mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting a target substance in a sample, comprising steps of: mixing the sample with a first bound substance in which a first substance containing a stimuli-responsive polymer and a particulate magnetic material binds to a first affinity substance having affinity to the target substance; placing a mixture thereof under predetermined conditions to aggregate the stimuli-responsive polymer followed by applying a magnetic force thereto; and measuring the intensity of generated magnetic field to detect the target substance based on an increase in the intensity of the magnetic field after the application of the magnetic force, wherein the increase depends on the quantity of the target substance. mixing the sample with a first bound substance in which a first substance containing a stimuli-responsive polymer and a particulate magnetic material binds to a first affinity substance having affinity to the target substance; placing a mixture thereof under predetermined conditions to aggregate the stimuli-responsive polymer followed by applying a magnetic force thereto; and measuring the intensity of generated magnetic field to detect the target substance based on an increase in the intensity of the magnetic field after the application of the magnetic force, wherein the increase depends on the quantity of the target substance.
A thermal system including a first absorption machine circuit and at least a second circuit, said first absorption machine circuit including an evaporator connected to a first heat source, a generator configured to be connected to a second heat source, a condenser, an absorber, an expansion valve and a pump, the second circuit including a first component (18, 28) for collecting at least part of the heat at the condenser and a second component (16, 26) for collecting at least part of the heat at the absorber and capable of transferring this heat to a first utilisation circuit, characterised in that the second circuit is a heat pump circuit comprising a condenser intended to be connected to the first circuit for utilising the heat produced by the heat pump, a pump, an expansion valve, and in that the first component and the second component form heat pump evaporators.
An endoscopic device for use at a site within a body, the endoscopic device comprising: an inner portion defining: an operative channel; and an optical channel; and a sheath surrounding the inner portion to define a pressure-sensing channel and a fluid channel, the pressure-sensing channel and the fluid channel being defined between the sheath and the inner portion, wherein the pressure-sensing channel is configured to communicate with a pressure sensor, wherein the operative channel comprises an entry port for insertion of an operative device into the operative channel and an inflow port for connection to a source of fluid, and the operative channel provides a path for fluid to the body site and the fluid channel provides a path for fluid from the body site; and the pressure-sensing channel and the fluid channel are spatially segregated; and wherein the inner portion comprises a groove, and the pressure-sensing channel is formed between the sheath and the groove. an inner portion defining: an operative channel; and an optical channel; and an operative channel; and an optical channel; and a sheath surrounding the inner portion to define a pressure-sensing channel and a fluid channel, the pressure-sensing channel and the fluid channel being defined between the sheath and the inner portion, wherein the pressure-sensing channel is configured to communicate with a pressure sensor, wherein the operative channel comprises an entry port for insertion of an operative device into the operative channel and an inflow port for connection to a source of fluid, and the operative channel provides a path for fluid to the body site and the fluid channel provides a path for fluid from the body site; and the pressure-sensing channel and the fluid channel are spatially segregated; and wherein the inner portion comprises a groove, and the pressure-sensing channel is formed between the sheath and the groove.
A hydrogenated isotopically enriched boron trifluoride (BF 3) dopant source gas composition, said composition consisting essentially of: (i) boron trifluoride isotopically enriched above natural abundance in boron of atomic mass 11 ( 11 B), and (ii) hydrogen in an amount of from 2 to 6.5 vol.%, based on total volume of boron trifluoride and hydrogen in the composition.
A photovoltaic installation, having a generator that has a number of partial strings (70a, 70b, 70c) and is connected to an inverter, characterized in that the photovoltaic installation is provided with a series-connection switching device for the connection of the partial strings (70a, 70b, 70c) in series, and a parallel-connection switching device for the connection of the partial strings (70a, 70b, 70c) in parallel, as well as a control device for controlling the series-connection switching device and the parallel-connection switching device, wherein the series-connection switching device is controllable by the control device such that it interrupts the series connection of the partial strings (70a, 70b, 70c) in case of a hazard, and the parallel-connection switching device is contollable by the control device such that it connects the partial strings (70a, 70b, 70c) in parallel in case of a hazard.
