mhurhangee/patent-ind-claim-en huggingface dataset:
A coupling comprising: an inner member and an outer annular member and an intermediate annular member which when aligned share a common axis (X) and have a common centre on the common axis (C); one or a diametrically opposed pair of first axles disposed radially of the common centre coupling the inner member and the intermediate annular member , and the inner member and the intermediate annular member being constrained by the first axles to rotate, one with respect to the other about a second axis (Y) perpendicular to the common axis (X); the intermediate annular member and the outer annular member being constrained by the second axles to rotate, one with respect to the other about a third axis (Z) perpendicular to both the common axis (X) and the second axis (Y); and characterised in that the inner member , intermediate annular and outer annular member are spaced apart to leave a gap between each of the members and in that the gaps and the concentricity of the intermediate annular member is maintained by the first axle or axles being fixed in the one or other of the inner or outer member and intermediate annular member and supported in bearings (125, 129 225, 245, 227, 247) in the other of the inner or outer member and intermediate member.
Gripping group for a switch, changeover switch, disconnector or generally a power switch , said power switch being mounted inside an insulated switch body and comprising at least a movable contact providing an electrical connection, said gripping group being configured to grip said at least a movable contact of said power switch , a modular structure comprising a plurality of caliper-like elements being parallelly mounted on a supporting frame and in turn including respective terminal finger elements being angularly movable one with respect to the other, mutually approaching and moving away in contrast with elastic returning means , characterized in that each terminal finger element of said caliper-like elements comprises at least two holes , said holes being in proximity of two opposite ends of said terminal finger element , and in that the gripping group further comprises a pin for each hole of said terminal finger elements of said caliper-like elements . a modular structure comprising a plurality of caliper-like elements being parallelly mounted on a supporting frame and in turn including respective terminal finger elements being angularly movable one with respect to the other, mutually approaching and moving away in contrast with elastic returning means , characterized in that each terminal finger element of said caliper-like elements comprises at least two holes , said holes being in proximity of two opposite ends of said terminal finger element , and in that the gripping group further comprises a pin for each hole of said terminal finger elements of said caliper-like elements .
Piston accumulator, comprising a housing which delimits a pressure chamber and receives a displaceable piston , wherein compressible fluid is received in the pressure chamber , wherein the piston has a housing side which faces the pressure chamber , and wherein the piston has an operating side which is capable of facing an operating fluid which can move the piston , wherein a cylinder liner within which the piston is displaceable is provided, characterized in that the cylinder liner is supported in a resilient and/or elastic manner in relation to the housing .
A computer-implemented method for detecting errors in an in-cylinder pressure sensor , said method implemented by a pressure estimation computing device including a processor and a memory device coupled to the processor , said method comprising: receiving a first pressure measurement from a first sensor associated with a gas cylinder ; receiving a design schema describing an intake manifold and a plurality of gas cylinders associated with the intake manifold , the intake manifold included within the gas engine ; segmenting the design schema into a plurality of segments; defining a fluid dynamics model associated with each of the plurality of segments; defining a plurality of interconnected 2-port elements based on the plurality of fluid dynamics models, wherein the plurality of interconnected 2-port elements form a network along the gas engine , wherein the network includes points of intersection between interconnected 2-port elements with zero net flow and equal pressure; estimating a second pressure measurement for the gas cylinder based on the plurality of interconnected 2-port elements ; comparing the first pressure measurement to the second pressure measurement; and determining that the first sensor is in an anomalous state based on the comparison of the first pressure measurement to the second pressure measurement. receiving a first pressure measurement from a first sensor associated with a gas cylinder ; receiving a design schema describing an intake manifold and a plurality of gas cylinders associated with the intake manifold , the intake manifold included within the gas engine ; segmenting the design schema into a plurality of segments; defining a fluid dynamics model associated with each of the plurality of segments; defining a plurality of interconnected 2-port elements based on the plurality of fluid dynamics models, wherein the plurality of interconnected 2-port elements form a network along the gas engine , wherein the network includes points of intersection between interconnected 2-port elements with zero net flow and equal pressure; estimating a second pressure measurement for the gas cylinder based on the plurality of interconnected 2-port elements ; comparing the first pressure measurement to the second pressure measurement; and determining that the first sensor is in an anomalous state based on the comparison of the first pressure measurement to the second pressure measurement.
