mhurhangee/patent-ind-claim-en huggingface dataset:
A method of measuring a fluid contained in a reservoir, the method comprising: providing a sensing reservoir for containing and measuring a fluid, the sensing reservoir comprising a fluid sensing unit coupled to a reservoir; performing a system check to ensure that the sensing reservoir is functioning properly; generating measurement data using the fluid sensing unit, the measurement data indicative of a volume of the fluid contained in the reservoir; and analyzing the measurement data to determine the volume of the fluid contained in the reservoir, wherein the sensing reservoir further comprises one or more proximity sensors configured to detect one or more proximity triggers disposed within a predetermined distance from the one or more proximity sensors, and wherein the method further comprises generating measurement data using the one or more proximity sensors to determine whether the sensing reservoir is coupled to a component comprising the one or more proximity triggers. providing a sensing reservoir for containing and measuring a fluid, the sensing reservoir comprising a fluid sensing unit coupled to a reservoir; performing a system check to ensure that the sensing reservoir is functioning properly; generating measurement data using the fluid sensing unit, the measurement data indicative of a volume of the fluid contained in the reservoir; and analyzing the measurement data to determine the volume of the fluid contained in the reservoir, wherein the sensing reservoir further comprises one or more proximity sensors configured to detect one or more proximity triggers disposed within a predetermined distance from the one or more proximity sensors, and wherein the method further comprises generating measurement data using the one or more proximity sensors to determine whether the sensing reservoir is coupled to a component comprising the one or more proximity triggers.
A computer-implemented method, comprising: registering a Service Broker and providing access to a Service Instance of a Service and brokering the Service ; registering an Instance Manager Broker and providing access to a Service Instance of an Instance Manager and brokering the Instance Manager ; sending a request by a Deployer to a Controller associated with an Application to bind the Service Instance of the Instance Manager to the Application and the Controller receiving the request from the Deployer ; forwarding the received request by the Controller to the Instance Manager Broker to instantiate the Service Instance of the Instance Manager ; forwarding credentials returned by the Instance Manager Broker from the instantiated Service Instance of the Instance Manager to the Deployer ; registering the Service Broker with an Instance Manager ; further comprising the Application requesting Service Instances of available Services and credentials associated with the Service Instances of the available Services from the Service Instance of the Instance Manager ; sending a request from the Application to the Service Instance of the Instance Manager to instantiate a particular Service Instance of a Service ; forwarding the request from the Application from the Service Instance of the Instance Manager to the Service Broker ; instantiating the particular Service Instance of the Service with the Service Broker ; and accessing the instantiated Service Instance of the Service with the Application using the credentials associated with the Service Instances of the available Services . registering a Service Broker and providing access to a Service Instance of a Service and brokering the Service ; registering an Instance Manager Broker and providing access to a Service Instance of an Instance Manager and brokering the Instance Manager ; sending a request by a Deployer to a Controller associated with an Application to bind the Service Instance of the Instance Manager to the Application and the Controller receiving the request from the Deployer ; forwarding the received request by the Controller to the Instance Manager Broker to instantiate the Service Instance of the Instance Manager ; forwarding credentials returned by the Instance Manager Broker from the instantiated Service Instance of the Instance Manager to the Deployer ; registering the Service Broker with an Instance Manager ; further comprising the Application requesting Service Instances of available Services and credentials associated with the Service Instances of the available Services from the Service Instance of the Instance Manager ; sending a request from the Application to the Service Instance of the Instance Manager to instantiate a particular Service Instance of a Service ; forwarding the request from the Application from the Service Instance of the Instance Manager to the Service Broker ; instantiating the particular Service Instance of the Service with the Service Broker ; and accessing the instantiated Service Instance of the Service with the Application using the credentials associated with the Service Instances of the available Services .
