mhurhangee/patent-ind-claim-en huggingface dataset:
Aqueous, isotonic and buffered composition for topical and subcutaneous use, characterized in that it comprises a salt of ascorbic acid and ascorbyl palmitate, sodium chloride and buffering system, wherein the salt of ascorbic acid and ascorbic palmitate are respectively in a ratio of 12:1 by weight, and wherein said salt of ascorbic acid is in a concentration ranging between 0,12 and 0,25% by the total weight and the ascorbyl palmitate is in a concentration ranging between 0,01 and 0,03% by total weight, for use as a lipolytic/lipoclasic agent in an anti-cellulite cosmetic treatment.
Operating method for a roll stand for rolling flat metal rolling stock , - wherein a position regulator for regulating the positioning of an actuator by means of which a roll gap of the roll stand is set determines an actuating variable (q) for the actuator as a function of a resulting position target value (s*) and a position actual value (s) of the actuator and activates the actuator accordingly, - wherein the resulting position target value (s*) is determined by use of a resulting base target value (s1*), characterized in that - the resulting base target value (s1*) is determined as the sum of an initial base target value (s0*) and an additional target value (δs1*), - wherein the additional target value (δs1*) is determined by a determination element by the use of an inlet-side actual tension (ZE), or a corresponding target tension (ZE*) of an inlet-side tension regulating system, and an inlet-side reference tension (ZER) and/or by the use of an outlet-side actual tension (ZA), or a corresponding target tension (ZA*) of an outlet-side tension regulating system, and an outlet-side reference tension (ZAR), - wherein the inlet-side reference tension (ZER) is a different variable from the inlet-side target tension (ZE*) and/or the outlet-side reference tension (ZAR) is a different variable from an outlet-side target tension (ZA*). - wherein a position regulator for regulating the positioning of an actuator by means of which a roll gap of the roll stand is set determines an actuating variable (q) for the actuator as a function of a resulting position target value (s*) and a position actual value (s) of the actuator and activates the actuator accordingly, - wherein the resulting position target value (s*) is determined by use of a resulting base target value (s1*), characterized in that - the resulting base target value (s1*) is determined as the sum of an initial base target value (s0*) and an additional target value (δs1*), - wherein the additional target value (δs1*) is determined by a determination element by the use of an inlet-side actual tension (ZE), or a corresponding target tension (ZE*) of an inlet-side tension regulating system, and an inlet-side reference tension (ZER) and/or by the use of an outlet-side actual tension (ZA), or a corresponding target tension (ZA*) of an outlet-side tension regulating system, and an outlet-side reference tension (ZAR), - wherein the inlet-side reference tension (ZER) is a different variable from the inlet-side target tension (ZE*) and/or the outlet-side reference tension (ZAR) is a different variable from an outlet-side target tension (ZA*).
A teleoperated manipulator system comprising: a mounting base ; an arm comprising a distal pitch arc portion, a pitch-adjustment actuator , a yaw-adjustment motor , and a movable link , the arm being rotatably coupled to the mounting base and driven by actuation of the yaw-adjustment motor to rotate around a yaw axis , the movable link having a proximal end and a distal end, the proximal end of the movable link being coupled to the pitch-adjustment actuator , the pitch-adjustment actuator comprising a linear actuator, the pitch arc portion defining a pitch arc having a center; a tool actuator assembly coupling coupled to translate on a curvilinear path in the pitch arc portion of the arm , the distal end of the movable link of the arm being pivotably coupled to the tool actuator assembly coupling ; and a tool actuator assembly defining a space configured to receive a surgical tool, the tool actuator assembly removably coupled to the tool actuator assembly coupling , a long axis of the tool actuator assembly defining a tool insertion axis ; wherein the yaw axis , the center of the pitch arc, and the tool insertion axis are coincident and define a remote center of motion of the manipulator system ; and wherein the tool actuator assembly coupling comprises a roll-adjustment actuator coupled to drive the tool actuator assembly to rotate around the tool insertion axis . a mounting base ; an arm comprising a distal pitch arc portion, a pitch-adjustment actuator , a yaw-adjustment motor , and a movable link , the arm being rotatably coupled to the mounting base and driven by actuation of the yaw-adjustment motor to rotate around a yaw axis , the movable link having a proximal end and a distal end, the proximal end of the movable link being coupled to the pitch-adjustment actuator , the pitch-adjustment actuator comprising a linear actuator, the pitch arc portion defining a pitch arc having a center; a tool actuator assembly coupling coupled to translate on a curvilinear path in the pitch arc portion of the arm , the distal end of the movable link of the arm being pivotably coupled to the tool actuator assembly coupling ; and a tool actuator assembly defining a space configured to receive a surgical tool, the tool actuator assembly removably coupled to the tool actuator assembly coupling , a long axis of the tool actuator assembly defining a tool insertion axis ; wherein the yaw axis , the center of the pitch arc, and the tool insertion axis are coincident and define a remote center of motion of the manipulator system ; and wherein the tool actuator assembly coupling comprises a roll-adjustment actuator coupled to drive the tool actuator assembly to rotate around the tool insertion axis .
