mhurhangee/ep-ind-claims huggingface dataset:
A sound-absorbing exterior component of a façade of a building, that has the following features: - a perforated sheet-like structure on the side facing away from the building, - a chamber on the side of the perforated sheet-like structure facing the building, wherein rear ventilation is provided for removing moisture from the chamber, - on the side of the chamber facing away from the perforated sheet-like structure there is a further sheet-like structure with a specific flow resistance of less than 4,000 Pa s/m, - a porous layer with a length-related flow resistance of between 5,000 and 50,000 Pa s/m 2 is adjacent to the further sheet-like structure. - a perforated sheet-like structure on the side facing away from the building, - a chamber on the side of the perforated sheet-like structure facing the building, wherein rear ventilation is provided for removing moisture from the chamber, - on the side of the chamber facing away from the perforated sheet-like structure there is a further sheet-like structure with a specific flow resistance of less than 4,000 Pa s/m, - a porous layer with a length-related flow resistance of between 5,000 and 50,000 Pa s/m 2 is adjacent to the further sheet-like structure.
A method for transmitting data in a carrier aggregation CA manner, comprising: Determining, by a user equipment UE when transmitting or receiving data, a component carrier group CC Group corresponding to an evolved packet system EPS bearer that bears the data, wherein the CC Group is a CC set possessed by a site that creates the EPS bearer, or a CC set created by the site for the UE; Determining, by the UE, an access stratum entity corresponding to the CC Group in at least two access stratum entities according to the CC Group; and processing the data on the access stratum entity corresponding to the CC Group. Determining, by a user equipment UE when transmitting or receiving data, a component carrier group CC Group corresponding to an evolved packet system EPS bearer that bears the data, wherein the CC Group is a CC set possessed by a site that creates the EPS bearer, or a CC set created by the site for the UE; Determining, by the UE, an access stratum entity corresponding to the CC Group in at least two access stratum entities according to the CC Group; and processing the data on the access stratum entity corresponding to the CC Group.
A system, comprising: a spinal cord stimulator (10, 40), comprising stimulation circuitry (28, 44) programmed to generate stimulation pulses of a shape comprising a frequency and a pulse width to at least one of a plurality of electrodes, and characterized in that the frequency and the pulse width are selected based on information relating frequencies and pulse widths at which stimulation pulses are formed to provide pain relief without paresthesia.
A display, comprising: a main circuit board; a display panel disposed on the main circuit board and including a display region and a non-display region surrounding the display region; an electroluminescent film layer disposed on the display panel in the non-display region, electrically connected with the main circuit board, and configured to illuminate a periphery of the display region; characterized in that it comprises: a white ink layer disposed on the electroluminescent film layer, configured to cover a color of the electroluminescent film layer, and configured to concentrate light to the periphery of the display region; and a glass cover disposed on the white ink layer. a main circuit board; a display panel disposed on the main circuit board and including a display region and a non-display region surrounding the display region; an electroluminescent film layer disposed on the display panel in the non-display region, electrically connected with the main circuit board, and configured to illuminate a periphery of the display region; characterized in that it comprises: a white ink layer disposed on the electroluminescent film layer, configured to cover a color of the electroluminescent film layer, and configured to concentrate light to the periphery of the display region; and a glass cover disposed on the white ink layer. a white ink layer disposed on the electroluminescent film layer, configured to cover a color of the electroluminescent film layer, and configured to concentrate light to the periphery of the display region; and a glass cover disposed on the white ink layer.