A fragrance cartridge for a fragrance dispensing device comprising: a housing; a liquid fragrance container arranged inside the housing, the container comprising a receptacle for containing a fragrance liquid, a pump mechanism for drawing a predetermined amount of liquid fragrance from the receptacle after being actuated, an outlet conduit coupled to the pump mechanism to output the predetermined liquid amount from the container; wherein the housing further comprises an output opening in correspondence with the outlet conduit of the fragrance container, and an opening aligned with the pump mechanism of the fragrance container, for allowing the pump mechanism to be actuated, wherein the cartridge comprises an internal adjusting element arranged inside the housing and having an inner shape substantially matching the outer shape of the fragrance container; characterized in that the housing further comprises a substantially tubular main body for containing the fragrance container, a bottom wall comprising the output opening for the outlet conduit of the fragrance container, a closure comprising the opening to be aligned with the pump mechanism of the fragrance container, wherein the openings (104, 105) are arranged at opposite ends of the housing. a housing; a liquid fragrance container arranged inside the housing, the container comprising a receptacle for containing a fragrance liquid, a pump mechanism for drawing a predetermined amount of liquid fragrance from the receptacle after being actuated, an outlet conduit coupled to the pump mechanism to output the predetermined liquid amount from the container; a receptacle for containing a fragrance liquid, a pump mechanism for drawing a predetermined amount of liquid fragrance from the receptacle after being actuated, an outlet conduit coupled to the pump mechanism to output the predetermined liquid amount from the container; wherein the housing further comprises an output opening in correspondence with the outlet conduit of the fragrance container, and an opening aligned with the pump mechanism of the fragrance container, for allowing the pump mechanism to be actuated, wherein the cartridge comprises an internal adjusting element arranged inside the housing and having an inner shape substantially matching the outer shape of the fragrance container; a substantially tubular main body for containing the fragrance container, a bottom wall comprising the output opening for the outlet conduit of the fragrance container, a closure comprising the opening to be aligned with the pump mechanism of the fragrance container, wherein the openings (104, 105) are arranged at opposite ends of the housing.
An aryloxy dihalopropenyl ether compound having general formula: wherein Q is selected from pyridinyl and benzoxazolyl, optionally substituted with 1-3 substituents mutually independently selected from F, Cl, Br, and CF 3.
A cartridge that contains a cosmetic material and configured to be inserted into a dispensing device configured to dispense a specified amount of the cosmetic material from the cartridge into a receiving area, the cartridge comprising: a nozzle configured to dispense the cosmetic material into the dispensing device; a channel coupled to the nozzle; a screw surrounding the channel, a reservoir surrounding the channel and the screw coupled to the channel toward an end of the screw that is opposite to the nozzle, the reservoir comprising the cosmetic material; four or eight flanges surrounding the nozzle and configured to be inserted into a cutout having a corresponding shape of a rotatable gear of the dispending device, wherein the rotable gear has openings for four or eight flanges; a piston presenting a screw thread in an interior of the piston matching the screw thread of the screw configured to move along the screw away from the nozzle in response to a rotation of the flanges which are configured to rotate the channel in response to a rotation of the rotatable gear of the dispensing device to push the cosmetic material within the reservoir into the channel and cause dispending the cosmetic product at the nozzle the cartridge comprising a check valve and a spring maintaining the check valve in a closure configuration of the channel without movement of the piston, the check valve and the spring within the channel and being spaced from the nozzle. a nozzle configured to dispense the cosmetic material into the dispensing device; a channel coupled to the nozzle; a screw surrounding the channel, a reservoir surrounding the channel and the screw coupled to the channel toward an end of the screw that is opposite to the nozzle, the reservoir comprising the cosmetic material; four or eight flanges surrounding the nozzle and configured to be inserted into a cutout having a corresponding shape of a rotatable gear of the dispending device, wherein the rotable gear has openings for four or eight flanges; a piston presenting a screw thread in an interior of the piston matching the screw thread of the screw configured to move along the screw away from the nozzle in response to a rotation of the flanges which are configured to rotate the channel in response to a rotation of the rotatable gear of the dispensing device to push the cosmetic material within the reservoir into the channel and cause dispending the cosmetic product at the nozzle the cartridge comprising a check valve and a spring maintaining the check valve in a closure configuration of the channel without movement of the piston, the check valve and the spring within the channel and being spaced from the nozzle.
