mhurhangee/ep-ind-claims huggingface dataset:
A space vehicle element configured to be demised during re-entry of the space vehicle into the atmosphere, the space vehicle element comprising: a heat generating part comprising a pyrotechnic composition of metal powder for providing additional heat during re-entry of the space vehicle into the atmosphere by an exothermic reaction of the pyrotechnic composition of metal powder, for expediting the demise of the space vehicle element by the additional heat provided by the heat generating part, characterised in that the heat generating part is at least partially integrated within the space vehicle element, away from a surface of the space vehicle element; and wherein the heat generating part is arranged in a recess or cavity provided in the space vehicle element. a heat generating part comprising a pyrotechnic composition of metal powder for providing additional heat during re-entry of the space vehicle into the atmosphere by an exothermic reaction of the pyrotechnic composition of metal powder, for expediting the demise of the space vehicle element by the additional heat provided by the heat generating part, characterised in that the heat generating part is at least partially integrated within the space vehicle element, away from a surface of the space vehicle element; and wherein the heat generating part is arranged in a recess or cavity provided in the space vehicle element.
A user wireless communication terminal device (120, 200) located outside a core network (140, 160), comprising: a map information storage unit which is configured to maintain map information with which at least one of position information, address information, and names of buildings or shops is associated; a communication parameter obtaining unit which is configured to obtain communication parameters associated with the position information, wherein the communication parameters include dynamically changing values and indicating levels of congestion or communication rates for a plurality of base stations available from the current position of the user wireless communication terminal device; an image information creating unit which is configured to create image information in which the communication parameters associated with the position information for the plurality of base stations are described on the map information; and a display unit which is configured to display to the user the image information created by the image information creating unit. a map information storage unit which is configured to maintain map information with which at least one of position information, address information, and names of buildings or shops is associated; a communication parameter obtaining unit which is configured to obtain communication parameters associated with the position information, wherein the communication parameters include dynamically changing values and indicating levels of congestion or communication rates for a plurality of base stations available from the current position of the user wireless communication terminal device; an image information creating unit which is configured to create image information in which the communication parameters associated with the position information for the plurality of base stations are described on the map information; and a display unit which is configured to display to the user the image information created by the image information creating unit.
Electrical power supply comprising a generator and an internal combustion engine driving the generator, the engine comprising a turbo-charger with a turbine connected to an exhaust manifold of the engine and a compressor driven by the turbine and connected to an intake manifold of the engine for providing the engine with pressurized air, wherein the engine has an opening device for opening a high pressure side of the air intake system downstream of the compressor to atmosphere, such that the engine can breath air at atmospheric pressure when the opening device is open, characterized in that the opening device is adapted to open in reaction to a time condition, wherein the opening device is adapted to open during a specified time interval after start-up of the engine, wherein the opening device is opened immediately on startup of the engine and kept open for a time interval sufficient for the engine to reach synchronization speed.
A method of determining a level of hypoglycemic unawareness displayed by a patient, comprising: maintaining, in a data storage device in communication with one or more processors, a data structure including one or more glucose concentrations correlated to one or more subject prompts; receiving, by the one or more processors, a glucose concentration; determining, by the one or more processors, a query based upon the received glucose concentration and the corresponding one or more subject prompts from the data structure; transmitting, to a user interface device in communication with the one or more processors, the query; receiving, by the one or more processors, a patient response to the transmitted query; and determining, by the one or more processors, a level of hypoglycemic unawareness of the patient based at least upon the patient response. maintaining, in a data storage device in communication with one or more processors, a data structure including one or more glucose concentrations correlated to one or more subject prompts; receiving, by the one or more processors, a glucose concentration; determining, by the one or more processors, a query based upon the received glucose concentration and the corresponding one or more subject prompts from the data structure; transmitting, to a user interface device in communication with the one or more processors, the query; receiving, by the one or more processors, a patient response to the transmitted query; and determining, by the one or more processors, a level of hypoglycemic unawareness of the patient based at least upon the patient response.