A computerized method for performing a point-in-time restore of data of a first tenant of a multitenanted database system, where tenant data is stored in an immutable storage of the database system, and is associated with a metadata tenant identifier and metadata that is indicative of when records are created and deleted from the database system, and is indicative of different versions of tenant data that are committed to the database system from time-to-time, wherein all existing data for a tenant is to be replaced with an archival version, the method comprising: locating metadata to identify an archival version of first data of a first tenant stored in the immutable storage, wherein the archival version includes a most recently committed version of each datum prior to a first point in time, collecting this metadata locating the archival version of the first data of the first tenant into a restore extent reference set, wherein each extent reference in the restore extent reference set virtualizes access to the immutable storage and sets a minimum key and a maximum key as a boundary range for the tenant data that is to be restored; and mapping , by using the metadata, the restore extent reference set into a target database instance of the database system, wherein versions of data and records committed after the point in time are not available to the target database instance. locating metadata to identify an archival version of first data of a first tenant stored in the immutable storage, wherein the archival version includes a most recently committed version of each datum prior to a first point in time, collecting this metadata locating the archival version of the first data of the first tenant into a restore extent reference set, wherein each extent reference in the restore extent reference set virtualizes access to the immutable storage and sets a minimum key and a maximum key as a boundary range for the tenant data that is to be restored; and mapping , by using the metadata, the restore extent reference set into a target database instance of the database system, wherein versions of data and records committed after the point in time are not available to the target database instance.
Method for protecting a vehicle driver of a rail vehicle travelling on a travel route , in which at least one living being situated in front of the rail vehicle on the travel route is identified by a sensor facility , c h a r act e r i sed in that the vision of the vehicle driver in the direction of the identified living being is blocked by a blocking facility , it is ascertained by the sensor facility whether the living being is a human or an animal, and the vision is only blocked by the blocking facility if the living being is a human. in which at least one living being situated in front of the rail vehicle on the travel route is identified by a sensor facility , c h a r act e r i sed in that the vision of the vehicle driver in the direction of the identified living being is blocked by a blocking facility , it is ascertained by the sensor facility whether the living being is a human or an animal, and the vision is only blocked by the blocking facility if the living being is a human.
An environmental probe configured to be at least partially inserted into the ground at a location, the environmental probe comprising: one or more environmental sensors (108-114) configured to generate environmental measurement data indicating one or more environmental measurements at the location; one or more wireless interfaces ; a memory ; and a processor coupled to the memory , the one or more wireless interfaces , and the one or more environmental sensors (108-114), wherein the processor is configured to: determine an alert state at the location based on the environmental measurement data; and initiate transmission of an indicator of the alert state to a remote device via the one or more wireless interfaces , wherein the environmental probe is characterized in that the environmental probe further comprises a storage chamber configured to store a substance for dispersal at the location, and a detachable nose cone attached to the environmental probe below an opening of the storage chamber , the detachable nose cone comprising one or more dissolvable walls configured to dissolve to cause dispersal of the substance at the location. one or more environmental sensors (108-114) configured to generate environmental measurement data indicating one or more environmental measurements at the location; one or more wireless interfaces ; a memory ; and a processor coupled to the memory , the one or more wireless interfaces , and the one or more environmental sensors (108-114), wherein the processor is configured to: determine an alert state at the location based on the environmental measurement data; and initiate transmission of an indicator of the alert state to a remote device via the one or more wireless interfaces , determine an alert state at the location based on the environmental measurement data; and initiate transmission of an indicator of the alert state to a remote device via the one or more wireless interfaces , wherein the environmental probe is characterized in that the environmental probe further comprises a storage chamber configured to store a substance for dispersal at the location, and a detachable nose cone attached to the environmental probe below an opening of the storage chamber , the detachable nose cone comprising one or more dissolvable walls configured to dissolve to cause dispersal of the substance at the location.
