mhurhangee/patent-ind-claim-en huggingface dataset:
A wiper system for clearing a surface of a dome , the system comprising: a wiper blade assembly including a wiper blade , the wiper blade assembly being configured to move around a circumference of the dome such that rotation of the wiper blade in a first direction around the circumference of the dome deploys the wiper blade into an actuated position and rotation of the wiper blade in a second direction opposite the first direction stows the wiper blades into a collapsed position; a bearing ring extending around the circumference of the dome being fixed relative to the dome; and a top plate configured to rotate about the bearing ring, the wiper blade assembly being coupled to the top plate, wherein the bearing ring further comprises a pivotable ramp thereon, the wiper blade assembly being configured to move along a top surface of the pivotable ramp when the wiper blade assembly rotates in the first direction, and the wiper blade assembly being configured to move along a bottom surface of the pivotable ramp when the wiper blade rotates in the second direction. a wiper blade assembly including a wiper blade , the wiper blade assembly being configured to move around a circumference of the dome such that rotation of the wiper blade in a first direction around the circumference of the dome deploys the wiper blade into an actuated position and rotation of the wiper blade in a second direction opposite the first direction stows the wiper blades into a collapsed position; a bearing ring extending around the circumference of the dome being fixed relative to the dome; and a top plate configured to rotate about the bearing ring, the wiper blade assembly being coupled to the top plate, wherein the bearing ring further comprises a pivotable ramp thereon, the wiper blade assembly being configured to move along a top surface of the pivotable ramp when the wiper blade assembly rotates in the first direction, and the wiper blade assembly being configured to move along a bottom surface of the pivotable ramp when the wiper blade rotates in the second direction.
A processing device configured to process physiological information of a subject, the processing device comprising: a reception interface configured to receive first data (W1) corresponding to a measurement waveform of a first physiological parameter of the subject, and second data (W2) related to an acquisition environment of the first physiological parameter; a predictor configured to predict a first probability of correctly calculating a value of the first physiological parameter, based on the first data (W1); and a processor configured to identify, of the first data (W1), a part in which the first probability (P1) is higher than a first threshold (Pt1), wherein the processor is configured to identify the part as a waveform data part corresponding to an abnormal measurement waveform when the first physiological parameter is determined to be abnormally acquired based on the second data (W2), wherein the second data corresponds to a measurement waveform of a second physiological parameter of the subject different from the first physiological parameter; wherein the predictor is configured to predict a second probability of correctly calculating a value of the second physiological parameter, based on the second data; and wherein the processor is configured to determine that the first physiological parameter is abnormally acquired when the second probability is lower than a second threshold; wherein the first data is impedance respiration waveform data; and wherein the second data is electrocardiogram waveform data. a reception interface configured to receive first data (W1) corresponding to a measurement waveform of a first physiological parameter of the subject, and second data (W2) related to an acquisition environment of the first physiological parameter; a predictor configured to predict a first probability of correctly calculating a value of the first physiological parameter, based on the first data (W1); and a processor configured to identify, of the first data (W1), a part in which the first probability (P1) is higher than a first threshold (Pt1), wherein the processor is configured to identify the part as a waveform data part corresponding to an abnormal measurement waveform when the first physiological parameter is determined to be abnormally acquired based on the second data (W2), wherein the second data corresponds to a measurement waveform of a second physiological parameter of the subject different from the first physiological parameter; wherein the predictor is configured to predict a second probability of correctly calculating a value of the second physiological parameter, based on the second data; and wherein the processor is configured to determine that the first physiological parameter is abnormally acquired when the second probability is lower than a second threshold; wherein the first data is impedance respiration waveform data; and wherein the second data is electrocardiogram waveform data.
