mhurhangee/ep-ind-claims huggingface dataset:
A connector for releasably connecting a fluid flow controller to an aircraft hat stringer duct, the connecter having a bridge to bridge over the stringer duct, a flange (64; 92) on either side of the bridge for attachment of the connector to the hat stringer duct, an aperture defined in the bridge for fluid passage between the hat stringer duct and connector, and a flow controller connector (70; 74) to connect the connector and a said flow controller, characterized in that the bridge defines a vent chamber (63; 89) arranged to surround at least part of the hat stringer duct when fitted.
A method for the production, from Pluripotent Stem Cells (PSCs), of functional skeletal muscle fibers innervated by motoneurons, comprising the step of: a) culturing PSCs in a culture medium comprising a Bone Morphogenic Proteins pathway inhibitor and a Wingless and Int-1 (Wnt) pathway inhibitor during 1 to 10 days; b) switching the cells to a culture medium comprising a BMP pathway inhibitor, Insulin Growth Factor 1 (IGF-1) and Hepatocyte Growth Factor, and culturing the cells during 1 to 3 days; c) switching the cells to a culture medium containing IGF1 and lacking HGF and a BMP pathway inhibitor, and culturing the cells during 1 to 8 days; d) switching the cells to a culture medium containing IGF1 and a γ-secretase and Notch pathway inhibitor, and culturing the cells during 1 to 10 days; and e) switching the cells to a culture medium suitable to maintain the thus produced functional skeletal muscle fibers innervated by motoneurons. a) culturing PSCs in a culture medium comprising a Bone Morphogenic Proteins pathway inhibitor and a Wingless and Int-1 (Wnt) pathway inhibitor during 1 to 10 days; b) switching the cells to a culture medium comprising a BMP pathway inhibitor, Insulin Growth Factor 1 (IGF-1) and Hepatocyte Growth Factor, and culturing the cells during 1 to 3 days; c) switching the cells to a culture medium containing IGF1 and lacking HGF and a BMP pathway inhibitor, and culturing the cells during 1 to 8 days; d) switching the cells to a culture medium containing IGF1 and a γ-secretase and Notch pathway inhibitor, and culturing the cells during 1 to 10 days; and e) switching the cells to a culture medium suitable to maintain the thus produced functional skeletal muscle fibers innervated by motoneurons.
A method of mass spectrometry or ion mobility spectrometry comprising: ionising a sample using an electrified sprayer so as to produce multiply charged analyte ions of a first polarity in gas-phase; providing a reaction region downstream of the electrified sprayer, wherein the reaction region is maintained substantially at atmospheric pressure and is maintained substantially free of electric-fields; providing a gas flow from said electrified sprayer to said reaction region such that the gas flow carries said analyte ions from the electrified sprayer into the reaction region; generating reagent ions of a second polarity within the reaction region, wherein said second polarity is opposite to said first polarity; and characterised by forming the reagent ions by providing free photoelectrons and neutral molecules in the reaction region, wherein the neutral molecules have a higher electron affinity than molecular oxygen and are present in a concentration such that the neutral molecules react with and are ionised by the photoelectrons to form said reagent ions; reacting the reagent ions with the analyte ions in the reaction region so as to reduce the charge state of the multiply charged analyte ions and thereby produce charge-reduced analyte ions; and wherein the reaction region is maintained at a temperature of ≤ 80 °C. ionising a sample using an electrified sprayer so as to produce multiply charged analyte ions of a first polarity in gas-phase; providing a reaction region downstream of the electrified sprayer, wherein the reaction region is maintained substantially at atmospheric pressure and is maintained substantially free of electric-fields; providing a gas flow from said electrified sprayer to said reaction region such that the gas flow carries said analyte ions from the electrified sprayer into the reaction region; generating reagent ions of a second polarity within the reaction region, wherein said second polarity is opposite to said first polarity; and characterised by forming the reagent ions by providing free photoelectrons and neutral molecules in the reaction region, wherein the neutral molecules have a higher electron affinity than molecular oxygen and are present in a concentration such that the neutral molecules react with and are ionised by the photoelectrons to form said reagent ions; reacting the reagent ions with the analyte ions in the reaction region so as to reduce the charge state of the multiply charged analyte ions and thereby produce charge-reduced analyte ions; and wherein the reaction region is maintained at a temperature of ≤ 80 °C.
