mhurhangee/ep-ind-claims huggingface dataset:
An absorbent article comprising: a main body including a liquid-pervious topsheet, a liquid-impervious backsheet, and an adsorbent member arranged between the topsheet and the backsheet; and a hip hold portion; wherein the main body has a shape with a prescribed length in a front-back direction and a prescribed width in a direction orthogonal to the front-back direction; wherein the hip hold portion includes a side region protruding from a backward side portion of the main body, the side region including a first protrusion including a portion with a greatest width from a front-back direction centerline, a first recess that is in front of and adjacent to the first protrusion, and a second protrusion that is in front of and adjacent to the first recess; and wherein an outline of the first recess includes a curved line, and a plurality of rigid portions with enhanced rigidity is provided on a first imaginary line passing through a bottom point of the first recess and a center of a circle of curvature of a curve at the bottom point of the first recess, the rigid portion being an embossed portion, and wherein an area of a rigid portion closer to the centerline is arranged to be smaller than an area of a rigid portion farther away from the centerline. a main body including a liquid-pervious topsheet, a liquid-impervious backsheet, and an adsorbent member arranged between the topsheet and the backsheet; and a hip hold portion; wherein the main body has a shape with a prescribed length in a front-back direction and a prescribed width in a direction orthogonal to the front-back direction; wherein the hip hold portion includes a side region protruding from a backward side portion of the main body, the side region including a first protrusion including a portion with a greatest width from a front-back direction centerline, a first recess that is in front of and adjacent to the first protrusion, and a second protrusion that is in front of and adjacent to the first recess; and wherein an outline of the first recess includes a curved line, and a plurality of rigid portions with enhanced rigidity is provided on a first imaginary line passing through a bottom point of the first recess and a center of a circle of curvature of a curve at the bottom point of the first recess, the rigid portion being an embossed portion, and wherein an area of a rigid portion closer to the centerline is arranged to be smaller than an area of a rigid portion farther away from the centerline.
A notification system which notifies a state of a lifting magnet attached to a magnet working machine and having an attraction quantity changing in accordance with an electric supply, the notification system comprising: a notifier which notifies an operator of the state of the lifting magnet; a detector which detects at least one of a voltage, an electric current, and an electric power supplied for exciting the lifting magnet; a determination part which determines, based on detection data from the detector, whether the attraction quantity of the lifting magnet reaches a maximum attraction quantity after excitation of the lifting magnet is started; and a notification control part which causes the notifier to notify that the attraction quantity reaches the maximum attraction quantity when the determination part determines that the attraction quantity reaches the maximum attraction quantity, wherein the determination part performs, based on the detection data, calculations of the attraction quantity one after another, after the excitation is started, and the notification control part causes the notifier to notify a current attraction quantity obtained in each of the calculations performed by the determination part one after another. a notifier which notifies an operator of the state of the lifting magnet; a detector which detects at least one of a voltage, an electric current, and an electric power supplied for exciting the lifting magnet; a determination part which determines, based on detection data from the detector, whether the attraction quantity of the lifting magnet reaches a maximum attraction quantity after excitation of the lifting magnet is started; and a notification control part which causes the notifier to notify that the attraction quantity reaches the maximum attraction quantity when the determination part determines that the attraction quantity reaches the maximum attraction quantity, wherein the determination part performs, based on the detection data, calculations of the attraction quantity one after another, after the excitation is started, and the notification control part causes the notifier to notify a current attraction quantity obtained in each of the calculations performed by the determination part one after another.
A solid state lighting device, comprising: a first semiconductor material; a second semiconductor material spaced apart from the first semiconductor material; an active region between the first and second semiconductor materials; an indentation in the first semiconductor material, the active region, and the second semiconductor material; an insulating material in the indentation covering the second semiconductor material and the active region and exposing a portion of the first semiconductor; and a conductive material in the indentation and adjacent the insulating material, the conductive material being in direct contact with the first semiconductor material, characterized in that the indentation has a triangular cross section with a first sidewall and a second sidewall extending into the first semiconductor material from a surface of the second semiconductor material, and in that the insulating material includes a first insulating portion substantially covering the first sidewall and a second portion partially covering the second sidewall. a first semiconductor material; a second semiconductor material spaced apart from the first semiconductor material; an active region between the first and second semiconductor materials; an indentation in the first semiconductor material, the active region, and the second semiconductor material; an insulating material in the indentation covering the second semiconductor material and the active region and exposing a portion of the first semiconductor; and a conductive material in the indentation and adjacent the insulating material, the conductive material being in direct contact with the first semiconductor material, characterized in that the indentation has a triangular cross section with a first sidewall and a second sidewall extending into the first semiconductor material from a surface of the second semiconductor material, and in that the insulating material includes a first insulating portion substantially covering the first sidewall and a second portion partially covering the second sidewall.
