mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: selecting, at an electronic device (102; 122; 202), a base station to camp on; determining, based on information broadcasted by the base station whether the base station supports encryption; the determining being effected by determining that the base station is operated by a network operator included in a white list of network operators that only operate base stations with encryption; in response to determining that the base station does not support encryption; sending, from the electronic device to the base station, a first message, wherein the first message is addressed to a server and requests the server to send a second message to the electronic device; determining whether the electronic device receives the second message from the base station within a threshold time period after the first message is sent; and determining that the base station has a security risk based at least in part on whether the second message is received within the threshold time period. selecting, at an electronic device (102; 122; 202), a base station to camp on; determining, based on information broadcasted by the base station whether the base station supports encryption; the determining being effected by determining that the base station is operated by a network operator included in a white list of network operators that only operate base stations with encryption; in response to determining that the base station does not support encryption; sending, from the electronic device to the base station, a first message, wherein the first message is addressed to a server and requests the server to send a second message to the electronic device; determining whether the electronic device receives the second message from the base station within a threshold time period after the first message is sent; and determining that the base station has a security risk based at least in part on whether the second message is received within the threshold time period.
A reignition processing device for a gas engine for executing a reignition process of a cylinder during operation of a gas engine having multiple cylinders, the reignition processing device comprising: an execution permission unit configured to, when at least one of the cylinders misfires, perform permission determination whether to execute the reignition process of a misfiring cylinder which is the at least one cylinder that misfires, on the basis of a damage diagnosis result based on an in-cylinder pressure of the misfiring cylinder, presence or absence of abnormality in a control device which performs combustion control and combustion diagnosis of the gas engine, an operational history (Dc) related to the misfiring cylinder, and an operational state of the gas engine; and a reignition execution unit configured to execute the reignition process of the misfiring cylinder that is permitted by the permission determination to execute the reignition process. an execution permission unit configured to, when at least one of the cylinders misfires, perform permission determination whether to execute the reignition process of a misfiring cylinder which is the at least one cylinder that misfires, on the basis of a damage diagnosis result based on an in-cylinder pressure of the misfiring cylinder, presence or absence of abnormality in a control device which performs combustion control and combustion diagnosis of the gas engine, an operational history (Dc) related to the misfiring cylinder, and an operational state of the gas engine; and a reignition execution unit configured to execute the reignition process of the misfiring cylinder that is permitted by the permission determination to execute the reignition process.
A method to convert an analog voltage into a binary sequence that represents the analog voltage, comprising: receiving the analog voltage; generating a pair of input voltages for each of M comparators based on a digital sample of the analog voltage and bit values stored in a register, wherein M is equal to or greater than 3; in a first mode, in each cycle, using the M comparators to determine values for a next two or more of consecutive most significant bits, MSBs, in the register based on the analog voltage and bit values stored in the register; in a second mode, in each cycle: determining at least M redundant comparison results using the M comparators; and determining a value for a next least significant bit, LSB, in the register based on at least M redundant comparison results, wherein the pair of input voltages for each comparator is generated to have a same differential in the second mode such that the M redundant comparison results from all of the M comparators are used to determine the value for the next LSB; and generating the binary sequence based at least on the MSBs and the LSBs in the register. receiving the analog voltage; generating a pair of input voltages for each of M comparators based on a digital sample of the analog voltage and bit values stored in a register, wherein M is equal to or greater than 3; in a first mode, in each cycle, using the M comparators to determine values for a next two or more of consecutive most significant bits, MSBs, in the register based on the analog voltage and bit values stored in the register; in a second mode, in each cycle: determining at least M redundant comparison results using the M comparators; and determining a value for a next least significant bit, LSB, in the register based on at least M redundant comparison results, wherein the pair of input voltages for each comparator is generated to have a same differential in the second mode such that the M redundant comparison results from all of the M comparators are used to determine the value for the next LSB; and determining at least M redundant comparison results using the M comparators; and determining a value for a next least significant bit, LSB, in the register based on at least M redundant comparison results, wherein the pair of input voltages for each comparator is generated to have a same differential in the second mode such that the M redundant comparison results from all of the M comparators are used to determine the value for the next LSB; and generating the binary sequence based at least on the MSBs and the LSBs in the register.
