mhurhangee/ep-ind-claims huggingface dataset:
A method for concentrating an oxygen isotope or isotopes, comprising: concentrating the oxygen isotope through distillation of oxygen; converting oxygen, in which the oxygen isotope was concentrated, to an ozone-oxygen mixture through ozonization and mixing the ozone-oxygen mixture with a dilution gas; separating an ozone-dilution gas mixture from the ozone-oxygen mixture mixed with the dilution gas; concentrating oxygen isotope 17 O through selective photodissociation of ozone molecules that contain 17 O in the ozone-dilution gas mixture and recovering a 17 O-enriched oxygen gas; depleting oxygen isotope 18 O through selective photodissociation of ozone molecules that contain 18 O in the ozone-dilution gas mixture and recovering a 18 O-enriched oxygen gas; decomposing ozone, in which the oxygen isotopes 17 O and 18 O were depleted, into oxygen; and separating the dilution gas and the oxygen in which the oxygen isotopes 17 O and 18 O were depleted, wherein a part or all of the oxygen, in which oxygen isotopes 17 O and 18 O were depleted, is returned for the distillation. concentrating the oxygen isotope through distillation of oxygen; converting oxygen, in which the oxygen isotope was concentrated, to an ozone-oxygen mixture through ozonization and mixing the ozone-oxygen mixture with a dilution gas; separating an ozone-dilution gas mixture from the ozone-oxygen mixture mixed with the dilution gas; concentrating oxygen isotope 17 O through selective photodissociation of ozone molecules that contain 17 O in the ozone-dilution gas mixture and recovering a 17 O-enriched oxygen gas; depleting oxygen isotope 18 O through selective photodissociation of ozone molecules that contain 18 O in the ozone-dilution gas mixture and recovering a 18 O-enriched oxygen gas; decomposing ozone, in which the oxygen isotopes 17 O and 18 O were depleted, into oxygen; and separating the dilution gas and the oxygen in which the oxygen isotopes 17 O and 18 O were depleted, wherein a part or all of the oxygen, in which oxygen isotopes 17 O and 18 O were depleted, is returned for the distillation.
A process for the simultaneous tanning and dyeing of collagen containing fibrous material, wherein the said material is treated with a liquor containing at least one reactive dyestuff selected from the group of formula and A 1 -(Z 1) 2-3 and wherein A 1, A 2 and A 3 are each independently of the others the radical of a monoazo, polyazo, metal-complexed azo, anthraquinone, phthalocyanine, formazan or dioxazine chromophore having at least one sulfo group, B is an organic bridge member, Q 1, Q 2, Q 3 and Q 4 are each independently of the others hydrogen or unsubstituted or substituted C 1 -C 4 alkyl, G 1 und G 2 are halogen, 3-carboxypyridin-1-yl or 3-carbamoylpyridin-1-yl, (Z 1) 2-3 is 2 to 3 identical or different fiber reactive radicals, Z 2 and Z 3 are each independently of the other identical or different fiber reactive radicals, and b is the number 0 or 1. A 1, A 2 and A 3 are each independently of the others the radical of a monoazo, polyazo, metal-complexed azo, anthraquinone, phthalocyanine, formazan or dioxazine chromophore having at least one sulfo group, B is an organic bridge member, Q 1, Q 2, Q 3 and Q 4 are each independently of the others hydrogen or unsubstituted or substituted C 1 -C 4 alkyl, G 1 und G 2 are halogen, 3-carboxypyridin-1-yl or 3-carbamoylpyridin-1-yl, (Z 1) 2-3 is 2 to 3 identical or different fiber reactive radicals, Z 2 and Z 3 are each independently of the other identical or different fiber reactive radicals, and b is the number 0 or 1.
An intrafascicular neural electrode comprising: a microwire body having a proximal end, a distal end, and a middle anchoring portion extending between the proximal end and the distal end; wherein the middle anchoring portion has a spiral shape with turns that decrease in diameter from the proximal end to the distal end); wherein the distal end has a straight, non-spiral shape; wherein a flexural rigidity of the distal end matches a flexural rigidity of a target nerve, wherein the proximal end is coated with an insulation material and the distal end is not coated with the insulation material, and wherein the insulation material is configured to adsorb one or more biocompatible agents present within a fascicle of the target nerve; wherein the distal end is configured for implantation within the fascicle of the target nerve; wherein the middle anchoring portion serves to prevent pullout of the distal end once implanted; and wherein the distal end is in a same longitudinal axis as the proximal end. a microwire body having a proximal end, a distal end, and a middle anchoring portion extending between the proximal end and the distal end; wherein the middle anchoring portion has a spiral shape with turns that decrease in diameter from the proximal end to the distal end); wherein the distal end has a straight, non-spiral shape; wherein a flexural rigidity of the distal end matches a flexural rigidity of a target nerve, wherein the proximal end is coated with an insulation material and the distal end is not coated with the insulation material, and wherein the insulation material is configured to adsorb one or more biocompatible agents present within a fascicle of the target nerve; wherein the distal end is configured for implantation within the fascicle of the target nerve; wherein the middle anchoring portion serves to prevent pullout of the distal end once implanted; and wherein the distal end is in a same longitudinal axis as the proximal end.
