mhurhangee/patent-ind-claim-en huggingface dataset:
A leak detector for detecting leaked liquid, the leak detector comprising: a flexible and elongate fastener configured to fit around a liquid containing pipe to thereby attach the leak detector to the liquid containing pipe; a housing containing electrical circuitry ; and a leak sensor comprised in at least one of the fastener and the housing, the leak sensor being configured to sense liquid leaking from the liquid containing pipe, the electrical circuitry being operative to detect a leak in dependence on an output from the leak sensor, wherein the leak detector is configured such that the housing and the fastener are abreast, characterised in that the fastener is constituted by a flexible printed circuit board , and wherein a liquid sensing part of the leak sensor comprises two spaced apart electrically conducting elements , the two spaced apart electrically conducting elements formed on the flexible printed circuit board; and wherein the electrical circuitry is supported on the same flexible printed circuit board on which the two spaced apart electrically conducting elements are formed. a flexible and elongate fastener configured to fit around a liquid containing pipe to thereby attach the leak detector to the liquid containing pipe; a housing containing electrical circuitry ; and a leak sensor comprised in at least one of the fastener and the housing, the leak sensor being configured to sense liquid leaking from the liquid containing pipe, the electrical circuitry being operative to detect a leak in dependence on an output from the leak sensor, wherein the leak detector is configured such that the housing and the fastener are abreast, characterised in that the fastener is constituted by a flexible printed circuit board , and wherein a liquid sensing part of the leak sensor comprises two spaced apart electrically conducting elements , the two spaced apart electrically conducting elements formed on the flexible printed circuit board; and wherein the electrical circuitry is supported on the same flexible printed circuit board on which the two spaced apart electrically conducting elements are formed.
A coil assembly comprising: a bobbin comprising a cylindrical portion and a flange portion formed at an axial end of the cylindrical portion, the flange portion having a yoke housing portion formed therein; a coil including a winding around the bobbin; a yoke attached to the bobbin, wherein an end portion of the yoke is housed in the yoke housing portion; and a connection terminal electrically connected to the winding, wherein the connection terminal is a press-fit terminal that includes a terminal portion , for forming a press-fit connection to an external contact portion, said terminal portion extending perpendicularly outward from the flange portion of the bobbin in an axial direction of the bobbin, and wherein the end portion of the yoke, housed in the yoke housing portion, is arranged with the flange portion between the terminal portion and the end portion of the yoke in an axial direction of the terminal portion, such that the end portion of the yoke supports the press-fit terminal via the flange portion in said axial direction of the terminal portion. a bobbin comprising a cylindrical portion and a flange portion formed at an axial end of the cylindrical portion, the flange portion having a yoke housing portion formed therein; a coil including a winding around the bobbin; a yoke attached to the bobbin, wherein an end portion of the yoke is housed in the yoke housing portion; and a connection terminal electrically connected to the winding, wherein the connection terminal is a press-fit terminal that includes a terminal portion , for forming a press-fit connection to an external contact portion, said terminal portion extending perpendicularly outward from the flange portion of the bobbin in an axial direction of the bobbin, and wherein the end portion of the yoke, housed in the yoke housing portion, is arranged with the flange portion between the terminal portion and the end portion of the yoke in an axial direction of the terminal portion, such that the end portion of the yoke supports the press-fit terminal via the flange portion in said axial direction of the terminal portion. wherein the connection terminal is a press-fit terminal that includes a terminal portion , for forming a press-fit connection to an external contact portion, said terminal portion extending perpendicularly outward from the flange portion of the bobbin in an axial direction of the bobbin, and wherein the end portion of the yoke, housed in the yoke housing portion, is arranged with the flange portion between the terminal portion and the end portion of the yoke in an axial direction of the terminal portion, such that the end portion of the yoke supports the press-fit terminal via the flange portion in said axial direction of the terminal portion.
