mhurhangee/patent-ind-claim-en huggingface dataset:
An air turbine starter comprising: a housing having a primary inlet and primary outlet to define a primary air flow path from the primary inlet to the primary outlet ; a gear box , located within a gearbox section and having a drive shaft and an output shaft , with a gear train , including a carrier , operably coupling the drive shaft and the output shaft ; a turbine having a rotor coupled to the drive shaft and a plurality of circumferentially spaced blades extending from the rotor ; a first bearing assembly rotatably supporting the drive shaft relative to the housing ; and a second bearing assembly rotatably supporting at least one of the carrier or the output shaft relative to at least one of the drive shaft or housing , wherein the air turbine starter includes a third bearing assembly configured to rotatably support the carrier and located between the carrier and a second portion of the housing ; characterised in that : the first bearing assembly is located at a first radial distance and the second bearing assembly is located at a second radial distance , wherein the first radial distance is greater than or equal to the second radial distance . a housing having a primary inlet and primary outlet to define a primary air flow path from the primary inlet to the primary outlet ; a gear box , located within a gearbox section and having a drive shaft and an output shaft , with a gear train , including a carrier , operably coupling the drive shaft and the output shaft ; a turbine having a rotor coupled to the drive shaft and a plurality of circumferentially spaced blades extending from the rotor ; a first bearing assembly rotatably supporting the drive shaft relative to the housing ; and a second bearing assembly rotatably supporting at least one of the carrier or the output shaft relative to at least one of the drive shaft or housing , wherein the air turbine starter includes a third bearing assembly configured to rotatably support the carrier and located between the carrier and a second portion of the housing ; the first bearing assembly is located at a first radial distance and the second bearing assembly is located at a second radial distance , wherein the first radial distance is greater than or equal to the second radial distance .
A photocurable coating composition for forming a low refractive layer, comprising: a photopolymerizable compound; inorganic fine particles; two or more kinds of fluorine-containing compounds comprising photoreactive functional groups; and a photopolymerization initiator, wherein the two or more kinds of fluorine-containing compounds comprising photoreactive functional groups have different fluorine contents according to the kind , wherein the two or more kinds of fluorine-containing compounds comprising photoreactive functional groups comprise a first fluorine-containing compound comprising a photoreactive functional group and comprising 25 to 60 wt% of fluorine, and a second fluorine-containing compound comprising a photoreactive functional group and comprising fluorine in the content of 1 wt% or more and less than 25 wt%, wherein a fluorine-containing compound means a compound including at least one fluorine atom in the compound. a photopolymerizable compound; inorganic fine particles; two or more kinds of fluorine-containing compounds comprising photoreactive functional groups; and a photopolymerization initiator, wherein the two or more kinds of fluorine-containing compounds comprising photoreactive functional groups have different fluorine contents according to the kind , wherein the two or more kinds of fluorine-containing compounds comprising photoreactive functional groups comprise a first fluorine-containing compound comprising a photoreactive functional group and comprising 25 to 60 wt% of fluorine, and a second fluorine-containing compound comprising a photoreactive functional group and comprising fluorine in the content of 1 wt% or more and less than 25 wt%, wherein a fluorine-containing compound means a compound including at least one fluorine atom in the compound.
A valve gasket , comprising: an annular wall ; a plurality of ligaments attached to and extending radially inward from the annular wall , wherein each ligament of the plurality of ligaments includes a ligament slit that divides the ligament into two ligament segments; and a membrane surrounded by the annular wall and attached to the plurality of ligaments and to the annular wall , wherein the membrane includes at least one membrane slit that divides the membrane into a plurality of flaps, wherein the plurality of ligaments are positioned with the plurality of ligament slits aligned with the at least one membrane slit , such that each flap is bounded along a circumferential edge by the annular wall , along a first radial edge by a first ligament segment, and along a second radial edge by a second ligament segment. an annular wall ; a plurality of ligaments attached to and extending radially inward from the annular wall , wherein each ligament of the plurality of ligaments includes a ligament slit that divides the ligament into two ligament segments; and a membrane surrounded by the annular wall and attached to the plurality of ligaments and to the annular wall , wherein the membrane includes at least one membrane slit that divides the membrane into a plurality of flaps, wherein the plurality of ligaments are positioned with the plurality of ligament slits aligned with the at least one membrane slit , such that each flap is bounded along a circumferential edge by the annular wall , along a first radial edge by a first ligament segment, and along a second radial edge by a second ligament segment.
