mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method in an Internet Protocol Multimedia Subsystem, IMS, network to register a mobile device for IMS services while the mobile device is roaming in a visited telecommunications network , the method being performed by a network node in the IMS network and comprising: receiving from a mobile device a request for multiple IMS services, the mobile device being located in a visited telecommunications network , the request including a network identifier corresponding to the visited telecommunications network and an access identifier corresponding to the radio access technology type associated with the mobile device ; querying a policy table to determine whether each requested IMS service is allowed, wherein the querying comprises analyzing the policy table to identify each of the multiple requested IMS services that are whitelisted for the associated visited telecommunications network and radio access technology; type; in response to determining that one or more requested IMS services are whitelisted for the associated visited telecommunications network and radio access technology type, registering the mobile device with each of the whitelisted IMS services. receiving from a mobile device a request for multiple IMS services, the mobile device being located in a visited telecommunications network , the request including a network identifier corresponding to the visited telecommunications network and an access identifier corresponding to the radio access technology type associated with the mobile device ; querying a policy table to determine whether each requested IMS service is allowed, wherein the querying comprises analyzing the policy table to identify each of the multiple requested IMS services that are whitelisted for the associated visited telecommunications network and radio access technology; type; in response to determining that one or more requested IMS services are whitelisted for the associated visited telecommunications network and radio access technology type, registering the mobile device with each of the whitelisted IMS services.
A binding tape having a substrate layer comprising a non-woven fabric and a resin layer laminated onto one surface of the non-woven fabric , and an adhesive layer , wherein the non-woven fabric is provided with at least two types of fused sections having different shapes, characterized in that the fused sections include a fused section 1 and a fused section 2 that are the same shape and have different areas, the area of the fused section 1 being smaller than the area of the fused section 2 .
An earphone for an audiometer, comprising: a right earphone portion ; a left earphone portion ; a right light-emitter corresponding to the right earphone portion ; a left light-emitter corresponding to the left earphone portion ; and a controller , wherein the controller is adapted to select any one of the right earphone portion and the left earphone portion as an earphone portion for presenting a test sound, and to cause the light-emitter corresponding to the selected earphone portion to emit light in a mode in accordance with the test sound, characterized in that the controller causes a light-emitter corresponding to the unselected earphone portion to emit light in a mode different from the mode in accordance with the test sound when a response to the test sound by a subject is detected. a right earphone portion ; a left earphone portion ; a right light-emitter corresponding to the right earphone portion ; a left light-emitter corresponding to the left earphone portion ; and a controller , wherein the controller is adapted to select any one of the right earphone portion and the left earphone portion as an earphone portion for presenting a test sound, and to cause the light-emitter corresponding to the selected earphone portion to emit light in a mode in accordance with the test sound, characterized in that the controller causes a light-emitter corresponding to the unselected earphone portion to emit light in a mode different from the mode in accordance with the test sound when a response to the test sound by a subject is detected.
Portion capsule for producing a beverage, with a deep-drawn basic element which has a cavity , in which a raw beverage material is provided, and said portion capsule has a peripheral region (2.4) which is provided on the basic element and the cavity is closed by a membrane which is fastened to the peripheral region (2.4) of the basic element, and wherein said portion capsule has an identifier which makes it possible to individualize the respective portion capsule, wherein the identifier is a barcode, and wherein the identifier is a machine-readable print with a colour permitted in the food sector, characterized in that the barcode is provided on that side of the peripheral region (2.4) of the basic element which faces away from the membrane.
A blow-out unit of a fan , characterized in that the blow-out unit is configured for accommodating an impeller and comprising a housing which, when used according to the intended purpose, adjoins the impeller in flow direction and can be exposed to the flow of a fan main flow, and which forms a housing bypass for a bypass flow of the fan main flow, and wherein, in the housing bypass, measuring means for the volume flow determination of the fan main flow are arranged.
