mhurhangee/ep-ind-claims huggingface dataset:
A processor system being operable by an operating system, the processor system comprising: a processor; a first memory area being configured to store a boot program code (201, 203), the boot program code (201, 203) being configured to start execution of the operating system when executed by the processor, the boot program code (201, 203) being further configured for performing a cryptographic operation when the boot program code (201, 203) is executed by the processor; a second memory area being configured to store one or more cryptographic keys (243, 245, 247), wherein the second memory area is only accessible to the boot program code (201, 203), when the boot program code (201, 203) is executed by the processor; a third memory area being configured to store the operating system when executed by the processor; wherein the processor is configured to retrieve the boot program code (201, 203) from the first memory area, and to execute the boot program code (201, 203) in order to start execution of the operating system, wherein the processor is configured to terminate execution of the boot program code (201, 203) while the operating system is being executed by the processor; wherein the processor is configured to re-execute the boot program code (201, 203) while the operating system is being executed in order to cryptographically encrypt data upon the basis of the cryptographic keys (243, 245, 247) stored in the second memory area. a processor; a first memory area being configured to store a boot program code (201, 203), the boot program code (201, 203) being configured to start execution of the operating system when executed by the processor, the boot program code (201, 203) being further configured for performing a cryptographic operation when the boot program code (201, 203) is executed by the processor; a second memory area being configured to store one or more cryptographic keys (243, 245, 247), wherein the second memory area is only accessible to the boot program code (201, 203), when the boot program code (201, 203) is executed by the processor; a third memory area being configured to store the operating system when executed by the processor; wherein the processor is configured to retrieve the boot program code (201, 203) from the first memory area, and to execute the boot program code (201, 203) in order to start execution of the operating system, wherein the processor is configured to terminate execution of the boot program code (201, 203) while the operating system is being executed by the processor; wherein the processor is configured to re-execute the boot program code (201, 203) while the operating system is being executed in order to cryptographically encrypt data upon the basis of the cryptographic keys (243, 245, 247) stored in the second memory area.
A gas turbine engine comprising an engine central longitudinal axis and a combustor section which comprises: a combustor having a combustor inlet; a combustor bypass passage having a passage inlet disposed upstream of the combustor inlet, the combustor bypass passage configured to divert a selected bypass airflow around the combustor; and a combustor bypass valve disposed at the combustor bypass passage to control the selected bypass airflow along the combustor bypass passage, the combustor bypass valve including a valve element, characterized in that said valve element extends circumferentially about the engine central longitudinal axis and is configured to rotate about said engine central longitudinal axis to move one or more valve openings relative to one or more bypass passage openings. a combustor having a combustor inlet; a combustor bypass passage having a passage inlet disposed upstream of the combustor inlet, the combustor bypass passage configured to divert a selected bypass airflow around the combustor; and a combustor bypass valve disposed at the combustor bypass passage to control the selected bypass airflow along the combustor bypass passage, the combustor bypass valve including a valve element, characterized in that said valve element extends circumferentially about the engine central longitudinal axis and is configured to rotate about said engine central longitudinal axis to move one or more valve openings relative to one or more bypass passage openings.