An unlocking structure for unlocking pluggable modules locked by mounting cages with cages' engagement springs, comprising: a casing (13, 14); an unlocking plate set onto the casing (13, 14) to slide along the casing (13, 14) in the casing's longitudinal direction, wherein the unlocking plate can complete module unlocking once the unlocking plate slides to a designated position, the unlocking plate including a detention edge; and a motion block piece set between the unlocking plate and the casing (13, 14), wherein the motion block piece can move in a transverse direction in relation to the casing (13, 14), or in a direction containing the transverse direction, the motion block piece including a detention bulge; characterized in that when the unlocking plate slides to the designated position and completes module unlocking, the detention edge of the unlocking plate is locked by the detention bulge. a casing (13, 14); an unlocking plate set onto the casing (13, 14) to slide along the casing (13, 14) in the casing's longitudinal direction, wherein the unlocking plate can complete module unlocking once the unlocking plate slides to a designated position, the unlocking plate including a detention edge; and a motion block piece set between the unlocking plate and the casing (13, 14), wherein the motion block piece can move in a transverse direction in relation to the casing (13, 14), or in a direction containing the transverse direction, the motion block piece including a detention bulge;
A spring clip for electrically connecting a conductive sheet to a plate-shaped conductive terminal, comprising: a main body formed by bending a single spring metal sheet, and comprising a first arm and a second arm, wherein a free end of the first arm extends towards the second arm to form a gripping portion together with a part of the second arm, and a free end of the second arm extends beyond the gripping portion to form an operation portion for expanding the gripping portion, wherein an opening is formed in a connection portion of the first and second arms (1, 2) opposite to the gripping portion to allow an end of the conductive terminal to be inserted into the gripping portion through the opening and elastically gripped by the gripping portion, characterized in that a pair of limiting portions extending inward is formed on the second arm, wherein each of the limiting portions has a substantial L-shape comprising a guide arm and a block arm, whereby the pair of limiting portions is configured to limit a displacement of the second arm, as the conductive terminal, when inserted, passes through between the guide arms of the paired limiting portions and is limited in a space defined by the pair of block arms. a main body formed by bending a single spring metal sheet, and comprising a first arm and a second arm, wherein a free end of the first arm extends towards the second arm to form a gripping portion together with a part of the second arm, and a free end of the second arm extends beyond the gripping portion to form an operation portion for expanding the gripping portion, wherein an opening is formed in a connection portion of the first and second arms (1, 2) opposite to the gripping portion to allow an end of the conductive terminal to be inserted into the gripping portion through the opening and elastically gripped by the gripping portion, characterized in that a pair of limiting portions extending inward is formed on the second arm, wherein each of the limiting portions has a substantial L-shape comprising a guide arm and a block arm, whereby the pair of limiting portions is configured to limit a displacement of the second arm, as the conductive terminal, when inserted, passes through between the guide arms of the paired limiting portions and is limited in a space defined by the pair of block arms.
A method for providing dynamic origination-based routing key registration in a DIAMETER network, the method comprising: at a first DIAMETER node: receiving, from a second DIAMETER node, origin-based routing information, wherein the origin-based routing information specifies one or more sources such that traffic originating from one of the one or more sources should be routed to the second DIAMETER node; automatically generating a routing rule based on the received origin-based routing information; and routing traffic originating from the one or more sources to the second DIAMETER node using the routing rule; wherein the origin-based routing information is included in one of a modified DIAMETER capabilities exchange request, CER, message and a modified DIAMETER capabilities exchange answer, CEA, message. at a first DIAMETER node: receiving, from a second DIAMETER node, origin-based routing information, wherein the origin-based routing information specifies one or more sources such that traffic originating from one of the one or more sources should be routed to the second DIAMETER node; automatically generating a routing rule based on the received origin-based routing information; and routing traffic originating from the one or more sources to the second DIAMETER node using the routing rule; wherein the origin-based routing information is included in one of a modified DIAMETER capabilities exchange request, CER, message and receiving, from a second DIAMETER node, origin-based routing information, wherein the origin-based routing information specifies one or more sources such that traffic originating from one of the one or more sources should be routed to the second DIAMETER node; automatically generating a routing rule based on the received origin-based routing information; and routing traffic originating from the one or more sources to the second DIAMETER node using the routing rule; wherein the origin-based routing information is included in one of a modified DIAMETER capabilities exchange request, CER, message and a modified DIAMETER capabilities exchange answer, CEA, message.