Light-emitting element, comprising - a planar OLED or a planar QLED for producing a first light, - an optical influencing element having a light emitting surface for emitting a second light, wherein the second light is formed from the first light by means of an optical influence caused at least in part by the optical influencing element , wherein the optical influencing element comprises a primary optical system and secondary optical system for optical influencing, wherein the primary optical system is configured on a side of the optical influencing element that faces toward the OLED or QLED, characterized in that that the primary optical system comprises microlenses, wherein, with respect to the light emitting surface , differently formed microlenses are arranged as light influencing elements in a peripheral region of the optical influencing element than in a central region. - a planar OLED or a planar QLED for producing a first light, - an optical influencing element having a light emitting surface for emitting a second light,
A rail vehicle with a vehicle frame supported on rail-based running gears and with a hydraulic drive system, comprising a hydraulic pump and a hydraulic motor assigned to a rail-based running gear as well as a pump distributor gearbox and an internal combustion engine , with the hydraulic pump being coupled with the internal combustion engine via the pump distributor gearbox , characterized in that the pump distributor gearbox is coupled with a further internal combustion engine of the rail vehicle, and that a shared control device is set up for regulating both internal combustion engines .
Vehicle control system comprising: a first communication network ; a first operation component , a first vehicle control unit connected to the communication network and to the first operation component , wherein the first vehicle control unit is configured to control a first data connection between the first operation component and the first vehicle control unit by a first signal to the first operation component ; and a second vehicle control unit connected to the first operation component , wherein the second vehicle control unit is configured to control a second data connection between the first operation component and the second vehicle control unit by a second signal to the first operation component , wherein the first data connection and the second data connection can be controlled so that at least one of the first data connection and the second data connection is enabled or disabled characterized in that the first vehicle control unit is configured to disable the first data connection between the first operation component and the first vehicle control unit upon a determination of erroneous data received from the first operation component . a first communication network ; a first operation component , a first vehicle control unit connected to the communication network and to the first operation component , wherein the first vehicle control unit is configured to control a first data connection between the first operation component and the first vehicle control unit by a first signal to the first operation component ; and a second vehicle control unit connected to the first operation component , wherein the second vehicle control unit is configured to control a second data connection between the first operation component and the second vehicle control unit by a second signal to the first operation component , wherein the first data connection and the second data connection can be controlled so that at least one of the first data connection and the second data connection is enabled or disabled characterized in that the first vehicle control unit is configured to disable the first data connection between the first operation component and the first vehicle control unit upon a determination of erroneous data received from the first operation component .
A device comprising: a structure defining a detector surface configured for supporting biological or chemical samples ; a sensor array comprising light sensors and circuitry to transmit signals using photons detected by the light sensors ; and a guide array comprising light guides ; wherein light guides of the guide array are arranged to receive excitation light and emission signal light from the detector surface , wherein the light guides extend toward respective light sensors of the sensor array and comprise filter material that blocks the excitation light and permits the emission signal light to propagate toward the respective light sensors , characterized in that the filter material comprises a metal complex dye, the metal complex dye being a transition metal dye complex comprising at least one dye and a photon emission quencher operable to quench photon emissions of the at least one dye. a structure defining a detector surface configured for supporting biological or chemical samples ; a sensor array comprising light sensors and circuitry to transmit signals using photons detected by the light sensors ; and a guide array comprising light guides ; wherein light guides of the guide array are arranged to receive excitation light and emission signal light from the detector surface , wherein the light guides extend toward respective light sensors of the sensor array and comprise filter material that blocks the excitation light and permits the emission signal light to propagate toward the respective light sensors , characterized in that the filter material comprises a metal complex dye, the metal complex dye being a transition metal dye complex comprising at least one dye and a photon emission quencher operable to quench photon emissions of the at least one dye.