A method of operating a wind turbine having a rotor with a plurality of blades, a system for determining one or more loads on the wind turbine, a historical register of data on the wind turbine operation, and a control system for controlling one or more operational parameters of the wind turbine; the method comprising: determining the loads on the wind turbine; storing the determined loads on the wind turbine in the historical register; obtaining, from the historical register, a characteristic indicative of the loads on the wind turbine accumulated over time; determining one or more wind thrust limits comprising a minimum wind thrust limit, depending on the obtained characteristic indicative of the loads accumulated over time; controlling the one or more operational parameters of the wind turbine to keep the wind thrust on the wind turbine within the determined wind thrust limits. determining the loads on the wind turbine; storing the determined loads on the wind turbine in the historical register; obtaining, from the historical register, a characteristic indicative of the loads on the wind turbine accumulated over time; determining one or more wind thrust limits comprising a minimum wind thrust limit, depending on the obtained characteristic indicative of the loads accumulated over time; controlling the one or more operational parameters of the wind turbine to keep the wind thrust on the wind turbine within the determined wind thrust limits.
A ball end mill in which a gash is formed at a front end portion of a main end mill body rotated about an axis and a cutting edge of which a rotational track around the axis forms a convex hemispherical shape having a center on the axis is formed at a peripheral edge portion of a wall surface of the gash facing an end mill rotation direction, characterized in that a difference between an included angle, which is formed between a straight line connecting a position which is present on the cutting edge and at which a depth of the gash is maximal in a cross-section orthogonal to the cutting edge with the center and the axis, and an included angle, which is formed between a straight line connecting a position which is present on the cutting edge and at which a rake angle (α) of the cutting edge is a maximal positive angle in the cross-section with the center and the axis, is within ±7°. characterized in that a difference between an included angle, which is formed between a straight line connecting a position which is present on the cutting edge and at which a depth of the gash is maximal in a cross-section orthogonal to the cutting edge with the center and the axis, and an included angle, which is formed between a straight line connecting a position which is present on the cutting edge and at which a rake angle (α) of the cutting edge is a maximal positive angle in the cross-section with the center and the axis, is within ±7°.
A method for routing Diameter messages using a Diameter Signaling Router, DSR, based on priority information, the method comprising: receiving, at a Diameter message processor associated with a DSR, a Diameter message from a first Diameter node; at the Diameter message processor, assigning a priority level indicator to the Diameter message or detecting an assigned priority level indicator from the message; and routing the Diameter message with the priority level indicator to a second Diameter node; wherein the method further comprises selecting a route over which to send the Diameter message based at least in part on the assigned priority level indicator to the second Diameter node; wherein routing the Diameter message includes routing the Diameter message to the second Diameter node if the assigned priority level indicator exceeds a priority threshold contained in a priority routing rules database, and discarding the Diameter message if the assigned priority level indicator fails to exceed a priority threshold contained in a priority routing rules database. receiving, at a Diameter message processor associated with a DSR, a Diameter message from a first Diameter node; at the Diameter message processor, assigning a priority level indicator to the Diameter message or detecting an assigned priority level indicator from the message; and routing the Diameter message with the priority level indicator to a second Diameter node; wherein the method further comprises selecting a route over which to send the Diameter message based at least in part on the assigned priority level indicator to the second Diameter node; wherein routing the Diameter message includes routing the Diameter message to the second Diameter node if the assigned priority level indicator exceeds a priority threshold contained in a priority routing rules database, and discarding the Diameter message if the assigned priority level indicator fails to exceed a priority threshold contained in a priority routing rules database.