A three-dimensional printer, comprising: a tool configured to extrude a material onto a surface to produce a 3D object; a first movement device (122A,122B) configured to move the tool in a first direction in a horizontal plane that is substantially parallel with the surface, so as to exert a friction force on the tool in the horizontal plane in a direction which is opposite to the first direction; a first sensor (124A,124B) configured to measure a first electrical parameter of the first movement device as the first movement device moves the tool in the first direction and as the material is extruded onto the surface to produce the 3D object, the friction force being directly related to the first electrical parameter; and a controller configured to vary a distance between the tool and the surface in response to a comparison of the first electrical parameter and a first electrical parameter threshold of the first movement device. a tool configured to extrude a material onto a surface to produce a 3D object; a first movement device (122A,122B) configured to move the tool in a first direction in a horizontal plane that is substantially parallel with the surface, so as to exert a friction force on the tool in the horizontal plane in a direction which is opposite to the first direction; a first sensor (124A,124B) configured to measure a first electrical parameter of the first movement device as the first movement device moves the tool in the first direction and as the material is extruded onto the surface to produce the 3D object, the friction force being directly related to the first electrical parameter; and a controller configured to vary a distance between the tool and the surface in response to a comparison of the first electrical parameter and a first electrical parameter threshold of the first movement device.
A composition for therapeutic use in prevention of muscle loss, inhibition of muscle fibrosis, promotion of muscle regeneration or differentiation, improvement of exercise performance or the treatment of sarcopenia, muscle fibrosis, or muscular atrophy, in a mammalian cell, the composition comprising farnesol, a pharmaceutically acceptable salt thereof, or a solvate thereof as an active ingredient.
Method for measuring an air/fuel ratio λ of a gas mixture in at least one gas space by means of at least one sensor element which has at least a first electrode, at least a second electrode and at least a solid electrolyte connecting the first and the second electrodes (120, 122), wherein the gas mixture from the gas space can be applied to the first electrode, and wherein the second electrode is connected to at least one reference gas space which is separate from the gas space, characterized in that in an offset state a pumping voltage which is higher than 700mV is applied to the sensor element, wherein a pumping current which flows between the first electrode and the second electrode is measured, and wherein the air/fuel ratio λ is determined from the pumping current.
An aerosol-generating device comprising: a housing comprising: a first housing portion defining a cavity for receiving an aerosol-forming substrate and an opening at an end of the cavity; and a second housing portion, wherein the second housing portion is configured for removable attachment to the first housing portion; and a closure member connected to the second housing portion, wherein the closure member is moveable with respect to the second housing portion between a closed position in which the closure member at least partially covers the opening when the second housing portion is attached to the first housing portion and an open position in which the opening is uncovered when the second housing portion is attached to the first housing portion. a housing comprising: a first housing portion defining a cavity for receiving an aerosol-forming substrate and an opening at an end of the cavity; and a second housing portion, wherein the second housing portion is configured for removable attachment to the first housing portion; and a first housing portion defining a cavity for receiving an aerosol-forming substrate and an opening at an end of the cavity; and a second housing portion, wherein the second housing portion is configured for removable attachment to the first housing portion; and a closure member connected to the second housing portion, wherein the closure member is moveable with respect to the second housing portion between a closed position in which the closure member at least partially covers the opening when the second housing portion is attached to the first housing portion and an open position in which the opening is uncovered when the second housing portion is attached to the first housing portion.
