mhurhangee/ep-ind-claims huggingface dataset:
A method for securely storing and processing inputs provided to an application, the method implemented by one or more processors executing computer program instructions that, when executed, perform the method, the method comprising: obtaining input data via a user interface of an authentication application accessed on a mobile device; storing the input data in a physical memory area of temporary storage of the mobile device, the physical memory area of the temporary storage being configured to be designated for securely storing data processed by the authentication application and to remain designated for securely storing data processed by the authentication application when the mobile device is rebooted, the physical memory area being inaccessible to other applications executing on the mobile device; processing the input data via the physical memory area of the temporary storage in accordance with instructions of the authentication application; and in response to a reboot of the mobile device, reapplying the designation of the physical memory area of the temporary storage to securely store data processed by the authentication application. obtaining input data via a user interface of an authentication application accessed on a mobile device; storing the input data in a physical memory area of temporary storage of the mobile device, the physical memory area of the temporary storage being configured to be designated for securely storing data processed by the authentication application and to remain designated for securely storing data processed by the authentication application when the mobile device is rebooted, the physical memory area being inaccessible to other applications executing on the mobile device; processing the input data via the physical memory area of the temporary storage in accordance with instructions of the authentication application; and in response to a reboot of the mobile device, reapplying the designation of the physical memory area of the temporary storage to securely store data processed by the authentication application.
A pack with an inner volume in which a food or beverage ingredient is stored and in which a beverage is produced when water is introduced inside, said inner volume being defined by sheets of material joined to one another at their edges and said inner volume presenting a generally plane shape defining a plane vertically oriented during beverage production, said pack comprising at least one inlet for introducing water in the inner volume and at least one outlet for delivering the beverage from said inner volume, said water inlet and said beverage outlet being positioned at the bottom of the pack and being at least partially positioned between two joined edges of the sheets of material, and the external end of the water inlet being oriented essentially perpendicularly to the plane defined by the inner volume, and the beverage outlet being a tube extending essentially vertically from the inner volume, and wherein the beverage outlet comprises a hollowed out part where a design adaptor (61, 62, 63) fits to become the internal conduit of the beverage outlet, configuring the internal design of the beverage outlet to enable the preparation of different beverages, differing by their textures.
A welding torch for gas-shielded arc welding with a rear connection to a media supply comprising at least a supply of shielding gas and a supply line for welding current and with a welding-side front end, wherein the welding torch has an electrically contacted and electrically conductive contact tip holder for application of the welding current and a contact tip which is detachably arranged in the contact tip holder, is in electrically conductive contact with the contact tip holder and is formed from an electrically conductive material, as well as a gas distributor for distributing and supplying the shielding gas in the direction of the front end of the welding torch, wherein a front end of the contact tip is guided to the front end of the welding torch and a rear section of the contact tip rests in a receiving opening of the contact tip holder, wherein the rear section of the contact tip has a region which tapers, in particular continuously, preferably conically, towards a rear end of the contact tip, and the receiving opening in the contact tip receptacle has a surface section which is shaped in such a complementary manner to the tapering region of the contact tip, that the contact tip with the tapering region is in close mechanical and electrical contact with the complementary shaped surface section, characterised by at least one channel-like recess formed in the complementarily shaped surface section of the receiving opening, through which a gas guide channel is formed between the contact tip receptacle and the contact tip, which channel is connected on the one hand to the supply of shielding gas from the media supply and on the other hand to the gas distributor, by at least one gas outlet bore which crosses the contact tip receptacle, gas outlet bore opening into the at least one gas guide channel for transferring shielding gas from the gas guide channel to an inner side of the gas distributor, through the gas distributor, gas passage openings distributed along a circumference of the gas distributor for guiding the shielding gas from the inside of the gas distributor to an outside of the gas distributor for conveying the shielding gas to the front end of the welding torch, wherein the gas outlet bore is located closer to the front end of the gas distributor than the gas passage openings when viewed in an axial direction, and by at least one gas inlet bore, which crosses the contact tip holder in a position further away from the front end of the welding torch in the axial direction compared with a position of the gas outlet bores and opens into the gas guide channel for the transfer of inflowing shielding gas into the gas guide channel.