Endoscopic cap (1; 101; 201; 301) comprising: - a protection envelope (2; 102; 202; 302) formed by a wall folded on itself such that said envelope comprises a proximal opening (5; 105; 305) and a distal opening (4; 104; 304) facing the proximal opening, and the wall having a shape tapered outwards from its proximal opening to its distal opening, in a basic configuration, wherein said envelope (2; 102; 202) defines a housing, - attachment means (3; 103; 203; 303) arranged to enable attachment of the cap onto the distal end of an endoscope (20, 120) with said proximal opening (5; 105; 305) facing or around the distal end (21, 121) of the endoscope, characterised in that the wall of said envelope is made of a structure with sufficient strength to resist perforation and/or incision by a pointed and/or cutting object, the wall of said envelope including a stiffener arranged to surround this housing, said stiffener being composed of one or several wires. - a protection envelope (2; 102; 202; 302) formed by a wall folded on itself such that said envelope comprises a proximal opening (5; 105; 305) and a distal opening (4; 104; 304) facing the proximal opening, and the wall having a shape tapered outwards from its proximal opening to its distal opening, in a basic configuration, wherein said envelope (2; 102; 202) defines a housing, - attachment means (3; 103; 203; 303) arranged to enable attachment of the cap onto the distal end of an endoscope (20, 120) with said proximal opening (5; 105; 305) facing or around the distal end (21, 121) of the endoscope,
Specific fluid suitable for converting light radiation to heat, the fluid comprising a liquid including water and a filler able to be in suspension in the liquid, characterized in that the filler comprises powder of calcium carbonate which strongly scatters solar radiation, the strongly scattering powder of calcium carbonate having a concentration by mass of between 1% and 3% and a median particle size of between 0.8 μm and 10 μm, the particles of the strongly scattering powder having, on average, a light energy scattering coefficient of greater than 0.7, the fluid being not a polyelectrolyte polymer solution of Sodium Polystyrenesulfonate or Polycyclic aromatic hydrocarbon for microcapsule preparation, the light energy scattering coefficient being defined as the ratio of the energy of a total flow scattered to the energy of the incident flow when a particle receives the incident energy flow.
A drive circuit for repetitively energising a printhead to eject drops of ink, the printhead having multiple nozzle channels each having a respective capacitance, the drive circuit comprising: a first switching element connected to couple a drive connection of the printhead to a first connection of a power supply via a first inductor to provide a charge path for current to charge the capacitance of at least one nozzle channel to a desired operating voltage; and characterised in that the drive circuit further comprising: a second switching element connected to couple a drive connection of the printhead to a second connection of the power supply via a second inductor to provide a discharge path for current to discharge the capacitance of said at least one nozzle channel to a desired inter-pulse voltage. a first switching element connected to couple a drive connection of the printhead to a first connection of a power supply via a first inductor to provide a charge path for current to charge the capacitance of at least one nozzle channel to a desired operating voltage; and characterised in that the drive circuit further comprising: a second switching element connected to couple a drive connection of the printhead to a second connection of the power supply via a second inductor to provide a discharge path for current to discharge the capacitance of said at least one nozzle channel to a desired inter-pulse voltage. a second switching element connected to couple a drive connection of the printhead to a second connection of the power supply via a second inductor to provide a discharge path for current to discharge the capacitance of said at least one nozzle channel to a desired inter-pulse voltage.
A therapeutic treatment device having a contact surface for the patient, at least one acoustic body being attached below the contact surface, which generates sound waves having a frequency below 100 Hz, which lie within predefined, discrete frequency bands, and an operating unit having multiple operating elements for activating the at least one acoustic body being provided, characterized in that a first frequency band extends from 31 Hz to 33 Hz, a second frequency band extends from 35.5 Hz to 37.5 Hz, a third frequency band extends from 40 Hz to 42.5 Hz, a fourth frequency band extends from 44.5 Hz to 46.5 Hz, a fifth frequency band extends from 49 Hz to 51 Hz, a sixth frequency band extends from 54 Hz to 56 Hz, and a seventh frequency band extends from 58.5 Hz to 60.5 Hz, an operating element being assigned to each of these discrete frequency bands and allowing its selection.
