mhurhangee/patent-ind-claim-en huggingface dataset:
A network search method, comprising: receiving, by a terminal device , a user operation performed in a user interface of the terminal device , wherein the user operation requests communication with a network device by using a 5 th generation 5G access technology; when a first cell with which the terminal device currently registers is a non-allowed area, searching for a second cell, wherein the second cell is an allowed area; adding one or more cells comprising the first cell and/or one or more tracking areas comprising a tracking area to which the first cell belongs to a temporary prohibition list, wherein the cell and/or the tracking area added to the temporary prohibition list belong/belongs to the non-allowed area; and after the communication between the terminal device and the network device ends, or when a service request times out, deleting the one or more cells comprising the first cell and/or the one or more tracking areas comprising the tracking area to which the first cell belongs from the temporary prohibition list. receiving, by a terminal device , a user operation performed in a user interface of the terminal device , wherein the user operation requests communication with a network device by using a 5 th generation 5G access technology; when a first cell with which the terminal device currently registers is a non-allowed area, searching for a second cell, wherein the second cell is an allowed area; adding one or more cells comprising the first cell and/or one or more tracking areas comprising a tracking area to which the first cell belongs to a temporary prohibition list, wherein the cell and/or the tracking area added to the temporary prohibition list belong/belongs to the non-allowed area; and after the communication between the terminal device and the network device ends, or when a service request times out, deleting the one or more cells comprising the first cell and/or the one or more tracking areas comprising the tracking area to which the first cell belongs from the temporary prohibition list.
An electrical machine, comprising: a rotor (150A, 150B, 250, 350; 750; 850); a coil ; and a stator comprising a lamination stack coupled to a tooth ; wherein the electrical machine is a transverse flux machine; characterized in that the lamination stack is configured with a plurality of trenches , wherein a trench is configured to receive a tooth ; in that the lamination stack is configured with a flux switch area (S A ), wherein the flux switch area (S A ) comprises a switching surface of the tooth facing the rotor and at least one switch edge (S E ) comprising a portion of the lamination stack disposed on one side of the tooth in a rotational direction of the rotor (150A, 150B, 250, 350; 750; 850); in that a radial edge surface of the tooth is at least partially covered by the lamination stack that extends to the switch surface ; and in that the flux switch area (S A ) is configured to provide a constant air gap. a rotor (150A, 150B, 250, 350; 750; 850); a coil ; and a stator comprising a lamination stack coupled to a tooth ; wherein the electrical machine is a transverse flux machine; characterized in that the lamination stack is configured with a plurality of trenches , wherein a trench is configured to receive a tooth ; in that the lamination stack is configured with a flux switch area (S A ), wherein the flux switch area (S A ) comprises a switching surface of the tooth facing the rotor and at least one switch edge (S E ) comprising a portion of the lamination stack disposed on one side of the tooth in a rotational direction of the rotor (150A, 150B, 250, 350; 750; 850); in that a radial edge surface of the tooth is at least partially covered by the lamination stack that extends to the switch surface ; and in that the flux switch area (S A ) is configured to provide a constant air gap.
A composition for topical administration in a urogenital area and/or a vagina comprising: a therapeutically effective amount of a medicinal grade honey present at 30% by volume to about 62% by volume of the composition; a therapeutically effective amount of a natural oil present at about 15% by volume to about 54% by volume of the composition; and being free of estrogen and free of a selective estrogen receptor modulator. a therapeutically effective amount of a medicinal grade honey present at 30% by volume to about 62% by volume of the composition; a therapeutically effective amount of a natural oil present at about 15% by volume to about 54% by volume of the composition; and being free of estrogen and free of a selective estrogen receptor modulator.
A perimeter, comprising a fixation forcing device, a display conduction device, a perimetry display device, a feedback device for recording feedback information, and a control center for controlling the perimetry display device and collecting feedback information, wherein the fixation forcing device is suitable for adsorbing to an eyeball and forcing the eyeball in a fixation state during perimetry, and the display conduction device comprises light guide fibers connected to the fixation forcing device and the perimetry display device respectively.
