mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting a fault in a leakage inspector (700, 710) that measures a change in air pressure inside a device in a state in which the air pressure inside the device is made higher than air pressure outside the device and checks whether or not the device has a leak according to the change in air pressure inside the device, characterized in that the method comprises a calibration step and an inspection step, the calibration step comprising: a step of applying pressure to an inside of a first device serving as a reference device; a step of sealing air inside the first device; and a step of measuring a pressure change B1 inside the first device, caused between an end point of the step of sealing the air inside the first device and a point that is elapsed a predetermined period of time from the end point, and of storing the pressure change B1 in a storage section; and the inspection step comprising: a step of applying pressure to an inside of a second device to be checked for a leak; a step of sealing air inside the second device; a step of measuring a pressure change B1' inside the second device, caused between an end point of the step of sealing the air inside the second device and a point that is further elapsed the predetermined period of time from the end point, and of storing the pressure change B1' in the storage section; and a step of deciding that the leakage inspector malfunctions when the pressure changes B1 and B1' have a relationship γ·B1 + δ > B1, where γ and δ are constants. a step of applying pressure to an inside of a first device serving as a reference device; a step of sealing air inside the first device; and a step of measuring a pressure change B1 inside the first device, caused between an end point of the step of sealing the air inside the first device and a point that is elapsed a predetermined period of time from the end point, and of storing the pressure change B1 in a storage section; and a step of applying pressure to an inside of a second device to be checked for a leak; a step of sealing air inside the second device; a step of measuring a pressure change B1' inside the second device, caused between an end point of the step of sealing the air inside the second device and a point that is further elapsed the predetermined period of time from the end point, and of storing the pressure change B1' in the storage section; and a step of deciding that the leakage inspector malfunctions when the pressure changes B1 and B1' have a relationship γ·B1 + δ > B1, where γ and δ are constants.
A wireless signal transceiver device, adapted to be connected to an antenna, comprises an RF transceiver, electrically connected to the antenna and being operated in a first operation mode or a first sleeping mode, wherein the RF transceiver is adapted to perform signal conversion between RF wireless signals and electric signals in the first operation mode, and the RF transceiver stops performing the signal conversion between the RF wireless signals and the electric signals in the first sleeping mode; a microcontroller, electrically connected to the RF transceiver and adapted to receive the electric signals from the RF transceiver or to send the electric signals to the RF transceiver, wherein the microcontroller is adapted to control the RF transceiver to change from the first sleeping mode to the first operation mode according to a wake-up signal included in the received electric signals; and a wake-up module, electrically connected to the antenna and the microcontroller and adapted to receive the RF wireless signal which includes a trigger signal via the antenna, wherein the wake-up module is configured to convert the trigger signal into the wake-up signal and to send said wake-up signal to the microcontroller; wherein the wake-up module has a power consumption which is smaller than those of the RF transceiver and the microcontroller; wherein the wake-up signal includes a pulse with a voltage variation of a high-voltage level, a low-voltage level, and a high-voltage level in a timing-sequence; the microcontroller is adapted to control the RF transceiver to change from the first sleeping mode to the first operation mode when the microcontroller is at the low-voltage level; wherein the microcontroller is operated in a second operation mode or a second sleeping mode; in the second sleeping mode, the microcontroller is adapted to receive the wake-up signal and to change to the second operation mode after receiving the wake-up signal; in the second operation mode, the microcontroller is adapted to control the RF transceiver to change from the first sleeping mode to the first operation mode, and is adapted to receive the electric signals transmitted from the RF transceiver or to send the electric signals to the RF transceiver; wherein the microcontroller is waked up with an inverted pulse; that is, when the pulse is at a high voltage, the microcontroller remains in the second sleeping mode; when the pulse is inverted to a low voltage for a period of time, the microcontroller switches to the second operation mode.
An articulated arm system, comprising: an articulated arm (22, 24, 26, 28, 30) including an end effector (3, 7); and an articulated arm control system including: at least one sensor (1, 4, 5, 6) proximate the end effector for sensing at least one of a position, a movement, and an acceleration of the articulated arm; a main controller configured to automatically provide computational control of the articulated arm; and characterized by an on-board controller mounted on the articulated arm proximate the end effector and coupled to the at least one sensor, wherein the on-board controller is configured to poll the at least one sensor and automatically provide, responsive to output of the at least one sensor, an interrupt signal to the main controller to cause a predefined response to the output of the at least one sensor. an articulated arm (22, 24, 26, 28, 30) including an end effector (3, 7); and an articulated arm control system including: at least one sensor (1, 4, 5, 6) proximate the end effector for sensing at least one of a position, a movement, and an acceleration of the articulated arm; a main controller configured to automatically provide computational control of the articulated arm; and characterized by an on-board controller mounted on the articulated arm proximate the end effector and coupled to the at least one sensor, wherein the on-board controller is configured to poll the at least one sensor and automatically provide, responsive to output of the at least one sensor, an interrupt signal to the main controller to cause a predefined response to the output of the at least one sensor. at least one sensor (1, 4, 5, 6) proximate the end effector for sensing at least one of a position, a movement, and an acceleration of the articulated arm; a main controller configured to automatically provide computational control of the articulated arm; and characterized by an on-board controller mounted on the articulated arm proximate the end effector and coupled to the at least one sensor, wherein the on-board controller is configured to poll the at least one sensor and automatically provide, responsive to output of the at least one sensor, an interrupt signal to the main controller to cause a predefined response to the output of the at least one sensor.
