mhurhangee/ep-ind-claims huggingface dataset:
A method of detecting radon, comprising: imposing a first triggering action on a switch; transitioning a seal of a radon detection device to an open position from a seal position in response to the first triggering action on the switch, the open position facilitating introduction of ambient air to a vent of the radon detection device and the seal position discouraging introduction of the ambient air to the vent, wherein the vent is in fluid communication with a test material located within the radon detection device, the test material being configured to collect radon from the ambient air introduced to the radon detection device; starting a first timer at a clock circuit of a radon detection device in response to the first triggering action; performing an alarm in response to the switch being moved out of the open position before the first timer is substantially equal to a measurement interval; transitioning the seal of the radon detection device to the seal position from the open position in response to the first timer being substantially equal to the measurement interval; and starting a second timer in response to the seal transitioning from the open position to the seal position, wherein the seal remains in the sealed position following the transition from the open position to the sealed position. imposing a first triggering action on a switch; transitioning a seal of a radon detection device to an open position from a seal position in response to the first triggering action on the switch, the open position facilitating introduction of ambient air to a vent of the radon detection device and the seal position discouraging introduction of the ambient air to the vent, wherein the vent is in fluid communication with a test material located within the radon detection device, the test material being configured to collect radon from the ambient air introduced to the radon detection device; starting a first timer at a clock circuit of a radon detection device in response to the first triggering action; performing an alarm in response to the switch being moved out of the open position before the first timer is substantially equal to a measurement interval; transitioning the seal of the radon detection device to the seal position from the open position in response to the first timer being substantially equal to the measurement interval; and starting a second timer in response to the seal transitioning from the open position to the seal position, wherein the seal remains in the sealed position following the transition from the open position to the sealed position.
A computing system comprising: an application processor (102, 502); a memory (106, 506) comprising firmware of the computing system, the firmware comprising multiple blocks of the firmware; and a security processor (108, 508) configured to verify the firmware as a condition to the application processor (102, 502) executing the firmware by: determining respective probabilistic verification thresholds for the multiple blocks of the firmware; determining respective weighting values for the multiple blocks of the firmware; in response to a first block of the multiple blocks of the firmware having a first respective weighting value that does not exceed a first respective probabilistic verification threshold, determining to not verify the first block of the firmware; and in response to a second block of the multiple blocks of the firmware having a second respective weighting value that exceeds a second respective probabilistic verification threshold, verifying the second block of the firmware based on whether an expected hash value determined for the second block of the firmware matches a generated hash value for the second block of the firmware. an application processor (102, 502); a memory (106, 506) comprising firmware of the computing system, the firmware comprising multiple blocks of the firmware; and a security processor (108, 508) configured to verify the firmware as a condition to the application processor (102, 502) executing the firmware by: determining respective probabilistic verification thresholds for the multiple blocks of the firmware; determining respective weighting values for the multiple blocks of the firmware; in response to a first block of the multiple blocks of the firmware having a first respective weighting value that does not exceed a first respective probabilistic verification threshold, determining to not verify the first block of the firmware; and in response to a second block of the multiple blocks of the firmware having a second respective weighting value that exceeds a second respective probabilistic verification threshold, verifying the second block of the firmware based on whether an expected hash value determined for the second block of the firmware matches a generated hash value for the second block of the firmware. determining respective probabilistic verification thresholds for the multiple blocks of the firmware; determining respective weighting values for the multiple blocks of the firmware; in response to a first block of the multiple blocks of the firmware having a first respective weighting value that does not exceed a first respective probabilistic verification threshold, determining to not verify the first block of the firmware; and in response to a second block of the multiple blocks of the firmware having a second respective weighting value that exceeds a second respective probabilistic verification threshold, verifying the second block of the firmware based on whether an expected hash value determined for the second block of the firmware matches a generated hash value for the second block of the firmware.