A method at a computing device associated with a vehicle parked at a side or an edge of a roadway to optimize power usage in the vehicle, the vehicle including one or more of sensors which are powered off, the method comprising: receiving a request for sensor information from an external computing device associated with a user of the roadway, the request including an area of interest, wherein the area of interest is a region of the area extending beyond the vehicle that cannot be detected by the user of the roadway, wherein the request specifies a rate and direction of movement of the external computing device and a length of time for which the request is valid for, wherein the method further comprises updating the area of interest based on the received rate and direction of movement of the external computing device; in response to receiving a request for sensor information, selectively activating only a subset of the one or more sensors of the vehicle, wherein activating comprises powering up the subset of sensors to generate sensor data for the area of interest; obtaining, from the subset of the one or more sensors, sensor data for the area of interest; and, prior to providing a response, filtering the sensor data to identify potential hazards to the external computing device; and providing a sequence of responses with data limited to the potential hazards for the requested length of time. receiving a request for sensor information from an external computing device associated with a user of the roadway, the request including an area of interest, wherein the area of interest is a region of the area extending beyond the vehicle that cannot be detected by the user of the roadway, wherein the request specifies a rate and direction of movement of the external computing device and a length of time for which the request is valid for, wherein the method further comprises updating the area of interest based on the received rate and direction of movement of the external computing device; in response to receiving a request for sensor information, selectively activating only a subset of the one or more sensors of the vehicle, wherein activating comprises powering up the subset of sensors to generate sensor data for the area of interest; obtaining, from the subset of the one or more sensors, sensor data for the area of interest; and, prior to providing a response, filtering the sensor data to identify potential hazards to the external computing device; and providing a sequence of responses with data limited to the potential hazards for the requested length of time. obtaining, from the subset of the one or more sensors, sensor data for the area of interest; and, prior to providing a response, filtering the sensor data to identify potential hazards to the external computing device; and providing a sequence of responses with data limited to the potential hazards for the requested length of time.
An aircraft rotor blade comprising: a root end portion of the rotor blade extending to a tip portion of the rotor blade through an airfoil portion of the rotor blade , the airfoil portion having a leading edge portion and a trailing edge portion; and at least one first actuator located within the root end portion of the rotor blade , the at least one first actuator configured to pitch the rotor blade about a blade pitch axis, characterized by at least one control surface mounted within the airfoil portion of the rotor blade ; at least one second actuator located within the airfoil portion of the rotor blade , the at least one second actuator configured to actuate the at least one control surface , wherein the at least one control surface includes at least one of a flap located at the trailing edge portion of the rotor blade and a slat located at the leading edge portion of the rotor blade ; and a control in-put / out-put configured to move the at least one control surface back to a neutral position when a failure renders the at least one control surface inoperative. a root end portion of the rotor blade extending to a tip portion of the rotor blade through an airfoil portion of the rotor blade , the airfoil portion having a leading edge portion and a trailing edge portion; and at least one first actuator located within the root end portion of the rotor blade , the at least one first actuator configured to pitch the rotor blade about a blade pitch axis, characterized by at least one control surface mounted within the airfoil portion of the rotor blade ; at least one second actuator located within the airfoil portion of the rotor blade , the at least one second actuator configured to actuate the at least one control surface , wherein the at least one control surface includes at least one of a flap located at the trailing edge portion of the rotor blade and a slat located at the leading edge portion of the rotor blade ; and a control in-put / out-put configured to move the at least one control surface back to a neutral position when a failure renders the at least one control surface inoperative.
A knife sheath comprising: a body having opposing sides , a closed distal end and an open proximal end ; a knife receiving slot accessible from the open proximal end and being configured to receive and secure a knife; a knife sharpener receiving slot disposed within the open proximal end at a base thereof, wherein the knife sharpener receiving slot comprises a locking mechanism configured to receive and lock a knife sharpening cartridge into an operable position within the open proximal end of the sheath, wherein the locking mechanism comprises an opening in each of the opposing sides of the body of the sheath, said opening comprising a post dividing the opening into a distal portion and a proximal portion , said opening being configured to receive and secure the knife sharpening cartridge within the open proximal end of the body; and the knife sharpening cartridge having sharpening elements and being configured to be received into the knife sharpener receiving slot such that sharpening elements are in communication the knife receiving slot . a body having opposing sides , a closed distal end and an open proximal end ; a knife receiving slot accessible from the open proximal end and being configured to receive and secure a knife; a knife sharpener receiving slot disposed within the open proximal end at a base thereof, wherein the knife sharpener receiving slot comprises a locking mechanism configured to receive and lock a knife sharpening cartridge into an operable position within the open proximal end of the sheath, wherein the locking mechanism comprises an opening in each of the opposing sides of the body of the sheath, said opening comprising a post dividing the opening into a distal portion and a proximal portion , said opening being configured to receive and secure the knife sharpening cartridge within the open proximal end of the body; and the knife sharpening cartridge having sharpening elements and being configured to be received into the knife sharpener receiving slot such that sharpening elements are in communication the knife receiving slot .