A method for monitoring the respiration of a patient, comprising the following steps: i) providing at least one passive infrared detector targeting at least one location on the patient capable of exhibiting respiratory movements, ii) providing, at a sampling frequency fE, at least one sequence of discrete measurement signals originating from the at least one passive infrared detector, characterized in that the method further comprises the steps of: iii) defining a series of N sliding time windows, starting at different successive moments T in,i, where i is an integer from 1 to N representing each sliding time window with a length of ΔT i = T f,i - T in,i, where T f,i denotes a final time of a sliding time window numbered i, iv) subtracting from each of said discrete measurement signals present in the same sliding time window a continuous component calculated over a plurality of these discrete measurement signals present in the same sliding time window, to obtain at least one temporal sequence of useful discrete signals, v) generating at each final time T f,i an indicator of respiratory movements, calculated on the basis of a mean amplitude calculated over a set of useful discrete signals included in a sliding time window with a length of ΔT i preceding said time T f,i of the sliding time window numbered i. i) providing at least one passive infrared detector targeting at least one location on the patient capable of exhibiting respiratory movements, ii) providing, at a sampling frequency fE, at least one sequence of discrete measurement signals originating from the at least one passive infrared detector, iii) defining a series of N sliding time windows, starting at different successive moments T in,i, where i is an integer from 1 to N representing each sliding time window with a length of ΔT i = T f,i - T in,i, where T f,i denotes a final time of a sliding time window numbered i, iv) subtracting from each of said discrete measurement signals present in the same sliding time window a continuous component calculated over a plurality of these discrete measurement signals present in the same sliding time window, to obtain at least one temporal sequence of useful discrete signals, v) generating at each final time T f,i an indicator of respiratory movements, calculated on the basis of a mean amplitude calculated over a set of useful discrete signals included in a sliding time window with a length of ΔT i preceding said time T f,i of the sliding time window numbered i.
Retrieving tool for retrieving a coiled tubing logging plug from a downhole wherein the retrieving tool is insertable into a through hole of the coiled tubing logging plug and comprises a tool body and a retrieving element that is movable relative to the tool body and that is couplable to the coiled tubing logging plug in order to retrieve the coiled tubing logging plug, wherein the retrieving element comprises a recess for receiving a protrusion of the coiled tubing logging plug when the coiled tubing logging plug is retrieved, the protrusion retracting radially into the recess, releasing a locking mechanism of the coiled tubing logging plug.
A decentralized hybrid ventilation system comprising a housing having - an inlet channel for inletting air into a room and an outlet channel for outletting air from a room; - a first fan arranged in the inlet channel for providing a controllable volumetric airflow through the inlet channel and a second fan arranged in the outlet channel for providing a controllable volumetric airflow through the outlet channel; - a heat exchanger configured for exchanging heat between air flowing through the inlet channel and air flowing through the outlet channel; - an air filter arranged in each channel (3, 4) upstream of the heat exchanger for filtering air flowing into the heat exchanger; - a first service door and a second service door each arranged in an outer wall of the housing and each having an open state and a closed state, wherein when in an open state - the first service door provides an opening in the housing allowing air in the inlet channel to flow out of the inlet channel and circumvent the heat exchanger and/or the air filter arranged in the inlet channel; and - the second service door provides an opening in the housing allowing air to flow into the housing and through the outlet channel, while circumventing the heat exchanger and/or the air filter arranged in the outlet channel; characterized in that the ventilation system further comprise - actuators; and - a control system configured to selectively open and close the first service door and second service door using the actuators. - an inlet channel for inletting air into a room and an outlet channel for outletting air from a room; - a first fan arranged in the inlet channel for providing a controllable volumetric airflow through the inlet channel and a second fan arranged in the outlet channel for providing a controllable volumetric airflow through the outlet channel; - a heat exchanger configured for exchanging heat between air flowing through the inlet channel and air flowing through the outlet channel; - an air filter arranged in each channel (3, 4) upstream of the heat exchanger for filtering air flowing into the heat exchanger; - a first service door and a second service door each arranged in an outer wall of the housing and each having an open state and a closed state, wherein when in an open state - the first service door provides an opening in the housing allowing air in the inlet channel to flow out of the inlet channel and circumvent the heat exchanger and/or the air filter arranged in the inlet channel; and - the second service door provides an opening in the housing allowing air to flow into the housing and through the outlet channel, while circumventing the heat exchanger and/or the air filter arranged in the outlet channel; - actuators; and - a control system configured to selectively open and close the first service door and second service door using the actuators.