A method of sterilising a sensor component for use in a system for measuring the concentration of one or more analytes in fluid in a fluid line, the sensor component comprising: one or more sensing elements having an optical property that varies with the concentration of the one or more analytes in the fluid, the sensor component being configured to engage with the fluid line such that the sensing elements are exposed to the fluid in the fluid line; and a connector configured to connect to one or more optical waveguides, the sensor component being configured to transmit light between the one or more optical waveguides and the one or more sensing elements; the method comprising: introducing a gaseous sterilising agent into a cavity via one or more ports providing fluid connection to the cavity, wherein the one or more sensing elements are exposed to the cavity; replacing the gaseous sterilising agent with a sterile liquid via the ports; and sealing the ports. one or more sensing elements having an optical property that varies with the concentration of the one or more analytes in the fluid, the sensor component being configured to engage with the fluid line such that the sensing elements are exposed to the fluid in the fluid line; and a connector configured to connect to one or more optical waveguides, the sensor component being configured to transmit light between the one or more optical waveguides and the one or more sensing elements; the method comprising: introducing a gaseous sterilising agent into a cavity via one or more ports providing fluid connection to the cavity, wherein the one or more sensing elements are exposed to the cavity; replacing the gaseous sterilising agent with a sterile liquid via the ports; and sealing the ports. introducing a gaseous sterilising agent into a cavity via one or more ports providing fluid connection to the cavity, wherein the one or more sensing elements are exposed to the cavity; replacing the gaseous sterilising agent with a sterile liquid via the ports; and sealing the ports.
An imitation cheese composition comprising: 6% to 15% liquid, non-interesterified/non-hydrogenated vegetable oil; 3% to 8% fractionated vegetable oil; 4% to 15% corn-derived food starch; and 2% to 12% potato-derived food starch, wherein the composition has a solid fat content to liquid fat ratio of 0.3 to 0.7 at 25°C. 6% to 15% liquid, non-interesterified/non-hydrogenated vegetable oil; 3% to 8% fractionated vegetable oil; 4% to 15% corn-derived food starch; and 2% to 12% potato-derived food starch, wherein the composition has a solid fat content to liquid fat ratio of 0.3 to 0.7 at 25°C.
A core assembly for a casting system, comprising: a first core that includes a first core surface that is flat; a second core that includes a second core surface that is tapered; and a bumper that spaces said first core surface from said second core surface, wherein said bumper: extends from said second core surface toward said first core surface; and/or is configured to travel along said first core surface. a first core that includes a first core surface that is flat; a second core that includes a second core surface that is tapered; and a bumper that spaces said first core surface from said second core surface, wherein said bumper: extends from said second core surface toward said first core surface; and/or is configured to travel along said first core surface. extends from said second core surface toward said first core surface; and/or is configured to travel along said first core surface.
A method, comprising: detecting, by a user equipment, UE, a radio link failure between a source evolution NodeB, S-eNB, and the UE; discovering, by the UE, a target cell with better signal quality; sending, by the UE, an identity information to a target evolution NodeB, T-eNB, corresponding to the target cell, the identity information sent by the UE is allocated for the UE by the S-eNB; receiving, by the UE, parameters allocated for the UE from the T-eNB, wherein the parameters is sent by the T-eNB if an identity information existing in the T-eNB matches the identity information sent from the UE, the match of the identity information existing in the T-eNB and the identity information sent from the UE indicates a context of the UE does exist in the T-eNB; wherein the identity information existing in the T-eNB is carried by a handover request message sent by the S-eNB to the T-eNB. detecting, by a user equipment, UE, a radio link failure between a source evolution NodeB, S-eNB, and the UE; discovering, by the UE, a target cell with better signal quality; sending, by the UE, an identity information to a target evolution NodeB, T-eNB, corresponding to the target cell, the identity information sent by the UE is allocated for the UE by the S-eNB; receiving, by the UE, parameters allocated for the UE from the T-eNB, wherein the parameters is sent by the T-eNB if an identity information existing in the T-eNB matches the identity information sent from the UE, the match of the identity information existing in the T-eNB and the identity information sent from the UE indicates a context of the UE does exist in the T-eNB; wherein the identity information existing in the T-eNB is carried by a handover request message sent by the S-eNB to the T-eNB.