Polymerizable composition comprising (i) at least one polyol A1 having an OH-content of at least 25 wt.-%; (ii) at least one polyisocyanate A2 comprising at least 60 wt.-% of aliphatic and cycloaliphatic polyisocyanates; (iii) at least one organic filler B1; and (iv) at least one inorganic filler B2, wherein the inorganic filler B2 is not dried; wherein the polyol A1 makes up at least 80 wt.-% of all hydroxyl-functional compounds in the polymerizable composition. (i) at least one polyol A1 having an OH-content of at least 25 wt.-%; (ii) at least one polyisocyanate A2 comprising at least 60 wt.-% of aliphatic and cycloaliphatic polyisocyanates; (iii) at least one organic filler B1; and (iv) at least one inorganic filler B2, wherein the inorganic filler B2 is not dried;
A magnetic flowmeter for detecting and identifying entrained fluid in a process stream from a separator, the magnetic flowmeter comprising: at least one coil configured to generate a magnetic field within a process fluid flow; a pair of electrodes configured to detect an electromotive force within the flowing process fluid in response to the magnetic field; measurement circuitry coupled to the pair of electrodes and configured to provide an indication of the detected electromotive force; a processor coupled to the measurement circuitry and configured to receive the indication of the detected electromotive force and to determine a flow-related output based on the indication of the detected electromotive force; a diagnostics component coupled to the measurement circuitry and configured to detect entrained fluid based on analysis of a process variable measurement obtained by the magnetic flowmeter ; and wherein the processor is configured to communicate the process variable measurement over a communication bus , the processor being configured to automatically provide an alert when the process variable measurement is detected by the diagnostics component to be above a set threshold, wherein the alert includes an identification of a type of entrained fluid; characterised in that the process variable measurement includes at least an empty pipe value, wherein when sustained increases of the empty pipe value are detected the entrained fluid is identified as entrained oil and when rapid increases and decreases of the empty pipe value are detected the entrained fluid is identified as entrained gas. at least one coil configured to generate a magnetic field within a process fluid flow; a pair of electrodes configured to detect an electromotive force within the flowing process fluid in response to the magnetic field; measurement circuitry coupled to the pair of electrodes and configured to provide an indication of the detected electromotive force; a processor coupled to the measurement circuitry and configured to receive the indication of the detected electromotive force and to determine a flow-related output based on the indication of the detected electromotive force; a diagnostics component coupled to the measurement circuitry and configured to detect entrained fluid based on analysis of a process variable measurement obtained by the magnetic flowmeter ; and wherein the processor is configured to communicate the process variable measurement over a communication bus , the processor being configured to automatically provide an alert when the process variable measurement is detected by the diagnostics component to be above a set threshold, wherein the alert includes an identification of a type of entrained fluid; characterised in that the process variable measurement includes at least an empty pipe value, wherein when sustained increases of the empty pipe value are detected the entrained fluid is identified as entrained oil and when rapid increases and decreases of the empty pipe value are detected the entrained fluid is identified as entrained gas.
Process for obtaining a food package based on polypropylene modified with nano-structured materials, comprising a step of modifying polypropylene with a mixed composite of Titanium dioxide and Silicium dioxide modified with silver nano-particles by weight percent of 0.5-3% silver (Ag/TiO 2 -SiO 2 with 0.5-3wt% Ag) and obtaining a food package with the modified polypropylene.
An electronic device controller capable of wirelessly communicating with at least one of a plurality of electronic devices , which are target devices of a linkage operation, and communicably connected to a server device via a network , the controller comprising: an identification information receiving unit that receives device identification information of each electronic device , and acquires a combination of a plurality of device identification information, through a wireless communication with at least one of the plurality of electronic devices communication-connected according to a linkage procedure; an identification information transmitting unit that transmits the combination of the plurality of device identification information to the server device via the network ; an instruction information receiving unit that receives instruction information transmitted from the server device via the network , regarding the linkage operation of the electronic devices , the instruction information being associated with the combination of the plurality of device identification information; and a linkage control unit that performs control to make the plurality of electronic devices perform the linkage operation with each other according to the instruction information by interpreting the instruction information and transmitting an operation instruction based on the interpretation, to each of the corresponding electronic devices . an identification information receiving unit that receives device identification information of each electronic device , and acquires a combination of a plurality of device identification information, through a wireless communication with at least one of the plurality of electronic devices communication-connected according to a linkage procedure; an identification information transmitting unit that transmits the combination of the plurality of device identification information to the server device via the network ; an instruction information receiving unit that receives instruction information transmitted from the server device via the network , regarding the linkage operation of the electronic devices , the instruction information being associated with the combination of the plurality of device identification information; and a linkage control unit that performs control to make the plurality of electronic devices perform the linkage operation with each other according to the instruction information by interpreting the instruction information and transmitting an operation instruction based on the interpretation, to each of the corresponding electronic devices .
