mhurhangee/ep-ind-claims huggingface dataset:
A magnetic resonance imaging system for obtaining magnetic resonance images of a volume, the MRI system comprising a controller configured to: perform a preparation scan (103, 301) to acquire preparation echo phase information (105, PEPI) for a plurality of dynamics of a scan, each dynamic including image information of a plurality of slices; output a plurality of pulse sequences each of which is configured for a corresponding dynamic of the plurality of dynamics of the scan and comprises a navigator sequence and an image sequence, which image sequence is a single- or multi-shot echo planar imaging sequence, wherein the controller is configured to switch off phase encoding gradients when performing the navigator sequence, wherein the navigator sequence comprises: a radio frequency signal (RF am) having a reduced flip angle waveform; and a slice select gradient signal having a weak slice selection waveform, which is chosen such that it selects a volume which fully contains all imaged slices; acquire navigation and image information (111, 117) for each corresponding pulse sequence of the plurality of pulse sequences; and form corrected image information by correcting echo phase information of the image information in accordance with the preparation echo phase information, and correcting at least one of gradient delay and frequency offset of the image information in accordance with the navigation information. perform a preparation scan (103, 301) to acquire preparation echo phase information (105, PEPI) for a plurality of dynamics of a scan, each dynamic including image information of a plurality of slices; output a plurality of pulse sequences each of which is configured for a corresponding dynamic of the plurality of dynamics of the scan and comprises a navigator sequence and an image sequence, which image sequence is a single- or multi-shot echo planar imaging sequence, wherein the controller is configured to switch off phase encoding gradients when performing the navigator sequence, wherein the navigator sequence comprises: a radio frequency signal (RF am) having a reduced flip angle waveform; and a slice select gradient signal having a weak slice selection waveform, which is chosen such that it selects a volume which fully contains all imaged slices; a radio frequency signal (RF am) having a reduced flip angle waveform; and a slice select gradient signal having a weak slice selection waveform, which is chosen such that it selects a volume which fully contains all imaged slices; acquire navigation and image information (111, 117) for each corresponding pulse sequence of the plurality of pulse sequences; and form corrected image information by correcting echo phase information of the image information in accordance with the preparation echo phase information, and correcting at least one of gradient delay and frequency offset of the image information in accordance with the navigation information.
A computer-implemented method for adapting a training program of a user, comprising: storing a database comprising measurement data of physical exercises the user has performed, the measurement data comprising at least one of heart activity measurement data and motion measurement data; receiving a user input to select a weekly template for the training program, the weekly template comprising a training schedule comprising a plurality of pre-programmed repeating exercises on the weekly template; receiving a user input indicating a repeating exercise the user indicates to perform outside the training program; acquiring, from the database on the basis of the user input indicating the repeating exercise, measurement data of past one or more physical exercises of the repeating exercise; determining, on the basis of the measurement data, a training effect of the past one or more physical exercises and determining at least one repeating physical exercise of the training schedule providing a training effect closest to the training effect of the past one or more physical exercises; adapting the training schedule by replacing the determined at least one repeating physical exercise of the training schedule with exercises of the repeating exercise the user indicates to perform outside the training program; and outputting, via a user interface, instructions for the user to follow the adapted training schedule. storing a database comprising measurement data of physical exercises the user has performed, the measurement data comprising at least one of heart activity measurement data and motion measurement data; receiving a user input to select a weekly template for the training program, the weekly template comprising a training schedule comprising a plurality of pre-programmed repeating exercises on the weekly template; receiving a user input indicating a repeating exercise the user indicates to perform outside the training program; acquiring, from the database on the basis of the user input indicating the repeating exercise, measurement data of past one or more physical exercises of the repeating exercise; determining, on the basis of the measurement data, a training effect of the past one or more physical exercises and determining at least one repeating physical exercise of the training schedule providing a training effect closest to the training effect of the past one or more physical exercises; adapting the training schedule by replacing the determined at least one repeating physical exercise of the training schedule with exercises of the repeating exercise the user indicates to perform outside the training program; and outputting, via a user interface, instructions for the user to follow the adapted training schedule.
