mhurhangee/patent-ind-claim-en huggingface dataset:
A method of determining a parameter of a formation, comprising: disposing a member having a longitudinal axis in a borehole at a downhole location of the formation; disposing a first magnetometer and a second magnetometer at an axial location of the member and at separate azimuthal locations around the member and oriented tangential to a circumference of circle in a plane transverse to a longitudinal axis of the member ; measuring a first magnetic field at the first magnetometer that is a combination of a magnetic field resulting from a current flowing through the member due to a spontaneous potential and a component of the earth's magnetic field ; measuring a second magnetic field at the second magnetometer that is a difference between the magnetic field resulting from the current flowing through the member due to the spontaneous potential and the component of the earth's magnetic field ; calculating the spontaneous potential from the first magnetic field and the second magnetic field; and determining the parameter of the formation from the spontaneous potential. disposing a member having a longitudinal axis in a borehole at a downhole location of the formation; disposing a first magnetometer and a second magnetometer at an axial location of the member and at separate azimuthal locations around the member and oriented tangential to a circumference of circle in a plane transverse to a longitudinal axis of the member ; measuring a first magnetic field at the first magnetometer that is a combination of a magnetic field resulting from a current flowing through the member due to a spontaneous potential and a component of the earth's magnetic field ; measuring a second magnetic field at the second magnetometer that is a difference between the magnetic field resulting from the current flowing through the member due to the spontaneous potential and the component of the earth's magnetic field ; calculating the spontaneous potential from the first magnetic field and the second magnetic field; and determining the parameter of the formation from the spontaneous potential.
A straddled vehicle comprising: a rear wheel (Rw); a body frame ; a seat on which a rider sits; a storage box arranged under the seat and closed and opened by the seat ; a swing unit including an engine and a transmission mechanism at least partially arranged further to the left than the rear wheel (Rw) and arranged to transmit power of the engine to the rear wheel (Rw), the swing unit vertically swingable with respect to the body frame and supporting the rear wheel (Rw); a rear arm including a front portion fixed to the engine and a rear portion supporting the rear wheel (Rw) together with the transmission mechanism , the rear arm being arranged further to the right than the rear wheel (Rw) and vertically swingable together with the rear wheel (Rw) and the swing unit with respect to the body frame ; and an only one rear suspension arranged further to the right than the rear wheel (Rw) and attached to the body frame and the rear arm , wherein a rear end of the only one rear suspension is arranged further to the front than a rotation center (C1) of the rear wheel (Rw), the rear arm includes at least one fixed portion fixed to the engine , and a suspension attached portion to which the only one rear suspension is attached, and at least a portion of the suspension attached portion is arranged further outward than the at least one fixed portion in the vehicle width direction. a rear wheel (Rw); a body frame ; a seat on which a rider sits; a storage box arranged under the seat and closed and opened by the seat ; a swing unit including an engine and a transmission mechanism at least partially arranged further to the left than the rear wheel (Rw) and arranged to transmit power of the engine to the rear wheel (Rw), the swing unit vertically swingable with respect to the body frame and supporting the rear wheel (Rw); a rear arm including a front portion fixed to the engine and a rear portion supporting the rear wheel (Rw) together with the transmission mechanism , the rear arm being arranged further to the right than the rear wheel (Rw) and vertically swingable together with the rear wheel (Rw) and the swing unit with respect to the body frame ; and an only one rear suspension arranged further to the right than the rear wheel (Rw) and attached to the body frame and the rear arm , wherein a rear end of the only one rear suspension is arranged further to the front than a rotation center (C1) of the rear wheel (Rw), the rear arm includes at least one fixed portion fixed to the engine , and a suspension attached portion to which the only one rear suspension is attached, and at least a portion of the suspension attached portion is arranged further outward than the at least one fixed portion in the vehicle width direction.
