mhurhangee/ep-ind-claims huggingface dataset:
A method for generating and providing code for verifying a public key certificate using a third party website, the method comprising: determining, by a device, one or more verification domains to be used to verify a public key certificate, the one or more verification domains being different from a host domain associated with the device, and where the public key certificate includes an electronic document that uses a digital signature to bind a public key with an identity, where the identity is associated with a domain; determining, by the device, one or more resources to be requested to verify the public key certificate; determining, by the device, one or more actions to perform when the public key certificate is not valid; generating, by the device, executable verification code for verifying the public key certificate, for performing the one or more actions without prompting a user to accept or reject the public key certificate, based on the one or more verification domains, based on the one or more resources, and based on the one or more actions; embedding, by the device, the executable verification code in other code for a website hosted by a host in the host domain; and providing, by the device, the other code, with the executable verification code, to a client device, for execution by the client device. determining, by a device, one or more verification domains to be used to verify a public key certificate, the one or more verification domains being different from a host domain associated with the device, and where the public key certificate includes an electronic document that uses a digital signature to bind a public key with an identity, where the identity is associated with a domain; determining, by the device, one or more resources to be requested to verify the public key certificate; determining, by the device, one or more actions to perform when the public key certificate is not valid; generating, by the device, executable verification code for verifying the public key certificate, for performing the one or more actions without prompting a user to accept or reject the public key certificate, based on the one or more verification domains, based on the one or more resources, and based on the one or more actions; embedding, by the device, the executable verification code in other code for a website hosted by a host in the host domain; and providing, by the device, the other code, with the executable verification code, to a client device, for execution by the client device.
A method for verifying at runtime of a hardware-application component a current configuration setting of an execution environment provided by a configurable hardware module, wherein the execution environment is used for execution of at least one hardware-application comprising the steps of: Receiving by the configurable hardware module a hardware-application, wherein the received hardware-application comprises configuration data describing an instantiation as the hardware-application component on the configurable hardware module; Instantiating the received hardware-application as the hardware-application component in the execution environment of the configurable hardware module; Determining by the instantiated hardware-application component at runtime the current configuration setting of the execution environment provided by the configurable hardware module; and Verifying by the instantiated hardware-application component the determined current configuration setting of the execution environment of the instantiated hardware-application component as admissible for execution of the instantiated hardware-application component if the determined current configuration setting of the execution environment matches an initial configuration setting of the execution environment at runtime of the hardware-application component, wherein the initial configuration setting is determined while executing the instantiated hardware-application component the first time in the execution environment of the configurable hardware module, and characterized in that the initial configuration setting comprises information of the specific and unique design identifier of the configurable hardware module. Receiving by the configurable hardware module a hardware-application, wherein the received hardware-application comprises configuration data describing an instantiation as the hardware-application component on the configurable hardware module; Instantiating the received hardware-application as the hardware-application component in the execution environment of the configurable hardware module; Determining by the instantiated hardware-application component at runtime the current configuration setting of the execution environment provided by the configurable hardware module; and Verifying by the instantiated hardware-application component the determined current configuration setting of the execution environment of the instantiated hardware-application component as admissible for execution of the instantiated hardware-application component if the determined current configuration setting of the execution environment matches an initial configuration setting of the execution environment at runtime of the hardware-application component, wherein the initial configuration setting is determined while executing the instantiated hardware-application component the first time in the execution environment of the configurable hardware module, and characterized in that the initial configuration setting comprises information of the specific and unique design identifier of the configurable hardware module.
An apparatus for delivering a fire suppressant to a cargo compartment of an aircraft, the apparatus comprising: a fire suppressant conduit accessing the cargo compartment through a cargo panel; and a flexible interface between the fire suppressant conduit and the cargo panel, the flexible interface being configured to absorb at least some relative movement between the cargo panel and the fire suppressant conduit. a fire suppressant conduit accessing the cargo compartment through a cargo panel; and a flexible interface between the fire suppressant conduit and the cargo panel, the flexible interface being configured to absorb at least some relative movement between the cargo panel and the fire suppressant conduit.