A portable electronic device comprising: a detection means for detecting a contact pattern of a contact object to a housing of the portable electronic device; a storage means capable of storing a plurality of operating states of the portable electronic device in association with a plurality of different contact patterns, respectively; a judgment means for judging if a contact pattern corresponding to the contact pattern detected by the detection means has been stored in the storage means; a control means for controlling the portable electronic device to enter an operating state stored in the storage means in association with the corresponding contact pattern when the judgment means judges that the corresponding contact pattern has been stored in the storage means; and the portable electronic device being further characterised by comprising: a learning means for, when the judgment means judges that a contact pattern corresponding to the contact pattern detected by the detection means has not been stored in the storage means, storing, in the storage means, the contact pattern detected by the detection means in association with an operating state of the portable electronic device executed by a user when or immediately after the contact pattern is detected. a detection means for detecting a contact pattern of a contact object to a housing of the portable electronic device; a storage means capable of storing a plurality of operating states of the portable electronic device in association with a plurality of different contact patterns, respectively; a judgment means for judging if a contact pattern corresponding to the contact pattern detected by the detection means has been stored in the storage means; a control means for controlling the portable electronic device to enter an operating state stored in the storage means in association with the corresponding contact pattern when the judgment means judges that the corresponding contact pattern has been stored in the storage means; and the portable electronic device being further characterised by comprising: a learning means for, when the judgment means judges that a contact pattern corresponding to the contact pattern detected by the detection means has not been stored in the storage means, storing, in the storage means, the contact pattern detected by the detection means in association with an operating state of the portable electronic device executed by a user when or immediately after the contact pattern is detected. a learning means for, when the judgment means judges that a contact pattern corresponding to the contact pattern detected by the detection means has not been stored in the storage means, storing, in the storage means, the contact pattern detected by the detection means in association with an operating state of the portable electronic device executed by a user when or immediately after the contact pattern is detected.
A method of transient liquid phase bonding or partial transient liquid phase bonding components, the method comprising: positioning an interlayer between a metallic component and a metal-plated non-metallic component at a bond region, wherein the interlayer comprises an element selected from the group consisting of gallium, indium, selenium, tin, bismuth, iodine, polonium, cadmium, and combinations thereof; heating the bond region to a bonding temperature to produce a liquid at the bond region; and maintaining the bond region at the bonding temperature until the liquid produced at the bond region has solidified to form a bond between the metallic component and the metal-plated non-metallic component at the bond region, wherein the metal-plated non-metallic component is a metal-plated polymer or a metal-plated polymer composite; wherein the metal-plated polymer or metal-plated polymer composite comprises a polymer component and a metallic layer; and the metallic layer is formed of a metal having a melting temperature above 150°C; and wherein the metallic component is a metal substrate formed from any metal having a melting temperature above 150°C; or wherein the metallic component is a metal-plated polymer or metal-plated polymer composite which comprises a polymer component and a metallic layer, and the metallic layer is formed of a metal having a melting temperature above 150°C, wherein the method preferably further comprises homogenizing the bond. positioning an interlayer between a metallic component and a metal-plated non-metallic component at a bond region, wherein the interlayer comprises an element selected from the group consisting of gallium, indium, selenium, tin, bismuth, iodine, polonium, cadmium, and combinations thereof; heating the bond region to a bonding temperature to produce a liquid at the bond region; and maintaining the bond region at the bonding temperature until the liquid produced at the bond region has solidified to form a bond between the metallic component and the metal-plated non-metallic component at the bond region, wherein the metal-plated non-metallic component is a metal-plated polymer or a metal-plated polymer composite; wherein the metal-plated polymer or metal-plated polymer composite comprises a polymer component and a metallic layer; and the metallic layer is formed of a metal having a melting temperature above 150°C; and wherein the metallic component is a metal substrate formed from any metal having a melting temperature above 150°C; or wherein the metallic component is a metal-plated polymer or metal-plated polymer composite which comprises a polymer component and a metallic layer, and the metallic layer is formed of a metal having a melting temperature above 150°C, wherein the method preferably further comprises homogenizing the bond.
