mhurhangee/patent-ind-claim-en huggingface dataset:
An assembly comprising: a photochromatic indicator associated with a component , the photochromatic indicator being in a first state under ambient light and configured to be in a second state under the ambient light after being exposed to a UV light source , wherein the first state is different than the second state, the photochromic indicator being configured to change from the first state to the second state in response to the UV light source to indicate that the component has been cleaned, characterised in that the photochromatic indicator comprises a plurality of apertures of various geometries configured to allow access to a control or selection feature of the respective component associated with the photochromatic indicator . a photochromatic indicator associated with a component , the photochromatic indicator being in a first state under ambient light and configured to be in a second state under the ambient light after being exposed to a UV light source , wherein the first state is different than the second state, the photochromic indicator being configured to change from the first state to the second state in response to the UV light source to indicate that the component has been cleaned, characterised in that the photochromatic indicator comprises a plurality of apertures of various geometries configured to allow access to a control or selection feature of the respective component associated with the photochromatic indicator .
Drinking straw holder for arrangement on a dishwasher rack of a dishwasher, comprising a device for receiving a drinking straw upright, which device has a first drinking straw receptacle and a second drinking straw receptacle spaced apart therefrom in the vertical direction , characterised in that the first and the second drinking straw receptacle are arranged offset from one another in a direction running transversely to the vertical direction .
A clutch assembly comprising a clutch with at least one clutch disc , which is arranged radially and axially between a pressure plate and a counter plate lying axially opposite the pressure plate , such that a relative axial offset of the clutch disc and/or pressure plate and/or counter plate can produce a frictional connection between these components and thus a torque can be transmitted between the clutch disc and the pressure plate and counter plate , wherein the clutch has at least one disc spring , which is biased relative to the pressure plate and the counter plate such that the pressure plate can be offset relative to the counter plate under the effect of a spring force, wherein the clutch additionally has an annular clutch cover with a radially outer clutch cover diameter and the clutch disc is arranged within the outer clutch cover diameter, wherein the annular disc spring is arranged on an outer clutch cover end face facing away from the clutch disc at an axial distance therefrom, and the annular disc spring has a radially outer spring ring diameter and a radially inner spring ring diameter , wherein the radially outer spring ring diameter is smaller than the radially outer diameter of the clutch disc , and the radially inner spring ring diameter of the disc spring is smaller than the radially inner diameter of the clutch disc , characterised in that the disc spring is supported in the region of its outer or inner spring ring diameter against a thrust ring axially fixed to the connecting elements .
A flow rate control device comprising: an inlet port in an inlet handle ; an outlet port in an outlet handle and a channel in said outlet handle, wherein said inlet handle is rotatable relative to said outlet handle; a fluid path disposed between said inlet handle and said outlet handle ; said flow rate control device being configured for connection in a flow path between a non-electric infusion pump and a patient, and said inlet handle and said outlet handle being composed of materials that can withstand pressures of from 34.474kPa - 275.790kPa (5 PSI - 40 PSI); characterized by a seal enclosed between said inlet handle and said outlet handle said seal being rotatable with said inlet handle relative to said outlet handle , wherein said seal includes a plurality of differently sized orifices defining the fluid path for fluid flow through said inlet port , any of said plurality of differently sized orifices , said channel , and said outlet port ; an inlet port in an inlet handle ; an outlet port in an outlet handle and a channel in said outlet handle, wherein said inlet handle is rotatable relative to said outlet handle; a fluid path disposed between said inlet handle and said outlet handle ; said flow rate control device being configured for connection in a flow path between a non-electric infusion pump and a patient, and said inlet handle and said outlet handle being composed of materials that can withstand pressures of from 34.474kPa - 275.790kPa (5 PSI - 40 PSI); characterized by a seal enclosed between said inlet handle and said outlet handle said seal being rotatable with said inlet handle relative to said outlet handle , wherein said seal includes a plurality of differently sized orifices defining the fluid path for fluid flow through said inlet port , any of said plurality of differently sized orifices , said channel , and said outlet port ;
An expansion system for a working medium that is used in particular in a circulating process of a system that utilises waste heat, in particular in a system operating in a Rankine cycle, including an expansion device coupled to an electricity generator , for the working medium, an inlet for supplying the pressurised working medium, and an outlet for the working medium that has been expanded by the expansion device , wherein an aerosol generator unit that generates a lubricant aerosol is associated with the inlet , wherein the working medium guided to the expansion device flows through this aerosol generator unit , which has a flow guide for the working medium having a concentration section that concentrates lubricant entrained in the total mass flow (G) of working medium supplied to the expansion device to give aerosol particles, wherein these aerosol particles leave the concentration section together with a partial mass flow (T) of the working medium, branching off from the total mass flow (G) of working medium, as a lubricant aerosol mass flow (SAe), and wherein there is provided a line system that guides the lubricant aerosol mass flow (SAe) to lubrication points of an expansion arrangement of the expansion device , for the purpose of aerosol lubrication.