A drug delivery device comprising: - a housing , - a lead screw that is rotatably fixed with respect to the housing during dose setting and during dose delivery and that is axially moveable in a delivery direction relative to the housing for dose delivery, - a number sleeve threadedly engaged with the housing to be screwable relative to the housing , - a dial link which is adapted and arranged to be axially moved and rotated with respect to the housing for dose setting and which is prevented from rotation with respect to the housing for dose delivery, wherein the dial link is rotatably fixed with the number sleeve when the dial link and the number sleeve are in a first arrangement, and wherein the number sleeve and the dial link are rotatable with respect to one another when the dial link and the number sleeve are in a second arrangement, wherein the device further comprises a unidirectional coupling which is adapted and arranged to allow a relative rotation between the dial link and the number sleeve in a first direction while preventing relative rotation between the dial link and the number sleeve in a direction opposite to the first direction when the dial link and the number sleeve are in the second arrangement. - a housing , - a lead screw that is rotatably fixed with respect to the housing during dose setting and during dose delivery and that is axially moveable in a delivery direction relative to the housing for dose delivery, - a number sleeve threadedly engaged with the housing to be screwable relative to the housing , - a dial link which is adapted and arranged to be axially moved and rotated with respect to the housing for dose setting and which is prevented from rotation with respect to the housing for dose delivery,
Elevator system , comprising: - a rail system , - at least one shaft door assembly on each of a plurality of floors of a building, the rail system comprising: - at least one guide rail which extends along the plurality of floors and is configured to guide a vertically movable component of the elevator system , the guide rail being electrically conductive; - at least one bracket on at least one floor, preferably each of the floors , at least one, preferably each, bracket anchoring the guide rail to a wall of the building, at least one, preferably each, of the brackets being electrically conductive; in the rail system , the guide rail being electrically conductively connected to at least one, preferably each, of the brackets ; each shaft door assembly having a movable shaft door for openable closure of a shaft opening of the floor , at least one, preferably each, of the shaft door assemblies having a control device and/or drive device for moving the shaft door; it being intended for the control device and/or drive device to be supplied with electrical energy via two electrically conductive paths ; characterized in that a first of the electrically conductive paths is formed over at least parts of the rail system . - a rail system , - at least one shaft door assembly on each of a plurality of floors of a building, - at least one guide rail which extends along the plurality of floors and is configured to guide a vertically movable component of the elevator system , the guide rail being electrically conductive; - at least one bracket on at least one floor, preferably each of the floors , at least one, preferably each, bracket anchoring the guide rail to a wall of the building, at least one, preferably each, of the brackets being electrically conductive; in the rail system , the guide rail being electrically conductively connected to at least one, preferably each, of the brackets ;
A braking device , comprising: a brake mechanism that presses a friction material against a braking target member of a railroad vehicle to brake the railroad vehicle; a spare electric motor that drives the brake mechanism and that is different from a regular electric motor ; a spare power supply that supplies electricity to the spare electric motor and that is different from a regular power supply ; and an electricity supply controller that controls supply of electricity from the spare power supply to the spare electric motor in response to a spare brake command; characterized in that the regular electric motor drives the friction material based on alternating-current (AC) electricity, and the braking device further comprises an inverter that generates AC electricity to be applied to the regular electric motor based on electricity supplied from the regular power supply . a brake mechanism that presses a friction material against a braking target member of a railroad vehicle to brake the railroad vehicle; a spare electric motor that drives the brake mechanism and that is different from a regular electric motor ; a spare power supply that supplies electricity to the spare electric motor and that is different from a regular power supply ; and an electricity supply controller that controls supply of electricity from the spare power supply to the spare electric motor in response to a spare brake command; characterized in that the regular electric motor drives the friction material based on alternating-current (AC) electricity, and the braking device further comprises an inverter that generates AC electricity to be applied to the regular electric motor based on electricity supplied from the regular power supply .
Vehicle panel handle lever comprising : - a lever body , - a mobile trigger part , intended to cooperate with a latch mechanism to actuate the handle and which is able to be mobile in rotation between a resting position wherein the said mobile trigger part does not activate the said latch mechanism and an activating position wherein said mobile trigger part activates the said latch mechanism enabling the opening of the vehicle panel, wherein the trigger part comprises an inner volume comprising at least one electrical element , characterized in that it further comprises a handle lever cover intended to be received on the lever body , and wherein the inner volume further comprises - at least one inertial mass for preventing the opening of the panel by the unwilling activation of the latch mechanism, - the inertial mass and the at least one electrical element being distinct one each other. - a lever body , - a mobile trigger part , intended to cooperate with a latch mechanism to actuate the handle and which is able to be mobile in rotation between a resting position wherein the said mobile trigger part does not activate the said latch mechanism and an activating position wherein said mobile trigger part activates the said latch mechanism enabling the opening of the vehicle panel, wherein the trigger part comprises an inner volume comprising at least one electrical element , characterized in that it further comprises a handle lever cover intended to be received on the lever body , and wherein the inner volume further comprises - at least one inertial mass for preventing the opening of the panel by the unwilling activation of the latch mechanism, - the inertial mass and the at least one electrical element being distinct one each other. - at least one inertial mass for preventing the opening of the panel by the unwilling activation of the latch mechanism, - the inertial mass and the at least one electrical element being distinct one each other.