A method of managing moving icons between a plurality of pages of a home screen by a touch-enabled, mobile device including a touch screen, comprising a control unit configured to control a process of: displaying, by a display unit, in a mode of regular operation control of the home screen, a selected page of the home screen on the touch screen with a content region including icons, arranged in the page, for applications supporting various functions of the touch-enabled, mobile device and a page indicator region including a plurality of page items corresponding to the plurality of pages, wherein, in the mode of regular operation control of the home screen, an icon of the icons displayed in the content region is selectable for execution of a corresponding application; entering a home screen editing mode in response to a first user interaction with the touch screen using an icon on the content region; moving an icon of the selected page from the content region to one of the page items during the home screen editing mode in response to a second user interaction with the touch screen, wherein in the second user interaction, if the icon is held on the page item corresponding to a target page, the target page of the home screen with a content region including icons is displayed, to replace the content region of the previously displayed selected page, while in the home screen editing mode; and placing the icon on the target page of the home screen corresponding to the one of the page items, wherein the plurality of page items comprise a row of circles displayed in the page indicator region to represent the number of pages of the home screen. displaying, by a display unit, in a mode of regular operation control of the home screen, a selected page of the home screen on the touch screen with a content region including icons, arranged in the page, for applications supporting various functions of the touch-enabled, mobile device and a page indicator region including a plurality of page items corresponding to the plurality of pages, wherein, in the mode of regular operation control of the home screen, an icon of the icons displayed in the content region is selectable for execution of a corresponding application; entering a home screen editing mode in response to a first user interaction with the touch screen using an icon on the content region; moving an icon of the selected page from the content region to one of the page items during the home screen editing mode in response to a second user interaction with the touch screen, wherein in the second user interaction, if the icon is held on the page item corresponding to a target page, the target page of the home screen with a content region including icons is displayed, to replace the content region of the previously displayed selected page, while in the home screen editing mode; and placing the icon on the target page of the home screen corresponding to the one of the page items, wherein the plurality of page items comprise a row of circles displayed in the page indicator region to represent the number of pages of the home screen.
Oven (1; 41; 51; 61) having - an oven appliance, which encloses a cooking compartment, and an outer housing, - a sensor device (2; 42; 52; 62), directed into the cooking compartment, which is arranged in an interior between the oven appliance and the outer housing, and - at least one sensor fan (20; 53) which is designed to ventilate the sensor device (2; 42; 52; 62) with cooling air, characterised in that - the sensor device (2; 42; 52; 62) has a tube-shaped sensor housing (17; 44) which is open on the face side, in which at least one sensor element is accommodated and the front face side of which is directed in the direction of the cooking compartment, - the sensor device (2; 42; 52; 62) has at least one window (8-10; 54) arranged between the sensor element and the cooking compartment, - a rear face side of the sensor housing (17; 44) is used as an air inlet opening for letting in the cooling air, - a pressure side of the sensor fan (20; 53) is connected to the rear face side for the purpose of ventilation, - the sensor housing (17; 44) has at least one lateral air outlet opening for letting out the cooling air and - a suction side of the sensor fan (20; 53) is connected to a compartment for the purpose of ventilation, which is separated from a compartment in which the sensor device (2; 42; 52; 62) is located. - an oven appliance, which encloses a cooking compartment, and an outer housing, - a sensor device (2; 42; 52; 62), directed into the cooking compartment, which is arranged in an interior between the oven appliance and the outer housing, and - at least one sensor fan (20; 53) which is designed to ventilate the sensor device (2; 42; 52; 62) with cooling air, - the sensor device (2; 42; 52; 62) has a tube-shaped sensor housing (17; 44) which is open on the face side, in which at least one sensor element is accommodated and the front face side of which is directed in the direction of the cooking compartment, - the sensor device (2; 42; 52; 62) has at least one window (8-10; 54) arranged between the sensor element and the cooking compartment, - a rear face side of the sensor housing (17; 44) is used as an air inlet opening for letting in the cooling air, - a pressure side of the sensor fan (20; 53) is connected to the rear face side for the purpose of ventilation, - the sensor housing (17; 44) has at least one lateral air outlet opening for letting out the cooling air and - a suction side of the sensor fan (20; 53) is connected to a compartment for the purpose of ventilation, which is separated from a compartment in which the sensor device (2; 42; 52; 62) is located.