A yarn winding system comprising: an automatic winder configured to wind yarn from a yarn supply bobbin to form a package ; and one or a plurality of previous step machines each configured to perform a process at a previous step for the automatic winder, wherein the automatic winder includes a yarn monitoring unit configured to detect a state of the yarn travelling and a transmission unit configured to transmit information on a monitoring result of the yarn monitoring unit to the previous step machine(s), and each of the previous step machines includes a receiving unit configured to receive the information on the monitoring result of the yarn monitoring unit from the automatic winder, characterized in that the automatic winder further includes a first abnormality information acquisition unit configured to acquire abnormality information on each of the previous step machines based on detection data detected by the yarn monitoring unit, and that the transmission unit is further configured to transmit the abnormality information as the information on the monitoring result. an automatic winder configured to wind yarn from a yarn supply bobbin to form a package ; and one or a plurality of previous step machines each configured to perform a process at a previous step for the automatic winder, wherein the automatic winder includes a yarn monitoring unit configured to detect a state of the yarn travelling and a transmission unit configured to transmit information on a monitoring result of the yarn monitoring unit to the previous step machine(s), and each of the previous step machines includes a receiving unit configured to receive the information on the monitoring result of the yarn monitoring unit from the automatic winder, characterized in that the automatic winder further includes a first abnormality information acquisition unit configured to acquire abnormality information on each of the previous step machines based on detection data detected by the yarn monitoring unit, and that the transmission unit is further configured to transmit the abnormality information as the information on the monitoring result.
A method for guiding a robot that is equipped with a camera to facilitate three-dimensional reconstruction through sampling based planning, comprising: searching for an object of interest in an environment comprising a plurality of objects; recognizing the object of interest in a two dimensional image captured via the camera; localizing the object of interest in the 2D image computing a plurality of 3D depth maps for the localized object based on the pixel depth in each image of the object of interest, a pixel depth being determined based on images of the object of interest from at least two different camera positions; constructing a 3D object map from the depth maps ; growing a sampling based structure around the 3D object map ; assigning a cost to each edge of the sampling based structure in dependence on the depth variance of pixels visible along a given edge for planning movement of the camera along a trajectory of positions from which to observe the object; searching the sampling based structure to determine a lowest cost sequence of edges for moving the robot along the trajectory of edges; and guiding the robot through the environment based on the lowest cost sequence of edges . searching for an object of interest in an environment comprising a plurality of objects; recognizing the object of interest in a two dimensional image captured via the camera; localizing the object of interest in the 2D image computing a plurality of 3D depth maps for the localized object based on the pixel depth in each image of the object of interest, a pixel depth being determined based on images of the object of interest from at least two different camera positions; constructing a 3D object map from the depth maps ; growing a sampling based structure around the 3D object map ; assigning a cost to each edge of the sampling based structure in dependence on the depth variance of pixels visible along a given edge for planning movement of the camera along a trajectory of positions from which to observe the object; searching the sampling based structure to determine a lowest cost sequence of edges for moving the robot along the trajectory of edges; and guiding the robot through the environment based on the lowest cost sequence of edges .