An apparatus comprising: a transceiver configured to register with a first mobile communication network and a second mobile communication network, wherein the transceiver communicates with only one mobile communication network at a time; and a processor arranged to: use a first connection in a Connected state in the first mobile communication network; and determine to release the Connected state to the first mobile communication network; wherein the transceiver is further arranged to: send a first mobility management, MM, message to the first mobile communication network, the first MM message comprising a release indication that requests a release of the first connection and paging restrictions, and receive a second message as a reply to the first MM message, the second message indicating that the first connection is successfully released. a transceiver configured to register with a first mobile communication network and a second mobile communication network, wherein the transceiver communicates with only one mobile communication network at a time; and a processor arranged to: use a first connection in a Connected state in the first mobile communication network; and determine to release the Connected state to the first mobile communication network; wherein the transceiver is further arranged to: send a first mobility management, MM, message to the first mobile communication network, the first MM message comprising a release indication that requests a release of the first connection and paging restrictions, and receive a second message as a reply to the first MM message, the second message indicating that the first connection is successfully released. use a first connection in a Connected state in the first mobile communication network; and determine to release the Connected state to the first mobile communication network; wherein the transceiver is further arranged to: send a first mobility management, MM, message to the first mobile communication network, the first MM message comprising a release indication that requests a release of the first connection and paging restrictions, and receive a second message as a reply to the first MM message, the second message indicating that the first connection is successfully released. send a first mobility management, MM, message to the first mobile communication network, the first MM message comprising a release indication that requests a release of the first connection and paging restrictions, and receive a second message as a reply to the first MM message, the second message indicating that the first connection is successfully released.
A method by one or more network devices to identify an originating point of failure in a composite service executed in a cloud computing environment, the method comprising: causing the composite service to be executed in the cloud computing environment, wherein the execution of the composite service includes execution of a plurality of atomic services in a predefined ordered sequence, wherein each of the atomic services is associated with a private key and a corresponding public key, wherein for each atomic service that is executed as part of the execution of the composite service, an execution trace for that atomic service is stored in a blockchain to form an ordered sequence of execution traces, wherein the execution trace for a given atomic service indicates an execution input of that atomic service and an execution output of that atomic service and is signed using the private key associated with that atomic service; determining that a failure occurred during execution of the composite service; and responsive to determining that the failure occurred, analyzing one or more of the ordered sequence of execution traces in reverse order to determine which of the plurality of atomic services originated the failure, wherein each execution trace that is analyzed is authenticated using the public key that corresponds to the private key associated with the atomic service that generated that execution trace. causing the composite service to be executed in the cloud computing environment, wherein the execution of the composite service includes execution of a plurality of atomic services in a predefined ordered sequence, wherein each of the atomic services is associated with a private key and a corresponding public key, wherein for each atomic service that is executed as part of the execution of the composite service, an execution trace for that atomic service is stored in a blockchain to form an ordered sequence of execution traces, wherein the execution trace for a given atomic service indicates an execution input of that atomic service and an execution output of that atomic service and is signed using the private key associated with that atomic service; determining that a failure occurred during execution of the composite service; and responsive to determining that the failure occurred, analyzing one or more of the ordered sequence of execution traces in reverse order to determine which of the plurality of atomic services originated the failure, wherein each execution trace that is analyzed is authenticated using the public key that corresponds to the private key associated with the atomic service that generated that execution trace.
Displacement tool for displacing soil, wherein the displacement tool comprises: a tubular member and a displacement means connected to the tubular member in a rotationally fixed manner, wherein the displacement means comprises a cylindrical portion enclosing the tubular member , wherein: the displacement means comprises a thread , wherein at least one tooth is arranged at an end of the thread ; and at least one further tooth is arranged at another end of the thread , wherein: the thread is only arranged on the cylindrical portion ; the thread comprises merely one winding; and a tip of the tooth and a further tip of the further tooth are arranged such that they lie on a thread line of the thread . the displacement means comprises a thread , wherein at least one tooth is arranged at an end of the thread ; and at least one further tooth is arranged at another end of the thread , wherein: the thread is only arranged on the cylindrical portion ; the thread comprises merely one winding; and a tip of the tooth and a further tip of the further tooth are arranged such that they lie on a thread line of the thread . the thread is only arranged on the cylindrical portion ; the thread comprises merely one winding; and a tip of the tooth and a further tip of the further tooth are arranged such that they lie on a thread line of the thread .