A method for producing an organic compound, wherein at least two fluids, a first fluid and a second fluid, are used, the first fluid and the second fluid are immiscible with each other, of the two fluids, at least the first fluid contains one or more entities selected from three entities selected from an organic compound, a reacting agent, and a phase-transfer catalyst, of the fluids other than the first fluid, at least the second fluid contains at least one entity not selected from the three entities, the first fluid and the second fluid as the whole contains the three entities, the first fluid and the second fluid introduced into between processing surfaces which are disposed in a position they are faced with each other so as to be able to approach to and separate from each other, at least one of which rotates relative to the other, then converged to form a thin film fluid, thereby conducting a phase-transfer catalysis reaction in the thin film fluid, a distance between the processing surfaces is maintained at a predetermined distance of 1 mm or less by a balance between the force in the direction to make the processing surfaces approach and a force in the direction to make the processing surfaces to separate, and of the first fluid and the second fluid, a fluid containing at least the phase-transfer catalyst is prepared, before it is introduced into between the processing surfaces, such that the phase-transfer catalyst contained in the first fluid and/or the second fluid is substantially homogeneously mixed in the said fluid. at least two fluids, a first fluid and a second fluid, are used, the first fluid and the second fluid are immiscible with each other, of the two fluids, at least the first fluid contains one or more entities selected from three entities selected from an organic compound, a reacting agent, and a phase-transfer catalyst, of the fluids other than the first fluid, at least the second fluid contains at least one entity not selected from the three entities, the first fluid and the second fluid as the whole contains the three entities, the first fluid and the second fluid introduced into between processing surfaces which are disposed in a position they are faced with each other so as to be able to approach to and separate from each other, at least one of which rotates relative to the other, then converged to form a thin film fluid, thereby conducting a phase-transfer catalysis reaction in the thin film fluid, a distance between the processing surfaces is maintained at a predetermined distance of 1 mm or less by a balance between the force in the direction to make the processing surfaces approach and a force in the direction to make the processing surfaces to separate, and of the first fluid and the second fluid, a fluid containing at least the phase-transfer catalyst is prepared, before it is introduced into between the processing surfaces, such that the phase-transfer catalyst contained in the first fluid and/or the second fluid is substantially homogeneously mixed in the said fluid.
A sampling pipette comprising: - a pipette fixed body ; - a control rod translationally movable relative to the pipette body , along a longitudinal axis of the pipette; and - a suction chamber ; characterised in that it also includes: - a set of N concentric pistons (24a-24c), N corresponding to an integer higher than or equal to two, each of the pistons participating in delimiting said suction chamber ; and - a module for coupling the control rod with the set of N concentric pistons (24a-24c), said module being configured so as to be capable of being brought into N distinct configurations in which it provides coupling of the control rod with 1, 2, ..., N pistons respectively. - a pipette fixed body ; - a control rod translationally movable relative to the pipette body , along a longitudinal axis of the pipette; and - a suction chamber ; - a set of N concentric pistons (24a-24c), N corresponding to an integer higher than or equal to two, each of the pistons participating in delimiting said suction chamber ; and - a module for coupling the control rod with the set of N concentric pistons (24a-24c), said module being configured so as to be capable of being brought into N distinct configurations in which it provides coupling of the control rod with 1, 2, ..., N pistons respectively.
A turbofan engine comprising: a fan ; a compressor section including: a first compressor , a second compressor and a third compressor ; a turbine section including: a first turbine , a second turbine , and a third turbine ; a plurality of gear systems , including: a first gear system and a second gear system ; wherein each of the first gear system and the second gear system includes a sun gear , a plurality of planet gears and ring gear circumscribing the plurality of planet gears ; wherein the first turbine drives the first compressor through the first gear system , and the second turbine drives the second compressor through the second gear system , and the third turbine drives the third compressor ; the turbofan engine characterized in that it further comprises a gear controller (80; 84) for controlling rotation of both the first gear system and the second gear system relative to a static structure , by varying a resistance to rotation of a portion of the second gear system , thereby varying an effective engine speed reduction ratio. a fan ; a compressor section including: a first compressor , a second compressor and a third compressor ; a turbine section including: a first turbine , a second turbine , and a third turbine ; a plurality of gear systems , including: a first gear system and a second gear system ; wherein each of the first gear system and the second gear system includes a sun gear , a plurality of planet gears and ring gear circumscribing the plurality of planet gears ; wherein the first turbine drives the first compressor through the first gear system , and the second turbine drives the second compressor through the second gear system , and the third turbine drives the third compressor ; the turbofan engine characterized in that it further comprises a gear controller (80; 84) for controlling rotation of both the first gear system and the second gear system relative to a static structure , by varying a resistance to rotation of a portion of the second gear system , thereby varying an effective engine speed reduction ratio.
A multispecific antibody or fragment thereof that specifically binds: a. a first target epitope, wherein the first target epitope is an epitope of the variable delta 1 (Vδ1) chain of a γδ T cell receptor (TCR); and b. a second target epitope, wherein the second epitope is mesothelin. a. a first target epitope, wherein the first target epitope is an epitope of the variable delta 1 (Vδ1) chain of a γδ T cell receptor (TCR); and b. a second target epitope, wherein the second epitope is mesothelin.