A printing apparatus comprising: a board configured to control an operation unit operating in the printing apparatus that performs printing on a medium (P); and a heat sink including a counter surface that is provided to face a board surface of the board and that has a shape with a length in a first direction (X) longer than a length in a second direction (Y) intersecting the first direction in a plan view, and configured to receive heat generated in the board with the counter surface and dissipate the heat to the outside, wherein the counter surface includes a slit penetrating the counter surface and extending in the second direction, a plurality of the slits are provided in the counter surface at intervals in the first direction, characterised in that the heat sink includes a bent surface extending from at least one end portion in the second direction of the counter surface to a direction intersecting the counter surface, and the slit is formed continuously from the counter surface to the bent surface. a board configured to control an operation unit operating in the printing apparatus that performs printing on a medium (P); and a heat sink including a counter surface that is provided to face a board surface of the board and that has a shape with a length in a first direction (X) longer than a length in a second direction (Y) intersecting the first direction in a plan view, and configured to receive heat generated in the board with the counter surface and dissipate the heat to the outside, wherein the counter surface includes a slit penetrating the counter surface and extending in the second direction, a plurality of the slits are provided in the counter surface at intervals in the first direction, characterised in that the heat sink includes a bent surface extending from at least one end portion in the second direction of the counter surface to a direction intersecting the counter surface, and the slit is formed continuously from the counter surface to the bent surface.
A method performed by a client device, comprising: transmitting, to a device integrity computing system, a first request for an anonymous certificate, the request including device-level fraud detection signals for the client device; receiving, from the device integrity computing system, the anonymous certificate, wherein the anonymous certificate corresponds to a given signature group selected from a set of device trustworthiness groups based at least on the device-level fraud detection signals, wherein each device trustworthiness group corresponds to a respective category of trustworthiness; creating an anonymous attestation token comprising (i) a set of data comprising a second request and an attestation token creation timestamp indicating a time of creation of the anonymous attestation token, and (ii) a digital signature of the set of data generated using a group signature scheme with the anonymous certificate; and transmitting the attestation token to a recipient. transmitting, to a device integrity computing system, a first request for an anonymous certificate, the request including device-level fraud detection signals for the client device; receiving, from the device integrity computing system, the anonymous certificate, wherein the anonymous certificate corresponds to a given signature group selected from a set of device trustworthiness groups based at least on the device-level fraud detection signals, wherein each device trustworthiness group corresponds to a respective category of trustworthiness; creating an anonymous attestation token comprising (i) a set of data comprising a second request and an attestation token creation timestamp indicating a time of creation of the anonymous attestation token, and (ii) a digital signature of the set of data generated using a group signature scheme with the anonymous certificate; and transmitting the attestation token to a recipient.
Filling machine for filling containers with a filling material, having a plurality of filling positions formed on a rotating transport element, for example on the circumference of a rotor that can be driven in rotation about a vertical machine axis, said filling positions each having a filling element for the controlled dispensing of the filling material into a container , and also a functional element which is designed as a container carrier , which, together with at least one further functional element assigned to the respective filling position , is arranged on a carrier common to all the filling positions in the form of a carrier ring, which is configured in such a way as to be moved together with the transport element, in synchrony and in the same direction, but in the transport direction (A) of the transport element, as well as being adjustable against this transport direction (A) relative to the transport element by one adjustment step, which corresponds to the opposite spacing interval which the functional elements assigned to the respective filling position have in relation to one another in the transport direction (A), wherein the container carrier is equipped with a weighing cell , secured to the common carrier , for a quantity-controlled filling of the containers , wherein the at least one container carrier is held above the weighing cell on the common carrier , and wherein each filling position comprises at least two different container carriers , and that an independent weighing cell is assigned to each container carrier , or that a common weighing cell is assigned to the container carriers of each filling position .