Device for treating the hair, comprising two arms (1, 2) that are able to move relative to one another between a moved-together configuration for treating the hair and a spaced-apart configuration for inserting hair to be treated between said arms, at least one arm is housing at least one electrical element, characterized in that, the at least one arm (1, 2) comprises a seal, wherein the seal is sandwiched between a treatment plate of the device and a counter-form which is housed in said arm (1, 2), the treatment plate being configured for treating the hair, wherein the treatment plate has: an outer face designed to come into contact with the hair to be treated and an inner face that has a housing receiving the at least one electrical element, wherein the counter-form has a lip that bears against the seal, the lip being adapted to the external perimeter of the outer walls of the housing, the seal being disposed at the perimeter of the housing, wherein the seal has a degree of elasticity and its internal dimensions are chosen such that it follows the outer walls of the housing, wherein the seal is sandwiched between the outer walls of the housing that receives the electrical element and the lip of the counter-form; wherein the width of the seal is sufficient to outwardly overhang the lip of the counter-form. an outer face designed to come into contact with the hair to be treated and an inner face that has a housing receiving the at least one electrical element, wherein the counter-form has a lip that bears against the seal, the lip being adapted to the external perimeter of the outer walls of the housing, the seal being disposed at the perimeter of the housing, wherein the seal has a degree of elasticity and its internal dimensions are chosen such that it follows the outer walls of the housing, wherein the seal is sandwiched between the outer walls of the housing that receives the electrical element and the lip of the counter-form; wherein the width of the seal is sufficient to outwardly overhang the lip of the counter-form.
A method of making a turbine nozzle sealing flange with a plurality of abradable cavities interconnected by a plurality of sidewalls formed in the sealing flange, the method comprising the steps of: providing a block of material suitable for serving as a nozzle sealing flange, providing a sinker electrical discharge machining device for machining features into the block of material, providing an electrode for use with the sinker electrical discharge machining device to perform the machining of the features in the block of material, the electrode being shaped to form in the block of material the plurality of interconnected cavities, using the electrode with the sinker electrical discharge machining device to plunge the electrode directly into the block of material, to thereby form the nozzle sealing flange with the plurality of interconnected cavities; characterised in that the plurality of interconnected cavities are formed with a thicker sidewall than the rest of the plurality of sidewalls, along the leading edge and/or the trailing edge of the plurality of interconnected cavities to improve strength in the sealing flange. providing a block of material suitable for serving as a nozzle sealing flange, providing a sinker electrical discharge machining device for machining features into the block of material, providing an electrode for use with the sinker electrical discharge machining device to perform the machining of the features in the block of material, the electrode being shaped to form in the block of material the plurality of interconnected cavities, using the electrode with the sinker electrical discharge machining device to plunge the electrode directly into the block of material, to thereby form the nozzle sealing flange with the plurality of interconnected cavities; characterised in that the plurality of interconnected cavities are formed with a thicker sidewall than the rest of the plurality of sidewalls, along the leading edge and/or the trailing edge of the plurality of interconnected cavities to improve strength in the sealing flange.
A system comprising: an electrochemical sensor having two electrodes (111, 112) insertable in a fluid to be tested, wherein an alternating current voltage is applied across the two electrodes (111, 112); a potentiostat configured to determine an electrical response across the two electrodes (111, 112); a frequency response analyzer configured to analyze the measured electrical response across multiple frequencies, store a baseline of the electrical response across multiple frequencies, and determine from the stored baseline and the measured electrical response whether the electrical response is outside a predetermined range; a controller configured to adjust at least one of a spacing between the electrodes (111, 112) and a depth to which the electrodes (111, 112) are inserted into the fluid to enhance a measurement signal of the electrical response; a first reservoir containing a first chemical or diluting water, and a first injector, wherein the first injector is controlled to automatically inject a first amount of the first chemical or diluting water into the fluid if the electrical response is above the predetermined range; and a second reservoir containing a second chemical or diluting water, and a second injector, wherein the second injector is controlled to automatically inject a second amount of the second chemical or diluting water into the fluid if the electrical response is below the predetermined range. an electrochemical sensor having two electrodes (111, 112) insertable in a fluid to be tested, wherein an alternating current voltage is applied across the two electrodes (111, 112); a potentiostat configured to determine an electrical response across the two electrodes (111, 112); a frequency response analyzer configured to analyze the measured electrical response across multiple frequencies, store a baseline of the electrical response across multiple frequencies, and determine from the stored baseline and the measured electrical response whether the electrical response is outside a predetermined range; a controller configured to adjust at least one of a spacing between the electrodes (111, 112) and a depth to which the electrodes (111, 112) are inserted into the fluid to enhance a measurement signal of the electrical response; a first reservoir containing a first chemical or diluting water, and a first injector, wherein the first injector is controlled to automatically inject a first amount of the first chemical or diluting water into the fluid if the electrical response is above the predetermined range; and a second reservoir containing a second chemical or diluting water, and a second injector, wherein the second injector is controlled to automatically inject a second amount of the second chemical or diluting water into the fluid if the electrical response is below the predetermined range.
