transverse direction of the radiator is perpendicular to the longitudinal direction and the axial direction.
A repulpable, re-closeable flexible package comprising: repulpable front and back walls (102, 104), each including a first side, a second side, a top and a bottom; the repulpable front and back walls (102, 104) being joined together at the respective first sides, second sides and bottoms; a re-closeable mouth defined by the top of the front wall and the top of the back wall; and a repulpable zipper positioned at the top of the front wall and the top of the back wall, the repulpable zipper including at least one interlocking element (18, 20) connected to the front wall and at least one interlocking element (26, 28) connected to the back wall; the repulpable zipper being movable between a first open position that disengages the at least one interlocking element (18, 20) connected to the front wall from the at least one interlocking element (26, 28) connected to the back wall and a second closed position that engages the at least one interlocking element (18, 20) connected to the front wall to the at least one interlocking element (26, 28) connected to the back wall; characterized in that the repulpable zipper includes 40% to 60% by weight of a water-soluble flexible polymer and 40% to 60% by weight of a plant-based cellulose material. repulpable front and back walls (102, 104), each including a first side, a second side, a top and a bottom; the repulpable front and back walls (102, 104) being joined together at the respective first sides, second sides and bottoms; a re-closeable mouth defined by the top of the front wall and the top of the back wall; and a repulpable zipper positioned at the top of the front wall and the top of the back wall, the repulpable zipper including at least one interlocking element (18, 20) connected to the front wall and at least one interlocking element (26, 28) connected to the back wall; the repulpable zipper being movable between a first open position that disengages the at least one interlocking element (18, 20) connected to the front wall from the at least one interlocking element (26, 28) connected to the back wall and a second closed position that engages the at least one interlocking element (18, 20) connected to the front wall to the at least one interlocking element (26, 28) connected to the back wall; characterized in that the repulpable zipper includes 40% to 60% by weight of a water-soluble flexible polymer and 40% to 60% by weight of a plant-based cellulose material.
A method for detecting interaction between a first test polypeptide and a second test polypeptide comprising: a) producing in a bacterial host cell a first fusion protein and a second fusion protein, said first fusion protein comprising a Tat signal sequence wherein said Tat signal sequence is selected from the group consisting of ssTorA, CueO, DmsA, FdnG, FdoG, HyaA, NapA, Sufl, WcaM, YagT, YcbK, YcdB, YdhX, and YnfE and said first test polypeptide, said second fusion protein comprising a marker protein mediating antibiotic resistance and said second test polypeptide, wherein said marker protein is β-lactamase; b) monitoring growth of said bacterial host cell under selective pressure; and c) correlating growth of said bacterial host cell with the ability of said first polypeptide and said second polypeptide to interact, wherein said selective pressure comprises exposure to an antibiotic. a) producing in a bacterial host cell a first fusion protein and a second fusion protein, said first fusion protein comprising a Tat signal sequence wherein said Tat signal sequence is selected from the group consisting of ssTorA, CueO, DmsA, FdnG, FdoG, HyaA, NapA, Sufl, WcaM, YagT, YcbK, YcdB, YdhX, and YnfE and said first test polypeptide, said second fusion protein comprising a marker protein mediating antibiotic resistance and said second test polypeptide, wherein said marker protein is β-lactamase; b) monitoring growth of said bacterial host cell under selective pressure; and c) correlating growth of said bacterial host cell with the ability of said first polypeptide and said second polypeptide to interact, wherein said selective pressure comprises exposure to an antibiotic.
A method for using an antenna, the method comprising: receiving position data indicative of an antenna aperture of an antenna comprising an array of antenna elements after the antenna has been placed in a position for maximum solar energy capture based on its orientation towards the sun to increase capture of solar energy by one or more photovoltaic, PV, structures integrated onto an optically transparent substrate of the antenna aperture, wherein the array of antenna elements comprises a tunable slotted array of antenna elements that comprises a plurality of slots, wherein the optically transparent substrate is a patch substrate which further contains the tunable slotted array of antenna elements and a plurality of patches, wherein each of the patches in the plurality of patches is co-located over and separated from a slot in the plurality of slots by a metamaterial element forming a patch/slot pair, wherein the one or more PV structures are located between the antenna elements in the tunable slotted array of antenna elements and are connected together using a patch metal layer on the optically transparent substrate; and in response to the position data, electronically steering the tunable slotted array of antenna elements of the antenna to redirect a beam toward a satellite based on the position of the antenna while maintaining the position of the antenna for increased capture of the solar energy. receiving position data indicative of an antenna aperture of an antenna comprising an array of antenna elements after the antenna has been placed in a position for maximum solar energy capture based on its orientation towards the sun to increase capture of solar energy by one or more photovoltaic, PV, structures integrated onto an optically transparent substrate of the antenna aperture, wherein the array of antenna elements comprises a tunable slotted array of antenna elements that comprises a plurality of slots, wherein the optically transparent substrate is a patch substrate which further contains the tunable slotted array of antenna elements and a plurality of patches, wherein each of the patches in the plurality of patches is co-located over and separated from a slot in the plurality of slots by a metamaterial element forming a patch/slot pair, wherein the one or more PV structures are located between the antenna elements in the tunable slotted array of antenna elements and are connected together using a patch metal layer on the optically transparent substrate; and in response to the position data, electronically steering the tunable slotted array of antenna elements of the antenna to redirect a beam toward a satellite based on the position of the antenna while maintaining the position of the antenna for increased capture of the solar energy.