A process for the production of an elastomer agglomerate composition, comprising: forcing a slurry through an aperture in a valve assembly to obtain the elastomer agglomerate composition; wherein the valve assembly comprises the valve and a seat that are arranged opposite each other to provide a flow channel for the slurry to be homogenized with an emulsifying channel section that is provided with the aperture ; and wherein the slurry comprises elastomeric particles in water, characterized in that the emulsifying flow channel section is arranged at a sharp angle with respect to an axial center line of the valve in a cross sectional view of the valve assembly. forcing a slurry through an aperture in a valve assembly to obtain the elastomer agglomerate composition; wherein the valve assembly comprises the valve and a seat that are arranged opposite each other to provide a flow channel for the slurry to be homogenized with an emulsifying channel section that is provided with the aperture ; and wherein the slurry comprises elastomeric particles in water, characterized in that the emulsifying flow channel section is arranged at a sharp angle with respect to an axial center line of the valve in a cross sectional view of the valve assembly.
A method of generating an overhead view of a tow vehicle and a trailer attached to the tow vehicle , the method comprising: receiving, at a processing hardware , first sensor system data from a sensor system in communication with the processing hardware , the first sensor system data associated with a first trailer position (P1) with respect to the tow vehicle ; determining, at the processing hardware , a trailer width (W 2 ) based on the first sensor system data ; receiving, at the processing hardware , second sensor system data from the sensor system , the second sensor system data associated with a second trailer position (P2) with respect to the tow vehicle ; determining, at the processing hardware , a trailer length (L2) based on the second sensor system data ; determining, at the processing hardware , a separation distance (SD) between the trailer and the tow vehicle based on the first sensor system data and /or the second sensor system data ; retrieving from hardware memory in communication with the processing hardware , a vehicle length (L1) and a vehicle width(W1); generating, at the processing hardware , an overhead image including a vehicle representation and a trailer representation based on the trailer width (W2), the trailer length (L2), the separation distance (SD), the vehicle length (L1), and the vehicle width(W1); and transmitting, from the processing hardware to a display in communication with the processing hardware , instructions to display the overhead image . receiving, at a processing hardware , first sensor system data from a sensor system in communication with the processing hardware , the first sensor system data associated with a first trailer position (P1) with respect to the tow vehicle ; determining, at the processing hardware , a trailer width (W 2 ) based on the first sensor system data ; receiving, at the processing hardware , second sensor system data from the sensor system , the second sensor system data associated with a second trailer position (P2) with respect to the tow vehicle ; determining, at the processing hardware , a trailer length (L2) based on the second sensor system data ; determining, at the processing hardware , a separation distance (SD) between the trailer and the tow vehicle based on the first sensor system data and /or the second sensor system data ; retrieving from hardware memory in communication with the processing hardware , a vehicle length (L1) and a vehicle width(W1); generating, at the processing hardware , an overhead image including a vehicle representation and a trailer representation based on the trailer width (W2), the trailer length (L2), the separation distance (SD), the vehicle length (L1), and the vehicle width(W1); and transmitting, from the processing hardware to a display in communication with the processing hardware , instructions to display the overhead image .
An aircraft wing , the wing having a fixed wing with a wing tip device moveably mounted at the outboard end thereof, the wing tip device being rotatable about an axis of rotation between: (a) a flight configuration for use during flight; and (b) a ground configuration for use during ground-based operations, in which ground configuration the wing tip device is moved away from the flight configuration such that the span of the aircraft wing is reduced, wherein the wing comprises a bearing, co-axial with the axis of rotation , for supporting rotation of the wing tip device between the flight and ground configurations about the axis of rotation , wherein the wing tip device and the fixed wing are separated along a primary cut plane , the primary cut plane being perpendicular to the axis of rotation and passing through the bearing, and the primary cut plane being obliquely orientated with respect to the chordwise, spanwise and vertical directions, wherein the wing comprises a sealing assembly for sealing between the fixed wing and the wing tip device when the wing tip device is in the flight configuration, and the sealing assembly comprises a compression seal for making/breaking a seal under a relative coming together/separation of the fixed wing and wing tip device during movement between the flight and the ground configurations, and wherein when the wing tip device is in the flight configuration, the outboard end of the fixed wing and the inboard end of the wing tip device meet along an interfacing cut line that separates the outer surfaces of the fixed wing and the wing tip device , the interfacing cut line comprising: (i) a first length , formed by a cut through the outer surface, that is offset from the primary cut plane in a first direction; (ii) a second length , formed by a cut through the outer surface that extends within a plane containing the axis of rotation , or within a plane parallel thereto; and (iii) a transition section over which the interfacing cut line transitions from the first length to the second length . (a) a flight configuration for use during flight; and (b) a ground configuration for use during ground-based operations, in which ground configuration the wing tip device is moved away from the flight configuration such that the span of the aircraft wing is reduced, (i) a first length , formed by a cut through the outer surface, that is offset from the primary cut plane in a first direction; (ii) a second length , formed by a cut through the outer surface that extends within a plane containing the axis of rotation , or within a plane parallel thereto; and (iii) a transition section over which the interfacing cut line transitions from the first length to the second length .