A side rail assembly for a side of an architectural covering to be mounted to an architectural feature, the side rail including: a side guide having an elongate profile defining an elongate open channel configured to receive adjacent ends of members of a shade of the architectural covering; a base having an elongate profile configured to be engaged with a side edge of an architectural feature; and a clip ; whereby: the elongate profile of the base includes a pivot portion and the elongate profile of the side guide includes a rotation portion configured to engage the pivot portion rotationally such that the side guide is rotatable relative to the base about the pivot portion ; and the elongate profile of the side guide includes an engagement portion) 160) remote from the rotation portion and the engagement portion and the clip are configured, with the rotation portion engaged with the pivot portion of the base , to engage with each other to mount the side guide to the base ; characterised in that : the elongate profile of the base and the clip are configured to engage with each other to mount the clip to the base ; and in that : the pivot portion is remote from the clip when mounted. a side guide having an elongate profile defining an elongate open channel configured to receive adjacent ends of members of a shade of the architectural covering; a base having an elongate profile configured to be engaged with a side edge of an architectural feature; and a clip ; whereby: the elongate profile of the base includes a pivot portion and the elongate profile of the side guide includes a rotation portion configured to engage the pivot portion rotationally such that the side guide is rotatable relative to the base about the pivot portion ; and the elongate profile of the side guide includes an engagement portion) 160) remote from the rotation portion and the engagement portion and the clip are configured, with the rotation portion engaged with the pivot portion of the base , to engage with each other to mount the side guide to the base ; characterised in that : the elongate profile of the base and the clip are configured to engage with each other to mount the clip to the base ; and in that : the pivot portion is remote from the clip when mounted. the elongate profile of the base includes a pivot portion and the elongate profile of the side guide includes a rotation portion configured to engage the pivot portion rotationally such that the side guide is rotatable relative to the base about the pivot portion ; and the elongate profile of the side guide includes an engagement portion) 160) remote from the rotation portion and the engagement portion and the clip are configured, with the rotation portion engaged with the pivot portion of the base , to engage with each other to mount the side guide to the base ; the elongate profile of the base and the clip are configured to engage with each other to mount the clip to the base ; and in that : the pivot portion is remote from the clip when mounted.
Method of writing data into a data archive, comprising storing said data (24-27) in a first portion (12, 15; 22; 132, 135) of said data archive (11, 14; 21; 131, 134), generating an entry (31-34; 62-67; 192-195) in a second portion (13, 16; 23; 61; 133, 136; 181, 191) of said data archive (11, 14; 21; 131, 134), said entry (31-34; 62-67; 192-195) comprising an identifier for said data and being indicative of a storage location of said data (24-27) in said first portion (12, 15; 22; 132, 135), and determining whether said data correspond to one of a plurality of variants for a given data resource, characterized by when said data are determined to correspond to one of said plurality of variants for said given data resource generating a further entry (35; 69, 70; 196, 197) in said second portion (13, 16; 23; 61; 133, 136; 181, 191), said further entry (35; 69, 70; 196, 197) comprising an identifier for said given data resource and an identifier for said entry (33, 34; 64-67; 192-195), wherein, said steps of storing data and generating an entry are performed for a plurality of data corresponding to said plurality of variants, thereby generating a plurality of entries (33, 34; 64-67; 192-195) in said second portion , and wherein said further entry (35; 69, 70; 196, 197) is generated so as to comprise the identifier for each one of said plurality of entries (33, 34; 64-67; 192-195).
A method of manufacturing an article, comprising: blending together components of the cross-linkable rubber composition into a non-productive mix, the components including a diene elastomer, a reinforcing filler and a methylene acceptor of the form wherein R is selected from H, an alkyl moiety, a cycloalkyl moiety, an aryl moiety, an amine moiety or combinations thereof and wherein R is not a single phenyl moiety without combination; cooling the non-productive mix; mixing a methylene donor and a vulcanizing agent into the non-productive mix to convert the non-productive mix to a productive mix, wherein a ratio of the methylene acceptor to the methylene donor is greater than 10:1, and forming the article. blending together components of the cross-linkable rubber composition into a non-productive mix, the components including a diene elastomer, a reinforcing filler and a methylene acceptor of the form wherein R is selected from H, an alkyl moiety, a cycloalkyl moiety, an aryl moiety, an amine moiety or combinations thereof and wherein R is not a single phenyl moiety without combination; cooling the non-productive mix; mixing a methylene donor and a vulcanizing agent into the non-productive mix to convert the non-productive mix to a productive mix, wherein a ratio of the methylene acceptor to the methylene donor is greater than 10:1, and forming the article.
An apparatus comprising: a quantum controller to generate physical pulses directed to qubits on a quantum processor in response to operations specified in a quantum runtime; quantum measurement circuitry to measure quantum values associated with the qubits following completion of at least a first cycle of quantum runtime operations; and a probabilistic compute engine , implemented in classical circuit logic, to analyze the one or more quantum values using inferencing and to adjust, based on the analysis, a level of quantum error correction applied across a surface of the entire quantum processor for improving an error rate on subsequent cycles of the quantum runtime. a quantum controller to generate physical pulses directed to qubits on a quantum processor in response to operations specified in a quantum runtime; quantum measurement circuitry to measure quantum values associated with the qubits following completion of at least a first cycle of quantum runtime operations; and a probabilistic compute engine , implemented in classical circuit logic, to analyze the one or more quantum values using inferencing and to adjust, based on the analysis, a level of quantum error correction applied across a surface of the entire quantum processor for improving an error rate on subsequent cycles of the quantum runtime.
