mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine comprising: a compressor section; a combustor section comprising a combustor; a turbine section operably coupled to the compressor section, wherein a primary flow path is defined through the compressor section, the combustor section, and the turbine section; an engine case surrounding the compressor section, the combustor section, and the turbine section; and a means for providing an active variable cooling flow through a bypass duct external to the engine case to a secondary flow cavity of the turbine section; wherein the secondary flow cavity is configured to provide cooling to reduce the temperature of components downstream of the combustor, and wherein the gas turbine engine is a two-spool turbofan gas turbine engine; and the means for providing the active variable cooling flow comprises an airflow path between an outlet of the bypass duct and the secondary flow cavity of the turbine section, the airflow path being delimited radially by an inner and an outer static structure. a compressor section; a combustor section comprising a combustor; a turbine section operably coupled to the compressor section, wherein a primary flow path is defined through the compressor section, the combustor section, and the turbine section; an engine case surrounding the compressor section, the combustor section, and the turbine section; and a means for providing an active variable cooling flow through a bypass duct external to the engine case to a secondary flow cavity of the turbine section; wherein the secondary flow cavity is configured to provide cooling to reduce the temperature of components downstream of the combustor, and wherein the gas turbine engine is a two-spool turbofan gas turbine engine; and the means for providing the active variable cooling flow comprises an airflow path between an outlet of the bypass duct and the secondary flow cavity of the turbine section, the airflow path being delimited radially by an inner and an outer static structure.
Assembly having: - a structure having a chassis, two supports and a nesting system fastened to the chassis and having a bore with an opening and of which the axis is parallel to a direction of introduction, wherein each support has a plate fastened to the chassis, - a reservoir containing an extinguishing fluid, and having two fastening tabs, two bearing tabs distinct from the fastening tabs, and a peg of which the axis is parallel to the direction of introduction, and - fastening means, characterized in that each support comprises a guide as one with the plate, and in that the reservoir is arranged so as to be able to move in translation parallel to the direction of introduction between a premounting position in which each fastening tab and each bearing tab rest on one of the plates and each guide guides the fastening tab and the bearing tab that are associated with said plate transversely with respect to the direction of introduction so as to align the peg and the opening of the bore of the nesting system, and a mounting position in which each fastening tab rests on the associated plate, the peg is introduced into the opening of the bore of the nesting system, the bearing tabs no longer rest on the plates, and the fastening means fasten each fastening tab to the associated plate. - a structure having a chassis, two supports and a nesting system fastened to the chassis and having a bore with an opening and of which the axis is parallel to a direction of introduction, wherein each support has a plate fastened to the chassis, - a reservoir containing an extinguishing fluid, and having two fastening tabs, two bearing tabs distinct from the fastening tabs, and a peg of which the axis is parallel to the direction of introduction, and - fastening means,
A light emitting device array (100, 200, 310) comprising: a first light emitting device package; a plurality of second light emitting device packages; and a substrate having a bent portion bent at one portion of the longitudinal axis so as to form an oblique inclination angle and comprising a first region where the first light emitting device package is arranged on and a second region where the plurality of second light emitting device packages are arranged on; wherein the inclination angle is between 90 ° and 160 °, wherein the first light emitting device package and the second light emitting device packages are arranged on the same common plane of the substrate, each of the first and second light emitting device packages being of the side view type and emitting light from a side surface, wherein the first light emitting device package has a first package size and the second light emitting device packages have a second package size which is smaller than the first package size, wherein the second light emitting device packages are of a plurality and, the first separation distance between the first light emitting device package and the one of the second light emitting device packages that is closest to the first light emitting device package is equal to or longer than the distance between the second light emitting device packages. a first light emitting device package; a plurality of second light emitting device packages; and a substrate having a bent portion bent at one portion of the longitudinal axis so as to form an oblique inclination angle and comprising a first region where the first light emitting device package is arranged on and a second region where the plurality of second light emitting device packages are arranged on; wherein the inclination angle is between 90 ° and 160 °, wherein the first light emitting device package and the second light emitting device packages are arranged on the same common plane of the substrate, each of the first and second light emitting device packages being of the side view type and emitting light from a side surface, wherein the first light emitting device package has a first package size and the second light emitting device packages have a second package size which is smaller than the first package size, wherein the second light emitting device packages are of a plurality and, the first separation distance between the first light emitting device package and the one of the second light emitting device packages that is closest to the first light emitting device package is equal to or longer than the distance between the second light emitting device packages.