A method comprising: receiving, by a network device, configuration information creating an abstract fabric interface to connect a first virtual node of the network device to a second virtual node of the network device; in response to receiving the configuration information, associating, by the network device, the abstract fabric interface with a list of identifiers of each of a plurality of packet processors of the network device assigned to the second virtual node; in a control plane of the network device, creating a route at the first virtual node, the route having the abstract fabric interface as a forwarding next hop; in a forwarding plane of the first virtual node, programming the forwarding plane to attach the list of identifiers to the forwarding next hop; receiving network traffic at the first virtual node; and based on the forwarding next hop, forwarding the network traffic from the first virtual node to the second virtual node via the abstract fabric interface. receiving, by a network device, configuration information creating an abstract fabric interface to connect a first virtual node of the network device to a second virtual node of the network device; in response to receiving the configuration information, associating, by the network device, the abstract fabric interface with a list of identifiers of each of a plurality of packet processors of the network device assigned to the second virtual node; in a control plane of the network device, creating a route at the first virtual node, the route having the abstract fabric interface as a forwarding next hop; in a forwarding plane of the first virtual node, programming the forwarding plane to attach the list of identifiers to the forwarding next hop; receiving network traffic at the first virtual node; and based on the forwarding next hop, forwarding the network traffic from the first virtual node to the second virtual node via the abstract fabric interface.
A method performed by a network switch, the method comprising: receiving instructions to monitor a switch resource; monitoring time-series data for traffic received and transmitted by the switch; identifying peaks for the switch resource in a specified time period for the monitored data; comparing the identified peaks with data provided during a training phase of a machine learning algorithm to identify whether the monitored data includes an anomaly; generating an alert when the data is identified as containing an anomaly; and temporarily pausing transmission of packets from the switch when the data is identified as containing an anomaly, wherein monitoring time-series data for traffic received and transmitted by the switch includes monitoring a number of packets, bytes, and source-destination pairs. receiving instructions to monitor a switch resource; monitoring time-series data for traffic received and transmitted by the switch; identifying peaks for the switch resource in a specified time period for the monitored data; comparing the identified peaks with data provided during a training phase of a machine learning algorithm to identify whether the monitored data includes an anomaly; generating an alert when the data is identified as containing an anomaly; and temporarily pausing transmission of packets from the switch when the data is identified as containing an anomaly, wherein monitoring time-series data for traffic received and transmitted by the switch includes monitoring a number of packets, bytes, and source-destination pairs.
An adaptor for a medical container having a distal tip , said adaptor comprising: - a proximal part comprising an inner surface configured to be secured onto an outer surface of the distal tip of the medical container , - a distal part configured to receive a connector, - a glue material , and - a remotely readable electronic component which is a RFID tag , including a RFID chip and a RFID antenna , configured to allow remote identification of the medical container when said adaptor is secured to the medical container , said RFID tag being overmolded with the adaptor so as to be embedded into the adaptor , characterised in that the inner surface defines at least one annular space configured to accommodate the glue material , and said remotely readable electronic component is flush with the inner surface so as to be covered by said glue material , and wherein the proximal part comprises an annular ring , the RFID antenna being located in this annular ring . - a proximal part comprising an inner surface configured to be secured onto an outer surface of the distal tip of the medical container , - a distal part configured to receive a connector, - a glue material , and - a remotely readable electronic component which is a RFID tag , including a RFID chip and a RFID antenna , configured to allow remote identification of the medical container when said adaptor is secured to the medical container , said RFID tag being overmolded with the adaptor so as to be embedded into the adaptor , characterised in that the inner surface defines at least one annular space configured to accommodate the glue material , and said remotely readable electronic component is flush with the inner surface so as to be covered by said glue material , and wherein the proximal part comprises an annular ring , the RFID antenna being located in this annular ring .