A surgical instrument comprising: a housing ; an outer shaft operatively coupled with the housing such that rotation of the housing causes axial displacement of the outer shaft, the outer shaft including a keel cutter configured to define a channel in a vertebral body; an inner shaft disposed within the outer shaft; a trial sizer configured to be received in intervertebral space, the trial sizer including a pair of wings transitionable between a retracted position and an extended position in which the pair of wings extends transversely outward; a rod ; and a head connected to the rod, wherein the head is operatively coupled with the pair of wings such that axial displacement of the rod causes transition of the pair of wings between the retracted and extended positions. a housing ; an outer shaft operatively coupled with the housing such that rotation of the housing causes axial displacement of the outer shaft, the outer shaft including a keel cutter configured to define a channel in a vertebral body; an inner shaft disposed within the outer shaft; a trial sizer configured to be received in intervertebral space, the trial sizer including a pair of wings transitionable between a retracted position and an extended position in which the pair of wings extends transversely outward; a rod ; and a head connected to the rod, wherein the head is operatively coupled with the pair of wings such that axial displacement of the rod causes transition of the pair of wings between the retracted and extended positions.
A device for lowering flow noises, comprising a first connection piece , a second connection piece facing away from the first connection piece , an outer sleeve arranged between the first connection piece and the second connection piece , and an inner sleeve arranged between the connection pieces , wherein at least two volume chambers separated from each other by at least one peripherally extending radial collar are arranged between the inner sleeve and the outer sleeve , which volume chambers are connected to the line space enclosed by the inner sleeve by means of openings in the wall of the inner sleeve , wherein the radial collar has a sealing ring at the free end of the radial collar, which is designed as a resilient ring cap reaching over the collar and lying against a wall surface of the sleeve adjacent to the free end of the collar in a sealing manner by means of a peripherally extending outer lateral surface of an overlap , and wherein the sealing ring , with an annular radial contact surface of a ring wall extending parallel to the radial collar , said ring wall merging into the overlap of the ring cap, lies under tension in a sealing manner against a first side surface of the collar facing toward the ring wall characterized in that the sealing ring has, on its overlap formed by the lateral surfaces , at the end facing away from the radial contact surface , a plurality of clamp profiles which in the mounted state abut under tension the second lateral surface of the collar facing away from the first side surface and by means of which the contact surface of the ring cap is tensioned with corresponding tension against the first side surface facing toward the contact surface .
A method performed by a user equipment, UE , comprising: registering with a network ; transmitting , to the network , an indication of one or more classes of short message service, SMS, messages that are not supported by the UE , characterized in that the indication is transmitted on a short message relay layer, SM-RL, between the UE and the network ; and receiving, from the network via the SM-RL, a second indication identifying classes of SMS messages that the network is filtering for the UE . registering with a network ; transmitting , to the network , an indication of one or more classes of short message service, SMS, messages that are not supported by the UE , characterized in that the indication is transmitted on a short message relay layer, SM-RL, between the UE and the network ; and receiving, from the network via the SM-RL, a second indication identifying classes of SMS messages that the network is filtering for the UE .
A reagent loading device, comprising: a plurality of protrusions each comprising a stem having a proximal end and a distal end, and a tip at the distal end of the stem, and a plate comprising a proximal surface and a distal surface, wherein the proximal ends of the plurality of protrusions are attached to the distal surface of the plate, and each tip is a closed tip configured to hold a reagent outside the tip, and characterized in that: the plate further comprises grooves on the proximal surface and legs on the distal surface that extend distally beyond the closed tips and are configured to protect the closed tips. a plurality of protrusions each comprising a stem having a proximal end and a distal end, and a tip at the distal end of the stem, and a plate comprising a proximal surface and a distal surface, wherein the proximal ends of the plurality of protrusions are attached to the distal surface of the plate, and each tip is a closed tip configured to hold a reagent outside the tip, and characterized in that: the plate further comprises grooves on the proximal surface and legs on the distal surface that extend distally beyond the closed tips and are configured to protect the closed tips.