An electronic device comprising: a substrate; an integrated circuit; the electronic device being characterized by: a layer of glue between the substrate and the integrated circuit; a set of driving electrodes (402, 404, 406) coupled to the glue and to the integrated circuit; a receiving electrode coupled to the glue and to the integrated circuit; a counter electrode coupled to the glue and to the substrate; wherein the glue comprises conductive particles which electrically connect the receiving electrode, the counter electrode and at least a part of the set of driving electrodes (402, 404, 406), such that, if drive currents are provided to said set of driving electrodes (402, 404, 406), at least a part of the drive currents flows to the receiving electrode through the conductive particles and the counter electrode. a substrate; an integrated circuit; the electronic device being characterized by: a layer of glue between the substrate and the integrated circuit; a set of driving electrodes (402, 404, 406) coupled to the glue and to the integrated circuit; a receiving electrode coupled to the glue and to the integrated circuit; a counter electrode coupled to the glue and to the substrate; wherein the glue comprises conductive particles which electrically connect the receiving electrode, the counter electrode and at least a part of the set of driving electrodes (402, 404, 406), such that, if drive currents are provided to said set of driving electrodes (402, 404, 406), at least a part of the drive currents flows to the receiving electrode through the conductive particles and the counter electrode. a layer of glue between the substrate and the integrated circuit; a set of driving electrodes (402, 404, 406) coupled to the glue and to the integrated circuit; a receiving electrode coupled to the glue and to the integrated circuit; a counter electrode coupled to the glue and to the substrate; wherein the glue comprises conductive particles which electrically connect the receiving electrode, the counter electrode and at least a part of the set of driving electrodes (402, 404, 406), such that, if drive currents are provided to said set of driving electrodes (402, 404, 406), at least a part of the drive currents flows to the receiving electrode through the conductive particles and the counter electrode.
A measurement system for analysing RF signals, comprising a optically transparent enclosure comprising an optically pumpable gas; a printed circuit board, PCB (12A, 12B), comprising an electrical transmission line for guiding the RF signal to be analyzed through the enclosure and a reflective planar face; an optical pump for emitting preferably coherent light onto the reflective planar face; and a detector for detecting an optical property of the emitted light being reflected by the reflective planar face. a optically transparent enclosure comprising an optically pumpable gas; a printed circuit board, PCB (12A, 12B), comprising an electrical transmission line for guiding the RF signal to be analyzed through the enclosure and a reflective planar face; an optical pump for emitting preferably coherent light onto the reflective planar face; and a detector for detecting an optical property of the emitted light being reflected by the reflective planar face.
An apparatus comprising a processor for a mobile station within a multicast broadcast service group, the apparatus configured to: determine a status with respect to receipt of data expected to be received from a base station transmitting data to the group; generate feedback indicative of the status; and provide for communication of the feedback generated to the base station, wherein, at least a negative acknowledgement message part of the feedback generated includes a predefined sequence of preamble information preceding an information element that defines detailed information regarding a portion of expected data not received, indicating that the mobile station did not receive a corresponding data block. determine a status with respect to receipt of data expected to be received from a base station transmitting data to the group; generate feedback indicative of the status; and provide for communication of the feedback generated to the base station, wherein, at least a negative acknowledgement message part of the feedback generated includes a predefined sequence of preamble information preceding an information element that defines detailed information regarding a portion of expected data not received, indicating that the mobile station did not receive a corresponding data block.
A method for producing an L-amino acid comprising culturing a bacterium which belongs to the family Enterobacteriaceae and has an L-amino acid-producing ability in a medium containing a carbon source selected from a fatty acid and an alcohol, and collecting the L-amino acid from the medium, wherein the intracellular hydrogen peroxide concentration of the bacterium is reduced by: subjecting the bacterium to a modification selected from the group consisting of enhancement of oxyS gene expression, enhancement of fixABC gene expression, and combination thereof; and/or adding thiourea to the medium. subjecting the bacterium to a modification selected from the group consisting of enhancement of oxyS gene expression, enhancement of fixABC gene expression, and combination thereof; and/or adding thiourea to the medium.
An automation device with a base body with a plurality of carriages (105; 109; 111; 115L; 115R), which can be moved over a plurality of movement axes (X0; X1; X2; Y; Z) and orientation axes (A; B; C) on the base body by means of a control device, in order to move at least one workpiece automatically from a first position to a second position different from the first position, wherein the plurality of carriages (105; 109; 111; 115L; 115R) comprises at least one X1-horizontal carriage and an X2-horizontal carriage, which can each be moved telescopically along an X1- or X2-movement axis (X1; X2), and the at least one X1-horizontal carriage is guided on an X1-axis body, and with a drive device, which comprises an A-drive for rotation of the X1-axis body about an A-orientation axis and a B-drive for rotation about a B-orientation axis, characterised in that the drive device with the A-drive and the B-drive is arranged in the base body beneath a Z-movement axis.