A computer-implemented method of presenting place-related content on a mobile device , the method comprising: storing the place-related content in a memory of the mobile device , the place-related content being contributed by a plurality of applications executable by the mobile device , the plurality of applications configured to interact with a places framework, the place-related content stored in a centralized place database in the places framework on the mobile device , wherein the centralized place database stores a list of places, wherein each place is associated with a set of place-related auxiliary data, and wherein the places framework includes an action module to interact with a common action user interface to provide functionalities for the places; in response to receiving a place data request from one of the plurality of applications on the mobile device , the place data request being a request for place-related content describing a selected place, processing the request by a place data management service on the mobile device that handles all place data requests from the plurality of applications on the mobile device and obtaining the place-related content for the selected place from the centralized place database on the mobile device ; and presenting all the place-related content that describes the selected place in a displayed consolidated place-specific view , wherein events that relate to the selected place are presented in the place-specific view . storing the place-related content in a memory of the mobile device , the place-related content being contributed by a plurality of applications executable by the mobile device , the plurality of applications configured to interact with a places framework, the place-related content stored in a centralized place database in the places framework on the mobile device , wherein the centralized place database stores a list of places, wherein each place is associated with a set of place-related auxiliary data, and wherein the places framework includes an action module to interact with a common action user interface to provide functionalities for the places; in response to receiving a place data request from one of the plurality of applications on the mobile device , the place data request being a request for place-related content describing a selected place, processing the request by a place data management service on the mobile device that handles all place data requests from the plurality of applications on the mobile device and obtaining the place-related content for the selected place from the centralized place database on the mobile device ; and presenting all the place-related content that describes the selected place in a displayed consolidated place-specific view , wherein events that relate to the selected place are presented in the place-specific view .
Cutting machine for cutting off slices of elongate food products, comprising a machine housing which holds a drive motor and a rotating cutting blade which is driven by the drive motor, wherein a set-down region with a weighing device which is arranged in the set-down region is provided in the region of the cutting blade, and the weighing apparatus comprises a weighing cell and a load plate , which is connected to the weighing cell , for setting down cut-off slices, and the weighing apparatus is mounted in a manner adjustable and/or displaceable relative to the machine housing , wherein the weighing apparatus is connected in a displaceable manner to the machine housing by means of a carrier apparatus which comprises at least one carrier , characterized in that an electrical cable connection of the weighing apparatus is guided in a receiving space of the at least one carrier , wherein the at least one carrier passes through a wall of the machine housing , and the wall has a sliding bearing and/or a seal for the at least one carrier .
Combination of pullulan or of an esterified derivative thereof or an organomineral silicon-based derivative thereof with a mixture of polysaccharides consisting of hyaluronic acid or a salt thereof or an esterified derivative thereof or an organomineral silicon-based derivative thereof and alginic acid or a salt thereof or an esterified derivative thereof or an organomineral silicon-based derivative thereof, the weight ratio of pullulan or esterified derivatives or organomineral silicon-based derivatives /hyaluronic acid, salts or esterified derivatives or organomineral silicon-based derivatives /alginic acid, salts or esterified derivatives or organomineral silicon-based derivatives being in the range 1/1/1 to 1/10/10.
A method to mitigate a root cause of a Wi-Fi access point not having connectivity with a network comprising: detecting, by an isolated Wi-Fi access point , that connectivity to the network over a first communication channel has failed; automatically generating or acquiring, by a processor and memory of the isolated Wi-Fi access point, a status message related to the connectivity failure, the status message including an ID for the isolated Wi-Fi access point; automatically broadcasting, using a first beacon signal, and over a second communication channel different than the first communication channel, the status message; wherein the second channel is a Bluetooth broadcast communication channel; receiving, by a neighboring device, the status message from the isolated Wi-Fi access point over the second communication channel; determining, by the neighboring device, that the neighboring device is not connected to the network; generating, by the neighboring device, an enhanced status message that includes the ID for the isolated Wi-Fi access point and an ID for the neighboring device; broadcasting, using a second beacon signal, the enhanced status message over a Bluetooth communication channel; forwarding via transmitting, by a second neighboring device, the enhanced status message to a network monitoring server over a third communication channel, the third communication channel being different than the first and second communications channels; receiving, at the network monitoring server, the enhanced status message; and automatically invoking a mitigating action for the isolated Wi-Fi access point. detecting, by an isolated Wi-Fi access point , that connectivity to the network over a first communication channel has failed; automatically generating or acquiring, by a processor and memory of the isolated Wi-Fi access point, a status message related to the connectivity failure, the status message including an ID for the isolated Wi-Fi access point; automatically broadcasting, using a first beacon signal, and over a second communication channel different than the first communication channel, the status message; wherein the second channel is a Bluetooth broadcast communication channel; receiving, by a neighboring device, the status message from the isolated Wi-Fi access point over the second communication channel; determining, by the neighboring device, that the neighboring device is not connected to the network; generating, by the neighboring device, an enhanced status message that includes the ID for the isolated Wi-Fi access point and an ID for the neighboring device; broadcasting, using a second beacon signal, the enhanced status message over a Bluetooth communication channel; forwarding via transmitting, by a second neighboring device, the enhanced status message to a network monitoring server over a third communication channel, the third communication channel being different than the first and second communications channels; receiving, at the network monitoring server, the enhanced status message; and automatically invoking a mitigating action for the isolated Wi-Fi access point.