Method for producing an electrical circuit, comprising the steps of: providing a prefabricated substrate having a first and a second conductor layer and also a dielectric which is provided between the first and the second conductor layer and the first conductor layer is thicker than the second conductor layer by at least a factor of 3; mounting at least one component (30-34) to be cooled on the first conductor layer of the prefabricated substrate so as to form a heat-transmitting connection between the component and the first conductor layer, wherein the substrate , before or after the at least one component (30-34) is mounted, is structured by separating individual substrate sections through the overall thickness of the substrate, wherein at least one of the substrate sections supports at least one component, furthermore an electrical connection between the substrate section on the one hand and an electrical contact interface or a further substrate section is formed, and the substrate sections are moulded after the at least one component is mounted, wherein the individual substrate sections are separated from one another by stamping, by sawing, by cutting, by laser cutting, or by scoring and breaking, wherein a heat sink is further provided, the individual substrate sections being mounted on the said heat sink so as to form heat-transmitting connections between the two conductor layers of the substrate and the heat sink .
A recombinant algal microorganism comprising a non-native nucleic acid molecule that comprises a nucleic acid sequence encoding a SKP1 polypeptide, wherein the recombinant host microorganism has increased biomass or lipid productivity with respect to a control microorganism that does not include the non-native nucleic acid molecule.
A laser alignment system for adjusting a mounting bracket of a lamp , the laser alignment system configured to align exterior aircraft lighting disposed along a leading edge of a wing of an aircraft , the laser alignment system comprising: an alignment bracket including a body portion defining one or more target features and a plurality of index features , wherein the one or more target features include a target that is configured to align with a laser beam and the plurality of index features that are configured to position the alignment bracket along a surface, wherein the alignment bracket includes an outer perimeter , and the plurality of index features are configured to position the alignment bracket along the leading edge of the wing of the aircraft ; and a laser alignment tool including a base , a mount , and a laser device , wherein the mount holds the laser device in place and the laser device is configured to emit the laser beam , and the laser device is configured to direct the laser beam towards a corresponding one of target features of the alignment bracket , wherein the base of the laser alignment tool is shaped to fit within the mounting bracket for the lamp disposed along the leading edge of the wing . an alignment bracket including a body portion defining one or more target features and a plurality of index features , wherein the one or more target features include a target that is configured to align with a laser beam and the plurality of index features that are configured to position the alignment bracket along a surface, wherein the alignment bracket includes an outer perimeter , and the plurality of index features are configured to position the alignment bracket along the leading edge of the wing of the aircraft ; and a laser alignment tool including a base , a mount , and a laser device , wherein the mount holds the laser device in place and the laser device is configured to emit the laser beam , and the laser device is configured to direct the laser beam towards a corresponding one of target features of the alignment bracket , wherein the base of the laser alignment tool is shaped to fit within the mounting bracket for the lamp disposed along the leading edge of the wing .
Device for separating material to be fed , in particular recycling material, building rubble and/or waste material, preferably intended for use in a quarry, having at least one rotary element , in particular in the form of a worm shaft, the rotary element having a core tube and a bearing journal connected to the core tube , in particular at least substantially in the form of a cylinder, wherein the rotary element is mounted elastically in a damping device via the bearing journal , characterized in that the damping device is designed in such a way that it permits an elastic deflection movement of the rotary element , in particular of the core tube , transversely to the axis of rotation of the rotary element between 0.3 and 2 cm per 1 m length of the rotary element . characterized in that the damping device is designed in such a way that it permits an elastic deflection movement of the rotary element , in particular of the core tube , transversely to the axis of rotation of the rotary element between 0.3 and 2 cm per 1 m length of the rotary element .
