mhurhangee/ep-ind-claims huggingface dataset:
A method for reducing the amount of data to be transmitted when communicating visual data over a network from a first node to a second node, the method at the first node comprising the steps of: reducing the resolution of a section of higher-resolution visual data to provide a corresponding section of lower-resolution visual data; developing a neural network model for increasing the resolution of the lower-resolution visual data, comprising training the neural network model to increase the resolution of the lower-resolution visual data to substantially reproduce the higher-resolution visual data, wherein the training comprises processing the section of lower-resolution visual data using the neural network model, calculating an error comprising a comparison between the section of higher-resolution visual data and the output obtained with the neural network model, the error being quantified by a pre-defined cost function, and adjusting parameters associated with the neural network model to minimise the error; transmitting the section of lower-resolution visual data; and transmitting the parameters associated with the developed neural network model trained using the section of lower-resolution visual data, wherein the section of lower-resolution visual data and the parameters associated with the developed neural network model thereby enable the second node to substantially reproduce the section of higher-resolution visual data from the transmitted section of lower-resolution visual data using the developed neural network model trained using the section of lower-resolution visual data. reducing the resolution of a section of higher-resolution visual data to provide a corresponding section of lower-resolution visual data; developing a neural network model for increasing the resolution of the lower-resolution visual data, comprising training the neural network model to increase the resolution of the lower-resolution visual data to substantially reproduce the higher-resolution visual data, wherein the training comprises processing the section of lower-resolution visual data using the neural network model, calculating an error comprising a comparison between the section of higher-resolution visual data and the output obtained with the neural network model, the error being quantified by a pre-defined cost function, and adjusting parameters associated with the neural network model to minimise the error; transmitting the section of lower-resolution visual data; and transmitting the parameters associated with the developed neural network model trained using the section of lower-resolution visual data, wherein the section of lower-resolution visual data and the parameters associated with the developed neural network model thereby enable the second node to substantially reproduce the section of higher-resolution visual data from the transmitted section of lower-resolution visual data using the developed neural network model trained using the section of lower-resolution visual data.
Method to control a steer-by-wire steering system of a road vehicle, wherein the steer-by-wire steering system comprises a road wheel actuator for turning of steerable road wheels, a steering wheel actuator for applying a feedback torque to a steering wheel, characterized in that the method includes the following steps: • Calculating the feedback torque by modifying a base steering torque as a function of a longitudinal and lateral acceleration measured by vehicle's sensors to account for a weight transfer of the vehicle, wherein in case of lateral acceleration of the vehicle the feedback torque will be direction independently higher compared to zero absolute lateral acceleration; • Sending the calculated feedback torque to the steering wheel actuator to give feedback to the driver at the steering wheel. • Calculating the feedback torque by modifying a base steering torque as a function of a longitudinal and lateral acceleration measured by vehicle's sensors to account for a weight transfer of the vehicle, wherein in case of lateral acceleration of the vehicle the feedback torque will be direction independently higher compared to zero absolute lateral acceleration; • Sending the calculated feedback torque to the steering wheel actuator to give feedback to the driver at the steering wheel.
An rTMS apparatus and a programmable system which comprises a magnetic coil to deliver rTMS pulses at variable pulse intervals, wherein the programmable system is programmed to analyse an EEG data set via a wavelet transform resulting in an EEG signal pattern that is used to determine the variable pulse intervals, wherein the variable pulse intervals are determined according to the EEG signal pattern, characterised in that timing (T 1) of the pulses is set by the time between the peaks (A 0, A 1) of the EEG signal pattern and the power is determined by the magnitude of each EEG wave measured between a peak (C 1) and the prior trough (D 1) to said peak (C 1).