A remote control for an air-conditioning apparatus, the remote control comprising: an outer button configured to be operated by a user for changing an operating condition of an air-conditioning apparatus body; an inner button configured to be operated by the user for changing the operating condition; a cover configured to be opened and closed and configured to cover the inner button; a cover opening/closing detection unit configured to detect opening/closing of the cover; a display unit configured to display an enlarged display screen displaying at least one of an operation mode, a set temperature and a set humidity, and a detail display screen displaying a function of the inner button; a display switching unit configured to, when the cover opening/closing detection unit detects that the cover is closed, make the display unit display the enlarged display screen, and when the cover opening/closing detection unit detects that the cover is open, make the display unit display the detail display screen, and an input control unit configured to, when there is an input of a signal from one of the outer button and the inner button, provide button information representing a button from which the signal is output, to the display switching unit, characterized in that when there is an input of a signal from the outer button in a state in which the cover opening/closing detection unit detects that the cover is open and the detail display screen is displayed, the display switching unit is configured to perform switching to the enlarged display screen. an outer button configured to be operated by a user for changing an operating condition of an air-conditioning apparatus body; an inner button configured to be operated by the user for changing the operating condition; a cover configured to be opened and closed and configured to cover the inner button; a cover opening/closing detection unit configured to detect opening/closing of the cover; a display unit configured to display an enlarged display screen displaying at least one of an operation mode, a set temperature and a set humidity, and a detail display screen displaying a function of the inner button; a display switching unit configured to, when the cover opening/closing detection unit detects that the cover is closed, make the display unit display the enlarged display screen, and when the cover opening/closing detection unit detects that the cover is open, make the display unit display the detail display screen, and an input control unit configured to, when there is an input of a signal from one of the outer button and the inner button, provide button information representing a button from which the signal is output, to the display switching unit, characterized in that when there is an input of a signal from the outer button in a state in which the cover opening/closing detection unit detects that the cover is open and the detail display screen is displayed, the display switching unit is configured to perform switching to the enlarged display screen.
A method for measuring a quality of experience, QoE, on a communication path between a software defined networking, SDN, switch and a quality measurement protocol receiver associated with the SDN switch, the method, performed by the SDN switch, comprising: receiving, from a SDN controller, a quality measurement request message including service type information; generating a standard probe packet based on the service type information by using a user traffic emulation function, wherein the user traffic emulation function is a function of creating a user traffic emulation packet as the standard probe packet to match a traffic type of the service type information; measuring the QoE of the communication path using the standard probe packet; and transmitting, to the SDN controller, the QoE test reply message, wherein the quality measurement request message and the QoE test reply message are transmitted as being included in an OpenFlow message. receiving, from a SDN controller, a quality measurement request message including service type information; generating a standard probe packet based on the service type information by using a user traffic emulation function, wherein the user traffic emulation function is a function of creating a user traffic emulation packet as the standard probe packet to match a traffic type of the service type information; measuring the QoE of the communication path using the standard probe packet; and transmitting, to the SDN controller, the QoE test reply message, wherein the quality measurement request message and the QoE test reply message are transmitted as being included in an OpenFlow message.
A process for synthesizing a color stable Mn 4+ doped phosphor, the process comprising contacting a precursor of formula I, A x [MF y]:Mn 4+ I at an elevated temperature with a fluorine-containing oxidizing agent in gaseous form to form the color stable Mn 4+ doped phosphor; wherein A is Li, Na, K, Rb, Cs, NR 4 or a combination thereof; M is Si, Ge, Sn, Ti, Zr, Al, Ga, In, Sc, Hf, Y, La, Nb, Ta, Bi, Gd, or a combination thereof; R is H, lower alkyl, or a combination thereof; x is the absolute value of the charge of the [MF y] ion; and y is 5, 6 or 7. A is Li, Na, K, Rb, Cs, NR 4 or a combination thereof; M is Si, Ge, Sn, Ti, Zr, Al, Ga, In, Sc, Hf, Y, La, Nb, Ta, Bi, Gd, or a combination thereof; R is H, lower alkyl, or a combination thereof; x is the absolute value of the charge of the [MF y] ion; and y is 5, 6 or 7.
Power-assisted steering system for a motor vehicle, comprising a threaded spindle which engages in a spindle nut, extends axially in the direction of a spindle axis and is axially displaceable in a housing, and a drive unit with a gear wheel which is non-rotatably connected to the spindle nut and can be driven in rotation about the spindle axis, which is rotatably mounted in the housing in a bearing arrangement which has at least one bearing outer ring which is axially supported at the end face on the housing via a spring element (82, 86) and which is received coaxially in a sleeve element and held radially in the housing, characterised in in that the spring element is designed as a spring section (82, 86) and the sleeve element is designed as a sleeve section connected integrally thereto on an integral carrier sleeve.