Auditory ossicle prosthesis (10; 20; 30), which replaces or bridges over at least one link or parts of a link of the auditory ossicle chain, in which at one end of it the auditory ossicle prosthesis (10; 20; 30) comprises a first fastening element (11; 21; 31) made as a head plate for mechanically lying on the eardrum and/or the handle of the malleus and at its other end comprises a second fastening element (12; 22; 32) for mechanically connecting to a link or parts of a link of the auditory ossicle chain or to the inner ear as well as a connecting element (13; 23; 33) connecting both fastening elements (11, 12; 21, 22; 31, 32) to each other along a longitudinal axis (z) in a sound-conducting way, and in which the head plate has a radially inner, central coupling area (14; 24; 34) with reference to the longitudinal axis (z) for mechanically coupling the head plate to the connecting element (13; 23; 33) as well as several bridge elements (15; 25; 35) projecting outwards away from the central coupling area (14; 24; 34) radially from the longitudinal axis (z), which are connected to the central coupling area (14; 24; 34) through a radially inner end area (16; 26; 36) and run out into a radially outer, free end section (17; 27; 37), characterised in that the bridge elements (15; 25; 35) are connected to the central coupling area (14; 24; 34) in their radially inner end areas (16; 26; 36) with reference to the longitudinal axis (z) in such a way that, when a force with force components parallel or antiparallel to the longitudinal axis (z) is applied, they fold up or down in the direction of the longitudinal axis (z) like an umbrella, in which their radially outer, free end sections (17; 27; 37) with reference to the longitudinal axis (z) are pivoted to a position radially nearer the longitudinal axis (z) and also carry out an axial movement with reference to the longitudinal axis (z) in this, and the bridge elements (15; 25; 35) project away from the central coupling area (14; 24; 34) at a preset fixed angle to the longitudinal axis (z) without this force being applied, and the radially outer, free end sections (17; 27; 37) of the bridge elements (15; 25; 35) have non-traumatic, non-tapering, radially outer, free end edges (18; 28; 38) with reference to the longitudinal axis (z), extended crosswise to the direction of the longitudinal axis (z).
An ice-tray for use in an ice-making machine comprising: a set of separately fabricated modular cups each open at a rim for receiving water into at least one cup volume defining a shape of an ice cube that may be frozen within the fabricated cup ; and a frame adapted to receive and retain the set of fabricated cups to produce an ice-tray in which the cups open in a common direction from a first side of the frame to receive water from an ice-making machine supporting the frame therein; and characterized in that the set of separately fabricated cups provide laterally extending channels at the rims of the cups permitting intercommunication of the cup volumes of the separately fabricated cups when assembled together in the frame . a set of separately fabricated modular cups each open at a rim for receiving water into at least one cup volume defining a shape of an ice cube that may be frozen within the fabricated cup ; and a frame adapted to receive and retain the set of fabricated cups to produce an ice-tray in which the cups open in a common direction from a first side of the frame to receive water from an ice-making machine supporting the frame therein; and characterized in that the set of separately fabricated cups provide laterally extending channels at the rims of the cups permitting intercommunication of the cup volumes of the separately fabricated cups when assembled together in the frame .
A display apparatus comprising a backlight unit comprising a color conversion film comprising: a substrate film; and a color conversion functional layer provided on the substrate film, wherein the color conversion functional layer includes a phase change material; and the phase change material is at least one selected from the group of an organic monomer, a polymer and an inorganic salt hydrate, wherein the color conversion functional layer includes an organic fluorescent dye, and wherein the organic fluorescent dye includes at least one selected from the group of BODIPY-based derivatives, acridine-based derivatives, xanthene-based derivatives, arylmethane-based derivatives, coumarin-based derivatives, polycyclic aromatic hydrocarbon-based derivatives, polycyclic hetero aromatic-based derivatives, perylene-based derivatives, pyrrole-based derivatives and pyrene-based derivatives. a substrate film; and a color conversion functional layer provided on the substrate film, wherein the color conversion functional layer includes a phase change material; and the phase change material is at least one selected from the group of an organic monomer, a polymer and an inorganic salt hydrate, wherein the color conversion functional layer includes an organic fluorescent dye, and wherein the organic fluorescent dye includes at least one selected from the group of BODIPY-based derivatives, acridine-based derivatives, xanthene-based derivatives, arylmethane-based derivatives, coumarin-based derivatives, polycyclic aromatic hydrocarbon-based derivatives, polycyclic hetero aromatic-based derivatives, perylene-based derivatives, pyrrole-based derivatives and pyrene-based derivatives.