An introducer sheath comprising: a catheter body to be percutaneously introduced into a biological lumen (R); a hub connected to a proximal side of the catheter body ; and a drug part having a hemostatic agent capable of treating a wound site (P) in biological tissue (W), wherein the drug part is disposed on a proximal side of an outer surface of the catheter body , characterized in that the introducer sheath further comprises a strain relief covering a distal portion of the hub and surrounding a predetermined range of the proximal side of the catheter body , wherein the drug part is disposed in the predetermined range of the catheter body surrounded by the strain relief . a catheter body to be percutaneously introduced into a biological lumen (R); a hub connected to a proximal side of the catheter body ; and a drug part having a hemostatic agent capable of treating a wound site (P) in biological tissue (W), wherein the drug part is disposed on a proximal side of an outer surface of the catheter body ,
An imaging device , comprising: a lock to secure a consumable to the imaging device ; a lock control engine to determine if an actuation event is approved to unlock the consumable , wherein an actuation event comprises an attempt to access the consumable ; and a release engine to disengage the lock in response to approval of the actuation event, and characterized in that : when the consumable is non-empty, the lock control engine generates a disengage authorization to the release engine to disengage the lock for a specific duration of time and/or for a maximum number of times in a given time period; the apparatus being further characterized by comprising: a feedback engine to selectively generate a signal in response to the actuation event to control a component of the imaging device to indicate to a user of the imaging device that the consumable is secured. a lock to secure a consumable to the imaging device ; a lock control engine to determine if an actuation event is approved to unlock the consumable , wherein an actuation event comprises an attempt to access the consumable ; and a release engine to disengage the lock in response to approval of the actuation event, and characterized in that : when the consumable is non-empty, the lock control engine generates a disengage authorization to the release engine to disengage the lock for a specific duration of time and/or for a maximum number of times in a given time period; the apparatus being further characterized by comprising: a feedback engine to selectively generate a signal in response to the actuation event to control a component of the imaging device to indicate to a user of the imaging device that the consumable is secured.
A computer-implemented method comprising: determining, by a processing device, a first shape of a main body of a mold of a dental arch for a patient, wherein the mold comprises multiple separate molds; determining, by the processing device, a second shape of a separable feature of the mold ; determining, by the processing device, a third shape and configuration of a receiving element of the main body to receive the separable feature , wherein the receiving element comprises one or more slots or holes formed by the main body and is configured to receive the separable feature , wherein the separable feature has one or more protrusions configured to be inserted into the receiving element of the main body, and wherein the separable feature is mechanically affixed to the main body via insertion into the receiving element of the main body; and outputting, by the processing device, instructions for fabricating, via a fabrication machine, the separable feature and the main body that includes the receiving element for receiving the separable feature. determining, by a processing device, a first shape of a main body of a mold of a dental arch for a patient, wherein the mold comprises multiple separate molds; determining, by the processing device, a second shape of a separable feature of the mold ; determining, by the processing device, a third shape and configuration of a receiving element of the main body to receive the separable feature , wherein the receiving element comprises one or more slots or holes formed by the main body and is configured to receive the separable feature , wherein the separable feature has one or more protrusions configured to be inserted into the receiving element of the main body, and wherein the separable feature is mechanically affixed to the main body via insertion into the receiving element of the main body; and outputting, by the processing device, instructions for fabricating, via a fabrication machine, the separable feature and the main body that includes the receiving element for receiving the separable feature.
A network-based real-time video transmission method, comprising: 1) caching, by a transmitting terminal, an already transmitted original data packet, and recording the transmission moment of the original data packet ; 2) counting, by a receiving terminal, lost data packets and current real-time network condition information, and feeding back this information to the transmitting terminal , wherein the real-time network condition information comprises a real-time packet loss rate; 3) constructing, by the transmitting terminal, a retransmission data packet according to the cached lost data packet using a variable-code forward error correction technology, and transmitting the retransmission data packet to the receiving terminal, wherein the error correction rate of the retransmission data packet is determined according to the remaining lifetime of the lost data packet and the real-time network condition information ; and 4) receiving, by the receiving terminal, the retransmission data packet and recovering the lost data packet . 1) caching, by a transmitting terminal, an already transmitted original data packet, and recording the transmission moment of the original data packet ; 2) counting, by a receiving terminal, lost data packets and current real-time network condition information, and feeding back this information to the transmitting terminal , wherein the real-time network condition information comprises a real-time packet loss rate; 3) constructing, by the transmitting terminal, a retransmission data packet according to the cached lost data packet using a variable-code forward error correction technology, and transmitting the retransmission data packet to the receiving terminal, wherein the error correction rate of the retransmission data packet is determined according to the remaining lifetime of the lost data packet and the real-time network condition information ; and 4) receiving, by the receiving terminal, the retransmission data packet and recovering the lost data packet .