A heater having a first direction and a second direction perpendicular thereto and comprising: a plurality of resistive members including first resistive members and second resistive members arranged in the first direction; and a plurality of electrodes including a plurality of first pole-side electrodes (601 to 607) each of which is configured to form a first block (71 to 77) with the first resistive members and the second resistive members, and a second pole-side electrode, wherein the first resistive members are disposed at both ends of each first block (71 to 77) in the first direction and the second resistive members are disposed on the inner side thereof in the first direction, respectively; wherein the second pole-side electrode is integrally formed and provided across the plurality of first blocks, extending across one ends (612, 622) of the resistive members in the second direction in the plurality of first blocks, and is connected to the one ends (612, 622); characterised in that the first resistive members have an area and an amount of heat generation larger than the second resistive members, respectively; and a gap between adjacent ones of the first blocks is larger than a gap between adjacent ones of the resistive members in the first block. a plurality of resistive members including first resistive members and second resistive members arranged in the first direction; and a plurality of electrodes including a plurality of first pole-side electrodes (601 to 607) each of which is configured to form a first block (71 to 77) with the first resistive members and the second resistive members, and a second pole-side electrode, wherein the first resistive members are disposed at both ends of each first block (71 to 77) in the first direction and the second resistive members are disposed on the inner side thereof in the first direction, respectively; wherein the second pole-side electrode is integrally formed and provided across the plurality of first blocks, extending across one ends (612, 622) of the resistive members in the second direction in the plurality of first blocks, and is connected to the one ends (612, 622); characterised in that the first resistive members have an area and an amount of heat generation larger than the second resistive members, respectively; and a gap between adjacent ones of the first blocks is larger than a gap between adjacent ones of the resistive members in the first block.
A method for recovering lithium comprising separating sodium from a lithium-containing solution containing lithium ions and sodium ions to recover lithium, wherein the method comprises a solvent extraction step including: at least three-stage extraction process having a first extraction process, a second extraction process, and a third extraction process; and a lithium back extraction stage of back-extracting the lithium ions from a solvent that have undergone the at least three-stage extraction process; and wherein, in the extraction process, the solvent undergoes the first extraction process, the second extraction process, and the third extraction process in this order, and a solution as the lithium-containing solution undergoes the respective processes in opposite order to the order of the solvent, wherein a pH of a final extraction process in the at least three stage extraction process is from 3.5 to 4.5, and wherein a pH of the second extraction process is equal to or lower than that of the first extraction process, and a pH of the third extraction process is equal to or lower than that of the second extraction process. wherein the method comprises a solvent extraction step including: at least three-stage extraction process having a first extraction process, a second extraction process, and a third extraction process; and a lithium back extraction stage of back-extracting the lithium ions from a solvent that have undergone the at least three-stage extraction process; and wherein, in the extraction process, the solvent undergoes the first extraction process, the second extraction process, and the third extraction process in this order, and a solution as the lithium-containing solution undergoes the respective processes in opposite order to the order of the solvent, wherein a pH of a final extraction process in the at least three stage extraction process is from 3.5 to 4.5, and wherein a pH of the second extraction process is equal to or lower than that of the first extraction process, and a pH of the third extraction process is equal to or lower than that of the second extraction process.
A controller for controlling a lighting device via a network, the controller comprising: - a receiver arranged for receiving a first sequence of light settings distributed over a first plurality of points in time, which first sequence defines a dynamic light effect, - a processor arranged for converting the first sequence of light settings into a second sequence of light settings distributed over a second plurality of points in time, and - a transmitter arranged for transmitting light settings to the lighting device, characterised in that the processor is further arranged for receiving an indication of a network capacity of the network, and wherein the processor is further arranged for converting the first sequence of light settings into the second sequence of light settings based on the indication of the network capacity. - a receiver arranged for receiving a first sequence of light settings distributed over a first plurality of points in time, which first sequence defines a dynamic light effect, - a processor arranged for converting the first sequence of light settings into a second sequence of light settings distributed over a second plurality of points in time, and - a transmitter arranged for transmitting light settings to the lighting device, characterised in that the processor is further arranged for receiving an indication of a network capacity of the network, and
A novel object hanging device, comprising a base, wherein a back surface of the base is provided with a soft edge capable of being attached to a hanging surface to be attached; a glue groove for containing glue being enclosed by the soft edge; a lug boss being arranged on a front end surface of the base; and a glue injection hole extending towards the back surface of the base and being in communication with the glue groove is arranged on the lug boss; wherein the soft edge is provided with an externally communicable opening and a cover block covering the glue injection hole is arranged on the lug boss; the novel object hanging device being characterized in that: an external thread is arranged outside the lug boss; a glue chamber for containing glue being arranged inside the cover block; an internal thread being arranged inside the glue chamber.