A protection system for protecting a photovoltaic installation against incident wind, which comprises a plurality of parallel and spaced apart rows (11, 12) of solar trackers, defining multiple intermediate rows comprised between two end rows located at respective opposite ends of the photovoltaic installation, wherein each solar tracker comprises: • a central shaft arranged at a predetermined distance from the ground by multiple supports arranged at regular intervals, the central shaft being coupled to the supports through couplings which allow free rotation of the central shaft; • multiple photovoltaic panels, interconnected and attached to said central shaft by a support structure, defining a solar collection plane; • at least one actuator device controlled by a control unit, the actuator device being kinematically connected to said central shaft for modifying the angular position of the central shaft by the actuation of the actuator device, causing the solar collection plane of the photovoltaic panels attached to the central shaft to rotate an angle with respect to the horizontal; characterized in that at least one row (11, 12) of the photovoltaic installation comprises a deflecting barrier, arranged below the photovoltaic panels for redirecting the wind incident on said solar tracker; and in that each deflecting barrier extends between the supports of the corresponding row (11, 12), and covers between 40% and 65% of the predetermined distance existing between the central shaft and the ground, defining a passage between the deflecting barrier and the central shaft. • a central shaft arranged at a predetermined distance from the ground by multiple supports arranged at regular intervals, the central shaft being coupled to the supports through couplings which allow free rotation of the central shaft; • multiple photovoltaic panels, interconnected and attached to said central shaft by a support structure, defining a solar collection plane; • at least one actuator device controlled by a control unit, the actuator device being kinematically connected to said central shaft for modifying the angular position of the central shaft by the actuation of the actuator device, causing the solar collection plane of the photovoltaic panels attached to the central shaft to rotate an angle with respect to the horizontal; at least one row (11, 12) of the photovoltaic installation comprises a deflecting barrier, arranged below the photovoltaic panels for redirecting the wind incident on said solar tracker; and in that each deflecting barrier extends between the supports of the corresponding row (11, 12), and covers between 40% and 65% of the predetermined distance existing between the central shaft and the ground, defining a passage between the deflecting barrier and the central shaft.
A semiconductor transistor, comprising: a semiconductor substrate in which a channel region and a drain extension region connected to the channel region are provided; a source region provided in the semiconductor substrate and connected to the channel region; a source electrode connected to the source region; a gate electrode configured to provide an electric field for influencing the channel region; a first electrically conductive shield element extending in a horizontal direction parallel to a main surface of the semiconductor substrate and being arranged beside the gate electrode spaced apart from the drain extension region in a vertical direction perpendicular to the horizontal direction; and a second electrically conductive shield element arranged spaced apart from the first shield element in the vertical direction, wherein the gate electrode protrudes over the first shield element in the vertical direction, wherein the second electrically conductive shield element completely covers the gate electrode by the provision of further portions (1242, 1244) that extend the second electrically conductive shield element to the source electrode, and wherein the second shield element is connected to the source electrode; the semiconductor transistor further comprising: a further first shield element extending in the horizontal direction and being arranged vertically between the first shield element and the second shield element, the further first shield element being spaced apart farther from the gate electrode than the first shield element. a semiconductor substrate in which a channel region and a drain extension region connected to the channel region are provided; a source region provided in the semiconductor substrate and connected to the channel region; a source electrode connected to the source region; a gate electrode configured to provide an electric field for influencing the channel region; a first electrically conductive shield element extending in a horizontal direction parallel to a main surface of the semiconductor substrate and being arranged beside the gate electrode spaced apart from the drain extension region in a vertical direction perpendicular to the horizontal direction; and a second electrically conductive shield element arranged spaced apart from the first shield element in the vertical direction, wherein the gate electrode protrudes over the first shield element in the vertical direction, wherein the second electrically conductive shield element completely covers the gate electrode by the provision of further portions (1242, 1244) that extend the second electrically conductive shield element to the source electrode, and wherein the second shield element is connected to the source electrode; the semiconductor transistor further comprising: a further first shield element extending in the horizontal direction and being arranged vertically between the first shield element and the second shield element, the further first shield element being spaced apart farther from the gate electrode than the first shield element.
