mhurhangee/ep-ind-claims huggingface dataset:
A method for adjusting an ejection position of an auxiliary nozzle (22, 23) in an air jet loom which includes a plurality of auxiliary nozzles (22, 23) including a plurality of sub-nozzles arranged along a weft insertion path and a passage detection sensor that detects a passage of a leading end of a weft yarn (a, b) subjected to weft insertion as a sensor for detecting a travelling condition of the weft yarn (a, b), the method being characterized by comprising the steps of: setting at least one of the auxiliary nozzles (22, 23) as an adjustment target and allowing an ejection position of the auxiliary nozzle (22, 23) set as the adjustment target to be adjusted by an actuator (M1, M2); and setting a reference value in advance, the reference value corresponding to a rotational angle of a main shaft of the air jet loom at the time when the leading end of the weft yarn (a, b) passes a position of the passage detection sensor in a loom width direction; comparing the reference value with the rotational angle at the time when the weft yarn (a, b) is actually detected by the passage detection sensor; and when there is a deviation between the reference value and the rotational angle at the time when the weft yarn (a, b) is detected by the passage detection sensor due to a change in the travelling condition, driving the actuator (M1, M2) in a direction for eliminating the deviation to adjust the ejection position of the auxiliary nozzle (22, 23) set as the adjustment target. setting at least one of the auxiliary nozzles (22, 23) as an adjustment target and allowing an ejection position of the auxiliary nozzle (22, 23) set as the adjustment target to be adjusted by an actuator (M1, M2); and setting a reference value in advance, the reference value corresponding to a rotational angle of a main shaft of the air jet loom at the time when the leading end of the weft yarn (a, b) passes a position of the passage detection sensor in a loom width direction; comparing the reference value with the rotational angle at the time when the weft yarn (a, b) is actually detected by the passage detection sensor; and when there is a deviation between the reference value and the rotational angle at the time when the weft yarn (a, b) is detected by the passage detection sensor due to a change in the travelling condition, driving the actuator (M1, M2) in a direction for eliminating the deviation to adjust the ejection position of the auxiliary nozzle (22, 23) set as the adjustment target.
A method of transmitting information, comprising: receiving a request for information; and transmitting said information after completion of a current information transmission; controlling the transmission of said information such that a reference mark associated with said information is a fixed time interval from receipt of the request.
A method for forwarding a frame by a first wireless mesh network access point, WMAP, comprising: determining, in a kernel-space by the first WMAP, that the frame from a first device is destined for a second device that is associated with a second WMAP; encapsulating, using application layer control logic in a user-space, the frame to produce a first encapsulated frame that includes an Internet Protocol, IP, header and a payload, the Internet Protocol, IP, header including an IP destination address of the second WMAP and an IP source address of the first WMAP, and the payload including a header and payload data from the frame; and sending the first encapsulated frame to the second WMAP using a station mode interface of the first WMAP, the sending being effective to cause the second WMAP to forward the frame to the second device. determining, in a kernel-space by the first WMAP, that the frame from a first device is destined for a second device that is associated with a second WMAP; encapsulating, using application layer control logic in a user-space, the frame to produce a first encapsulated frame that includes an Internet Protocol, IP, header and a payload, the Internet Protocol, IP, header including an IP destination address of the second WMAP and an IP source address of the first WMAP, and the payload including a header and payload data from the frame; and sending the first encapsulated frame to the second WMAP using a station mode interface of the first WMAP, the sending being effective to cause the second WMAP to forward the frame to the second device.
Fluid circulation pump adapted to a household appliance, mainly to a washing machine or dishwasher, which comprises a motor body, a motor that is attached to the motor body, a hydraulic body that is fixed to the motor body and which comprises a water inlet pipe and a water outlet pipe, an impeller operated by the motor and which is housed, at least partially, in the inside of the hydraulic body, a heating device for the water entering the fluid circulation pump arranged inserted inside the hydraulic body, said heating device comprising at least one heating element, and a capsule that is attached to the motor body, characterized in that the heating device is arranged supported on a bottom of the hydraulic body, inserted between an outer wall and a ring-shaped projection inside said hydraulic body, and in that the fluid circulation pump comprises tight fixing means of the heating device to the hydraulic body, the heating device further comprising a conducting element in thermal contact with the heating element, the heating element being arranged facing the bottom of the hydraulic body, the capsule delimiting, along with the heating device, an impeller chamber, the impeller being housed at least partially in the impeller chamber.