A method of fabricating alternating N-type and P-type emitter regions of a solar cell, the method comprising: forming a silicon layer (106, 306, 706) above a substrate (102, 302, 702); implanting, through a first shadow mask, dopant impurity atoms of a first conductivity type in the silicon layer (106, 306, 706) to form first implanted regions (108, 310, 708) and resulting in non-implanted regions (112, 312, 709) of the silicon layer (106, 306, 706); implanting, through a second shadow mask, dopant impurity atoms of a second, opposite, conductivity type in portions of the non-implanted regions (112, 312, 709) of the silicon layer (106, 306, 706) to form second implanted regions (110, 318, 710) and resulting in remaining non-implanted regions (112, 312, 712) of the silicon layer (106, 306, 706); removing the remaining non-implanted regions (112, 312, 709, 712) of the silicon layer (106, 306, 706) with a selective etch process preserving the first implanted regions (108, 310, 708) and the second implanted regions (110, 318, 710) of the silicon layer (106, 306, 706); and annealing the first implanted regions (108, 310, 708) and the second implanted regions (110, 318, 710) of the silicon layer (106, 306, 706) to form doped polycrystalline silicon emitter regions (116, 118, 716, 718). forming a silicon layer (106, 306, 706) above a substrate (102, 302, 702); implanting, through a first shadow mask, dopant impurity atoms of a first conductivity type in the silicon layer (106, 306, 706) to form first implanted regions (108, 310, 708) and resulting in non-implanted regions (112, 312, 709) of the silicon layer (106, 306, 706); implanting, through a second shadow mask, dopant impurity atoms of a second, opposite, conductivity type in portions of the non-implanted regions (112, 312, 709) of the silicon layer (106, 306, 706) to form second implanted regions (110, 318, 710) and resulting in remaining non-implanted regions (112, 312, 712) of the silicon layer (106, 306, 706); removing the remaining non-implanted regions (112, 312, 709, 712) of the silicon layer (106, 306, 706) with a selective etch process preserving the first implanted regions (108, 310, 708) and the second implanted regions (110, 318, 710) of the silicon layer (106, 306, 706); and annealing the first implanted regions (108, 310, 708) and the second implanted regions (110, 318, 710) of the silicon layer (106, 306, 706) to form doped polycrystalline silicon emitter regions (116, 118, 716, 718).
An alkaline water-based composition containing a) water glass having a molar ratio of SiO 2 to M 2 O of at least 3: 2, but no more than 7: 1, wherein M is selected from alkali metals and/or quaternary ammonium compounds; b) one or more organosilanes which each comprise at least one hydrolyzable substituent that, during hydrolysis, is split off as an alcohol that has a boiling point below 100 °C at an atmospheric pressure of 100 kPa (1 bar), and which carry on each silicon atom one to three non-hydrolyzable substituents that comprise at least one primary amino group, wherein the total number of substituents on the respective silicon atoms of the organosilanes is four, wherein the molar ratio of primary amino groups of the organosilanes to the total number of silicon atoms from water glass and organosilanes each having at least one hydrolyzable substituent is at least 0.14, but no more than 0.3. a) water glass having a molar ratio of SiO 2 to M 2 O of at least 3: 2, but no more than 7: 1, wherein M is selected from alkali metals and/or quaternary ammonium compounds; b) one or more organosilanes which each comprise at least one hydrolyzable substituent that, during hydrolysis, is split off as an alcohol that has a boiling point below 100 °C at an atmospheric pressure of 100 kPa (1 bar), and which carry on each silicon atom one to three non-hydrolyzable substituents that comprise at least one primary amino group, wherein the total number of substituents on the respective silicon atoms of the organosilanes is four,
An aluminum nitride powder characterized in that it has local maximum values in size in regions of from 3 to 15 μm, from 0.5 to 1.5 μm and 0.3 μm or less, the proportions of particles in the respective regions are from 40 to 70%, from 25 to 40% and from 0.5 to 20% on the volume basis, and it has an oxygen amount of from 0.5 to 1.5 mass%, wherein the local maximum values are determined by the frequency of a volume distribution.