An ultrasonic probe comprising: a plurality of ultrasonic transducer elements; a plurality of electrical pulser circuits for generating and transmitting electrical pulses to the ultrasonic transducer elements; a first microprocessor configured to control the plurality of electrical pulser circuits to interrogate a test object from various angles and sequentially relay the data associated with each one of the reflected ultrasonic acoustic waves to a single channel ultrasonic testing unit; and a first interface configured to communicate with the single channel ultrasonic testing unit in order to sequentially transmit data associated with each angle to the testing unit. a plurality of ultrasonic transducer elements; a plurality of electrical pulser circuits for generating and transmitting electrical pulses to the ultrasonic transducer elements; a first microprocessor configured to control the plurality of electrical pulser circuits to interrogate a test object from various angles and sequentially relay the data associated with each one of the reflected ultrasonic acoustic waves to a single channel ultrasonic testing unit; and a first interface configured to communicate with the single channel ultrasonic testing unit in order to sequentially transmit data associated with each angle to the testing unit.
Method for cooking food that is to be cooked with a cooking device, wherein the cooking device is equipped with a hot air heater or steam heater and a fan, that the method utilises the heat and the fan for cooking, wherein the heater and the fan are switched on in pulsed sequence during cooking, wherein the pulsed activation of the heater and the fan takes place synchronously and pulsing is begun as soon as a core temperature and/or a cooking duration reaches a value from about one third to three quarters of a target core temperature or cooking duration, and the pulsation takes place with a pause time from 2 to 5 minutes or the pulsation is regulated by a technically extended adjustment hysteraesis to at least 5%, preferably to more than 10%, particularly to about 20% of the target cooking space temperature.
A method of producing a protein using a fungus belonging to the genus Trichoderma, said method comprising culturing a fungus belonging to the genus Trichoderma whose BXL1 gene was disrupted, using a biomass containing cellulose and xylan as an inducer.
A method of determining whether a vehicle is undergoing sway, comprising: A. sensing yaw acceleration of a moving vehicle by way of a sensor and providing a yaw acceleration output; B. sensing lateral acceleration of the moving vehicle with a sensor and providing a lateral acceleration signal; C. determining whether there is a phase shift of the yaw acceleration signal relative to the lateral acceleration signal; D. calculating the magnitude of the phase shift determined in step C; and E. determining if the vehicle is undergoing sway by comparing the magnitude of the phase shift with a threshold value. A. sensing yaw acceleration of a moving vehicle by way of a sensor and providing a yaw acceleration output; B. sensing lateral acceleration of the moving vehicle with a sensor and providing a lateral acceleration signal; C. determining whether there is a phase shift of the yaw acceleration signal relative to the lateral acceleration signal; D. calculating the magnitude of the phase shift determined in step C; and E. determining if the vehicle is undergoing sway by comparing the magnitude of the phase shift with a threshold value.
A method in a terminal device in a wireless communication network, comprising: receiving, from a base station in the wireless communication network, a message including an indication of a paging extension to a paging group for the terminal device, the terminal device being associated with a first coverage class; determining, based on the message, a second coverage class of a downlink transmission from the base station to a further terminal device; and determining a target paging group for the paging extension by determining an offset from the paging group, wherein the offset is determined based on the first coverage class and the second coverage class. receiving, from a base station in the wireless communication network, a message including an indication of a paging extension to a paging group for the terminal device, the terminal device being associated with a first coverage class; determining, based on the message, a second coverage class of a downlink transmission from the base station to a further terminal device; and determining a target paging group for the paging extension by determining an offset from the paging group, wherein the offset is determined based on the first coverage class and the second coverage class.