A fitting for a fluidic coupling, comprising: a tube assembly comprising: an inner tube having an inner tube endface and a first fluid channel; an intermediate tube formed of a polymeric material and disposed over at least a portion of a length of the inner tube, the intermediate tube including an extruded portion having a length and an intermediate tube endface; and an outer tube formed of a metal and disposed over the intermediate tube, the outer tube having an outer tube endface and an outer surface, a first radial crimp on the outer surface at a first distance from the outer tube endface and extending for a first axial length, and a second radial crimp on the outer surface at a second distance from the outer tube endface and extending for a second axial length, the outer tube endface being co-planar with the inner tube endface, the intermediate tube endface being separated from the inner tube endface and the outer tube endface by the length of the extruded portion, wherein an outer diameter of the inner tube endface does not exceed an inner diameter of the intermediate tube endface and wherein an outer diameter of the intermediate tube endface does not exceed an inner diameter of the outer tube endface. an inner tube having an inner tube endface and a first fluid channel; an intermediate tube formed of a polymeric material and disposed over at least a portion of a length of the inner tube, the intermediate tube including an extruded portion having a length and an intermediate tube endface; and an outer tube formed of a metal and disposed over the intermediate tube, the outer tube having an outer tube endface and an outer surface, a first radial crimp on the outer surface at a first distance from the outer tube endface and extending for a first axial length, and a second radial crimp on the outer surface at a second distance from the outer tube endface and extending for a second axial length, the outer tube endface being co-planar with the inner tube endface, the intermediate tube endface being separated from the inner tube endface and the outer tube endface by the length of the extruded portion, wherein an outer diameter of the inner tube endface does not exceed an inner diameter of the intermediate tube endface and wherein an outer diameter of the intermediate tube endface does not exceed an inner diameter of the outer tube endface.
An air purification system, comprising: - a filter for selectively filtering a pollutant from the air; - a gas sensor for sensing a concentration of the pollutant in the air; - a controller, characterized in that the controller is adapted to process a first unfiltered gas sensor response, a second gas sensor response when the concentration of the pollutant in the air has been reduced by filtering, and the sensitivity characteristics of the gas sensor to the pollutant, thereby to determine a gas concentration of the pollutant in the air before filtering. - a filter for selectively filtering a pollutant from the air; - a gas sensor for sensing a concentration of the pollutant in the air; - a controller,
A rubber composition for a tire, the rubber composition containing: a rubber component including a styrene-butadiene rubber having a styrene content not less than 25% by mass; an α-methylstyrene-indene copolymer resin having a weight-average molecular weight not greater than 400; and silica, wherein, per 100 parts by mass of the rubber component, an amount of the α-methylstyrene-indene copolymer resin is 0.1 to 100 parts by mass and an amount of the silica is not less than 80 parts by mass. a rubber component including a styrene-butadiene rubber having a styrene content not less than 25% by mass; an α-methylstyrene-indene copolymer resin having a weight-average molecular weight not greater than 400; and silica, wherein, per 100 parts by mass of the rubber component, an amount of the α-methylstyrene-indene copolymer resin is 0.1 to 100 parts by mass and an amount of the silica is not less than 80 parts by mass.
A delayed-release dispenser of a chemical substance, for eliminating social flying insects, comprising - a capsule configured to release - a chemical substance housed therein, - delaying means for delaying the release of the chemical substance, - and securing means configured to secure the capsule to an insect, characterised in that the delaying means comprise a plug arranged in the capsule, said plug made of a moistened material configured to maintain a certain volume, closing the capsule and preventing the outlet of the chemical substance while it remains moistened, and decrease in volume, enabling the outlet of the chemical substance from the capsule as it dries. - a capsule configured to release - a chemical substance housed therein, - delaying means for delaying the release of the chemical substance, - and securing means configured to secure the capsule to an insect,
A gum of vegetable origin for rolling cigarette paper comprising a defined percent solids content, characterised in that it comprises a mixture of cannabinoids and edible oil, the edible oil being present in the mixture in a proportion p such that 0% ≤ p ≤ 80% by weight of the mixture, that the maximum amount of edible oil in the gum is limited to 20% by weight of the gum solids content, preferably less than 16% by weight of the gum solids content.