Hallux valgus sandal having: • a sole element with an outsole and with a foot bed, • a big-toe support for laterally supporting the big toe, • a metatarsal strap which, when the sandal is being worn, circularly surrounds the metatarsal bones in cooperation with the sole element and is modifiable in length, characterized in that • a pressure cushion with an effective length is arranged on the inner side of the sandal in the area of the metatarsus such that, by applying the metatarsal strap across the pressure cushion, a laterally directed corrective force can be exerted on the inner metatarsal bone and can be adjusted by modifying the length of the metatarsal strap, and the front application point of the force is positioned in the area of the soft tissue parts behind the first metatarsophalangeal joint. • a sole element with an outsole and with a foot bed, • a big-toe support for laterally supporting the big toe, • a metatarsal strap which, when the sandal is being worn, circularly surrounds the metatarsal bones in cooperation with the sole element and is modifiable in length, • a pressure cushion with an effective length is arranged on the inner side of the sandal in the area of the metatarsus such that, by applying the metatarsal strap across the pressure cushion, a laterally directed corrective force can be exerted on the inner metatarsal bone and can be adjusted by modifying the length of the metatarsal strap, and the front application point of the force is positioned in the area of the soft tissue parts behind the first metatarsophalangeal joint.
A collimation evaluation device comprising: a first reflection member having a first reflection surface for reflecting a part of incident light and a second reflection surface for reflecting light transmitted through the first reflection surface in the incident light; the second reflection member having a first reflection surface for reflecting a part of light emitted from the first reflection member and a second reflection surface for reflecting light transmitted through the first reflection surface of the second reflection member in the light; and an observation unit (30, 31, 32) configured to observe interference fringes formed by light (L 12) reflected on the first reflection surface of the first reflection member and the second reflection surface of the second reflection member and light (L 21) reflected on the second reflection surface of the first reflection member and the first reflection surface of the second reflection member, wherein the collimation evaluation device is configured to evaluate collimation of the incident light on the basis of a direction of the observed interference fringes, and the first reflection member is disposed such that the incident light is transmitted through the second reflection member before reflecting the part of the incident light by the first reflection surface of the first reflection member. a first reflection member having a first reflection surface for reflecting a part of incident light and a second reflection surface for reflecting light transmitted through the first reflection surface in the incident light; the second reflection member having a first reflection surface for reflecting a part of light emitted from the first reflection member and a second reflection surface for reflecting light transmitted through the first reflection surface of the second reflection member in the light; and an observation unit (30, 31, 32) configured to observe interference fringes formed by light (L 12) reflected on the first reflection surface of the first reflection member and the second reflection surface of the second reflection member and light (L 21) reflected on the second reflection surface of the first reflection member and the first reflection surface of the second reflection member, wherein the collimation evaluation device is configured to evaluate collimation of the incident light on the basis of a direction of the observed interference fringes, and the first reflection member is disposed such that the incident light is transmitted through the second reflection member before reflecting the part of the incident light by the first reflection surface of the first reflection member.
An electronic apparatus, comprising: an authentication method selecting unit adapted to automatically select one user authentication method among predetermined plural user authentication methods on the basis of an output from at least one among an imaging device built in this electronic apparatus, an acceleration sensor built in this electronic apparatus and a position detecting device built in this electronic apparatus; and a user authenticating unit adapted to perform user authentication in accordance with the user authentication method selected by the authentication method selecting unit, characterized in that the plurality of user authentication methods comprises at least a passcode authentication or a pattern input authentication and a fingerprint authentication, that if a default user authentication method is a passcode authentication or a pattern input authentication, then the authentication method selecting unit is adapted (a) to determine whether a person other than a registered user is detected in a photographed image obtained from the imaging device, and to select a fingerprint authentication if a person other than a registered user is detected in the photographed image and to select the passcode authentication or the pattern input authentication if a person other than a registered user is not detected in the photographed image. an authentication method selecting unit adapted to automatically select one user authentication method among predetermined plural user authentication methods on the basis of an output from at least one among an imaging device built in this electronic apparatus, an acceleration sensor built in this electronic apparatus and a position detecting device built in this electronic apparatus; and a user authenticating unit adapted to perform user authentication in accordance with the user authentication method selected by the authentication method selecting unit, characterized in that the plurality of user authentication methods comprises at least a passcode authentication or a pattern input authentication and a fingerprint authentication, that if a default user authentication method is a passcode authentication or a pattern input authentication, then the authentication method selecting unit is adapted (a) to determine whether a person other than a registered user is detected in a photographed image obtained from the imaging device, and to select a fingerprint authentication if a person other than a registered user is detected in the photographed image and to select the passcode authentication or the pattern input authentication if a person other than a registered user is not detected in the photographed image.