A method comprising: assembling first and second coupling sections and a coupler (6, 10) of a support system to form an assembly comprising said coupler overlapping with end portions of both said first and second coupling sections, and using a fastener at a coincidence of holes of said assembly to fasten together said first coupling section, said coupler and a proximal portion of a clip also having a distal portion that fits through a hole defined by another coincidence of holes or portions thereof (18, 20) defined in said second coupling section and said coupler, characterised in that said fastener comprises at least a threaded bolt and a complementary threaded nut, and the method comprises inserting said bolt through said coincidence of holes, and forcibly screwing the nut onto the bolt so as to compress said first coupling section and said coupler and said proximal portion of said clip between said nut and a head of said bolt.
Network, which has at least one switch comprising an interface to network infrastructure devices of the network, such as switches, hubs, routers, PC sensors and actuators, wherein the at least one switch is assigned a control unit that is connected to the switch for exchanging data, wherein a redundancy unit is connected between the control unit and the switch, characterized in that the redundancy unit reproduces a redundancy protocol in hardware, in that the at least one switch is controlled by the control unit, in that the redundancy unit can communicate with the switch, wherein test data are transmitted and/or received autonomously by the redundancy unit at a predeterminable data rate, and wherein the redundancy unit communicates autonomously with the switch and is designed to transmit and to receive test data autonomously at a selectable data rate, to delete an address table by way of autonomous communication with a switch chip, and to switch an involved port to blocking mode or to switch an involved port to forwarding mode.
A wearable device comprising: a sensor configured to capture a vein image of a user; and a processor; a memory configured to store at least one piece of authentication information of a user used to check in at least one application, wherein the at least one piece of authentication information comprises authentication information of a first user and authentication information of a second user; wherein the wearable device is characterized by: the processor being configured to: in response to receiving a user input for executing an application, control the sensor to capture the vein image of the user wearing the wearable device; identify the user by comparing the captured vein image with at least one registered vein image, wherein the at least one registered vein image comprises a vein image of the first user and a vein image of the second user; based on the identified user being the first user, obtain the authentication information of the first user corresponding to the application; and based on the obtained authentication information of the first user, execute the application. a sensor configured to capture a vein image of a user; and a processor; a memory configured to store at least one piece of authentication information of a user used to check in at least one application, wherein the at least one piece of authentication information comprises authentication information of a first user and authentication information of a second user; wherein the wearable device is characterized by: the processor being configured to: in response to receiving a user input for executing an application, control the sensor to capture the vein image of the user wearing the wearable device; identify the user by comparing the captured vein image with at least one registered vein image, wherein the at least one registered vein image comprises a vein image of the first user and a vein image of the second user; based on the identified user being the first user, obtain the authentication information of the first user corresponding to the application; and based on the obtained authentication information of the first user, execute the application. the processor being configured to: in response to receiving a user input for executing an application, control the sensor to capture the vein image of the user wearing the wearable device; identify the user by comparing the captured vein image with at least one registered vein image, wherein the at least one registered vein image comprises a vein image of the first user and a vein image of the second user; in response to receiving a user input for executing an application, control the sensor to capture the vein image of the user wearing the wearable device; identify the user by comparing the captured vein image with at least one registered vein image, wherein the at least one registered vein image comprises a vein image of the first user and a vein image of the second user; based on the identified user being the first user, obtain the authentication information of the first user corresponding to the application; and based on the obtained authentication information of the first user, execute the application.