A method of changing a size or a position of a display window on a screen, the method comprising: receiving a first touch input on the screen; determining a position of the first touch input on the display window; when the position of the first touch input is on an upper side of the display window, increasing a thickness of an upper side of the display window; when the position of the first touch input is on a bottom side of the display window, increasing a thickness of the left side, the right side, and the bottom side of the display window; receiving a second input on the display window; upon determining that the position of the first touch input is on the upper side of the display window, changing a position of the display window based on the second touch input, wherein the second touch input comprises selecting and moving the increased upper side of the display window; upon determining that the position of the first touch input is on the bottom side of the display window, changing the size of the display window based on the second touch input, wherein the second touch input comprises selecting and moving one of the left side, the right side, or the bottom side of the display window by moving a guideline indicating the size of the display window, and displaying the moving guide line; and displaying the display window with the determined changed size or position; wherein contents are displayed in the displayed display window. receiving a first touch input on the screen; determining a position of the first touch input on the display window; when the position of the first touch input is on an upper side of the display window, increasing a thickness of an upper side of the display window; when the position of the first touch input is on a bottom side of the display window, increasing a thickness of the left side, the right side, and the bottom side of the display window; receiving a second input on the display window; upon determining that the position of the first touch input is on the upper side of the display window, changing a position of the display window based on the second touch input, wherein the second touch input comprises selecting and moving the increased upper side of the display window; upon determining that the position of the first touch input is on the bottom side of the display window, changing the size of the display window based on the second touch input, wherein the second touch input comprises selecting and moving one of the left side, the right side, or the bottom side of the display window by moving a guideline indicating the size of the display window, and displaying the moving guide line; and displaying the display window with the determined changed size or position; wherein contents are displayed in the displayed display window.
A removable cover for input devices (3, 5, 6, 10) comprising: the control unit, in particular for a controller for game consoles or games, PCs, which is adapted to the shape of the areas of the control unit to be covered with a perfect fit and consists of a multilayer sheet material which has at least one textile outer cover layer and an elastic and moisture-absorbing layer, characterised in that the elastic and moisture-absorbing layer is formed by a spacer knitted or woven fabric which is a fabric product made of threads or filaments, which is formed by meshing, in particular knitting, or by weaving, and which has two flat woven or meshed layers and at least one spacer thread guided between these layers and connecting the layers to one another but also keeping them at a distance, and that the cover has a moisture-impermeable layer arranged on the side of the elastic and moisture-absorbing layer opposite the outer cover layer, which is used as a bea film or a membrane for the layering.
A pumpable thermally foaming filler composition comprising: - a liquid epoxy resin, - a polyvinylchloride resin and/or acrylic resin powder, and - a foaming agent, characterized in that the composition comprises 10 to 20 wt.-% of said liquid epoxy resin, 10 to 20 wt.-% of said polyvinylchloride resins and/or acrylic resin powders, 5 to 10 wt.-% of a synthetic rubber, 3 to 6 wt.-% of said foaming agent, 10 to 20 wt.-% of plasticizers, less than 1 wt.-% of a curing agent for the liquid epoxy resin and 25 to 35 wt.-% of fillers. - a liquid epoxy resin, - a polyvinylchloride resin and/or acrylic resin powder, and - a foaming agent,
A method for producing a tire filled with a (meth)acrylic hydrogel, the method comprises a) providing a mixture comprising at least one water-soluble (meth)acrylic compound, water and an initiator, and b) filling the mixture in the tire in which the mixture polymerizes to form the (meth)acrylic hydrogel. a) providing a mixture comprising at least one water-soluble (meth)acrylic compound, water and an initiator, and b) filling the mixture in the tire in which the mixture polymerizes to form the (meth)acrylic hydrogel.
A method of estimating an overheating temperature of an oil-immersed electric appliance, characterized in that ester oil is used as insulating oil, the method comprising: estimating the overheating temperature based on a first concentration ratio representing a concentration ratio between two types of gas components contained in the ester oil and a second concentration ratio representing a concentration ratio between other two types of gas components contained in the ester oil, the first concentration ratio and the second concentration ratio being selected from a concentration ratio between acetylene and ethane, a concentration ratio between acetylene and hydrogen, a concentration ratio between acetylene and methane, and a concentration ratio between acetylene and ethylene when the ester oil contains acetylene, and the first concentration ratio and the second concentration ratio being selected from a concentration ratio between ethylene and hydrogen, a concentration ratio between ethane and hydrogen, a concentration ratio between ethylene and methane, and a concentration ratio between methane and ethane when the ester oil does not contain acetylene.