A wafer supporting mechanism comprising: a wafer supporting table ; and a movable part supported by the wafer supporting table, wherein the wafer supporting table comprises a first surface opposing a back surface (Wb) of a wafer (W) to be placed, and a wafer supporting portion for transfer configured for supporting the wafer during transfer, which stands up from said first surface and is provided further toward an inner side than an outer peripheral edge of the wafer (W) to be placed; wherein the movable part comprises a wafer supporting portion for film formation configured to support the wafer during film formation, which is positioned further toward an outer peripheral side of the wafer (W) to be placed than the wafer supporting portion for transfer and is relatively movable with respect to the wafer supporting table in a standing direction of the wafer supporting portion for transfer . a wafer supporting table ; and a movable part supported by the wafer supporting table, wherein the wafer supporting table comprises a first surface opposing a back surface (Wb) of a wafer (W) to be placed, and a wafer supporting portion for transfer configured for supporting the wafer during transfer, which stands up from said first surface and is provided further toward an inner side than an outer peripheral edge of the wafer (W) to be placed; wherein the movable part comprises a wafer supporting portion for film formation configured to support the wafer during film formation, which is positioned further toward an outer peripheral side of the wafer (W) to be placed than the wafer supporting portion for transfer and is relatively movable with respect to the wafer supporting table in a standing direction of the wafer supporting portion for transfer . a first surface opposing a back surface (Wb) of a wafer (W) to be placed, and a wafer supporting portion for transfer configured for supporting the wafer during transfer, which stands up from said first surface and is provided further toward an inner side than an outer peripheral edge of the wafer (W) to be placed; wherein the movable part comprises a wafer supporting portion for film formation configured to support the wafer during film formation, which is positioned further toward an outer peripheral side of the wafer (W) to be placed than the wafer supporting portion for transfer and is relatively movable with respect to the wafer supporting table in a standing direction of the wafer supporting portion for transfer .
A system, comprising: a plurality of computing devices configured to implement a content delivery network comprising an origin server and an edge server , wherein the edge server comprises a content cache configured to store content retrieved from the origin server , and wherein the edge server is configured to: receive from a customer of the content delivery network , a specification of an event and an association of the event with a function, wherein the function comprises user-defined program code previously uploaded to the content delivery network by the customer; receive, from a client device , a request for content from the content cache or from the origin server ; initiate processing of the request, wherein the processing of the request comprises encountering the event associated with the function; execute the function associated with the event using process isolation with respect to execution of one or more other functions at the edge server wherein using process isolation comprises executing the function in a container at the edge server and executing the one or more other functions in one or more other containers at the edge server ; generate the content based at least in part on execution of the function; and send the content to the client device . receive from a customer of the content delivery network , a specification of an event and an association of the event with a function, wherein the function comprises user-defined program code previously uploaded to the content delivery network by the customer; receive, from a client device , a request for content from the content cache or from the origin server ; initiate processing of the request, wherein the processing of the request comprises encountering the event associated with the function; execute the function associated with the event using process isolation with respect to execution of one or more other functions at the edge server wherein using process isolation comprises executing the function in a container at the edge server and executing the one or more other functions in one or more other containers at the edge server ; generate the content based at least in part on execution of the function; and send the content to the client device .
A breastmilk extracting system, comprising: a pressure measurement component configured to obtain a pressure level in the system during operation of the system; a comparison circuit configured to, on a substantially continuous basis, compare at least one of a displacement measurement and motor current data to the pressure level to obtain a comparison result, determine that there is a leak in the system when the comparison result at least meets a threshold value, and estimate a magnitude of the leak; and at least one feedback component configured to indicate to a user the existence of the leak in the system. a pressure measurement component configured to obtain a pressure level in the system during operation of the system; a comparison circuit configured to, on a substantially continuous basis, compare at least one of a displacement measurement and motor current data to the pressure level to obtain a comparison result, determine that there is a leak in the system when the comparison result at least meets a threshold value, and estimate a magnitude of the leak; and on a substantially continuous basis, compare at least one of a displacement measurement and motor current data to the pressure level to obtain a comparison result, determine that there is a leak in the system when the comparison result at least meets a threshold value, and estimate a magnitude of the leak; and at least one feedback component configured to indicate to a user the existence of the leak in the system.