A system for treating skin, the system comprising: a handpiece assembly (310;600) comprising a tip (320;604) and a main body portion (314;602),the main body portion comprising an interior cavity, and the tip (320;604) being located along a distal end of the main body portion; a first canister (404;610) configured to store at least one treatment material; a second canister (406;620) configured to store waste material; and a conduit configured to place the first and second canisters (404,406;610,620) in fluid communication with the tip (320;604), the conduit comprising one or more delivery passages and one or more suction passages; characterized in that when the tip (320;604) is placed against a skin surface, (i) a suction from the suction passage draws at least a portion of the at least one treatment media from the first canister (404;610) through the delivery passage, and (ii) waste materials are transferred from the tip (320;604) to the second canister (406;620) through the suction passage; and wherein the handpiece assembly and the first and second canisters (404,406;610,620) form a generally unitary structure (310;600), and wherein the first and second canisters are configured to lock to the main body portion (314;602). a handpiece assembly (310;600) comprising a tip (320;604) and a main body portion (314;602),the main body portion comprising an interior cavity, and the tip (320;604) being located along a distal end of the main body portion; a first canister (404;610) configured to store at least one treatment material; a second canister (406;620) configured to store waste material; and a conduit configured to place the first and second canisters (404,406;610,620) in fluid communication with the tip (320;604), the conduit comprising one or more delivery passages and one or more suction passages; characterized in that when the tip (320;604) is placed against a skin surface, (i) a suction from the suction passage draws at least a portion of the at least one treatment media from the first canister (404;610) through the delivery passage, and (ii) waste materials are transferred from the tip (320;604) to the second canister (406;620) through the suction passage; and wherein the handpiece assembly and the first and second canisters (404,406;610,620) form a generally unitary structure (310;600), and wherein the first and second canisters are configured to lock to the main body portion (314;602).
A baffle or reinforcement element for sealing and/or reinforcing a cavity, in particular a cavity of a vehicle, comprising: - a carrier element, - an expandable element, in particular expandable foam element, supported by the carrier element, and - connection means including a plurality of bendable tabs provided on the carrier element, for connecting the carrier element and the expandable element. - a carrier element, - an expandable element, in particular expandable foam element, supported by the carrier element, and - connection means including a plurality of bendable tabs provided on the carrier element, for connecting the carrier element and the expandable element.
Housing for a cabinet-type household appliance, with a carcass and at least one door, which is connected hingeably by at least one first and one second multiple-joint hinge (5, 6) to the carcass, wherein the door is held on an upper carrier surface of the first multiple-joint hinge and a lower carrier surface of the second multiple-joint hinge, characterised in that the door is held via a plurality of spacers inserted between the carrier surfaces (21, 22) and the door.
A method (300, 400) of retrieving media data, the method (300, 400) comprising: receiving webpage data at an application running on a computing device; rendering a webpage based on the webpage data using a rendering engine native to the computing device; identifying a media element in the rendered webpage, wherein the media element includes reference data identifying media data stored at a media server which is remote from the computing device, said reference data comprising one or more embedded references; replacing the media element in the webpage with a dummy element generated in part on the basis of the one or more embedded references, the dummy element comprising code which, when executed, invokes a media handler provided by the application and passes the one or more embedded references to the media handler; and retrieving, by the media handler based on the one or more embedded references, the media data from the media server; and providing the media data to a first media player component for playback. receiving webpage data at an application running on a computing device; rendering a webpage based on the webpage data using a rendering engine native to the computing device; identifying a media element in the rendered webpage, wherein the media element includes reference data identifying media data stored at a media server which is remote from the computing device, said reference data comprising one or more embedded references; replacing the media element in the webpage with a dummy element generated in part on the basis of the one or more embedded references, the dummy element comprising code which, when executed, invokes a media handler provided by the application and passes the one or more embedded references to the media handler; and retrieving, by the media handler based on the one or more embedded references, the media data from the media server; and providing the media data to a first media player component for playback.
A non-contact proximity switch having a first part and a second part, and arranged to detect when the first and second parts are in proximity of each other, wherein the first part is arranged to be connected to a reset circuit comprising an indicator light and a reset switch having a reset button; the first part comprises a reset mechanism for machine safety; the reset mechanism comprises a signal generator and a signal detector; signal detector is arranged to detect when the state of a connected reset switch corresponds to a state where the reset button is being pressed; and the first part comprises a first I/O interface having an input arranged to be connected to said reset circuit, characterized in that the reset mechanism is arranged to, upon a detected absence of a response signal from the second part, generate a modulated signal at an output of the first I/O interface; the signal generator is arranged to, upon indication that a reset is required, generate said modulated signal so as to switch-on said indicator light; and the output and the input of the first I/O interface are provided with a single connection point.