A magnetic detection device comprising: a substrate; and a first magneto-impedance, MI element disposed at one surface side of the substrate and comprising a first magneto-sensitive wire and a first detection coil, the first magneto-sensitive wire sensing an external magnetic field component in a first axis direction in which the first magneto-sensitive wire extends, the first detection coil looping around the first magneto-sensitive wire, the first detection coil comprising a left-side coil part and a right-side coil part that coexist along the one continuous first magneto-sensitive wire, the magnetic detection device further comprising a magnetic field direction changing body composed of a soft magnetic material of which at least a part is disposed at another surface side of the substrate or in the substrate above an intermediate position between the left-side coil part and the right-side coil part, the magnetic field direction changing body being able to change an external magnetic field component in a third axis direction to a measurement magnetic field having a component in the first axis direction, the third axis direction intersecting the substrate, the external magnetic field component in the third axis direction being able to be detected on a basis of a left-side output obtained from the left-side coil part and a right-side output obtained from the right-side coil part, wherein the magnetic field direction changing body has a contracted part at a near side to the first magneto-sensitive wire and has an expanded part at a far side from the first magneto-sensitive wire. a substrate; and a first magneto-impedance, MI element disposed at one surface side of the substrate and comprising a first magneto-sensitive wire and a first detection coil, the first magneto-sensitive wire sensing an external magnetic field component in a first axis direction in which the first magneto-sensitive wire extends, the first detection coil looping around the first magneto-sensitive wire, the first detection coil comprising a left-side coil part and a right-side coil part that coexist along the one continuous first magneto-sensitive wire, the magnetic detection device further comprising a magnetic field direction changing body composed of a soft magnetic material of which at least a part is disposed at another surface side of the substrate or in the substrate above an intermediate position between the left-side coil part and the right-side coil part, the magnetic field direction changing body being able to change an external magnetic field component in a third axis direction to a measurement magnetic field having a component in the first axis direction, the third axis direction intersecting the substrate, the external magnetic field component in the third axis direction being able to be detected on a basis of a left-side output obtained from the left-side coil part and a right-side output obtained from the right-side coil part, wherein the magnetic field direction changing body has a contracted part at a near side to the first magneto-sensitive wire and has an expanded part at a far side from the first magneto-sensitive wire.
A method of producing a single-stranded, and not double-stranded, short RNA molecule to increase the expression of a target gene in a cell through the down-regulation of a non-coding RNA transcript, said method comprising the steps of: a) obtaining the nucleotide sequence of the coding strand of the target gene between 200 nucleotides upstream of the gene's transcription start site and 200 nucleotides downstream of the gene's transcription start site; b) determining the reverse complementary RNA sequence to the nucleotide sequence determined in step a); c) designing a single-stranded short RNA molecule which is from 16 nucleotides to 30 nucleotides in length and which is the reverse complement or has at least 95% sequence identity with the reverse complement of a region of the sequence determined in step b); and d) synthesising the single-stranded short RNA molecule, and not a double-stranded short RNA molecule, wherein the synthesised single-stranded short RNA molecule comprises non-standard nucleotides; wherein said method does not include a step in which the existence of said non-coding RNA transcript is determined. a) obtaining the nucleotide sequence of the coding strand of the target gene between 200 nucleotides upstream of the gene's transcription start site and 200 nucleotides downstream of the gene's transcription start site; b) determining the reverse complementary RNA sequence to the nucleotide sequence determined in step a); c) designing a single-stranded short RNA molecule which is from 16 nucleotides to 30 nucleotides in length and which is the reverse complement or has at least 95% sequence identity with the reverse complement of a region of the sequence determined in step b); and d) synthesising the single-stranded short RNA molecule, and not a double-stranded short RNA molecule, wherein the synthesised single-stranded short RNA molecule comprises non-standard nucleotides;
Electrochemical sensor for determining the oxygen dissolved in an aqueous measuring medium, in which the sensor is designed as an amperometric sensor, comprising: (a) a working electrode and a counter electrode, which is formed of silver or a silver-based composite material, (b) an electrolyte layer arranged between the working electrode and the counter electrode, in which the electrolyte layer comprises at least one particulate material and at least one binding material, which together form a porous, non-swelling matrix structure, and in which the pores of the non-swelling matrix structure are provided to absorb a liquid electrolyte or contain this, and (c) a gas-permeable cover membrane arranged on top of the electrolyte layer, characterised in that the gas-permeable cover membrane comprises at least one recess, which enables a contact of a portion of the electrolyte layer with the aqueous measuring medium. (a) a working electrode and a counter electrode, which is formed of silver or a silver-based composite material, (b) an electrolyte layer arranged between the working electrode and the counter electrode, in which the electrolyte layer comprises at least one particulate material and at least one binding material, which together form a porous, non-swelling matrix structure, and in which the pores of the non-swelling matrix structure are provided to absorb a liquid electrolyte or contain this, and (c) a gas-permeable cover membrane arranged on top of the electrolyte layer, characterised in that the gas-permeable cover membrane comprises at least one recess, which enables a contact of a portion of the electrolyte layer with the aqueous measuring medium.