A magnetic sensing method, comprising: providing a die; locating a plurality of magnetoresistive bridge circuits (1202, 1204, 1206, 1208) upon said die, wherein each magnetoresistive bridge circuit comprising a plurality of magnetoresistive elements arranged in a Wheatstone bridge configuration, and wherein the magnetoresistive bridge circuits are each located away from and collectively around a central location of said die; biasing said plurality of magnetoresistive bridge circuits (1202, 1204, 1206, 1208) with a magnetic field rotating about an axis of said central location of said die in order to generate a plurality of bridge output signals thereof, wherein said plurality of magnetoresistive bridge circuits are biased utilizing a magnetic biasing component; and processing said plurality of bridge output signals in order to determine position data thereof providing a die; locating a plurality of magnetoresistive bridge circuits (1202, 1204, 1206, 1208) upon said die, wherein each magnetoresistive bridge circuit comprising a plurality of magnetoresistive elements arranged in a Wheatstone bridge configuration, and wherein the magnetoresistive bridge circuits are each located away from and collectively around a central location of said die; biasing said plurality of magnetoresistive bridge circuits (1202, 1204, 1206, 1208) with a magnetic field rotating about an axis of said central location of said die in order to generate a plurality of bridge output signals thereof, wherein said plurality of magnetoresistive bridge circuits are biased utilizing a magnetic biasing component; and processing said plurality of bridge output signals in order to determine position data thereof
A vehicle comprising an engine arranged to apply a first drive torque to a first wheel for moving the vehicle; and an electric motor arranged to apply a second drive torque to a second wheel for moving the vehicle when in a drive mode and to generate a current when placed in a braking mode of operation and the electric motor is being driven by the second wheel, wherein the electric motor is arranged to operate in the braking mode when the engine is applying a drive torque to the first wheel and a controller for controlling the current generated by the electric motor when in the brake mode by controlling an amount of braking torque generated by the electric motor, characterized in that the controller is arranged to place the electric motor in the brake mode based upon an efficiency region that the engine is operating in.
A photobioreactor comprising a receptacle with a first and a second outer side surface (20, 20'), wherein the receptacle is formed from a flexible, fluid-tight and transparent material, characterized in that the receptacle is disposed in a rack provided with elongated, substantially vertical, support elements arranged in at least one horizontal row, whereby the support elements abut, in an alternating and supporting manner, against the first and the second outer side surfaces (20, 20') of the receptacle.
A gas replacement system configured to fill a container with a content fluid, seal the container, and replace contents of the container with a gas, comprising: a filling machine configured to fill the container with the content fluid; a sealing machine configured to seal the container transferred from the filling machine; a chamber configured to cover the filling machine and the sealing machine, and to contain an ambient gas containing a replacement gas from a supply source; and a liquid discharge mechanism (103, TW) configured to discharge a liquid in the container, the container having been carried into the chamber while containing the liquid, out of the container in the chamber, a gassing system configured to introduce the replacement gas from the supply source into the container, the liquid in the container having been replaced with the ambient gas in the chamber along with the discharge of the liquid, to replace the gas in the container with the replacement gas, wherein the gassing system comprises at least a blowing nozzle which is configured to blow carbon dioxide as the replacement gas supplied from a tank as the supply source into an opening of the container; characterized by a valve configured to open/close a flow path of the blowing nozzle, and the blowing nozzle and the valve are provided integrally with a filling nozzle of the filling machine. a filling machine configured to fill the container with the content fluid; a sealing machine configured to seal the container transferred from the filling machine; a chamber configured to cover the filling machine and the sealing machine, and to contain an ambient gas containing a replacement gas from a supply source; and a liquid discharge mechanism (103, TW) configured to discharge a liquid in the container, the container having been carried into the chamber while containing the liquid, out of the container in the chamber, a gassing system configured to introduce the replacement gas from the supply source into the container, the liquid in the container having been replaced with the ambient gas in the chamber along with the discharge of the liquid, to replace the gas in the container with the replacement gas, wherein the gassing system comprises at least a blowing nozzle which is configured to blow carbon dioxide as the replacement gas supplied from a tank as the supply source into an opening of the container; characterized by a valve configured to open/close a flow path of the blowing nozzle, and the blowing nozzle and the valve are provided integrally with a filling nozzle of the filling machine.