A lubricant composition for lubricating an expandable shaft comprising a pair of shaft members (51, 52) axially expandable and contractible and coupled to each other to be integrally rotatable in a direction of rotation around its axis to fill an area between both the shaft members (51, 52), the lubricant composition containing poly-α-olefin oil as a base oil having a kinematic viscosity of 1500 to 13000 mm 2 /s (40°C) and from 45 to 50 % by weight of polytetrafluoroethylene serving as a thickener, and the consistency of the lubricant composition is No. 2 to No. 00 in terms of an NLGI number.
An aerial platform (11, 41) comprising a structure that supports lift elements (13, 14), thrusters, landing gear (21, 22) and a fuel supply and has a coupling mechanism external to said structure adapted for coupling to a suitably adapted terrain vehicle so as to convert the terrain vehicle to a flying vehicle (10, 40); the aerial platform has a wingspan whose height from the ground provides sufficient clearance for accommodating the terrain vehicle, and the coupling mechanism is adapted to engage one or more connectors supported directly or indirectly by a chassis of the terrain vehicle; characterized in that: the coupling mechanism is capable of being lowered and raised in order to facilitate engagement with the connectors regardless of the height of the terrain vehicle and to lift the terrain vehicle off the ground after engagement.
A method for detecting antibodies to Feline Immunodeficiency Virus in a biological sample, the method comprising contacting the biological sample with the FIV env polypeptide of SEQ ID NO:1 (ELGCNQNQFFCK) and a monoclonal antibody that binds to SEQ ID NO:1, and detecting whether antibodies in the sample compete with the monoclonal antibody for binding to SEQ ID NO:1, thereby determining that the sample contains antibodies to FIV, wherein the FIV antibodies in a sample from animals that have been naturally infected will compete with the monoclonal antibody for binding to SEQ ID NO: 1 but antibodies in a sample from animals that have not been infected or animals that have been vaccinated against FIV more than five to eight weeks prior to the sample being obtained will not compete with the monoclonal antibody for binding to SEQ ID NO: 1.
Device for regulating a wire anemometer, at constant current, comprising: - means for supplying and means (114, 116) for regulating a supply current of the wire and a reference resistor, - means for establishing a difference between a signal at the terminals of the wire of the probe and a signal at the terminals of the reference resistor, - means for maintaining a constant temperature of the device. - means for supplying and means (114, 116) for regulating a supply current of the wire and a reference resistor, - means for establishing a difference between a signal at the terminals of the wire of the probe and a signal at the terminals of the reference resistor, - means for maintaining a constant temperature of the device.
A local purging tool for purging a portion of a surface of a wafer with purging gas, comprising: a purging chamber configured to contain purging gas within a cavity of the purging chamber; a permeable portion of a surface of the purging chamber configured to diffuse purging gas from the cavity of the chamber to a portion of a surface of a wafer; and an aperture configured to transmit illumination received from an illumination source to a measurement location of the portion of the surface of the wafer and further configured to transmit illumination reflected from the measurement location to a detector; characterised in that the local purging tool is comprising a bracket configured to be mechanically coupled to an actuation arm, the actuation arm being therefore coupled to the local purging tool, the actuation arm being communicatively coupled to a computing system, the computing system being configured to provide the actuation arm with instructions to actuate the local purging tool to a position proximate to the portion of the surface of the wafer. a purging chamber configured to contain purging gas within a cavity of the purging chamber; a permeable portion of a surface of the purging chamber configured to diffuse purging gas from the cavity of the chamber to a portion of a surface of a wafer; and an aperture configured to transmit illumination received from an illumination source to a measurement location of the portion of the surface of the wafer and further configured to transmit illumination reflected from the measurement location to a detector; characterised in that the local purging tool is comprising a bracket configured to be mechanically coupled to an actuation arm, the actuation arm being therefore coupled to the local purging tool, the actuation arm being communicatively coupled to a computing system, the computing system being configured to provide the actuation arm with instructions to actuate the local purging tool to a position proximate to the portion of the surface of the wafer.