A computer-implemented method for determining an end of life of a continuous analyte sensor, comprising: evaluating a plurality of risk factors associated with end of life symptoms of a sensor, wherein the evaluating a plurality of risk factors comprises translating outputs of the plurality of risk factor evaluations to end of life risk factor values, and wherein translating an output of end of life risk factor values comprises determining a likelihood of recovery; determining an end of life status of the sensor based on the evaluation of the plurality of risk factors; and providing an output related to the end of life status of the sensor, wherein the plurality of risk factors comprise at least two risk factors selected from the group consisting of a number of days the sensor has been in use, a rate of change of sensor sensitivity, end of life noise, oxygen concentration, glucose patterns, error between reference values, and sensor values in clinical units. evaluating a plurality of risk factors associated with end of life symptoms of a sensor, wherein the evaluating a plurality of risk factors comprises translating outputs of the plurality of risk factor evaluations to end of life risk factor values, and wherein translating an output of end of life risk factor values comprises determining a likelihood of recovery; wherein the evaluating a plurality of risk factors comprises translating outputs of the plurality of risk factor evaluations to end of life risk factor values, and wherein translating an output of end of life risk factor values comprises determining a likelihood of recovery; determining an end of life status of the sensor based on the evaluation of the plurality of risk factors; and providing an output related to the end of life status of the sensor, wherein the plurality of risk factors comprise at least two risk factors selected from the group consisting of a number of days the sensor has been in use, a rate of change of sensor sensitivity, end of life noise, oxygen concentration, glucose patterns, error between reference values, and sensor values in clinical units.
A method of modifying a non-damaged surface of a glass-ceramic article, the method consisting of: a) providing a glass-ceramic article having a non-damaged surface and an initial gloss value; b) applying a chemical etching solution to the non-damaged surface of the glass-ceramic article for an etching time of 5 s to 8 min, wherein the chemical etching solution is formed by mixing hydrofluoric acid and an inorganic fluoride salt, the concentration of hydrofluoric acid being from 1% to 6% by weight of the etching solution and the concentration of the inorganic fluoride salt being 1 to 30% by weight of the etching solution, wherein the chemical etching solution modifies the non-damaged surface such that from 0.01 μm to 20 μm of a depth of the glass-ceramic article is removed, and wherein the chemical etching solution modifies the non-damaged surface of the glass-ceramic article to form a roughened surface having a reduced gloss value and a target roughness value; and c) removing the chemical etching solution from the roughened surface. a) providing a glass-ceramic article having a non-damaged surface and an initial gloss value; b) applying a chemical etching solution to the non-damaged surface of the glass-ceramic article for an etching time of 5 s to 8 min, wherein the chemical etching solution is formed by mixing hydrofluoric acid and an inorganic fluoride salt, the concentration of hydrofluoric acid being from 1% to 6% by weight of the etching solution and the concentration of the inorganic fluoride salt being 1 to 30% by weight of the etching solution, wherein the chemical etching solution modifies the non-damaged surface such that from 0.01 μm to 20 μm of a depth of the glass-ceramic article is removed, and wherein the chemical etching solution modifies the non-damaged surface of the glass-ceramic article to form a roughened surface having a reduced gloss value and a target roughness value; and c) removing the chemical etching solution from the roughened surface.
A power distribution system, comprising: a solid state power controller (SSPC) including: a microcontroller having at least one voltage sense input, wherein, when the SSPC is in an ON state, the microcontroller is configured to selectively keep on a current through the SSPC in response to a SSPC common mode voltage to ground meeting or exceeding a pre-determined common mode threshold, wherein, when the SSPC is in an OFF state, the microcontroller is configured to selectively allow a current through the SSPC in response to a SSPC differential voltage meeting or exceeding a pre-determined differential threshold.
An electronic vapour provision system having a longitudinal axis and comprising: a control unit and at least one cartridge configured to engage with and disengage from the control unit substantially along said longitudinal axis, the at least one cartridge including a reservoir of liquid to be vaporised; and an induction heating assembly comprising at least one drive coil and a plurality of heater elements (655A, 655B), wherein the heaters elements are located in the at least one cartridge for vaporising said liquid, the at least one cartridge being configured to feed liquid from the reservoir onto the heater elements for vaporisation into an airflow caused by user inhalation, the at least one cartridge being located, when engaged with the control unit, such that the heater elements are within the at least one drive coil, and wherein the electronic vapour provision system is configured to support selective energisation of different heater elements from the plurality of heater elements. a control unit and at least one cartridge configured to engage with and disengage from the control unit substantially along said longitudinal axis, the at least one cartridge including a reservoir of liquid to be vaporised; and an induction heating assembly comprising at least one drive coil and a plurality of heater elements (655A, 655B), wherein the heaters elements are located in the at least one cartridge for vaporising said liquid, the at least one cartridge being configured to feed liquid from the reservoir onto the heater elements for vaporisation into an airflow caused by user inhalation, the at least one cartridge being located, when engaged with the control unit, such that the heater elements are within the at least one drive coil, and wherein the electronic vapour provision system is configured to support selective energisation of different heater elements from the plurality of heater elements.