A method for managing subscriber logins for network subscribers, the method comprising: storing , by a network subscriber database, NSDB, of a broadband network gateway, BNG, controller, vBNG instance information for one or more subscriber devices, the vBNG instance information specifying a plurality of vBNG instances operable by one or more edge routers, wherein the plurality of vBNG instances are configured to receive requests to access service provider services from the one or more subscriber devices and to selectively authenticate the one or more subscriber devices based on authentication information included in the requests to access service provider services; modifying , by a network instance and configuration manager, NICM, operable by one or more processors of the BNG controller, the vBNG instance information to include an additional vBNG instance to be added to the plurality of vBNG instances; outputting , by the NICM, to an edge router of the one or more edge routers, an instruction to generate the additional vBNG instance at the edge router; receiving, by the NICM, one or more configuration updates; and outputting, by the NICM, to the edge router, a configuration template specifying the one or more configuration updates to update each vBNG instance of the plurality of vBNG instances. storing , by a network subscriber database, NSDB, of a broadband network gateway, BNG, controller, vBNG instance information for one or more subscriber devices, the vBNG instance information specifying a plurality of vBNG instances operable by one or more edge routers, wherein the plurality of vBNG instances are configured to receive requests to access service provider services from the one or more subscriber devices and to selectively authenticate the one or more subscriber devices based on authentication information included in the requests to access service provider services; modifying , by a network instance and configuration manager, NICM, operable by one or more processors of the BNG controller, the vBNG instance information to include an additional vBNG instance to be added to the plurality of vBNG instances; outputting , by the NICM, to an edge router of the one or more edge routers, an instruction to generate the additional vBNG instance at the edge router; receiving, by the NICM, one or more configuration updates; and outputting, by the NICM, to the edge router, a configuration template specifying the one or more configuration updates to update each vBNG instance of the plurality of vBNG instances.
A self-contained material supply cartridge , comprising a roll of expandable sheet material ; a pair of laterally-spaced end panels (604 and 606) between which the roll is mounted for rotation relative to the end panels (604 and 606) about an axis of rotation, the end panels (604 and 606) having lower edge portions that project radially beyond the radius of the roll on each side of a plane that includes the axis of rotation; where the end panels (604 and 606) are held in abutment with respective ends of the roll by a connector that extends between the end panels (604 and 606), the connector having a collar that bears directly against the side of each end panel (604 and 606) opposite the roll , and each end panel (604 and 606) directly engages the end of the roll ; characterized in that the roll includes a hollow core around which the expandable sheet material is wound and through which the connector is received, and the connector includes end caps (608 and 610) received in respective ends of the hollow core and a flexible cord connects the end caps (608 and 610), whereby rotating one end cap (608 or 610) relative to the other core plug (608 or 610) twists and shortens the flexible cord .