A medical device system (200, 310) comprising: an expandable medical device (100, 300, 600) including a first end portion (114, 308, 604), a second end portion (116, 306, 606), and an intermediate portion (118, 318, 608) therebetween, the intermediate portion (118, 318, 608) having a radially expansive force greater than a radially expansive force of at least one of the first end portion (114, 308, 604) and the second end portion (116, 306, 606); a first constraining mechanism (204, 302) configured to releasably constrain the expandable medical device (100, 300, 600); and a second constraining mechanism (304, 602) arranged between the expandable medical device (100, 300, 600) and the first constraining mechanism (204, 302) and configured to lessen expansion of the intermediate portion (118, 318, 608) of the expandable medical device (100, 300, 600) in response to release of the first constraining mechanism (204, 302). an expandable medical device (100, 300, 600) including a first end portion (114, 308, 604), a second end portion (116, 306, 606), and an intermediate portion (118, 318, 608) therebetween, the intermediate portion (118, 318, 608) having a radially expansive force greater than a radially expansive force of at least one of the first end portion (114, 308, 604) and the second end portion (116, 306, 606); a first constraining mechanism (204, 302) configured to releasably constrain the expandable medical device (100, 300, 600); and a second constraining mechanism (304, 602) arranged between the expandable medical device (100, 300, 600) and the first constraining mechanism (204, 302) and configured to lessen expansion of the intermediate portion (118, 318, 608) of the expandable medical device (100, 300, 600) in response to release of the first constraining mechanism (204, 302).
Method for visual tracking of at least one object represented by a cluster of points with which information is associated, including steps to: - receive data representing a set of space-time events, - determine the probability that an event in the set belongs to the cluster of points representing the at least one object, for each event in the received set, - determine whether or not an event belongs to the cluster of points as a function of the determined probability for the event considered, for each event in the received set, - update information associated with the cluster of points for at least one object, for each event for which it was determined in the previous step that it belongs to the cluster of points, characterised in that The step of updating includes the updating of the position of the at least one object as a function of the position at the previous time of the at least one object and the event determined at the previous step as belonging to the cluster of points representing the at least one object, and in that it further includes the step to - calculate the size and orientation of the at least one object as a function of the updated information. - receive data representing a set of space-time events, - determine the probability that an event in the set belongs to the cluster of points representing the at least one object, for each event in the received set, - determine whether or not an event belongs to the cluster of points as a function of the determined probability for the event considered, for each event in the received set, - update information associated with the cluster of points for at least one object, for each event for which it was determined in the previous step that it belongs to the cluster of points, characterised in that - calculate the size and orientation of the at least one object as a function of the updated information.
Direct plug-in element for plugging onto a carrier plate, in particular onto a printed circuit board, comprising - a plug housing with a first opening in a base region of the plug housing and a second opening, and - a direct contact having - a contact lamella with a contact section and a bearing section, and - a direct contact housing, wherein the second opening in the plug housing is directed in a longitudinal direction of the direct contact, wherein the contact lamella is arranged in the direct contact housing in such a way that the bearing section projects out of the direct contact housing in a longitudinal direction of the direct contact or is arranged in the direct contact housing close to the second opening in the plug housing, which second opening is directed in the longitudinal direction, characterized in that, in a non-contact-making state, the contact section of the contact lamella is arranged entirely in the direct contact housing, and in that, in a contact-making state, the bearing section of the contact lamella is pressed against a bearing face (23, 41) such that the contact section undergoes deformation in such a way that the contact section is pushed through the first opening to the outside of the direct contact. - a plug housing with a first opening in a base region of the plug housing and a second opening, and - a direct contact having - a contact lamella with a contact section and a bearing section, and - a direct contact housing, - a direct contact housing,
A skin cream for treating and/or preventing a skin defect, comprising a conditioned medium or extract or concentrate thereof, from cultured substantially homogenous foreskin derived fibroblast cells, wherein said conditioned medium is generated by incubating a nutrient medium with said cells in two-dimensional culture under conditions adapted to promote secretion of at least one growth factor into the nutrient medium, wherein said at least one growth factor is present in said conditioned medium or extract or concentrate thereof in an amount sufficient to treat or prevent the skin defect, and wherein said cells are transformed with SV40 Large T Antigen.