Activation module with a device for coating a surface area of a workpiece with a coating material, wherein the coating material can be activated by a heated gas, comprising a fan and a heating unit for heating the gas, as well as a contact pressure device which is configured to press an area of the coating material activated by the heated gas against at least one partial area of the surface area which is to be coated, wherein a hot gas channel which is in fluid-conveying connection with the fan is provided in the region of the contact pressure device, the hot gas channel having an outlet region for the heated gas and designed to let the heated gas flow directly to the area of the coating material which is to be activated, wherein the heating unit is arranged in at least some sections inside the hot gas channel and the outlet region is arranged at the end of the hot gas channel, wherein the heating unit extends inside the hot gas channel up to its outlet region, wherein the hot gas channel is divided into at least two channels (25, 26) by means of a partition wall which is arranged in the hot gas channel, characterised in that the hot gas channel has a closure means which is designed to close the at least two channels (25, 26) off from the fan either separately from one another or together with one another, and that each of the channels (25, 26) of the hot gas channel has its own heating unit, wherein the at least two heating units are to be operated either separately from one another or together with one another, and each have a plurality of heating elements and the heating elements can be controlled and/or regulated, in particular separately from one another, in order to set a predetermined temperature or temperature distribution.
A printed circuit board comprising a cured product of the prepreg and a circuit board, wherein the prepreg comprises two or more fiber substrate layers and one or more resin composition layers, at least one of the one or more resin composition layers has a fiber substrate layer on each of both surfaces thereof, when a thickness of the resin composition layer having a fiber substrate layer on each of both surfaces thereof is defined as T A, and a thickness of a fiber substrate layer having a smaller thickness among the fiber substrate layers on both surfaces of the resin composition layer is defined as T B, a ratio [T A /T B] of T A and T B is from 0.25 to 5, and the circuit board has a conductor circuit layer having a thickness of 60 μm or more, and the conductor circuit layer is in a state of being embedded by the cured product of the prepreg.
Pipe compensator for connecting two pipe ends, preferably in a beverage filling plant, comprising a first connecting portion, a second connecting portion and a bellows situated between the first connecting portion and the second connecting portion, wherein the bellows is designed to be drainable, in that the folds of the bellows are filled with material reinforcements in the region of a pipe base, in order to form a flat pipe base, and/or the folds of the bellows are filled in the region of a pipe roof with material reinforcements in order to form a pipe roof, wherein the pipe roof is preferably formed to be situated opposite to the pipe base, characterised in that the longitudinal axis of the connection portions (20, 22) is spaced from the longitudinal axis of the bellows.
A steering arrangement (20, 120, 220) including a first hydraulic pressure chamber, a second hydraulic pressure chamber, a third hydraulic pressure chamber and a fourth hydraulic pressure chamber, the first and third pressure chambers (31, 33) being selectively operable to steer in a first direction and the second and fourth pressure chambers (32, 34) being selectively operable to steer in a second direction, a pump system for supplying pressurised fluid to a steering system, the steering system being operable to supply the pressurised fluid to one or more of the first, second, third and fourth hydraulic pressure chambers, the steering system having a primary mode wherein pressurised fluid is simultaneously supplied to the first and third hydraulic pressure chambers (31, 33) to steer in the first direction or wherein pressurised fluid is simultaneously supplied to the second and fourth hydraulic pressure chambers (32, 34) to steer in the second direction, characterised in that the steering system having a secondary mode wherein pressurised fluid is supplied by an automatic steering system to one of the first and third hydraulic pressure chambers (31, 33) to steer in the first direction or wherein pressurised fluid is supplied by an automatic steering system to one of the second and fourth hydraulic pressure chambers (32, 34) to steer in the second direction.
An apparatus configured to control the temperature of uranium material in a uranium material storage container, comprising: a thermal guide which is configured to be wrapped around an external surface of the uranium material storage container to cause a heat transfer medium inside the thermal guide to exchange heat energy with the uranium material storage container, wherein the thermal guide is configured to be releasable from the uranium material storage container; and a heat exchanger to heat or cool the heat transfer medium outside the thermal guide. a thermal guide which is configured to be wrapped around an external surface of the uranium material storage container to cause a heat transfer medium inside the thermal guide to exchange heat energy with the uranium material storage container, wherein the thermal guide is configured to be releasable from the uranium material storage container; and a heat exchanger to heat or cool the heat transfer medium outside the thermal guide.