A vehicle control device comprising: a plurality of information acquisition units that are provided at front and rear of a vehicle and acquire information of an external world; a travel distance calculation unit that calculates a travel distance of the vehicle during traveling of the vehicle in a predetermined driving state based on information of an identical characteristic object acquired by a front information acquisition unit and a rear information acquisition unit , the rear information acquisition unit acquiring the information of the identical characteristic object after the front information acquisition unit out of the plurality of information acquisition units acquires information of the identical characteristic object ; and characterized by a travel state detection unit (2-5) that detects a travel state of the vehicle , wherein the travel distance of the vehicle calculated by the travel distance calculation unit is corrected based on a result detected by the travel state detection unit (2-5) between the acquisition of the information of the identical characteristic object by the front information acquisition unit and the acquisition of the information by the rear information acquisition unit , wherein the travel state detection unit (2-5) is a wheel speed sensor that acquires wheel speed pulses of left and right wheels (11-14), wherein the predetermined driving state is a state where the wheel speed pulses of the left and right wheels (11-14) coincide with each other. a plurality of information acquisition units that are provided at front and rear of a vehicle and acquire information of an external world; a travel distance calculation unit that calculates a travel distance of the vehicle during traveling of the vehicle in a predetermined driving state based on information of an identical characteristic object acquired by a front information acquisition unit and a rear information acquisition unit , the rear information acquisition unit acquiring the information of the identical characteristic object after the front information acquisition unit out of the plurality of information acquisition units acquires information of the identical characteristic object ; and characterized by a travel state detection unit (2-5) that detects a travel state of the vehicle , wherein the travel distance of the vehicle calculated by the travel distance calculation unit is corrected based on a result detected by the travel state detection unit (2-5) between the acquisition of the information of the identical characteristic object by the front information acquisition unit and the acquisition of the information by the rear information acquisition unit , wherein the travel state detection unit (2-5) is a wheel speed sensor that acquires wheel speed pulses of left and right wheels (11-14), wherein the predetermined driving state is a state where the wheel speed pulses of the left and right wheels (11-14) coincide with each other.
A coating composition comprising: a. epoxidized vegetable oil; b. an amine terminated polyamide; and c. a silicone resin; wherein the composition comprises 5 wt% or greater epoxidized vegetable oil, where wt% is based on the total solid weight of the composition. a. epoxidized vegetable oil; b. an amine terminated polyamide; and c. a silicone resin; wherein the composition comprises 5 wt% or greater epoxidized vegetable oil, where wt% is based on the total solid weight of the composition.
A method for producing an organic device that includes, in sequence: at least one lower electrode ; an organic compound layer ; an upper electrode ; a first protective layer ; and a second protective layer , the method comprising the steps of: providing at least one substrate including the at least one lower electrode ; forming an organic compound layer on the lower electrode ; forming the upper electrode on the organic compound layer ; forming the first protective layer on the upper electrode by a sputtering method or a chemical vapor deposition method; forming the second protective layer on the first protective layer by an atomic layer deposition method after forming the first protective layer; and forming a third protective layer by the atomic layer deposition method on a side of the substrate opposite to a side on which the at least one lower electrode is formed after forming the first protective layer. at least one lower electrode ; an organic compound layer ; an upper electrode ; a first protective layer ; and a second protective layer , the method comprising the steps of: providing at least one substrate including the at least one lower electrode ; forming an organic compound layer on the lower electrode ; forming the upper electrode on the organic compound layer ; forming the first protective layer on the upper electrode by a sputtering method or a chemical vapor deposition method; forming the second protective layer on the first protective layer by an atomic layer deposition method after forming the first protective layer; and forming a third protective layer by the atomic layer deposition method on a side of the substrate opposite to a side on which the at least one lower electrode is formed after forming the first protective layer. providing at least one substrate including the at least one lower electrode ; forming an organic compound layer on the lower electrode ; forming the upper electrode on the organic compound layer ; forming the first protective layer on the upper electrode by a sputtering method or a chemical vapor deposition method; forming the second protective layer on the first protective layer by an atomic layer deposition method after forming the first protective layer; and forming a third protective layer by the atomic layer deposition method on a side of the substrate opposite to a side on which the at least one lower electrode is formed after forming the first protective layer.