A method comprising: sending commands, wherein the commands include a command to a movement system to move a folding wing tip to a first position and a command to each of a latch system and a lock system to secure the folding wing tip in the first position; determining with a sensor system whether each of the movement system, the latch system, and the lock system is responsive to the respective command; and in response to determining the movement system is not responsive, sending a command to utilize a backup actuator to perform an operation of the folding wing tip with the movement system, wherein the backup actuator is an electric motor or a hydraulic motor connected to the movement system. sending commands, wherein the commands include a command to a movement system to move a folding wing tip to a first position and a command to each of a latch system and a lock system to secure the folding wing tip in the first position; determining with a sensor system whether each of the movement system, the latch system, and the lock system is responsive to the respective command; and in response to determining the movement system is not responsive, sending a command to utilize a backup actuator to perform an operation of the folding wing tip with the movement system, wherein the backup actuator is an electric motor or a hydraulic motor connected to the movement system.
A panel (1, 2, 27, 28) comprising a body (1', 2') with at least one plastic layer, complementary locking means provided in pairs at mutually opposite panel edges, at least one pair of locking means with hook profiles, namely a receiving hook and in opposite relationship thereto an arresting hook, with the proviso that the receiving hook has remote from the body a hook edge and arranged nearer to the body a receiving recess, wherein the receiving recess is open towards the top side, the arresting hook is provided with an arresting recess arranged nearer to the body and open to the underside and has an arresting step which is arranged remote from the body and which fits in a vertical joining direction into the receiving recess of the receiving hook, the arresting hook has a joining surface remote from the body and also remote from the body a vertically acting arresting contour, the receiving hook has a joining surface nearer to the body and also nearer to the body a positively locking contour which fits together in positively locking relationship with the arresting contour, that is remote from the body, of the arresting hook so that vertical locking can be implemented, the arresting hook has arranged nearer to the body a horizontal locking surface at its arresting step, the receiving hook arranged remote from the body has a horizontal locking surface in the receiving recess, formed at the receiving hook is a narrowed receiving opening through which the arresting step can be inserted substantially in the vertical joining direction into the receiving recess, and the free step end of the arresting step is narrower than the width of the receiving opening of the receiving hook, whereas the arresting contour, that is remote from the body, of the arresting hook is set back behind the plane of the joining surface of the arresting hook, whereas the positively locking contour, that is nearer to the body, of the receiving hook projects at least partially beyond the plane of the joining surface of the receiving hook, whereas the arresting step and the receiving opening are of such a configuration that the step end during a joining movement initially fits without elastic deformation of the hook profile into the receiving opening to such an extent that the horizontal locking surface of the arresting hook makes contact with a part of its surface with the horizontal locking surface of the receiving hook and whereas the receiving hook has a flexural leg so adapted that the width of the receiving opening can be enlarged by its elastic bendability so that the arresting step can be entirely inserted into the receiving recess and also the arresting contour of the arresting hook is inserted into the positively locking contour of the receiving hook characterised in that a resilient latching tongue is provided remote from the body at the hook edge of the receiving hook and the receiving recess near to the body has a latching recess which fits together with the resilient latching tongue.
A system for non-invasive infection detection during ventilation, comprising at least one sensor, which is designed to detect infection, a ventilator, an interface between the ventilator and the sensor, a processing unit, a data memory, a user interface, an interface to a remote alarm, a remote alarm, a ventilation tube having a patient interface and at least one respiratory gas sensor, wherein the ventilator is configured and designed to identify the pressure and/or flow of the respiratory gas by means of the respiratory gas sensor and to convey pressurized respiratory gas, wherein the ventilator is designed to determine a breathing rate and wherein the system is configured to ascertain a sensor signal at least in phases during ventilation by means of the sensor and the processing unit and to check whether the sensor signal is representative of an infection, characterized in that the breathing rate is linked to at least the sensor signal, and a possible infection or the probability of an infection is ascertained on the basis of these linked sensor signals.