Combination of a vehicle and a side clearance device for the vehicle , said side clearance device comprising: - a fastening plate with mechanical means adapted to fix said fastening plate with a vehicle ; - a first section comprising a first end fixed with the said fastening plate ; - the said first section extending according to a first direction (X1) in order that, when the said fastening plate is fixed onto a vehicle, the said first section gets away from the vehicle from the said fastening plate ; and - a second section comprising a first end connected with a second end of the said first section , the said second end of the said first section being opposed to the said first end of the said first section ; - the said second section extending according to a second direction (X2) in order that, when the said fastening plate is fixed onto a vehicle, the said second section extends almost along the height of the vehicle; characterized in that: - the shape of the said first and second sections is designed to provide a drag coefficient of under 0. 45 to the said first and second sections ; and - the said second section possesses a terminal surface between 40 and 600 mm 2 , opposed to the said first end of the said second section ; - the said terminal surface extends in the field of vision of the driver when the said fastening plate is fixed onto the vehicle. - a fastening plate with mechanical means adapted to fix said fastening plate with a vehicle ; - a first section comprising a first end fixed with the said fastening plate ; - the said first section extending according to a first direction (X1) in order that, when the said fastening plate is fixed onto a vehicle, the said first section gets away from the vehicle from the said fastening plate ; and - a second section comprising a first end connected with a second end of the said first section , the said second end of the said first section being opposed to the said first end of the said first section ; - the said second section extending according to a second direction (X2) in order that, when the said fastening plate is fixed onto a vehicle, the said second section extends almost along the height of the vehicle; characterized in that: - the shape of the said first and second sections is designed to provide a drag coefficient of under 0. 45 to the said first and second sections ; and - the said second section possesses a terminal surface between 40 and 600 mm 2 , opposed to the said first end of the said second section ; - the said terminal surface extends in the field of vision of the driver when the said fastening plate is fixed onto the vehicle. - the shape of the said first and second sections is designed to provide a drag coefficient of under 0. 45 to the said first and second sections ; and - the said second section possesses a terminal surface between 40 and 600 mm 2 , opposed to the said first end of the said second section ; - the said terminal surface extends in the field of vision of the driver when the said fastening plate is fixed onto the vehicle.
A method to optically excite a plurality of analytes in an array of reaction vessels and to detect fluorescent light from the analytes , wherein diverging excitation light from an excitation light source is supplied to the analytes in the reaction vessels , and wherein the converging fluorescent light from the analytes in the reaction vessels is supplied to a fluorescence detector , wherein a plurality of bundles of rays of the excitation light through an array of holes in a lid arranged above the array of reaction vessels is directed into the reaction vessels under the lid , and simultaneously a plurality of bundles of rays of the fluorescent light reaches the fluorescence detector from the reaction vessels , wherein the plurality of bundles of rays of the fluorescent light with converging principal rays from the reaction vessels pass through the holes from below and then reach the fluorescence detector , characterized in that no field lens is used that orients the plurality of bundles of rays of the excitation light in parallel before they pass through the holes of the lid and focusses the bundles of rays of the fluorescent light to the fluorescence detector after they have passed through the holes of the lid , and that the holes in the lid have central longitudinal axes diverging downward between a top side and a bottom side of the lid , so that the plurality of bundles of rays of the excitation light with diverging principal rays pass through the holes from above and are directed into the reaction vessels .