An apparatus for calibrating multiple antennas in a radio communication device (40, 50), the radio communication device is configured with a transmission, TX, circuit (420, 421, 422, 423) and a receiving, RX, circuit (410, 411, 412, 413) for each of the multiple antennas (401,402,403,404), each pair of the TX circuit and the RX circuit are operably coupled to the corresponding antenna in normal antenna operation, the apparatus comprises: A first TX oscillator (430, 530) operably coupled to the respective TX circuits to supply them with a TX working frequency or a RX calibrating frequency, the TX working frequency is supplied in the normal antenna operation and an antenna TX calibration operation, and the RX calibrating frequency is supplied in an antenna RX calibration operation, and A first RX oscillator (440, 540) operably coupled to the respective RX circuits to supply them with a RX working frequency or a TX calibrating frequency, the RX working frequency is supplied in the normal antenna operation and an antenna RX calibration operation, and the TX calibrating frequency is supplied in an antenna TX calibration operation, Wherein the TX working frequency is the same as TX calibrating frequency, and the RX working frequency is the same as the RX calibrating frequency. A first TX oscillator (430, 530) operably coupled to the respective TX circuits to supply them with a TX working frequency or a RX calibrating frequency, the TX working frequency is supplied in the normal antenna operation and an antenna TX calibration operation, and the RX calibrating frequency is supplied in an antenna RX calibration operation, and A first RX oscillator (440, 540) operably coupled to the respective RX circuits to supply them with a RX working frequency or a TX calibrating frequency, the RX working frequency is supplied in the normal antenna operation and an antenna RX calibration operation, and the TX calibrating frequency is supplied in an antenna TX calibration operation, Wherein the TX working frequency is the same as TX calibrating frequency, and the RX working frequency is the same as the RX calibrating frequency.
A method of controlling operation of a Digital Subscriber Line system by a party other than an operator or a customer of the DSL system to provide a DSL service to customers, the method comprising: obtaining an operational space model for the DSL system, wherein the operational space model includes the rules, permitted uses, characteristics, and operational parameter ranges that define how users can use the DSL system; determining an operational relationship between a first performance metric and a second performance metric based on the operational space model; receiving customer input regarding user preferences for the provided DSL service; analyzing the user preferences to determine one or more user operational parameter vector values that allows implementation of one or more user preferences while still permitting operation of the DSL system within the operational space model; and implementing the one or more user operational parameter vector values to implement the user preferences with regard to the first and second performance metrics. obtaining an operational space model for the DSL system, wherein the operational space model includes the rules, permitted uses, characteristics, and operational parameter ranges that define how users can use the DSL system; determining an operational relationship between a first performance metric and a second performance metric based on the operational space model; receiving customer input regarding user preferences for the provided DSL service; analyzing the user preferences to determine one or more user operational parameter vector values that allows implementation of one or more user preferences while still permitting operation of the DSL system within the operational space model; and implementing the one or more user operational parameter vector values to implement the user preferences with regard to the first and second performance metrics.
A trolley for supporting a labelling station in a labelling machine, provided with front and rear wheels (3a, 3b, 4a, 4b) for resting on the floor, and a surface characterized in that it comprises a longitudinal rod which is provided, at its rear end, with means adapted to cause its rotation about its own axis and with a male threaded portion with a conical tip at the front end, associated with a bush which is pivoted to the trolley with a horizontal axis and able to at least rotate with respect to it, said threaded portion being adapted to mate with a portion of female thread provided with a conical guiding portion in an accommodation bush which is fixed to said surface that is protrudable from the body of the labelling machine, said surface comprising at least one ramp (15a, 15b), which is adapted to be crossed by a respective wheel (16a, 16b) provided at the front end of the trolley, and means for abutment against centering means provided on the trolley.
A controller that performs control to supply driving electricity to a rotor winding of a variable-speed generator-motor of a doubly-fed generator-motor from a secondary exciter configured by a frequency converter which applies an alternating current having variable frequency and thereby start the variable-speed generator-motor from a standstill state in a variable-speed pumped storage system including a breaker that causes a connection of the variable-speed generator-motor to an electric power system, and a disconnector that causes a three-phase short-circuit at a stator winding terminal of the variable-speed generator-motor, the controller comprising: a control unit (4A, 4B) that performs control to open the breaker and close the disconnector such that the variable-speed generator-motor serves as an induction motor, execute a self-start mode to accelerate and start up the variable-speed generator-motor, and when a rotating speed of the variable-speed generator-motor has reached a preset value, switch a control mode from the self-start mode to a secondary excitation control mode, in which the control unit performs control to open the disconnector in a state where a rotating speed of the variable-speed generator-motor is lower than a minimum rotating speed of a variable-speed operation range, control the secondary exciter to synchronize a terminal voltage of the variable-speed generator-motor with the electric power system, and after ascertaining the synchronization, close the breaker, to thereby complete a start-up by the supplied driving electricity from the secondary exciter and connect the variable-speed generator-motor in parallel with the electric power system.