An in vitro method for the prognosis of the survival time of a patient suffering from a solid cancer, which method comprises the following steps: a) detecting and quantifying two or more biological markers indicative of the status of the immune response of said patient against said cancer, wherein each biological marker indicative of the status of the immune response is detected in vitro and quantified in a tumor sample obtained from said patient; b) comparing each values obtained at step a) for said two or more biological markers with a distribution of values obtained for each of said two or more biological markers from a reference group of patients suffering from said cancer; c) determining for each values obtained at step a) for said two or more biological markers the percentile of the distribution to which the values obtained at step a) correspond; d) calculating the arithmetic mean value or the median value of percentiles of the biological markers determined in step c); and e) comparing the arithmetic mean value or the median value of percentiles obtained at step d) with a predetermined reference arithmetic mean value or a predetermined median value of percentiles, which predetermined reference value is correlated with survival time. a) detecting and quantifying two or more biological markers indicative of the status of the immune response of said patient against said cancer, wherein each biological marker indicative of the status of the immune response is detected in vitro and quantified in a tumor sample obtained from said patient; b) comparing each values obtained at step a) for said two or more biological markers with a distribution of values obtained for each of said two or more biological markers from a reference group of patients suffering from said cancer; c) determining for each values obtained at step a) for said two or more biological markers the percentile of the distribution to which the values obtained at step a) correspond; d) calculating the arithmetic mean value or the median value of percentiles of the biological markers determined in step c); and e) comparing the arithmetic mean value or the median value of percentiles obtained at step d) with a predetermined reference arithmetic mean value or a predetermined median value of percentiles, which predetermined reference value is correlated with survival time.
A conjugate acid salt of N,N-dimethylglycine with metal and organic acid, characterized in that , it has a following structural formula: [(CH 3 ) 2 NCH 2 COO] n M·[Organic acid] wherein, n is 1 or 2; M is selected from an alkali metal ion or a divalent metal ion; the organic acid is selected from an organic polyacid, a C 2 -C 18 linear fatty acid or an aromatic acid.
An automatic identification system (AIS) communications payload for a space vehicle traveling in earth orbit, the communications payload comprising: an antenna; a receiver connected to the antenna to receive an AIS signal including a reported vessel position transmitted from a vessel ; a processor to process the received AIS messages; and to determine a position of the satellite ; and to determine an arrival time of the signal from the vessel to the satellite (110, or to determine a propagation delay of the signal from the vessel to the satellite by determining a time delay from a communications timing slot; and to determine an expected arrival time or an expected propagation delay from the vessel to the satellite based on the vessel position included in the received AIS signal and the satellite position; to compare the arrival time to the expected arrival time or to compare the propagation delay to the expected propagation delay, respectively; and to determine the accuracy of the reported vessel position based on the comparison; and a transmitter to transmit the processed AIS messages and the determined accuracy to a ground earth element . an antenna; a receiver connected to the antenna to receive an AIS signal including a reported vessel position transmitted from a vessel ; a processor to process the received AIS messages; and to determine a position of the satellite ; and to determine an arrival time of the signal from the vessel to the satellite (110, or to determine a propagation delay of the signal from the vessel to the satellite by determining a time delay from a communications timing slot; and to determine an expected arrival time or an expected propagation delay from the vessel to the satellite based on the vessel position included in the received AIS signal and the satellite position; to compare the arrival time to the expected arrival time or to compare the propagation delay to the expected propagation delay, respectively; and to determine the accuracy of the reported vessel position based on the comparison; and a transmitter to transmit the processed AIS messages and the determined accuracy to a ground earth element .
A method for the integration of gemstones in a glass attire, comprising the steps of holding the gemstone by a suction cannula, inserting the suction cannula into a half-molten glass tube and placing the gemstone vertically into the bottom of the half-molten glass tube, wherein the opening of the cannula is embossed or milled in shape of a part of the gemstone.
A razor cartridge comprising; a. a guard at a front portion of said cartridge , a cap at a back portion of said cartridge , at least one blade positioned between said guard and said cap , a top surface , and a lubricating member positioned at said top surface , said lubricating member having a visible surface ; b. a printed object on said visible surface of said lubricating member , said printed object appearing as a solid object to a viewers naked eye, said solid object comprising a plurality of printed dots not visible to the viewers naked eye, said printed dots spaced apart from one another such that portions of said lubricating member within said solid object contain no printed dots, characterized in that the printed dots comprise a printed droplet comprising UV curable ink, the UV curable ink being printed on the lubrication member. a. a guard at a front portion of said cartridge , a cap at a back portion of said cartridge , at least one blade positioned between said guard and said cap , a top surface , and a lubricating member positioned at said top surface , said lubricating member having a visible surface ; b. a printed object on said visible surface of said lubricating member , said printed object appearing as a solid object to a viewers naked eye, said solid object comprising a plurality of printed dots not visible to the viewers naked eye, said printed dots spaced apart from one another such that portions of said lubricating member within said solid object contain no printed dots, characterized in that the printed dots comprise a printed droplet comprising UV curable ink, the UV curable ink being printed on the lubrication member.