A control method of a robot cleaner comprising: defining a plurality of cleaning regions based on a position of the robot cleaner according to a first cleaning mode; and sequentially cleaning the defined cleaning regions, charaterized in that the sequential cleaning of the defined cleaning regions comprises: performing contour travel along a contour of the cleaning region in which the robot cleaner is located to detect a reference wall; redefining the cleaning region in which the robot cleaner is located and setting a cleaning direction based on the detected reference wall; and cleaning the redefined cleaning region while traveling along a predetermined travel path, and wherein the redefined cleaning region comprises a region obtained by rotating the cleaning region in which the robot cleaner is located based on the detected reference wall or a region obtained by rotating the cleaning region in which the robot cleaner is located based on the detected reference wall and enlarging the rotated cleaning region to a predetermined level. defining a plurality of cleaning regions based on a position of the robot cleaner according to a first cleaning mode; and sequentially cleaning the defined cleaning regions, charaterized in that the sequential cleaning of the defined cleaning regions comprises: performing contour travel along a contour of the cleaning region in which the robot cleaner is located to detect a reference wall; redefining the cleaning region in which the robot cleaner is located and setting a cleaning direction based on the detected reference wall; and cleaning the redefined cleaning region while traveling along a predetermined travel path, and wherein the redefined cleaning region comprises a region obtained by rotating the cleaning region in which the robot cleaner is located based on the detected reference wall or a region obtained by rotating the cleaning region in which the robot cleaner is located based on the detected reference wall and enlarging the rotated cleaning region to a predetermined level. performing contour travel along a contour of the cleaning region in which the robot cleaner is located to detect a reference wall; redefining the cleaning region in which the robot cleaner is located and setting a cleaning direction based on the detected reference wall; and cleaning the redefined cleaning region while traveling along a predetermined travel path, and wherein the redefined cleaning region comprises a region obtained by rotating the cleaning region in which the robot cleaner is located based on the detected reference wall or a region obtained by rotating the cleaning region in which the robot cleaner is located based on the detected reference wall and enlarging the rotated cleaning region to a predetermined level.
A method of making a fluid-filled chamber and incorporating said chamber into an article of footwear, comprising: providing an outer barrier defining an interior void, the outer barrier having a first area and a second area, the first area and second area being in fluid communication; locating a first tensile structure within the interior void, the first tensile structure having a first height and including a lateral segment and a medial segment; bonding the first tensile structure to the outer barrier in the first area; locating a second tensile structure within the interior void and at least partially between the lateral segment and the medial segment, the second tensile structure having a second height that is less than the first height and being separated from the first tensile structure by a gap; bonding the second tensile structure to the outer barrier in the second area; locating the fluid-filled chamber in a midsole of the article of footwear, wherein the first tensile structure is located in a midfoot region of the article of footwear and the second tensile structure is located forward of the first tensile structure; and securing an outsole to the midsole of the article of footwear, the outsole forming at least part of a ground-contacting surface of the article of footwear. providing an outer barrier defining an interior void, the outer barrier having a first area and a second area, the first area and second area being in fluid communication; locating a first tensile structure within the interior void, the first tensile structure having a first height and including a lateral segment and a medial segment; bonding the first tensile structure to the outer barrier in the first area; locating a second tensile structure within the interior void and at least partially between the lateral segment and the medial segment, the second tensile structure having a second height that is less than the first height and being separated from the first tensile structure by a gap; bonding the second tensile structure to the outer barrier in the second area; locating the fluid-filled chamber in a midsole of the article of footwear, wherein the first tensile structure is located in a midfoot region of the article of footwear and the second tensile structure is located forward of the first tensile structure; and securing an outsole to the midsole of the article of footwear, the outsole forming at least part of a ground-contacting surface of the article of footwear.
An image sensor, comprising: a photosite including three wide photosensors and at least two narrow photosensors, characterised in that the image sensor comprises a linear array of said photosites, the linear array extending along an array direction; in that each wide photosensor extends substantially across a width of the photosensor site along the array direction, the narrow photosensors being arranged within the photosite along the array direction; in that each of the three wide photosensors is sensitive to a predetermined color; and in that each of the narrow photosensors is substantially clear with regard to the visible spectrum. a photosite including three wide photosensors and at least two narrow photosensors, characterised in that the image sensor comprises a linear array of said photosites, the linear array extending along an array direction; in that each wide photosensor extends substantially across a width of the photosensor site along the array direction, the narrow photosensors being arranged within the photosite along the array direction; in that each of the three wide photosensors is sensitive to a predetermined color; and in that each of the narrow photosensors is substantially clear with regard to the visible spectrum.