A device for generating a force sensing for a flight control system of an aircraft, this device comprising: - a chassis which is provided for being securely fixed to a frame of the aircraft, - a shaft which is mounted in rotation on the chassis about an axis of rotation (X-X), - two first frictional surfaces (12A and 13A) which, in service, are secured either to the chassis or to the shaft, and - two second frictional surfaces (24A and 33A) which, in service, are: - secured either to the shaft when the first frictional surfaces are secured to the chassis, or to the chassis when the two first frictional surfaces are secured to the shaft, and - bearing respectively against the two first frictional surfaces (12A and 13A) along the axis of rotation (X-X) so as to produce a friction which is to be surpassed to put the shaft in rotation about the axis of rotation relative to the chassis, characterized in that the two first frictional surfaces (12A and 13A) are spherical by being respectively centered on distinct points (P1 and P2), by which the axis of rotation (X-X) passes into service, and in that the two second frictional surfaces (24A and 33A) are toroidal so as, in service, to respectively bear against the two first frictional surfaces (12A and 13A), by swiveling each about the point (P1, P2) on which is centered the corresponding first frictional surface, to produce said friction. - a chassis which is provided for being securely fixed to a frame of the aircraft, - a shaft which is mounted in rotation on the chassis about an axis of rotation (X-X), - two first frictional surfaces (12A and 13A) which, in service, are secured either to the chassis or to the shaft, and - two second frictional surfaces (24A and 33A) which, in service, are: - secured either to the shaft when the first frictional surfaces are secured to the chassis, or to the chassis when the two first frictional surfaces are secured to the shaft, and - bearing respectively against the two first frictional surfaces (12A and 13A) along the axis of rotation (X-X) so as to produce a friction which is to be surpassed to put the shaft in rotation about the axis of rotation relative to the chassis, characterized in that the two first frictional surfaces (12A and 13A) are spherical by being respectively centered on distinct points (P1 and P2), by which the axis of rotation (X-X) passes into service, and in that the two second frictional surfaces (24A and 33A) are toroidal so as, in service, to respectively bear against the two first frictional surfaces (12A and 13A), by swiveling each about the point (P1, P2) on which is centered the corresponding first frictional surface, to produce said friction. - secured either to the shaft when the first frictional surfaces are secured to the chassis, or to the chassis when the two first frictional surfaces are secured to the shaft, and - bearing respectively against the two first frictional surfaces (12A and 13A) along the axis of rotation (X-X) so as to produce a friction which is to be surpassed to put the shaft in rotation about the axis of rotation relative to the chassis,
A refrigerator, comprising: a refrigerating compartment; a freezing compartment; a refrigerating compartment temperature sensor arranged to sense a temperature of the refrigerating compartment; a cooling apparatus arranged to maintain an inside temperature of the refrigerating compartment by performing a cooling cycle for the refrigerating compartment, wherein a starting time point of the cooling cycle for the refrigerating compartment is synchronized to a starting time point of a cooling cycle for the freezing compartment; and a controller, characterized by the controller being arranged to control the cooling apparatus by varying a cut-off temperature of the refrigerating compartment according to the difference between the sensed temperature of the refrigerating compartment at the starting time point of the cooling cycle for the refrigerating compartment and the cut-in temperature of the refrigerating compartment, which is a predetermined temperature of the refrigerating compartment, wherein the cut-off temperature of the refrigerating compartment is the temperature at which the cooling apparatus is arranged to finish the cooling cycle for the refrigerating compartment. a refrigerating compartment; a freezing compartment; a refrigerating compartment temperature sensor arranged to sense a temperature of the refrigerating compartment; a cooling apparatus arranged to maintain an inside temperature of the refrigerating compartment by performing a cooling cycle for the refrigerating compartment, wherein a starting time point of the cooling cycle for the refrigerating compartment is synchronized to a starting time point of a cooling cycle for the freezing compartment; and a controller, characterized by the controller being arranged to control the cooling apparatus by varying a cut-off temperature of the refrigerating compartment according to the difference between the sensed temperature of the refrigerating compartment at the starting time point of the cooling cycle for the refrigerating compartment and the cut-in temperature of the refrigerating compartment, which is a predetermined temperature of the refrigerating compartment, wherein the cut-off temperature of the refrigerating compartment is the temperature at which the cooling apparatus is arranged to finish the cooling cycle for the refrigerating compartment.