A method of detecting a fault on a far-end power converter (14; 14 1 , 14 2 ) within a DC transmission network comprising a near-end power converter (12, 12 3 ) and at least one far-end power converter (14; 14 1 , 14 2 ) interconnected with one another by one or more portions of transmission medium , the method comprising the steps of: (a) establishing a linear time-invariant model (22; 48; 58) of the transmission medium lying between the or each far-end power converter (14; 14 1 , 14 2 ) and the near-end power converter (12; 12 3 ); (b) determining a response characteristic of the time-invariant model (22; 48; 58); (c) measuring an output operating property (y a , y b ) of the transmission medium at the near-end power converter (12, 12 3 ); (d) identifying one far-end power converter (14; 14 1 , 14 2 ) as a far-end power converter of interest ; (e) deriving a corresponding input operating property (x a , x b ) of the transmission medium at the far-end power converter of interest by applying an inverse of the response characteristic of the time-invariant model (22; 48; 58) to the measured output operating property (y a , y b ) of the transmission medium at the near-end power converter (12; 12 3 ); and (f) comparing the derived input operating property (x a , x b ) of the transmission medium at the far-end power converter of interest with a fault characteristic to determine whether there is a fault on the far-end power converter of interest . (a) establishing a linear time-invariant model (22; 48; 58) of the transmission medium lying between the or each far-end power converter (14; 14 1 , 14 2 ) and the near-end power converter (12; 12 3 ); (b) determining a response characteristic of the time-invariant model (22; 48; 58); (c) measuring an output operating property (y a , y b ) of the transmission medium at the near-end power converter (12, 12 3 ); (d) identifying one far-end power converter (14; 14 1 , 14 2 ) as a far-end power converter of interest ; (e) deriving a corresponding input operating property (x a , x b ) of the transmission medium at the far-end power converter of interest by applying an inverse of the response characteristic of the time-invariant model (22; 48; 58) to the measured output operating property (y a , y b ) of the transmission medium at the near-end power converter (12; 12 3 ); and (f) comparing the derived input operating property (x a , x b ) of the transmission medium at the far-end power converter of interest with a fault characteristic to determine whether there is a fault on the far-end power converter of interest .
A charging base for a vacuum cleaner , including at least: - a support body configured to be fastened to a wall, the support body including a receiving housing configured to at least partially receive a battery case of the vacuum cleaner , - a male electrical connector configured to be electrically connected to a female electrical connector , provided on the battery case , when the battery case is received in the receiving housing , the male electrical connector being angled and being fastened in an insertion housing delimited by the support body , the charging base further includes a blocking member configured to block the male electrical connector in the insertion housing , characterized in that the blocking member is configured to allow insertion of the male electrical connector into the insertion housing along an insertion direction (D2) when the male electrical connector has a first angular orientation relative to a pivot axis which is substantially parallel to the insertion direction (D2), and to then allow pivoting of the male electrical connector , relative to the support body and along the pivot axis, from the first angular orientation to a second angular orientation which is different from the first angular orientation, the blocking member being configured to block in translation the male electrical connector relative to the support body and along the insertion direction (D2) when the male electrical connector is received in the insertion housing and is in the second angular orientation. - a support body configured to be fastened to a wall, the support body including a receiving housing configured to at least partially receive a battery case of the vacuum cleaner , - a male electrical connector configured to be electrically connected to a female electrical connector , provided on the battery case , when the battery case is received in the receiving housing , the male electrical connector being angled and being fastened in an insertion housing delimited by the support body , the charging base further includes a blocking member configured to block the male electrical connector in the insertion housing , characterized in that the blocking member is configured to allow insertion of the male electrical connector into the insertion housing along an insertion direction (D2) when the male electrical connector has a first angular orientation relative to a pivot axis which is substantially parallel to the insertion direction (D2), and to then allow pivoting of the male electrical connector , relative to the support body and along the pivot axis, from the first angular orientation to a second angular orientation which is different from the first angular orientation, the blocking member being configured to block in translation the male electrical connector relative to the support body and along the insertion direction (D2) when the male electrical connector is received in the insertion housing and is in the second angular orientation.
Device for shooting a foundry core (G), which surrounds a free inner space (I) on its outer boundaries, wherein the device (1; 100) has a mould cavity representing the foundry core (G), which circulates around an inner slider extending along a longitudinal axis (LZ) and is delimited on its outer side by an outer slider circulating around the mould cavity , wherein the clear width (W) of the mould cavity is determined by the distance of the inner surface , assigned to the mould cavity , of the outer slider to the outer surface of the inner slider , wherein the inner slider is divided into at least three inner slider segments (2a to 2e) along dividing planes (T1 to T5), which extend in the longitudinal direction (LR) of the inner slider and wherein the inner slider segments (2a to 2e) are displaceable between a removal position, in which they are positioned approximated in relation to one another and to the longitudinal axis (LZ) of the inner slider and the clear width (W) of the mould cavity present between the inner slider and the outer slider is increased, into a shooting position approximating the outer slider , in which the clear with (W) of the mould cavity corresponds to a target specification for the foundry core (G) to be shot, characterised in that one of the inner slider segments is movable in the radial direction on the longitudinal axis (LS) of the inner slider into a receiving portion , which is laterally delimited by in each case one further slider segment and expands in the direction of the longitudinal axis (LS) of the inner slider in the case of the slider segments (2a to 2e) being in the shooting positon.