A voice service registration method performed by a digital terminal, the method comprising: • after the digital terminal attempts a voice service re-registration process for the n-th time, detecting that a user performs a first operation on a voice terminal connected to the digital terminal, wherein n is an integer greater than or equal to 1 (S 301) and the first operation is any one of an off-hook operation, a key-pressing operation, an operation of starting a call application, or a touch operation and if, after detecting that the user performs said first operation, it is further detected that the said voice re-registration process for the nth-time fails, then performing the following method steps: • triggering a voice service registration process by using a first Internet Protocol, IP, address of the digital terminal and sending a registration packet to a voice server via a broadband remote access server, BRAS (S 302), • starting a timer after the triggering of the voice service registration process and determining whether a registration response packet is received from the voice server via the BRAS within a specified time span, • if no registration response packet is received within the specified time span, triggering a Dynamic Host Configuration Protocol, DHCP, request process with the BRAS and receiving a second IP address from the BRAS (S 303), • triggering a new voice service registration process by using the received second IP address (S 304). • after the digital terminal attempts a voice service re-registration process for the n-th time, detecting that a user performs a first operation on a voice terminal connected to the digital terminal, wherein n is an integer greater than or equal to 1 (S 301) and the first operation is any one of an off-hook operation, a key-pressing operation, an operation of starting a call application, or a touch operation and if, after detecting that the user performs said first operation, it is further detected that the said voice re-registration process for the nth-time fails, • triggering a voice service registration process by using a first Internet Protocol, IP, address of the digital terminal and sending a registration packet to a voice server via a broadband remote access server, BRAS (S 302), • starting a timer after the triggering of the voice service registration process and determining whether a registration response packet is received from the voice server via the BRAS within a specified time span, • if no registration response packet is received within the specified time span, triggering a Dynamic Host Configuration Protocol, DHCP, request process with the BRAS and receiving a second IP address from the BRAS (S 303), • triggering a new voice service registration process by using the received second IP address (S 304).
A device for stimulating collagen growth in a human, the device comprising: an upper end including a motor and a pen shaft; a lower end disposable needle module, the lower end disposable needle module being removably attachable to the upper end and including a lock spring, a coupling configured to receive the pen shaft, and a connecting rod, the connecting rod being coupled to the motor and at least one needle, the motor providing a reciprocating motion to the connecting rod, wherein, when the lower end disposable needle module is detached from the upper end, the lock spring bends upwards to prevent the coupling from receiving the pen shaft such that the lower end disposable needle module cannot be re-attached to the upper end, wherein the coupling is attached to an eccentric roller, the eccentric roller is coupled to a yoke, the yoke is coupled to a bell crank and the bell crank is attached to the connecting rod, and wherein, when the motor turns the coupling and the eccentric roller, the eccentric roller engages the yoke to oscillate, the yoke oscillates the bell crank and the bell crank moves the connecting rod and the at least one needle. an upper end including a motor and a pen shaft; a lower end disposable needle module, the lower end disposable needle module being removably attachable to the upper end and including a lock spring, a coupling configured to receive the pen shaft, and a connecting rod, the connecting rod being coupled to the motor and at least one needle, the motor providing a reciprocating motion to the connecting rod, wherein, when the lower end disposable needle module is detached from the upper end, the lock spring bends upwards to prevent the coupling from receiving the pen shaft such that the lower end disposable needle module cannot be re-attached to the upper end, wherein the coupling is attached to an eccentric roller, the eccentric roller is coupled to a yoke, the yoke is coupled to a bell crank and the bell crank is attached to the connecting rod, and wherein, when the motor turns the coupling and the eccentric roller, the eccentric roller engages the yoke to oscillate, the yoke oscillates the bell crank and the bell crank moves the connecting rod and the at least one needle.
A method for calculating derived cetane number values of middle distillate fuels using a constant volume combustion chamber apparatus capable of yielding a combustion profile the method including injecting a fuel sample into the constant volume combustion chamber apparatus at a predetermined pressure and temperature, combusting the fuel sample in the constant volume combustion chamber apparatus, measuring the pressure in the constant volume combustion chamber apparatus as a function of time after injection until combustion is completed and obtaining a pressure versus time combustion profile of the sample fuel injected into said constant volume combustion chamber, wherein the profile has a plurality of regions, characterised in that the method includes the step of selecting a plurality of data points, including at least one from each region, each data point representing an ignition delay of said combustion profile and calculating a derived cetane value from a power series expansion equation expanded about each of the selected data points using a set of expansion coefficients.