A wireless transmit receive unit, WTRU, comprising: a processor configured to: receive configuration information from a network device, wherein the configuration information indicates a plurality of resources to be used by the WTRU to communicate directly with one or more other WTRUs; determine, among the plurality of resources, one or more resources that have a measured energy level above a preconfigured threshold for a period of time; determine a ratio of the one or more resources to the plurality of resources; and transmit a report to the network device, wherein the report indicates the determined ratio. receive configuration information from a network device, wherein the configuration information indicates a plurality of resources to be used by the WTRU to communicate directly with one or more other WTRUs; determine, among the plurality of resources, one or more resources that have a measured energy level above a preconfigured threshold for a period of time; determine a ratio of the one or more resources to the plurality of resources; and transmit a report to the network device, wherein the report indicates the determined ratio.
A method of wireless communication performed by a user equipment, UE, comprising: receiving a downlink control channel communication in a first slot during a discontinuous reception, DRX, on duration; and determining a second slot based at least in part on a data channel communication scheduled by the downlink control channel communication, wherein determining a second slot based at least in part on a data channel communication scheduled by the downlink control channel communication comprises determining the second slot based at least in part on an uplink data channel communication scheduled by the downlink control channel communication; and wherein the second slot occurs a number of slots before a slot in which the uplink data channel communication is scheduled; and starting a DRX inactivity timer in the second slot. receiving a downlink control channel communication in a first slot during a discontinuous reception, DRX, on duration; and determining a second slot based at least in part on a data channel communication scheduled by the downlink control channel communication, wherein determining a second slot based at least in part on a data channel communication scheduled by the downlink control channel communication comprises determining the second slot based at least in part on an uplink data channel communication scheduled by the downlink control channel communication; and wherein the second slot occurs a number of slots before a slot in which the uplink data channel communication is scheduled; and starting a DRX inactivity timer in the second slot.
An electric shaver comprising a shaver housing , a shaver head attached to the housing and at least one cartridge (10; 10a, 10b) provided in or on said shaver head , wherein the cartridge (10; 10a, 10b) comprises at least one cutter unit with a first cutter element and a second cutter element which are movable relative to each other in an oscillating manner along a first horizontal cutter oscillation axis (II), wherein each cutter unit is mounted in the at least one cartridge (10; 10a, 10b) pivotably about a second horizontal tilting axis (III) relative to the shaver head and axially displaceably parallel to a vertical axis (I) relative to the shaver head , with the first horizontal cutter oscillation axis (II) being perpendicular to the vertical axis (I) and perpendicular to the second horizontal tilting axis (III), characterized in that the at least one cartridge (10; 10a, 10b) is supported pivotably relative to the shaver head about the first horizontal cutter oscillation axis (II) or a third horizontal axis parallel to that.
A first unit of a central unit of a secondary node in Dual Connectivity comprising: a communication process unit configured to connect to a second unit of the central unit hosting at least control plane of the PDCP layer hosted by the central unit via a second interface and send, to the second unit , information indicating volume of data, wherein the first unit is configured to host at least user plane of the PDCP layer hosted by the central unit , wherein the central unit is configured to host at least PDCP layer of the secondary node , and wherein the central unit is configured to connect to a distributed unit hosting RLC layer, MAC layer, and PHY layer of the secondary node via a first interface, and, wherein the information indicating volume of data is sent to a master node in the Dual Connectivity by the second unit . a communication process unit configured to connect to a second unit of the central unit hosting at least control plane of the PDCP layer hosted by the central unit via a second interface and send, to the second unit , information indicating volume of data, wherein the first unit is configured to host at least user plane of the PDCP layer hosted by the central unit , wherein the central unit is configured to host at least PDCP layer of the secondary node , and wherein the central unit is configured to connect to a distributed unit hosting RLC layer, MAC layer, and PHY layer of the secondary node via a first interface, and, wherein the information indicating volume of data is sent to a master node in the Dual Connectivity by the second unit .