A press head for a press machine used to press-fit a connector to a printed circuit board , the press head comprising: a press motor operable in a pressing operation; a driver assembly operably coupled to the press motor and movable during the pressing operation; and a press anvil operably coupled to the driver assembly and movable by the driver assembly during the pressing operation, the press anvil having a load cell housing holding a load cell , the press anvil having a contact plate coupled to the load cell housing and engaging the load cell, the contact plate having a contact surface configured to engage the connector or a seating tool for the connector and configured to press the connector toward the printed circuit board during the pressing operation, the load cell measuring a pressing load of the contact plate during the pressing operation wherein the press anvil includes a preload screw connecting the contact plate to the load cell housing , wherein the preload screw preloads the contact plate against the load cell . a press motor operable in a pressing operation; a driver assembly operably coupled to the press motor and movable during the pressing operation; and a press anvil operably coupled to the driver assembly and movable by the driver assembly during the pressing operation, the press anvil having a load cell housing holding a load cell , the press anvil having a contact plate coupled to the load cell housing and engaging the load cell, the contact plate having a contact surface configured to engage the connector or a seating tool for the connector and configured to press the connector toward the printed circuit board during the pressing operation, the load cell measuring a pressing load of the contact plate during the pressing operation wherein the press anvil includes a preload screw connecting the contact plate to the load cell housing , wherein the preload screw preloads the contact plate against the load cell .
An apparatus comprising: a first portion operating in a first clock domain and a second portion operating in a second clock domain; wherein the first portion comprises a first primary interface and first redundant interface , the first primary interface being configured to receive a primary signal, and the first redundant interface being configured to receive a first checking signal, the first checking signal and the primary signal being separated by a predetermined time delay; and wherein the second portion comprises a second primary interface and a second redundant interface , the second primary interface being configured to output the primary signal, and the second redundant interface being configured to output a second checking signal, wherein the second primary interface and the second redundant interface are configured to operate with independent, synchronous clocks; the apparatus comprising checking circuitry in the second clock domain configured to: generate the second checking signal based on the primary signal; perform an error checking procedure based on the first and second checking signals; and supply the second checking signal to the second redundant interface said predetermined time delay after the primary signal is supplied to the second primary interface. a first portion operating in a first clock domain and a second portion operating in a second clock domain; wherein the first portion comprises a first primary interface and first redundant interface , the first primary interface being configured to receive a primary signal, and the first redundant interface being configured to receive a first checking signal, the first checking signal and the primary signal being separated by a predetermined time delay; and wherein the second portion comprises a second primary interface and a second redundant interface , the second primary interface being configured to output the primary signal, and the second redundant interface being configured to output a second checking signal, wherein the second primary interface and the second redundant interface are configured to operate with independent, synchronous clocks; the apparatus comprising checking circuitry in the second clock domain configured to: generate the second checking signal based on the primary signal; perform an error checking procedure based on the first and second checking signals; and supply the second checking signal to the second redundant interface said predetermined time delay after the primary signal is supplied to the second primary interface. generate the second checking signal based on the primary signal; perform an error checking procedure based on the first and second checking signals; and supply the second checking signal to the second redundant interface said predetermined time delay after the primary signal is supplied to the second primary interface.