A satellite comprising: a satellite housing; a temperature sensitive component carried by said satellite housing; a thermal radiator carried by said satellite housing; a thermal switch movable between a coupled state with said temperature sensitive component and said thermal radiator being thermally coupled, and a decoupled state with said temperature sensitive component and said thermal radiator being thermally decoupled; a heater adapted to heat the temperature sensitive component; and a compressible thermal interface layer between said temperature sensitive component and said thermal radiator when said thermal switch is in the coupled state, characterized in that said compressible thermal interface layer comprises a thermally conductive pad including nanotubes. a satellite housing; a temperature sensitive component carried by said satellite housing; a thermal radiator carried by said satellite housing; a thermal switch movable between a coupled state with said temperature sensitive component and said thermal radiator being thermally coupled, and a decoupled state with said temperature sensitive component and said thermal radiator being thermally decoupled; a heater adapted to heat the temperature sensitive component; and a compressible thermal interface layer between said temperature sensitive component and said thermal radiator when said thermal switch is in the coupled state, characterized in that said compressible thermal interface layer comprises a thermally conductive pad including nanotubes.
A method comprising the steps of; on a packaging container having a sleeve shape with a first end and a second end, said second end comprising a transversal seal such as to form a fin shape with a fin extending in an upright position, away from said first end: positioning a central portion of the fin in an upright position, pressing said central portion in the direction of said first end, while said central portion of the transversal seal is simultaneously kept in an upright position, this forming a pair of flaps (12, 14) in the lateral ends of the transversal seal, releasing the positioning of said central portion, folding the laterals ends (12, 14) of the fin inwards and towards said first end and finalizing the folding procedure. positioning a central portion of the fin in an upright position, pressing said central portion in the direction of said first end, while said central portion of the transversal seal is simultaneously kept in an upright position, this forming a pair of flaps (12, 14) in the lateral ends of the transversal seal, releasing the positioning of said central portion, folding the laterals ends (12, 14) of the fin inwards and towards said first end and finalizing the folding procedure.
An interchangeable lens detachably attachable to a camera, the interchangeable lens comprising: a lens communicator configured to perform communication with the camera; a motor to move or actuate a driven member of a focus lens included in the interchangeable lens; and a lens controller, characterized in that the lens controller is configured to determine whether to have received, from the camera through the communication, a drive stop instruction to stop the drive of the motor and a power saving instruction, during the drive of the motor or during a stop holding energization in which a predetermined electric power equal to or lower than the driving electric power is supplied to the motor and the motor is held in a stopped state, and to stop supply of the driving electric power to the motor, when determining that the interchangeable lens has received both of the drive stop instruction and the power saving instruction, wherein the power saving instruction is an instruction for causing the lens controller to stop the supply of the driving electric power to the motor. a lens communicator configured to perform communication with the camera; a motor to move or actuate a driven member of a focus lens included in the interchangeable lens; and a lens controller, characterized in that the lens controller is configured to determine whether to have received, from the camera through the communication, a drive stop instruction to stop the drive of the motor and a power saving instruction, during the drive of the motor or during a stop holding energization in which a predetermined electric power equal to or lower than the driving electric power is supplied to the motor and the motor is held in a stopped state, and to stop supply of the driving electric power to the motor, when determining that the interchangeable lens has received both of the drive stop instruction and the power saving instruction, wherein the power saving instruction is an instruction for causing the lens controller to stop the supply of the driving electric power to the motor.
A method for screening a promotor of phosphorylation of the threonine at position 172 of AMPKα, wherein inhibition of complex formation between prohibitin and AMPK is used as an index.