A communication system 100 or 200 comprising: an audio-gateway 106 that converts input audio signals into a compatible form used by a receiving network; and a speech recognition engine 116 remote from the audio gateway 106 that generates and transmits commands through a wireless network that cause the audio gateway 106 to modify the audio gateway's noise reduction processing state in response to a request for an automated speech recognition recognized at the audio gateway 106. an audio-gateway 106 that converts input audio signals into a compatible form used by a receiving network; and a speech recognition engine 116 remote from the audio gateway 106 that generates and transmits commands through a wireless network that cause the audio gateway 106 to modify the audio gateway's noise reduction processing state in response to a request for an automated speech recognition recognized at the audio gateway 106.
A cycloolefin rubber having a weight average molecular weight of 100, 000 to 800, 000, having a silyl group at a polymer chain end, and containing a fatty acid ester of a polyvalent alcohol, wherein the weight average molecular weight is a value converted to polystyrene measured by using a gel permeation chromatography system HLC-8220 (made by Toso) and an H-type column HZ-M (made by Toso) and using tetrahydrofuran as a solvent at 40°C, and the cycloolefin rubber is a ring-opening metathesis polymer of a monocycloolefin.
An identity registration method, comprising: obtaining description information submitted by a user for a secure application to be installed, wherein the secure application is a program used to obtain trusted data, wherein the description information comprises at least one of a name, a type, a version number, function information, or digest information of the secure application; retrieving installation package data corresponding to the secure application based on the description information; and installing the secure application in a trusted execution environment based on the installation package data, wherein the method is characterized by, after installing the secure application, adding the description information of the secure application to a digital identity document of the user in a blockchain network. obtaining description information submitted by a user for a secure application to be installed, wherein the secure application is a program used to obtain trusted data, wherein the description information comprises at least one of a name, a type, a version number, function information, or digest information of the secure application; retrieving installation package data corresponding to the secure application based on the description information; and installing the secure application in a trusted execution environment based on the installation package data, wherein the method is characterized by, after installing the secure application, adding the description information of the secure application to a digital identity document of the user in a blockchain network.
Filter for treating a fluid in a piping, in particular of a water supply network, said filter comprising: - a main body comprising at least one internal chamber; - a filtering element for treating the fluid, said filtering element comprising at least one magnetic element housed at least partially in said chamber and adapted to intercept and trap the ferrous impurities that are present in the fluid to be treated, characterized in that said filter comprises: - at least one magnetic detector associated with said main body for detecting the magnetic field generated by said at least one magnetic element, said at least one magnetic detector consisting of at least one magnetic sensor adapted to measure the magnetic field generated by said at least one magnetic element; - a control unit associated with said at least one magnetic sensor, said control unit being adapted to process the magnetic field information received from said at least one magnetic sensor and to provide an indication about the quantity of impurities that have accumulated on the filtering element. - a main body comprising at least one internal chamber; - a filtering element for treating the fluid, said filtering element comprising at least one magnetic element housed at least partially in said chamber and adapted to intercept and trap the ferrous impurities that are present in the fluid to be treated, - at least one magnetic detector associated with said main body for detecting the magnetic field generated by said at least one magnetic element, said at least one magnetic detector consisting of at least one magnetic sensor adapted to measure the magnetic field generated by said at least one magnetic element; - a control unit associated with said at least one magnetic sensor, said control unit being adapted to process the magnetic field information received from said at least one magnetic sensor and to provide an indication about the quantity of impurities that have accumulated on the filtering element.