Casing element of a first electric equipment, said casing element being configured to house at least one electrical conductor (111, 112, 113) configured to receive an electric current, said casing element being characterised in that it comprises a pair of slots provided in a wall of the casing element, the pair of slots comprising a slot on either side of a reception area (5-12A, 5-12B) configured to house said electrical conductor, and said pair of slots being provided to allow the insertion of a part with a U-shaped section comprising a base and two arms parallel to one another and orthogonal to the base, said arms being configured to be inserted in said slots on either side of said reception area (5-12A, 5-12B), so that the U-shaped part is able to guide a magnetic flux generated by an electric current circulating in said electrical conductor (111, 112, 113).
A method for integrating a bipolar junction transistor in a die of semiconductor material having a main surface covered by a sacrificial insulating layer, the die including a collector region (Rc) of a first type of conductivity extending from the main surface, wherein the method includes the steps of: forming an intrinsic base region (Rbi) of a second type of conductivity extending in the collector region from the main surface through an intrinsic base window (Wbi) of the sacrificial insulating layer, forming an emitter region (Re) of the first type of conductivity extending in the intrinsic base region from the main surface through an emitter window (We) of the sacrificial insulating layer, characterized by removing the sacrificial insulating layer, forming an intermediate insulating layer on the main surface, the intermediate insulating layer having a thickness lower than a thickness of the sacrificial layer, and forming an extrinsic base region (Rbe) of the second type of conductivity extending in the intrinsic base region from the main surface through an extrinsic base window (Wbe) of the intermediate insulating layer, the extrinsic base region having a concentration of impurities higher than a concentration of impurities of the intrinsic base region and being separated from the emitter region by a portion of the intrinsic base region. forming an intrinsic base region (Rbi) of a second type of conductivity extending in the collector region from the main surface through an intrinsic base window (Wbi) of the sacrificial insulating layer, forming an emitter region (Re) of the first type of conductivity extending in the intrinsic base region from the main surface through an emitter window (We) of the sacrificial insulating layer, characterized by removing the sacrificial insulating layer, forming an intermediate insulating layer on the main surface, the intermediate insulating layer having a thickness lower than a thickness of the sacrificial layer, and forming an extrinsic base region (Rbe) of the second type of conductivity extending in the intrinsic base region from the main surface through an extrinsic base window (Wbe) of the intermediate insulating layer, the extrinsic base region having a concentration of impurities higher than a concentration of impurities of the intrinsic base region and being separated from the emitter region by a portion of the intrinsic base region.
A system for interacting programmatically with industrial controllers, the system comprising: an automation interface component (14; 54; 94) adapted to communicate with a plurality of industrial controllers (18; 74; 96); and a computer process interface library integrated into the automation interface component, the computer process interface library exposing the automation interface component to a client application process (16; 60...66; 84), such that the client application process can directly communicate with the industrial controllers programmatically, wherein the automation interface component is an executable file accessible by the client application process, the computer process interface library comprises a plurality of object-oriented objects (20; 22... 42) that include a top level object that invokes an instance of the automation interface, thereby representing the automation interface to the client application process, and a plurality of project objects obtained from the top level object, and wherein a project object is associated with each of the industrial controllers. an automation interface component (14; 54; 94) adapted to communicate with a plurality of industrial controllers (18; 74; 96); and a computer process interface library integrated into the automation interface component, the computer process interface library exposing the automation interface component to a client application process (16; 60...66; 84), such that the client application process can directly communicate with the industrial controllers programmatically, wherein the automation interface component is an executable file accessible by the client application process, the computer process interface library comprises a plurality of object-oriented objects (20; 22... 42) that include a top level object that invokes an instance of the automation interface, thereby representing the automation interface to the client application process, and a plurality of project objects obtained from the top level object, and wherein a project object is associated with each of the industrial controllers.
A multiwall sheet, comprising: main layers, transverse walls, and dividers; wherein the multiwall sheet comprises a total thickness of greater than or equal to 45 mm; a weight of greater than or equal to 4.5 kg/m 2; and/or greater than or equal to 8 cells and a U-value of less than or equal to about 1.2 W/m 2 K; and greater than 75 wt% branched polycarbonate resin, based upon a total weight of the multiwall sheet; wherein the sheet varies by less than or equal to about 2% from an average total thickness. main layers, transverse walls, and dividers; wherein the multiwall sheet comprises a total thickness of greater than or equal to 45 mm; a weight of greater than or equal to 4.5 kg/m 2; and/or greater than or equal to 8 cells and a U-value of less than or equal to about 1.2 W/m 2 K; and a total thickness of greater than or equal to 45 mm; a weight of greater than or equal to 4.5 kg/m 2; and/or greater than or equal to 8 cells and a U-value of less than or equal to about 1.2 W/m 2 K; and greater than 75 wt% branched polycarbonate resin, based upon a total weight of the multiwall sheet; wherein the sheet varies by less than or equal to about 2% from an average total thickness.