A system for exerting forces on a user, the system comprising: a user-mounted device including one or more airflow generating devices ; one or more sensors configured to acquire sensor data; and a processor coupled to the one or more airflow generating devices and to the one or more sensors and configured to: determine, based on the sensor data, an orientation associated with the user-mounted device ; compute a force to be exerted on the user via the one or more airflow generating devices based on a force direction associated with a force event and the orientation associated with the user-mounted device ; generate a control signal for the one or more airflow generating devices based on the force that is computed; and determine that the user-mounted device has reached a target orientation associated with the force event, and, in response, generate a second control signal to stop the one or more airflow generating devices . a user-mounted device including one or more airflow generating devices ; one or more sensors configured to acquire sensor data; and a processor coupled to the one or more airflow generating devices and to the one or more sensors and configured to: determine, based on the sensor data, an orientation associated with the user-mounted device ; compute a force to be exerted on the user via the one or more airflow generating devices based on a force direction associated with a force event and the orientation associated with the user-mounted device ; generate a control signal for the one or more airflow generating devices based on the force that is computed; and determine that the user-mounted device has reached a target orientation associated with the force event, and, in response, generate a second control signal to stop the one or more airflow generating devices . determine, based on the sensor data, an orientation associated with the user-mounted device ; compute a force to be exerted on the user via the one or more airflow generating devices based on a force direction associated with a force event and the orientation associated with the user-mounted device ; generate a control signal for the one or more airflow generating devices based on the force that is computed; and determine that the user-mounted device has reached a target orientation associated with the force event, and, in response, generate a second control signal to stop the one or more airflow generating devices .
An optical-fiber connector endface inspection microscope system for inspecting an endface of an optical-fiber connector, the optical-fiber connector endface inspection microscope system comprising: one or more image detector for capturing at least one image of the endface to be inspected; an objective lens system comprising a focusing lens for adjusting a focus of the objective lens system on the image detector and a fixed relay lens ; a main housing structure enclosing the image detector and the focusing lens ; and a multi-fiber optical head and a single-fiber optical head , releasably and interchangeably connectable to the main housing structure ; wherein the multi-fiber optical head and the single-fiber optical head each enclose a relay lens which forms the fixed relay lens of the objective lens system when one of the optical heads is connected to the main housing structure; wherein the multi-fiber optical head is releasably connectable to a multi-fiber adapter tip configured to interface with multi-fiber optical-fiber connectors to be inspected and wherein the single-fiber optical head is releasably connectable to a single-fiber adapter tip configured to interface with single-fiber optical-fiber connectors to be inspected. one or more image detector for capturing at least one image of the endface to be inspected; an objective lens system comprising a focusing lens for adjusting a focus of the objective lens system on the image detector and a fixed relay lens ; a main housing structure enclosing the image detector and the focusing lens ; and a multi-fiber optical head and a single-fiber optical head , releasably and interchangeably connectable to the main housing structure ; wherein the multi-fiber optical head and the single-fiber optical head each enclose a relay lens which forms the fixed relay lens of the objective lens system when one of the optical heads is connected to the main housing structure; wherein the multi-fiber optical head is releasably connectable to a multi-fiber adapter tip configured to interface with multi-fiber optical-fiber connectors to be inspected and wherein the single-fiber optical head is releasably connectable to a single-fiber adapter tip configured to interface with single-fiber optical-fiber connectors to be inspected.
An apparatus comprising an auto-darkening LCD element and circuitry for controlling the auto-darkening LCD element, wherein silent arc refers to a situation in which intensity of light emitted by an arc used for TIG welding, plasma arc welding or plasma cutting is particularly steady, wherein the circuitry comprises: - a light detector configured to detect intensity of incident light as a function of time and to generate a detection signal on basis of the detected intensity of incident light, characterized in that the circuitry comprises: - a signal processing circuitry configured to process the detection signal for generating a silent arc indication signal indicating presence of a silent arc when variation of amplitude of the detection signal in a predetermined frequency range characteristic to the silent arc is above a predetermined threshold value, and wherein a lower limit of the predetermined frequency range is between 300 Hz and 400 Hz, and - an activation circuitry configured to activate darkening of the auto-darkening LCD element when presence of the silent arc is indicated by the silent arc indication signal . - a light detector configured to detect intensity of incident light as a function of time and to generate a detection signal on basis of the detected intensity of incident light, - a signal processing circuitry configured to process the detection signal for generating a silent arc indication signal indicating presence of a silent arc when variation of amplitude of the detection signal in a predetermined frequency range characteristic to the silent arc is above a predetermined threshold value, and wherein a lower limit of the predetermined frequency range is between 300 Hz and 400 Hz, and - an activation circuitry configured to activate darkening of the auto-darkening LCD element when presence of the silent arc is indicated by the silent arc indication signal .