Wheel-force dynamometer for measuring forces and torques which act on a vehicle tyre and a vehicle wheel, by means of force sensors (4, 24, 44), the vehicle wheel being mounted rotatably by means of a wheel axle, the wheel axle being configured as a hollow shaft (9, 29, 49) which is mounted on a flexurally stiff bearing journal (3, 23, 43) which is arranged in a stationary manner, characterized in that the bearing journal (3, 23, 43) is supported via the force sensors (4, 24, 44) on a stationary load-bearing structure, the hollow shaft (9, 29, 49) being mounted with respect to the bearing journal (3, 23, 43) via hydrostatic plain bearings (6, 7, 8, 26, 27, 28, 46, 47), the hollow shaft being mounted with respect to a bearing journal (3, 23), which is configured as a hollow journal, via a first and a second hydrostatic plain bearing, configured as a first radial bearing (6, 26) and as a second radial bearing (6, 27), which bearing journal (3, 23) is supported via force sensors on the stationary load-bearing structure, and a third hydrostatic plain bearing being configured as an axial bearing (8, 28).
A liquid crystal display comprising: a 2-D array of pixels, each pixel (400, 500) including: at least one transmissive light modulator (408, 410, 412; 520, 522, 524) including a first light modulation signal input, and at least one reflective light modulator (402, 404, 406; 502, 504, 506, 508, 510, 512, 514, 516, 518) arranged in the same plane as the transmissive light modulator and including a second light modulation signal input, the display further comprising a processor configured to provide a plurality of images to a display driver; and a display driver configured to provide the plurality of images to the 2-D array of pixels, wherein the display driver provides a first image frame to the transmissive light modulator; wherein the display driver provides a second image frame to the reflective light modulator, and the first image frame is displayed by the transmissive light modulator at the same time the second image frame is displayed by the reflective light modulator, characterised in that the first image frame comprises an image visible to a user which is different than the second image frame, and in that the second image frame comprises a machine readable image being a QR code, bar code and the like not visible under ambient light. a 2-D array of pixels, each pixel (400, 500) including: at least one transmissive light modulator (408, 410, 412; 520, 522, 524) including a first light modulation signal input, and at least one reflective light modulator (402, 404, 406; 502, 504, 506, 508, 510, 512, 514, 516, 518) arranged in the same plane as the transmissive light modulator and including a second light modulation signal input, the display further comprising at least one transmissive light modulator (408, 410, 412; 520, 522, 524) including a first light modulation signal input, and at least one reflective light modulator (402, 404, 406; 502, 504, 506, 508, 510, 512, 514, 516, 518) arranged in the same plane as the transmissive light modulator and including a second light modulation signal input, the display further comprising a processor configured to provide a plurality of images to a display driver; and a display driver configured to provide the plurality of images to the 2-D array of pixels, wherein the display driver provides a first image frame to the transmissive light modulator; wherein the display driver provides a second image frame to the reflective light modulator, and the first image frame is displayed by the transmissive light modulator at the same time the second image frame is displayed by the reflective light modulator, characterised in that the first image frame comprises an image visible to a user which is different than the second image frame, and in that the second image frame comprises a machine readable image being a QR code, bar code and the like not visible under ambient light.
A method for testing an authentication server, comprising: installing a certificate of an authentication server to be tested in a monitor console and installing a certificate of the monitor console in the authentication server to be tested, wherein the installation is used to build a trust relationship between the monitor console and the authentication server to be tested; constructing and sending, by the monitor console, based on a configuration type of the authentication server to be tested, according to a roaming authentication protocol, roaming authentication protocol data to the authentication server to be tested, wherein the roaming authentication protocol data is constructed based on the certificate of the monitor console which is installed in the authentication server to be tested; capturing, by the monitor console, response data sent by the authentication server to be tested, and performing, by the monitor console according to the installed certificate of the authentication server to be tested, comparative analysis to determine whether field information in the response data is consistent with locally stored respective information; and displaying that the authentication server to be tested is tested successfully in a case that the field information in the response data is completely consistent with the locally stored respective information; otherwise, displaying, by the monitor console, comparative analysis information. installing a certificate of an authentication server to be tested in a monitor console and installing a certificate of the monitor console in the authentication server to be tested, wherein the installation is used to build a trust relationship between the monitor console and the authentication server to be tested; constructing and sending, by the monitor console, based on a configuration type of the authentication server to be tested, according to a roaming authentication protocol, roaming authentication protocol data to the authentication server to be tested, wherein the roaming authentication protocol data is constructed based on the certificate of the monitor console which is installed in the authentication server to be tested; capturing, by the monitor console, response data sent by the authentication server to be tested, and performing, by the monitor console according to the installed certificate of the authentication server to be tested, comparative analysis to determine whether field information in the response data is consistent with locally stored respective information; and displaying that the authentication server to be tested is tested successfully in a case that the field information in the response data is completely consistent with the locally stored respective information; otherwise, displaying, by the monitor console, comparative analysis information.