A ubiquitous natural user system comprising: one or more sensors configured to sense a user, an environment of the user or an interaction of the user with the environment, and provide sensed input characteristic thereof, the sensors including a three-dimensional scanner configured to provide measurements of points on a surface of an object in the environment, and the sensed input including the measurements provided by the three-dimensional scanner; and a front-end system coupled to the one or more sensors, the front-end system being configured to receive and process the sensed input including the measurements to identify a known pattern that indicates a significance of the sensed input from which to identify operations of one or more electronic resources, wherein the front-end system is configured to form and communicate an input to cause the one or more electronic resources to perform the operations, including generation of a point cloud from the measurements, and transformation of the point cloud to a three-dimensional model of the object, and wherein the front-end system is configured to receive an output including the three-dimensional model from the one or more electronic resources, and communicate the output for display by a display device. one or more sensors configured to sense a user, an environment of the user or an interaction of the user with the environment, and provide sensed input characteristic thereof, the sensors including a three-dimensional scanner configured to provide measurements of points on a surface of an object in the environment, and the sensed input including the measurements provided by the three-dimensional scanner; and a front-end system coupled to the one or more sensors, the front-end system being configured to receive and process the sensed input including the measurements to identify a known pattern that indicates a significance of the sensed input from which to identify operations of one or more electronic resources, wherein the front-end system is configured to form and communicate an input to cause the one or more electronic resources to perform the operations, including generation of a point cloud from the measurements, and transformation of the point cloud to a three-dimensional model of the object, and wherein the front-end system is configured to receive an output including the three-dimensional model from the one or more electronic resources, and communicate the output for display by a display device.
A chlorotoxin conjugate comprising a chlorotoxin peptide covalently coupled to a fluorescent label selected from the group consisting of_DyLight-680, DyLight-750, VivoTag-750, DyLight-800, VivoTag-680, and indocyanine green, the chlorotoxin peptide comprising an amino acid sequence corresponding to that of native chlorotoxin (SEQ ID NO: 1) in which lysine residue K15, lysine residue K23, or a combination thereof are substituted with an amino acid other than lysine.
A method of receiving mobile user equipment specific information at a mobile user equipment in a cellular communication system; the method comprising the steps of: receiving a transmission of the smallest block of data for transmission of user equipment specific information comprising combined mobile user equipment specific information for a plurality of mobile user equipment and receiving an indication to assist the user equipment determine user equipment specific information for the user equipment from within the combined user equipment specific information; and determining user equipment specific information for the mobile user equipment from the smallest block of data for transmission of user equipment specific information.
An article of manufacture comprising: a machine-readable medium having machine-executable instructions stored thereon for analyte monitoring management, the instructions comprising: instructions for receiving analyte measurement data (110, 205, 250), the analyte measurement data representing analyte measurement data (705, 805) collected over a time period; instructions for analyzing the analyte measurement data (115, 210, 255) for analyte episodes (705C-705G, 805B-805G) within the time period; wherein the analyte episodes comprise at least one rate-of-change based episode; the rate of change being the rate of change of the analyte value over time; wherein the at least one rate-of-change based episode includes two points having a threshold rate-of-change for a duration threshold, and instructions for splitting a rate-of-change based episode into two episodes when the rate-of-change based episode includes a gap in the analyte measurement data that is larger than a gap threshold; and instructions for storing the analyte episodes in a memory (215, 260). instructions for receiving analyte measurement data (110, 205, 250), the analyte measurement data representing analyte measurement data (705, 805) collected over a time period; instructions for analyzing the analyte measurement data (115, 210, 255) for analyte episodes (705C-705G, 805B-805G) within the time period; wherein the analyte episodes comprise at least one rate-of-change based episode; the rate of change being the rate of change of the analyte value over time; wherein the at least one rate-of-change based episode includes two points having a threshold rate-of-change for a duration threshold, and wherein the analyte episodes comprise at least one rate-of-change based episode; the rate of change being the rate of change of the analyte value over time; wherein the at least one rate-of-change based episode includes two points having a threshold rate-of-change for a duration threshold, and instructions for splitting a rate-of-change based episode into two episodes when the rate-of-change based episode includes a gap in the analyte measurement data that is larger than a gap threshold; and instructions for storing the analyte episodes in a memory (215, 260).