An anastomosis assisting tool comprising: a body unit extending in a predetermined advancing direction and having a part to be inserted into a vessel; and an insertion unit arranged at the tip of said body unit , wherein said insertion unit includes a tapered part of a diameter decreasing gradually toward a tip, characterized in that said body unit includes an anastomosis assisting part having an approximately constant cross-sectional shape in a plane perpendicular to said advancing direction, the anastomosis assisting part including three projections projecting outwardly as viewed in said cross section and extending in said advancing direction, in that said cross section of said anastomosis assisting part is a regular triangle and in that the three corners of said regular triangle are said three projections . a body unit extending in a predetermined advancing direction and having a part to be inserted into a vessel; and an insertion unit arranged at the tip of said body unit , wherein said insertion unit includes a tapered part of a diameter decreasing gradually toward a tip, characterized in that said body unit includes an anastomosis assisting part having an approximately constant cross-sectional shape in a plane perpendicular to said advancing direction, the anastomosis assisting part including three projections projecting outwardly as viewed in said cross section and extending in said advancing direction, in that said cross section of said anastomosis assisting part is a regular triangle and in that the three corners of said regular triangle are said three projections .
An end assembly for a dance pole, the end assembly comprising: an end part; a connector configured for connection, directly or indirectly, to a part of the dance pole; a first engagement element connected to the connector; a second engagement element engageable with the first engagement element ; and a movable element movable between a first position and a second position to move the second engagement element and switch the end assembly between: a spinning mode with the first engagement element disengaged from the second engagement element , and with the connector capable of rotation relative to the end part; and a static mode with the first engagement element engaged with the second engagement element to restrict the rotation relative to the end part. an end part; a connector configured for connection, directly or indirectly, to a part of the dance pole; a first engagement element connected to the connector; a second engagement element engageable with the first engagement element ; and a movable element movable between a first position and a second position to move the second engagement element and switch the end assembly between: a spinning mode with the first engagement element disengaged from the second engagement element , and with the connector capable of rotation relative to the end part; and a static mode with the first engagement element engaged with the second engagement element to restrict the rotation relative to the end part. a spinning mode with the first engagement element disengaged from the second engagement element , and with the connector capable of rotation relative to the end part; and a static mode with the first engagement element engaged with the second engagement element to restrict the rotation relative to the end part.
Driver assistance system for a motor vehicle having at least two sensors and having a control device which is designed to carry out a method for determining a respective installation position (VL, VM, VR, ML, MR, HL, HM, HR) of at least two sensors of a motor vehicle , in which data from the at least two sensors arranged on and/or in the motor vehicle are received by means of a control device of the motor vehicle , characterized in that the at least two sensors are in the form of radar sensors and/or laser scanners, in that a current direction of travel of the motor vehicle is determined during movement of the motor vehicle relative to at least one object , wherein the at least one object , relative to which the motor vehicle is moved, is stationary or the object is moved in a straight line relative to the motor vehicle, in that relative values which describe a respective distance and angle between the sensor and the at least one object as the position of the at least one object are continuously determined during movement of the motor vehicle relative to the at least one object (6 7) using each of the at least two sensors , with the result that a temporal change in the position of the at least one object is determined, in that trajectories are determined in a sensor coordinate system on the basis of a change in the respective relative values, in that possible predetermined installation positions (VL, VM, VR, ML, MR, HL, HM, HR) for the at least two sensors are stored in the control device and/or in the at least two sensors, and the respective installation position (VL, VM, VR, ML, MR, HL, HM, HR) of the at least two sensors is determined on the basis of the determined trajectories and on the basis of the predetermined stored installation positions (VL, VM, VR, ML, MR, HL, HM, HR) and the direction of travel.
A mesh wireless local area network controller , herein mesh WLAN controller, which is configured to operate in a mesh soft-access-point mode and in a mesh client mode, and, when operating in the mesh client mode, - to perform a mesh network scan upon initial power-on, for detecting at least one mesh WLAN BSS , - to send a mesh client access request to at least one of the mesh WLAN BSSs detected, and, if mesh client access has been achieved, provide mesh client access information to the accessed WLAN BSSs indicative of any other mesh WLAN BSS , to which mesh client access has been achieved, and - if mesh client access is not achieved in exchange with any of the detected mesh WLAN BSSs, switch to operating in the mesh soft-access-point mode. - to perform a mesh network scan upon initial power-on, for detecting at least one mesh WLAN BSS , - to send a mesh client access request to at least one of the mesh WLAN BSSs detected, and, if mesh client access has been achieved, provide mesh client access information to the accessed WLAN BSSs indicative of any other mesh WLAN BSS , to which mesh client access has been achieved, and - if mesh client access is not achieved in exchange with any of the detected mesh WLAN BSSs, switch to operating in the mesh soft-access-point mode.