A steam generator for use as a cooking device, comprising: a water storage chamber which stores water therein, a first heating portion which heats water stored in the water storage chamber to generate steam, a water supply device which supplies the water storage chamber with water, a controller, a steam spout port which ejects steam generated in the water storage chamber therethrough, and a temperature detector which detects a temperature in the water storage chamber, wherein a water level in the water storage chamber is calculated depending on the temperature detected by the temperature detector, and wherein at the time of steam generation, the controller is configured to perform a water supply control of the water supply device based on the calculated water level such that a water volume from the first heating portion to a water surface is smaller than a water volume from the first heating portion to a bottom surface of the water storage chamber, characterized in that a distance between a first side surface of the water storage chamber and a second side surface of the water storage chamber facing each other within the water storage chamber is increased at a location below the first heating portion. a water storage chamber which stores water therein, a first heating portion which heats water stored in the water storage chamber to generate steam, a water supply device which supplies the water storage chamber with water, a controller, a steam spout port which ejects steam generated in the water storage chamber therethrough, and a temperature detector which detects a temperature in the water storage chamber, wherein a water level in the water storage chamber is calculated depending on the temperature detected by the temperature detector, and wherein at the time of steam generation, the controller is configured to perform a water supply control of the water supply device based on the calculated water level such that a water volume from the first heating portion to a water surface is smaller than a water volume from the first heating portion to a bottom surface of the water storage chamber, characterized in that a distance between a first side surface of the water storage chamber and a second side surface of the water storage chamber facing each other within the water storage chamber is increased at a location below the first heating portion.
A pack for smoking articles comprising: at least one group of smoking articles; a containing element, which surrounds the group of smoking articles, has at least one extraction opening to access the group of smoking articles, and comprises: a front wall, a rear wall, two side walls, a lower wall and an upper wall; and a lid, which is hinged to the front wall of the containing element, rotates between an open position and a closed position of the extraction opening, and comprises: a front wall, which is hinged to the front wall of the containing element, two side walls and an upper wall; wherein the side walls and the upper wall of the lid have a depth, which is substantially equal to a depth of the side walls and of the upper wall of the containing element, so that, in the closed position of the lid, the side walls of the lid entirely cover the depth of the side walls of the containing element and the upper wall of the lid entirely covers the upper wall of the containing element; the pack for smoking articles is characterized by comprising a locking system, which is designed to hold the lid in the closed position and comprises: a locking tab, which projects from the containing element, and a seat, which is designed to contain part of the locking tab and is obtained in the lid; the locking tab is arranged in the area of the upper wall of the containing element. at least one group of smoking articles; a containing element, which surrounds the group of smoking articles, has at least one extraction opening to access the group of smoking articles, and comprises: a front wall, a rear wall, two side walls, a lower wall and an upper wall; and a lid, which is hinged to the front wall of the containing element, rotates between an open position and a closed position of the extraction opening, and comprises: a front wall, which is hinged to the front wall of the containing element, two side walls and an upper wall; wherein the side walls and the upper wall of the lid have a depth, which is substantially equal to a depth of the side walls and of the upper wall of the containing element, so that, in the closed position of the lid, the side walls of the lid entirely cover the depth of the side walls of the containing element and the upper wall of the lid entirely covers the upper wall of the containing element; the pack for smoking articles is characterized by comprising a locking system, which is designed to hold the lid in the closed position and comprises: a locking tab, which projects from the containing element, and a seat, which is designed to contain part of the locking tab and is obtained in the lid; the locking tab is arranged in the area of the upper wall of the containing element.
A radio frequency identification (RFID) antenna multiplexer comprising: a plurality of output ports, at least some of the output ports connectable to an antenna; an input port connectable to an RFID reader; a radio frequency switch communicatively coupled to the plurality of output ports and the input port; and a logic circuit communicatively coupled to the RF switch, characterised by the logic circuit being configured to cause the RF switch to switch output ports, according to a programmable connection sequence, when a reduction in RF power is detected at the input port. a plurality of output ports, at least some of the output ports connectable to an antenna; an input port connectable to an RFID reader; a radio frequency switch communicatively coupled to the plurality of output ports and the input port; and a logic circuit communicatively coupled to the RF switch,