An electromagnetic valve comprising armature means being configured so as to be moveable along an axial direction in a valve housing in reaction to stationary coil means being energized, said armature means comprising sealing means configured to interact axially at one end with a valve seat assigned to a first valve inlet, at least one second valve inlet and/or outlet (A, R) in the valve housing being openable to the first valve inlet by action of the armature means, and the sealing means being provided as a sealing member at a section of the armature means that is tapered in diameter in such a manner that the sealing member, which has a larger diameter compared to the tapered section, can be moved between sealing positions realized axially at both ends of the sealing member by moving the armature means, the sealing member, which is configured as a separate assembly in relation to the tapered section and/or configured so as to be detachable from the tapered section, having a sealing section made of a polymeric and/or rubber material and a support section made of a different material than the sealing section, in particular a harder material, and configured for a frictional connection with the armature means, the sealing section being configured to act axially on both sides of the sealing member, characterized in that the sealing section is realized, for example by means of an adequate injection process, as an assembly which extends through the support section in such a manner that the sealing section is realized as a continuous disc section at an end face of the sealing member, whereas a polymer ring is realized on the opposite side in the sealing member, the polymer ring being connected to the disc section by means of a web section which is disposed in a distributed manner in the circumferential direction.
Clockwork mechanism comprising a mobile station for the application of a torque to a combined resonator that comprises said mechanism, said combined resonator with at least two degrees of freedom and comprising a first linear resonator according to a first direction and comprising a first mass with respect to which a second linear resonator oscillates according to a second direction that is substantially orthogonal to said first direction, said second resonator comprising a second mass that carries a pin comprising a shaft, and arranged to cooperate in the form of a rod-and-handle system with a groove that comprises said mobile station, characterised in that said shaft carries a ring slidably movable with minimum clearance in said groove of said mobile station, and at a distance from lateral surfaces (11; 12) which comprises interiorly said groove under the effect of magnetic or/and electrostatic repulsion fields.
A method for removal particulate matter in form of soot, ash, metals and metal compounds, together with hydrocarbons and nitrogen oxides being present in process off-gas or engine exhaust gas, comprising the steps of providing a process off-gas or engine exhaust gas containing a nitrogenous reductant or adding the nitrogenous reductant to the off- or exhaust gas; passing the off-gas or the exhaust gas at a gas temperature of 225°C to 550°C through at least one filter unit each comprising at least one particulate filter in form of a wall flow filter and capturing the particulate matter; reducing amounts of soot captured on the at least one particulate filter and reducing amounts of nitrogen oxides and hydrocarbons in the off- or exhaust gas by selective catalytic reduction with the nitrogenous reductant and by oxidation in contact with a at least a first combined SCR and oxidation catalyst being coated on or inside the walls of gas inlet side of the wall flow filter; periodically disconnecting the at least one filter unit from flow of the off- or exhaust gas; applying a pneumatic pulse at the outlet of the at least one particulate filter by pulse injecting air into the outlet in reverse to the previous flow of the exhaust gas and blowing off the captured particulate matter together with the heavy metals and metal compounds from the at least one particulate filter, applying suction at inlet of the at least one particulate filter, and conveying the blown off particulate matter and heavy metals and metal compounds from the at least one particulate filter, optionally through an external auxiliary filter unit, to a container, wherein the at least first combined SCR and oxidation catalyst consists of titanium dioxide, oxides of vanadium and tungsten and wherein a second oxidation catalyst consisting of vanadium oxide and palladium in metallic and/or oxidic form and titania or consisting of vanadium oxide, tungsten oxide and palladium in metallic and/or oxidic form and titania is coated at the gas outlet side of the at least one particulate filter.