Counting device for determining the number of shots and cartridges of a weapon; wherein it comprises an activator sensor, a processor and a counting sensor; wherein the activator sensor supplies an activation signal to the processor in response to a mechanical impulse; characterised in that the processor in turn supplies a counting-initiation signal to the counting sensor which supplies at least two counting signals offset by a predetermined period of time to the processor which is adapted to evaluate whether said counting signals have been received within the period of time in which the number of cartridges has decreased by at least one unit during one shooting cycle of the weapon; wherein the counting sensor supplies the at least two counting signals associated to the number of cartridges stored in a magazine.
Ceramic composition consisting on: percarbonates or bicarbonates of alkaline elements with a valence +1 at a percentage exceeding 20% dry weight of the ceramic composition; additives selected from binders, deflocculants, suspending components or plasticizers; and natural or synthetic raw materials selected from alkaline or alkaline-earth silicoaluminates, quartzes, clays, kaolin, alkaline or alkaline-earth carbonates, ceramic frits, glasses, aluminates or zirconium silicates. percarbonates or bicarbonates of alkaline elements with a valence +1 at a percentage exceeding 20% dry weight of the ceramic composition; additives selected from binders, deflocculants, suspending components or plasticizers; and natural or synthetic raw materials selected from alkaline or alkaline-earth silicoaluminates, quartzes, clays, kaolin, alkaline or alkaline-earth carbonates, ceramic frits, glasses, aluminates or zirconium silicates.
A device for preparing bio-oil, comprising: a reactor configured to have an inclined portion formed to be inclined to at least one side portion thereof; a biomass supplier configured to be provided at one side of an upper portion of the reactor and to supply biomass to the inclined portion; a hot-sand supplier configured to be provided at the other side of the upper portion of the reactor so as to supply high-temperature hot sand to an upper side of the biomass so that the biomass is disposed between the inclined portion and the hot-sand supplier; a heater configured to heat the inclined portion so as to fast pyrolyze the biomass moved downward along the inclined portion; and a heat transfer portion that receives heat supplied from the heater to equally transfer the heat to the inclined portion is provided to the inclined portion of the reactor, wherein the heater supplies high-temperature hot air to the heat transfer portion, and the heat transfer portion is formed in the shape of a path along which the hot air passes, and a hot air inlet having the hot air sucked therethrough is formed at a lower portion of the heat transfer portion, and a hot air outlet having the hot air, heated by the inclined portion, exhausted therethrough is formed at an upper portion of the heat transfer portion. a reactor configured to have an inclined portion formed to be inclined to at least one side portion thereof; a biomass supplier configured to be provided at one side of an upper portion of the reactor and to supply biomass to the inclined portion; a hot-sand supplier configured to be provided at the other side of the upper portion of the reactor so as to supply high-temperature hot sand to an upper side of the biomass so that the biomass is disposed between the inclined portion and the hot-sand supplier; a heater configured to heat the inclined portion so as to fast pyrolyze the biomass moved downward along the inclined portion; and a heat transfer portion that receives heat supplied from the heater to equally transfer the heat to the inclined portion is provided to the inclined portion of the reactor, wherein the heater supplies high-temperature hot air to the heat transfer portion, and the heat transfer portion is formed in the shape of a path along which the hot air passes, and a hot air inlet having the hot air sucked therethrough is formed at a lower portion of the heat transfer portion, and a hot air outlet having the hot air, heated by the inclined portion, exhausted therethrough is formed at an upper portion of the heat transfer portion.
- A refrigerator comprising a body; at least one fresh food or freezing compartment wherein foodstuffs and beverages are placed; at least one door which is pivotably mounted to the opposite right or left vertical edges of the front side of the body by means of hinges and which provides access into the compartment; a handle which enables the door to be opened/closed by the user; a plastic inner liner which covers the inner surface of the door facing the compartment; a door gasket which provides leak-proofing between the outer environment and the compartment; at least one door shelf which is positioned on the inner liner of the door, and two door dikes which extend on the inner liner in the vertical direction at both sides of the door shelves and which protrude from the door into the compartment, characterized by at least one movable door dike which can be moved outwards so as to move away from the door shelf and inwards so as to get close to the door shelf on the inner liner of the door by means of a movement mechanism which is triggered by means of a control button or a sensor.