An apparatus for controlling flight of an unmanned aerial vehicle, UAV , said apparatus comprising: multiple image capture devices being arranged so that the multiple image capture devices have different fields of view relative to one another such that the different fields of view span a 360° panoramic view around the UAV , wherein the multiple image capture devices are configured to: collect a first set of images corresponding to the different fields of view of an environment around the UAV while traversing a flight path , and collect a second set of images corresponding to the different fields of view while traversing a return path , wherein the return path substantially follows the flight path in reverse; and one or more processors, individually or collectively configured to: extract a first set of feature points from the first set of images while traversing the flight path , and generate a signal that causes the UAV to traverse the return path by comparing the first set of feature points extracted while traversing the flight path with a second set of feature points extracted from the second set of images while traversing the return path . multiple image capture devices being arranged so that the multiple image capture devices have different fields of view relative to one another such that the different fields of view span a 360° panoramic view around the UAV , wherein the multiple image capture devices are configured to: collect a first set of images corresponding to the different fields of view of an environment around the UAV while traversing a flight path , and collect a second set of images corresponding to the different fields of view while traversing a return path , wherein the return path substantially follows the flight path in reverse; and one or more processors, individually or collectively configured to: extract a first set of feature points from the first set of images while traversing the flight path , and generate a signal that causes the UAV to traverse the return path by comparing the first set of feature points extracted while traversing the flight path with a second set of feature points extracted from the second set of images while traversing the return path .
A method comprising: receiving , at a user equipment, location information indicating a location of the user equipment, provided by a network node; generating, by the user equipment, a report including at least one measurement result relating to a conformance test, and the received location information linked to the at least one measurement result; and sending , by the user equipment, the report to the network node, the report including the at least one measurement result and the received location information, wherein the location information comprises an information element including a velocity associated with the user equipment, a time associated with the user equipment, and a geographic position associated with the user equipment, wherein the geographic position comprises at least one of an ellipsoid point representative of a location or an ellipsoid point with altitude, wherein the time represents a time of day, and wherein the velocity represents a horizontal velocity. receiving , at a user equipment, location information indicating a location of the user equipment, provided by a network node; generating, by the user equipment, a report including at least one measurement result relating to a conformance test, and the received location information linked to the at least one measurement result; and sending , by the user equipment, the report to the network node, the report including the at least one measurement result and the received location information, wherein the location information comprises an information element including a velocity associated with the user equipment, a time associated with the user equipment, and a geographic position associated with the user equipment, wherein the geographic position comprises at least one of an ellipsoid point representative of a location or an ellipsoid point with altitude, wherein the time represents a time of day, and wherein the velocity represents a horizontal velocity.
A haptic optic management system , comprising: a housing comprising a bore and a cavity disposed in a first surface of the housing, wherein the cavity comprises a first end portion , a second end portion , and a central portion , and wherein the cavity provides access to the bore through the first surface of the housing; arms coupled to the housing; edge rollers coupled to the housing; and characterized in that the arms comprise a pair of arms , wherein one of the pair of the arms is disposed in the first end portion , and another of the pair of the arms is disposed in the second end portion , wherein the arms each comprise a first portion , a second portion joined to the first portion at a bend , a pin extending from the first portion, and a tab extending from the second portion. a housing comprising a bore and a cavity disposed in a first surface of the housing, wherein the cavity comprises a first end portion , a second end portion , and a central portion , and wherein the cavity provides access to the bore through the first surface of the housing; arms coupled to the housing; edge rollers coupled to the housing; and characterized in that the arms comprise a pair of arms , wherein one of the pair of the arms is disposed in the first end portion , and another of the pair of the arms is disposed in the second end portion , wherein the arms each comprise a first portion , a second portion joined to the first portion at a bend , a pin extending from the first portion, and a tab extending from the second portion.