A packing ring having at least three ring segments each having a first segment end (SE1) and a second segment end (SE2) in the circumferential direction, wherein a first tangential contact surface of the first segment end (SE1) of a ring segment abuts a second tangential contact surface of the second segment end (SE2) of a ring segment adjoining it in the circumferential direction to create a radial seal of the packing ring and a first axial contact surface , facing toward a first axial ring end (RE1) of the packing ring , of the first segment end (SE1) of a ring segment abuts a second axial contact surface , facing toward a second axial ring end (RE2) of the packing ring , of the second segment end (SE2) of a ring segment adjoining it in the circumferential direction to create an axial seal of the packing ring , characterized in that at least one relief opening is provided on at least one ring segment , which extends from a radially inside inner circumferential surface of the ring segment to a radially outside outer circumferential surface and/or to the second axial ring end (RE2) of the ring segment , wherein at least a portion of the at least one relief opening adjoining the radially inside inner circumferential surface of the ring segment is inclined or curved in the direction of the first axial ring end (RE1).
A method implemented using one or more processors, comprising: receiving , at one or more input components of one or more client devices , a vocal utterance from a user ; applying data indicative of the vocal utterance across a trained machine learning model to generate output; determining , based on the output, that the user falls into (i) a predetermined age group or (ii) a predetermined vocabulary level of a plurality of predetermined vocabulary levels; selecting , from a plurality of candidate query understanding models having different grammatical tolerances, a given query understanding model that has a grammatical tolerance associated with the predetermined age group or vocabulary level, wherein a higher grammatical tolerance is associated with a lower confidence threshold for candidate textual interpretations of the vocal utterance; processing the vocal utterance, using the given query understanding model, to determine an intent of the user; determining , based on the predetermined age group or vocabulary level, that the intent of the user is resolvable; resolving the user's intent to generate responsive data; and outputting , at one or more output components of one or more of the client devices, the responsive data. receiving , at one or more input components of one or more client devices , a vocal utterance from a user ; applying data indicative of the vocal utterance across a trained machine learning model to generate output; determining , based on the output, that the user falls into (i) a predetermined age group or (ii) a predetermined vocabulary level of a plurality of predetermined vocabulary levels; selecting , from a plurality of candidate query understanding models having different grammatical tolerances, a given query understanding model that has a grammatical tolerance associated with the predetermined age group or vocabulary level, wherein a higher grammatical tolerance is associated with a lower confidence threshold for candidate textual interpretations of the vocal utterance; processing the vocal utterance, using the given query understanding model, to determine an intent of the user; determining , based on the predetermined age group or vocabulary level, that the intent of the user is resolvable; resolving the user's intent to generate responsive data; and outputting , at one or more output components of one or more of the client devices, the responsive data.
A residence system comprising: a plurality of self-assembling structures, each structure of the plurality of structures comprising: a first side; and a first attachment point on the first side, wherein the first attachment point is configured to attach in vivo to a second attachment point on another structure of the plurality of structures, wherein the plurality of structures are sized and shaped to form an aggregate structure that is sized and shaped to maintain an in vivo position relative to an internal orifice, and wherein the attachment between the first attachment point and the second attachment point is configured to degrade after a period of time when the plurality of structures are placed in vivo. a first side; and a first attachment point on the first side, wherein the first attachment point is configured to attach in vivo to a second attachment point on another structure of the plurality of structures, wherein the plurality of structures are sized and shaped to form an aggregate structure that is sized and shaped to maintain an in vivo position relative to an internal orifice, and wherein the attachment between the first attachment point and the second attachment point is configured to degrade after a period of time when the plurality of structures are placed in vivo.