A device arranged for application to an associated loudspeaker acoustically mounted such that it exhibits a lower resonance frequency (Fc), - an input arranged to receive an audio input signal (A_in), - a filter section (BPF, BSF) arranged to receive the audio input signal (A_in) and to provide an attenuation in a limited frequency band thereof and generate a modified audio signal accordingly, wherein the limited frequency band includes said lower resonance frequency (Fc) of the associated loudspeaker, - an output arranged to output the modified audio signal as an audio output signal (A_out), and - a gain control unit arranged to control said attenuation in the limited frequency band, wherein the gain control unit is arranged to detect a level of the audio input signal (A_in) within the limited frequency band and to provide said attenuation according to a predetermined attenuation scheme, wherein said scheme includes detecting whether a peak level of the audio input signal (A_in) within the limited frequency band exceeds a predetermined maximum level (MBPP), and determining said attenuation accordingly to ensure that the modified audio signal does not exceed the predetermined maximum level (MBPP). - an input arranged to receive an audio input signal (A_in), - a filter section (BPF, BSF) arranged to receive the audio input signal (A_in) and to provide an attenuation in a limited frequency band thereof and generate a modified audio signal accordingly, wherein the limited frequency band includes said lower resonance frequency (Fc) of the associated loudspeaker, - an output arranged to output the modified audio signal as an audio output signal (A_out), and - a gain control unit arranged to control said attenuation in the limited frequency band, wherein the gain control unit is arranged to detect a level of the audio input signal (A_in) within the limited frequency band and to provide said attenuation according to a predetermined attenuation scheme, wherein said scheme includes detecting whether a peak level of the audio input signal (A_in) within the limited frequency band exceeds a predetermined maximum level (MBPP), and determining said attenuation accordingly to ensure that the modified audio signal does not exceed the predetermined maximum level (MBPP).
A method for positioning a focus lens assembly (113; 213; 313; 413), the focus lens assembly being movable along an optical axis (112; 212; 312; 412) relative to an image sensor (111; 211; 311; 411), the method comprising: - moving the focus lens assembly against a mechanical stop (119, 120; 219, 220; 319, 320; 419, 420); and - moving the focus lens assembly from the mechanical stop to a frame focus position (121; 221; 321; 421) for exposure of a frame after a stabilizing period, wherein the stabilizing period is the period between moving the focus lens assembly to the mechanical stop and therefrom back to the frame focus position, wherein the frame focus position is located within a range of positions that enable the focus lens assembly to achieve an exposure of frames, the mechanical stop being located at a position outside of the range of positions, and wherein the stabilizing period is 1 millisecond or more. - moving the focus lens assembly against a mechanical stop (119, 120; 219, 220; 319, 320; 419, 420); and - moving the focus lens assembly from the mechanical stop to a frame focus position (121; 221; 321; 421) for exposure of a frame after a stabilizing period, wherein the stabilizing period is the period between moving the focus lens assembly to the mechanical stop and therefrom back to the frame focus position,
A method of forming an implant made of titanium to be implanted into living bone, the method comprising the acts of: roughening at least a portion of the implant surface to produce a microscale roughened surface; and immersing the microscale roughened surface into a solution of 12-32% w/w potassium hydroxide for 30 to 90 minutes at a temperature of 30 °C to 100 °C to produce a nanoscale roughened surface consisting of a web-like structure superimposed on the microscale roughened surface. roughening at least a portion of the implant surface to produce a microscale roughened surface; and immersing the microscale roughened surface into a solution of 12-32% w/w potassium hydroxide for 30 to 90 minutes at a temperature of 30 °C to 100 °C to produce a nanoscale roughened surface consisting of a web-like structure superimposed on the microscale roughened surface.
A method for wireless communication, comprising: sending, by a base station, at least one overhead transmission on a first subset of designated resources, wherein the designated resources are designated for overhead transmissions to be sent by macro base stations on the same resources, such that two or more macro base stations both transmit on the first subset of the designated resources; blanking, by the base station, the at least one overhead transmission on a second subset of the designated resources, wherein the second subset of the designated resources is selected pseudo-randomly or is determined based on a blanking pattern by the base station, and detecting, by the base station, an overhead transmission from at least one other base station on the second subset of the designated resources. sending, by a base station, at least one overhead transmission on a first subset of designated resources, wherein the designated resources are designated for overhead transmissions to be sent by macro base stations on the same resources, such that two or more macro base stations both transmit on the first subset of the designated resources; blanking, by the base station, the at least one overhead transmission on a second subset of the designated resources, wherein the second subset of the designated resources is selected pseudo-randomly or is determined based on a blanking pattern by the base station, and detecting, by the base station, an overhead transmission from at least one other base station on the second subset of the designated resources.