A composition comprising pentameric type A procyanidin, trimeric procyanidin and tetrameric procyanidin, optionally along with pharmaceutically acceptable excipient for use in managing diabetic foot ulcers (DFUs), pressure ulcers, venous leg ulcers and associated complication.
An instrument for laparoscopic surgery, comprising - an operating handle, - a rectilinear first shaft section connected to the operating handle, - a flexible second shaft section arranged at the distal end of the first shaft section and having an end part located at the distal tip of the second shaft section, and - a tensioning means, wherein - the second shaft section is moveable from a rectilinear extension position to a curved position in a predetermined plane of curvature with the aid of the tensioning means engaging on the end part, wherein, between the first shaft section and the end part, the second shaft section is formed by a plurality of individual segments which are moveable relative to each other in an articulated manner, wherein each individual segment has a base portion arranged thereon, wherein the base portions of the individual segments are arranged adjacent to each other while forming a joint, and wherein the instrument is configured such that in the second shaft section, the instrument has a higher lateral stability in a direction orthogonal to the plane of curvature of the second shaft section that in the direction of the plane of curvature, characterized in that a flexible connecting means extends between the first shaft section and the end part, and the flexible connecting means has a restoring function with which the flexible second shaft section can be restored automatically to a rectilinear or predetermined extension position. wherein the connecting means is fitted through the base portions of the individual segments. - an operating handle, - a rectilinear first shaft section connected to the operating handle, - a flexible second shaft section arranged at the distal end of the first shaft section and having an end part located at the distal tip of the second shaft section, and - a tensioning means, wherein - the second shaft section is moveable from a rectilinear extension position to a curved position in a predetermined plane of curvature with the aid of the tensioning means engaging on the end part,
A measurement apparatus comprising: output means for generating optical signals of, from among n+1 frequencies at a predetermined frequency interval, n frequencies except for a target frequency, and outputting the generated optical signals to an optical transmission path that is a measurement target, wherein n is an integer of 3 or larger; measurement means for measuring power of an optical signal of the target frequency output from the optical transmission path and generated in the optical transmission path as a result of four-wave-mixing of the optical signals of the n frequencies; and determination means for determining a power spectrum density of non-linear interference noise that occurs in the optical transmission path, by multiplying the power of the optical signal of the target frequency by an adjustment value. output means for generating optical signals of, from among n+1 frequencies at a predetermined frequency interval, n frequencies except for a target frequency, and outputting the generated optical signals to an optical transmission path that is a measurement target, wherein n is an integer of 3 or larger; measurement means for measuring power of an optical signal of the target frequency output from the optical transmission path and generated in the optical transmission path as a result of four-wave-mixing of the optical signals of the n frequencies; and determination means for determining a power spectrum density of non-linear interference noise that occurs in the optical transmission path, by multiplying the power of the optical signal of the target frequency by an adjustment value.
A method for inserting control data in a modulator comprising a plurality of frequency component inputs (i2a-n) and a modulator output, the method being performed in the modulator and comprising the steps of: receiving primary data subcarriers on respective frequency component inputs which are assigned for receiving primary data; receiving at least one control data subcarrier on a respective frequency component input which is not assigned to primary data; combining all frequency component inputs to one output signal; and providing the output signal on the output for transmission to a demodulator over a point-to-point medium used for communication between two entities over a link which is not a wireless interface between a radio base station and a wireless device, wherein redundant resources assigned to a wireless interface between a radio base station and a wireless device are used for the at least one control data subcarrier. receiving primary data subcarriers on respective frequency component inputs which are assigned for receiving primary data; receiving at least one control data subcarrier on a respective frequency component input which is not assigned to primary data; combining all frequency component inputs to one output signal; and providing the output signal on the output for transmission to a demodulator over a point-to-point medium used for communication between two entities over a link which is not a wireless interface between a radio base station and a wireless device, wherein redundant resources assigned to a wireless interface between a radio base station and a wireless device are used for the at least one control data subcarrier.