Drug delivery device for setting and dispensing a dose of a drug, comprising: - a support body having a first end defining a first opening and a second end defining a second opening and an outer indicator ring (2.2), - a syringe barrel sealed by a stopper slidably disposed therein along an axial direction and adapted to have an integrated needle or to be coupled with a needle assembly, wherein the syringe barrel is positioned within the support body , - a needle shield adapted to be coupled to one of the ends of the support body and slidably disposed thereon; - an outer body adapted to be coupled to the other end of the support body and slidably disposed thereon; wherein the outer indicator ring (2.2) is in the shape of a radially outwards protruding and essentially circumferential rib, - wherein the outer indicator ring (2.2) limits the movement of the outer body as well as of the needle shield , - wherein the needle insertion depth is defined by the needle shield abutting the indicator ring (2.2), characterized in that the outer indicator ring (2.2) is a centered outer indicator ring (2.2), wherein the end of the outer body coupled to the support body and the end of the needle shield coupled to the support body have mating surfaces, wherein the mating surfaces also mate with the shape of the indicator ring (2.2) visually and haptically indicating to the user that the respective parts are intended to be pushed completely together so that the mating parts abut in order to correctly apply the drug delivery device . - a support body having a first end defining a first opening and a second end defining a second opening and an outer indicator ring (2.2), - a syringe barrel sealed by a stopper slidably disposed therein along an axial direction and adapted to have an integrated needle or to be coupled with a needle assembly, wherein the syringe barrel is positioned within the support body , - a needle shield adapted to be coupled to one of the ends of the support body and slidably disposed thereon; - an outer body adapted to be coupled to the other end of the support body and slidably disposed thereon; wherein the outer indicator ring (2.2) is in the shape of a radially outwards protruding and essentially circumferential rib, - wherein the outer indicator ring (2.2) limits the movement of the outer body as well as of the needle shield , - wherein the needle insertion depth is defined by the needle shield abutting the indicator ring (2.2), characterized in that the outer indicator ring (2.2) is a centered outer indicator ring (2.2), wherein the end of the outer body coupled to the support body and the end of the needle shield coupled to the support body have mating surfaces, wherein the mating surfaces also mate with the shape of the indicator ring (2.2) visually and haptically indicating to the user that the respective parts are intended to be pushed completely together so that the mating parts abut in order to correctly apply the drug delivery device .
A method of securely deploying, to an edge device , a secure cloud workload with a workload identifier uniquely identifying the secure cloud workload from a workload provisioning service including one or more workload provisioning servers, the method comprising: receiving , at the one or more workload provisioning servers, a device identifier uniquely identifying the edge device; cryptographically generating , by the one or more workload provisioning servers, a unique packaging key based on the received device identifier, the workload identifier, and a nonce; encrypting , by the one or more workload provisioning servers, the secure cloud workload to generate a packaged secure cloud workload using the cryptographically generated unique packaging key; and transmitting , from the one or more workload provisioning servers, the packaged secure cloud workload to the edge device, the edge device being configured to independently cryptographically generate the unique packaging key using the device identifier, the workload identifier, and the nonce, the edge device being further configured to decrypt the packaged secure cloud workload using the generated unique packaging key cryptographically generated by the edge device. receiving , at the one or more workload provisioning servers, a device identifier uniquely identifying the edge device; cryptographically generating , by the one or more workload provisioning servers, a unique packaging key based on the received device identifier, the workload identifier, and a nonce; encrypting , by the one or more workload provisioning servers, the secure cloud workload to generate a packaged secure cloud workload using the cryptographically generated unique packaging key; and transmitting , from the one or more workload provisioning servers, the packaged secure cloud workload to the edge device, the edge device being configured to independently cryptographically generate the unique packaging key using the device identifier, the workload identifier, and the nonce, the edge device being further configured to decrypt the packaged secure cloud workload using the generated unique packaging key cryptographically generated by the edge device.
A multilayer film-coated member fabricated by coating the surface of a substrate with at least two hard coating films having different compositions, which has at least a first composition hard coating film to be the outer layer of the member and a second composition hard coating film to be the inner layer thereof, and in which the first composition hard coating film is represented by Si a B b N c C d O e with a+b+c+d+e=1, 0.1 ≤ a ≤ 0.5, 0.01 ≤ b ≤ 0.2, 0.05 ≤ c ≤ 0.6, 0.1 ≤ d ≤ 0.7 and 0 < e ≤ 0.2, the second composition hard coating film is a hard film having at least two selected from Al, Ti, Cr, N, Ce, Mg, Nb, W, Si, V, Zr and Mo and at least one selected from N, B, C, O and S and in X-ray photoelectric spectrometry (XPS) of the first composition hard coating film, Si-O bond and B-O bond are detected, the ratio of the peak area α of Si-C to the peak area β of Si-O, α/β, as obtained from the peak separation of the 2p orbit of Si, satisfies 10.0 ≤ α/β ≤ 20.0, and the ratio of the peak area X of B-O to the peak area Y of B-N, X/Y, as obtained from the peak separation of the Is orbit of B, satisfies 5.0 ≤ X/Y ≤ 10.0.