A method for simulating karstification phenomena in a karstic region, comprising: a/ defining (400, 402, 403, 404, 405) a grided geological model of the karstic region from at least one observation, said at least one observation comprising imaging data of the karstic region, in order to model a plurality of environments, said plurality comprising a first environment described by values of at least one geological grid parameter, and a second environment described by values of edge parameters between two nodes of the grid, b/ simulating stochastic displacements of particles in the grid of the geological model, the probability of each displacement of a particle being calculated by taking into account values describing the environment in which the displacement is carried out, and c/ modifying said values describing the first and/or the second environment according to the courses taken by the particles, characterized in that in the step b/, for at least one displacement in the first environment, a parameter value (K eq) of equivalent permeability is estimated from the values of a geological grid parameter (K ij) of the grids comprising an edge corresponding to said displacement, and in which the probability of said displacement is calculated as a function of said estimated parameter value of equivalent permeability. a/ defining (400, 402, 403, 404, 405) a grided geological model of the karstic region from at least one observation, said at least one observation comprising imaging data of the karstic region, in order to model a plurality of environments, said plurality comprising a first environment described by values of at least one geological grid parameter, and a second environment described by values of edge parameters between two nodes of the grid, b/ simulating stochastic displacements of particles in the grid of the geological model, the probability of each displacement of a particle being calculated by taking into account values describing the environment in which the displacement is carried out, and c/ modifying said values describing the first and/or the second environment according to the courses taken by the particles, characterized in that
A rotigotine-containing patch comprising: a backing layer; and an adhesive agent layer, wherein the adhesive agent layer contains rotigotine and/or a pharmaceutically acceptable salt thereof in a dissolved form, the adhesive agent layer further contains a styrene-based thermoplastic elastomer, a petroleum-based resin and/or a terpene-based resin, an aliphatic alcohol, and a cross-linked polyvinylpyrrolidone, the petroleum-based resin is an alicyclic saturated hydrocarbon resin, the terpene-based resin is a pinene polymer and in the adhesive agent layer, a mass ratio of a content of the rotigotine and/or the pharmaceutically acceptable salt thereof in terms of rotigotine free form and a content of the cross-linked polyvinylpyrrolidone (content of the rotigotine and/or the pharmaceutically acceptable salt thereof in terms of rotigotine free form: content of the cross-linked polyvinylpyrrolidone) is 10: 3 to 1: 3. the adhesive agent layer further contains a styrene-based thermoplastic elastomer, a petroleum-based resin and/or a terpene-based resin, an aliphatic alcohol, and a cross-linked polyvinylpyrrolidone, the petroleum-based resin is an alicyclic saturated hydrocarbon resin, the terpene-based resin is a pinene polymer and in the adhesive agent layer, a mass ratio of a content of the rotigotine and/or the pharmaceutically acceptable salt thereof in terms of rotigotine free form and a content of the cross-linked polyvinylpyrrolidone (content of the rotigotine and/or the pharmaceutically acceptable salt thereof in terms of rotigotine free form: content of the cross-linked polyvinylpyrrolidone) is 10: 3 to 1: 3.
A swing arm for a vehicle where a pair of left and right arm portions (35L, 35R) which extend in the longitudinal direction, a pivot portion which is formed on front ends of the arm portions (35L, 35R), an axle support portion which is formed on rear ends of the arm portions (35L, 35R) so as to pivotally support an axle of a rear wheel, and a cross portion which is arranged between the arm portions (35L, 35R) and connects the arm portions (35L, 35R) behind the pivot portion are integrally formed with each other by moulding, at least the cross portion is formed into a hollow shape, and a pair of left and right support bosses for supporting a shock absorber is integrally formed on a lower wall or an upper wall of the cross portion in an outwardly projecting manner, wherein the pivot portion is contiguously formed with the arm portions (35L, 35R) in the lateral direction of the vehicle so as to connect front ends of the arm portions (35L, 35R) to each other; and an opening portion whose peripheral portion is endlessly contiguously formed and whose upper and lower ends are open is formed by the cross portion, the pivot portion and the pair of left and right arm portions (35L, 35R); characterized in that a pair of left and right recessed portions, each of which is indented toward a support boss side, are formed on an inner surface of a wall on which the support bosses are formed in a projecting manner, said wall being a lower wall or an upper wall of the cross portion; and a pair of left and right reinforcing ribs, each of which is positioned laterally outside the recessed portions, is integrally formed on the inner surface of the wall on which the support bosses are formed so as to project toward the inside of the cross portion.