Solenoid valve comprising a valve section with a shutter designed to cooperate with a valve seat, and a piloting section including a solenoid actuator (10, 11) for moving the shutter between a closing condition and an opening condition of the valve seat, wherein the piloting section is integrated with the valve section and includes a tubular stem having a distal end placed in communication with the atmosphere and a proximal end, said tubular stem being axially displaceable by the solenoid from a receded position, in which the shutter of the valve section is kept in the closing condition, to an advanced position corresponding to the opening condition of the shutter, and said shutter being carried by a hollow plunger coaxial with the tubular stem and defining an inner thrust chamber within which, in operation, in said receded position of the tubular stem a fluid pressure is applied which maintains the shutter in said closing condition and which is released into the atmosphere, so as to displace the shutter to said opening condition, through the proximal end of the tubular stem, when the latter is displaced by the solenoid to said advanced position characterised in that it comprises a hollow guide body within which said tubular stem is axially movable and which is formed with radial passages (16, 17) placed in communication with said fluid pressure; valve means (27, 28; 29, 30) being provided for between said tubular stem and said guide body so as to hold or respectively discharge said fluid pressure relatively to said thrust chamber.
Hand-held power tool, in particular angle grinder having a transmission housing part, wherein the transmission housing part has at least one machine-side contact element, having an accessory, wherein the accessory has at least one accessory-side contact element, characterized in that, with the accessory fitted on the hand-held power tool, the machine-side contact element comes into contact with the accessory-side contact element, wherein a blocking element is arranged in the transmission housing part, said blocking element being intended to block a mechanical element when the accessory is not fitted, such that the hand-held power tool cannot be switched on, wherein the blocking element has a stop, such that the mechanical element moves against the stop of the blocking element when the accessory is not fitted.
A unit for the irradiation of an object for radiotherapeutic preclinical studies on animals by a therapeutic beam of particles from an external source and simultaneous computed tomography scanning of the object comprising at least one scanning pair consisting of a source of scanning ionizing radiation and of an imaging detector of ionizing radiation arranged on the opposite side, whereas the unit comprises a mobile platform equipped with an adjustable table to support the irradiated object and equipped with at least one load-bearing means supporting the at least one scanning pair installed in a movable manner with respect to the adjustable table, where the load-bearing means, scanning pair and adjustable table delimit a free working space for unshielded travel of the therapeutic beam of particles through the unit characterized in that the mobile platform is further equipped with at least one adjustable source of therapeutic ionizing radiation.
Memory-aid device which has pins with an elastic/flexible stem and has a flat housing provided with a plurality of openings of circular cross section, of which the centre lines are oriented parallel to one another and perpendicularly to the plane of the housing and which serve for guiding longitudinally displaceable pins, which can be displaced into two end positions such that in each case one pin end projects out of the housing while the other pin end is located in the housing, characterized by the following features: 1.1 each opening contains a plastics-material pin which is provided, at both ends, with a pin head, which is connected in one piece in each case to a connecting surface arranged at the bottom of the pin head, and the two connecting surfaces are connected in one piece to one another by means of two elastic/flexible bead lugs, 1.2 a gap is provided between the two bead lugs, of which the outer surfaces run concavely outwards in ellipsoidal fashion, wherein the arrangement of the bead lugs and of the gap forms a respective elastic/flexible stem of the pin, 1.3 each pin has formed on it at both ends, in the lower region of the pin head, or on the connecting surface, an annular stop bead, which can be pressed onto the annular boundary edges provided in the respective housing, and 1.4 the first extent between the outer surfaces of the two bead lugs is somewhat larger than the diameter of the openings. 1.1 each opening contains a plastics-material pin which is provided, at both ends, with a pin head, which is connected in one piece in each case to a connecting surface arranged at the bottom of the pin head, and the two connecting surfaces are connected in one piece to one another by means of two elastic/flexible bead lugs, 1.2 a gap is provided between the two bead lugs, of which the outer surfaces run concavely outwards in ellipsoidal fashion, wherein the arrangement of the bead lugs and of the gap forms a respective elastic/flexible stem of the pin, 1.3 each pin has formed on it at both ends, in the lower region of the pin head, or on the connecting surface, an annular stop bead, which can be pressed onto the annular boundary edges provided in the respective housing, and 1.4 the first extent between the outer surfaces of the two bead lugs is somewhat larger than the diameter of the openings.