Device for providing a tubular foil, comprising a frame with a position for an active product holder from which the tubular foil can be removed and at least one further position (P1,P2,P3,P5) for at least one subsequent product holder with a subsequent tubular foil, comprising coupling means for attaching a leading end of the subsequent tubular foil to a tail end of a spent tubular foil, wherein the coupling means comprise a carriage onto which the tail end can be fixed, and wherein the carriage is controllable so as to bring the tail end of the spent tubular foil and the leading end of the subsequent tubular foil together, wherein the carriage comprises a drivable applicator device with opposite applicator members with mutually facing operative surfaces, and wherein the applicator members can be manipulated between a spread position, wherein the operative surfaces lie removed from each other, and a clamping position wherein the operative surfaces lie clampingly on each other, the device being characterized in that the applicator device comprises supply means for providing adhesive strips on the operative surfaces of the applicator members in the spread position, and that the applicator device can be controlled to bring the applicator members with the adhesive strips thereon into the clamping position, with interposing of the tail end of the spent tube and the leading end of the subsequent tube, in order to mutually connect the ends between the adhesive strips, and to bring the applicator members into the spread position in order to release the adhesive strips and the ends mutually connected thereby.
A channel state information, CSI, transmission method of a terminal, the method comprising: receiving configuration information associated with a reporting period from a base station, receiving a first CSI reference signal, CSI-RS, and a second CSI-RS; transmitting a CSI indicator at a first timing, wherein the CSI indicator indicates one CSI-RS among the first CSI-RS and the second CSI-RS; and reporting (1740, 1750) a channel quality indicator, CQI, at a second timing based on the configuration information, the CQI being generated based on the one CSI-RS indicated by the transmitted CSI indicator, wherein a reporting period of the CSI indicator is an integer multiple of at least one among a reporting period of the CQI, and a reporting period of a precoding matrix indicator, PMI. receiving configuration information associated with a reporting period from a base station, receiving a first CSI reference signal, CSI-RS, and a second CSI-RS; transmitting a CSI indicator at a first timing, wherein the CSI indicator indicates one CSI-RS among the first CSI-RS and the second CSI-RS; and reporting (1740, 1750) a channel quality indicator, CQI, at a second timing based on the configuration information, the CQI being generated based on the one CSI-RS indicated by the transmitted CSI indicator, wherein a reporting period of the CSI indicator is an integer multiple of at least one among a reporting period of the CQI, and a reporting period of a precoding matrix indicator, PMI.
A flow generator (x 10) for generating a flow of breathable air to be delivered to a patient for treatment of sleep disordered breathing, the flow generator comprising: a housing including an inlet chamber having an air flow inlet configured to allow air to enter the housing and an air flow outlet of the housing; and a blower provided within the housing and structured to generate a flow of pressurized breathable air, wherein the housing provides an air flow path from the air flow inlet into the inlet chamber towards a blower inlet of the blower, and wherein the inlet air flow path comprises a semi-tortuous path to reduce noise, characterized by the flow generator further comprising an air filter cartridge provided to the air flow inlet to filter air drawn into the housing by the blower, the air filter cartridge including a cartridge body and a filter media supported by the cartridge body, wherein the cartridge body includes an arcuate-shaped air directing wall that provides a generally concave surface arranged to direct air flow away from the blower inlet of the blower. a housing including an inlet chamber having an air flow inlet configured to allow air to enter the housing and an air flow outlet of the housing; and a blower provided within the housing and structured to generate a flow of pressurized breathable air, wherein the housing provides an air flow path from the air flow inlet into the inlet chamber towards a blower inlet of the blower, and wherein the inlet air flow path comprises a semi-tortuous path to reduce noise, characterized by the flow generator further comprising an air filter cartridge provided to the air flow inlet to filter air drawn into the housing by the blower, the air filter cartridge including a cartridge body and a filter media supported by the cartridge body, wherein the cartridge body includes an arcuate-shaped air directing wall that provides a generally concave surface arranged to direct air flow away from the blower inlet of the blower.
A method for improving the cleaning performance of a washing or cleaning agent comprising a protease, characterized in that a biosurfactant is added to the washing or cleaning agent, which biosurfactant, in conjunction with the protease, causes a synergistic cleaning performance when the agent is used, the biosurfactant being a lipopeptide.
An ink set for use in ink jet printing to a heated recording medium, the ink set comprising: a first ink composition; and a second ink composition, wherein the first ink composition and the second ink composition are water-based ink jet ink compositions that contain solid content including coloring materials and organic solvents, wherein content of the solid content in the first ink composition is greater than content of the solid content in the second ink composition by 5% by mass or greater, wherein content of the organic solvent in the second ink composition is greater than content of the organic solvent in the first ink composition by 7% by mass or greater. a first ink composition; and a second ink composition, wherein the first ink composition and the second ink composition are water-based ink jet ink compositions that contain solid content including coloring materials and organic solvents, wherein content of the solid content in the first ink composition is greater than content of the solid content in the second ink composition by 5% by mass or greater, wherein content of the organic solvent in the second ink composition is greater than content of the organic solvent in the first ink composition by 7% by mass or greater.