A one-piece hygiene article for use by a male to absorb moisture in the crotch region, said hygiene article comprising an absorbent material and further comprising a first absorbing portion, having a V-shape for receiving the genitals of said male, and wherein the legs (111, 112) of the V-shape of said first absorbing portion are arranged for being provided along the groin and on either side of the genitals of said male, and a second absorbing portion, extending from the base of the V-shape of said first absorbing portion and having an elongated shape, wherein said second absorbing portion is arranged for being provided between the buttocks of said male, wherein said hygiene article further comprises at least one weakening line (140, 150) arranged for allowing an adjustment of the length of said hygiene article, and an adhesive material for adhering said hygiene article to the crotch of said male, and wherein a third weakening line extends from the base of the V-shape of said first absorbing portion and along at least a part of said second absorbing portion, said third weakening line being arranged for allowing an adjustment of the size of said first absorbing portion by tearing apart said at least a part of said second absorbing portion along said third weakening line.
A method for applying an antibiotic coating to a surface of a medical device, the method comprising: a) admixing at least one antibiotic in a fast-evaporating or medium-evaporating organic solvent, wherein the fast-evaporating organic solvent has a vaporization rate under ambient conditions greater than 3.0 and the medium-evaporating organic solvent has a vaporization rate under ambient conditions of between 0.8 and 3.0 inclusive, based on an n-butyl acetate standard = 1, and applying energy to the admixture to provide a saturated or supersaturated solution, wherein applying energy comprises bath or probe sonicating at an ultrasonic frequency; and b) coating the surface of the medical device with at least one application of the solution, each application followed directly by a solvent evaporation period to provide the antibiotic coating, wherein the antibiotic coating comprises: (i) a stable liquid crystalline mesophase material of the antibiotic in solvent; (ii) a stable liquid crystalline mesophase material of the solvent in the antibiotic; or (iii) an antibiotic molecular crystal film. a) admixing at least one antibiotic in a fast-evaporating or medium-evaporating organic solvent, wherein the fast-evaporating organic solvent has a vaporization rate under ambient conditions greater than 3.0 and the medium-evaporating organic solvent has a vaporization rate under ambient conditions of between 0.8 and 3.0 inclusive, based on an n-butyl acetate standard = 1, and applying energy to the admixture to provide a saturated or supersaturated solution, wherein applying energy comprises bath or probe sonicating at an ultrasonic frequency; and b) coating the surface of the medical device with at least one application of the solution, each application followed directly by a solvent evaporation period to provide the antibiotic coating, (i) a stable liquid crystalline mesophase material of the antibiotic in solvent; (ii) a stable liquid crystalline mesophase material of the solvent in the antibiotic; or (iii) an antibiotic molecular crystal film.
Intramedullary bone fracture fixation device configured for placement between opposing pieces of a bone at a fracture location of the bone, the device comprising a first bone engagement member formed as a rod configured for intramedullary implantation that includes a first connector end; a second bone engagement member formed as a rod configured for intramedullary implantation that includes a second connector end; and a coupling member configured for implantation inside the bone at the fracture location and that connects with the first and second connector ends, thereby coupling the first and second bone engagement members together at any of a number of angular relationships to each other, characterized in that first bone engagement member further includes a first cortical bone engagement end with a first tip opposite the first connector end; the second bone engagement member further includes a second cortical bone engagement end with a second tip opposite the second connector end; the bone engagement end of either or both of the bone engagement members (15, 16) includes a physical impediment to prevent over-penetration of either or both of the first and second tips at the bone engagement end into bone; and when the device is in place the first and second bone engagement members (15, 16) are configured to extend from the coupling member through medullary or trabecular portions of respective opposing pieces of the bone and then to penetrate cortical portions of the respective opposing pieces of the bone with the first and second tips, without over-penetration of either or both the first and second tips to prevent articular protrusion.
A high water oral care composition comprising an orally acceptable carrier, zinc phosphate, sodium fluoride, stannous pyrophosphate and an organic acid buffer system.