A method comprising: receiving by a first playback device (400, 600, 802) via one of a network interface and a line-in interface, audio information to be played by one or more of at least one second playback device (700, 804, 806) and at least one third playback device (810, 812), wherein the second playback device is a satellite playback device for reproducing home-theater audio; if the audio information is audio requiring a low latency to be transmitted to a satellite playback device, (i) selecting a first frequency channel of a first spectrum, (ii) transmitting to the second playback device via a second frequency channel of a second spectrum, control information that identifies the first frequency channel of the first spectrum, and (iii) transmitting to the second playback device via the first frequency channel of the first spectrum, the received audio information to be played by the second playback device; and if the audio information is audio which is not to be transmitted to a satellite playback device, (i) selecting a third frequency channel of the second spectrum, and (ii) transmitting to the third playback device via the third frequency channel of the second spectrum, the received audio information to be played by the third playback device. receiving by a first playback device (400, 600, 802) via one of a network interface and a line-in interface, audio information to be played by one or more of at least one second playback device (700, 804, 806) and at least one third playback device (810, 812), wherein the second playback device is a satellite playback device for reproducing home-theater audio; if the audio information is audio requiring a low latency to be transmitted to a satellite playback device, (i) selecting a first frequency channel of a first spectrum, (ii) transmitting to the second playback device via a second frequency channel of a second spectrum, control information that identifies the first frequency channel of the first spectrum, and (iii) transmitting to the second playback device via the first frequency channel of the first spectrum, the received audio information to be played by the second playback device; and if the audio information is audio which is not to be transmitted to a satellite playback device, (i) selecting a third frequency channel of the second spectrum, and (ii) transmitting to the third playback device via the third frequency channel of the second spectrum, the received audio information to be played by the third playback device.
A system (100; 300) for generating hydrogen gas, the system (100; 300) comprising: a reactor (302; 802) including a solution inlet port and a hydrogen outlet port; a reactant fuel material which includes sodium silicide powder; and an internal or external supply of an aqueous solution, wherein the aqueous solution comprises water, the reactor (302; 802) further including: one or more filtration devices (888, 890); and a water feed network having a section arranged to direct a portion of the water flow directly onto the one or more filtration devices as a water spray that first serves to clean the one or more filtration devices as part of its delivery to the reactor (302; 802) and eventually drops back down to the un-reacted sodium silicide powder in order to react, wherein the one or more filtration devices (888, 890) comprise a hydrogen separation membrane to filter the hydrogen gas generated. a reactor (302; 802) including a solution inlet port and a hydrogen outlet port; a reactant fuel material which includes sodium silicide powder; and an internal or external supply of an aqueous solution, wherein the aqueous solution comprises water, the reactor (302; 802) further including: one or more filtration devices (888, 890); and a water feed network having a section arranged to direct a portion of the water flow directly onto the one or more filtration devices as a water spray that first serves to clean the one or more filtration devices as part of its delivery to the reactor (302; 802) and eventually drops back down to the un-reacted sodium silicide powder in order to react, wherein the one or more filtration devices (888, 890) comprise a hydrogen separation membrane to filter the hydrogen gas generated. one or more filtration devices (888, 890); and a water feed network having a section arranged to direct a portion of the water flow directly onto the one or more filtration devices as a water spray that first serves to clean the one or more filtration devices as part of its delivery to the reactor (302; 802) and eventually drops back down to the un-reacted sodium silicide powder in order to react, wherein the one or more filtration devices (888, 890) comprise a hydrogen separation membrane to filter the hydrogen gas generated.
Manual clamping system for guide rails (6, 7) consisting of at least two successively arranged clamping devices (11, 12), wherein each clamping device comprises at least two clamping elements (41, 42), each of which can be clamped against each other by means of an actuation shaft (50, 60) for clamping a single guide rail (6, 7), wherein the ends facing each other (57, 67) of the actuation shafts (50, 60) are connected in a positive-locking or a non-positive-locking manner by means of a torsionally rigid interface (80, 90).