A display panel comprising a display unit and an encapsulating structure for encapsulating the display unit, the encapsulating structure comprising: a growth layer on the display unit; and a graphene layer on a side of the growth layer distal to the display unit, wherein the growth layer is a metal layer having a thickness in a range of approximately 3 nm to approximately 10 nm; and the growth layer comprises copper, the graphene layer has a thickness in a range of approximately 2 nm to approximately 10 nm, the encapsulating structure further comprises a diffusion barrier layer on a side of the growth layer proximal to the display unit for preventing diffusion of growth layer material into the display unit, the diffusion barrier layer comprises a plurality of first diffusion barrier sub-layers and a plurality of second diffusion barrier sub-layers alternately disposed, the first diffusion barrier sub-layer has a thickness in a range of approximately 50 nm to approximately 200 nm, the second diffusion barrier sub-layer has a thickness in a range of approximately 50 nm to approximately 200 nm, the diffusion barrier layer has a thickness in a range of approximately 0.1 μm to approximately 10 mm, and the diffusion barrier layer comprises metal oxides, metal nitrides, metal oxynitrides, or a combination thereof. a growth layer on the display unit; and a graphene layer on a side of the growth layer distal to the display unit, wherein the growth layer is a metal layer having a thickness in a range of approximately 3 nm to approximately 10 nm; and the growth layer comprises copper, the graphene layer has a thickness in a range of approximately 2 nm to approximately 10 nm, the encapsulating structure further comprises a diffusion barrier layer on a side of the growth layer proximal to the display unit for preventing diffusion of growth layer material into the display unit, the diffusion barrier layer comprises a plurality of first diffusion barrier sub-layers and a plurality of second diffusion barrier sub-layers alternately disposed, the first diffusion barrier sub-layer has a thickness in a range of approximately 50 nm to approximately 200 nm, the second diffusion barrier sub-layer has a thickness in a range of approximately 50 nm to approximately 200 nm, the diffusion barrier layer has a thickness in a range of approximately 0.1 μm to approximately 10 mm, and the diffusion barrier layer comprises metal oxides, metal nitrides, metal oxynitrides, or a combination thereof.
A phase detection method, comprising the following steps: receiving a plurality of consecutive values of a receiving signal with a known sampling frequency f s as a reaction to a transmitting signal with a known transmitting frequency f w; determining two differential values (ΔY1, ΔY2), each coming from two consecutive values out of three consecutive values (Y1, Y2, Y3) of the receiving signal; and characterized by determining a phase real part and a phase imaginary part of the receiving signal based on a linear relation between the phase real part, the phase imaginary part and the two differential values (ΔY1, ΔY2). receiving a plurality of consecutive values of a receiving signal with a known sampling frequency f s as a reaction to a transmitting signal with a known transmitting frequency f w; determining two differential values (ΔY1, ΔY2), each coming from two consecutive values out of three consecutive values (Y1, Y2, Y3) of the receiving signal; and characterized by determining a phase real part and a phase imaginary part of the receiving signal based on a linear relation between the phase real part, the phase imaginary part and the two differential values (ΔY1, ΔY2).
A hand-held, portable inhalator device, comprising: a mouthpiece comprising a chamber operatively coupled to a medication inlet and a fluid outlet; a valve disposed about the fluid outlet, the valve configured to open when subjected to a first threshold level of positive pressure, the valve permitting egress of fluid from the chamber; characterised by a trigger configured to dispense medication from a medication source through the medication inlet and into the chamber after a second threshold level of positive pressure is achieved within the chamber of the mouthpiece and maintained for a threshold period of time. a mouthpiece comprising a chamber operatively coupled to a medication inlet and a fluid outlet; a valve disposed about the fluid outlet, the valve configured to open when subjected to a first threshold level of positive pressure, the valve permitting egress of fluid from the chamber; characterised by a trigger configured to dispense medication from a medication source through the medication inlet and into the chamber after a second threshold level of positive pressure is achieved within the chamber of the mouthpiece and maintained for a threshold period of time.
An operating device for controlling a multi-colour light source comprising - a touch-sensitive control element, - a proximity switch which is designed to turn on the touch-sensitive control element when a user approaches the touch-sensitive control element, and - a control device which is configured to control a multi-color light source, wherein - the touch-sensitive control element is configured to be operated by means of touch by the user, - the touch-sensitive control element comprises a user interface, - the control device is configured to control the multi-colored light source with a predetermined number of at least three and/or at most 500 colors and with a predetermined number of at least four and/or at most 100 brightnesses, and - depending on the touch by the user, the touch-sensitive control element is configured to select a color and a brightness from the predetermined number of colors and brightnesses, characterized in that - the user interface is unstructured and has no other types of identifiers, - the predetermined number of colors and brightnesses is stored in a memory unit of the control device, and - the operating device configured to offer a different color spectrum to the user for selection during the day than during the night. - a touch-sensitive control element, - a proximity switch which is designed to turn on the touch-sensitive control element when a user approaches the touch-sensitive control element, and - a control device which is configured to control a multi-color light source, wherein - the touch-sensitive control element is configured to be operated by means of touch by the user, - the touch-sensitive control element comprises a user interface, - the control device is configured to control the multi-colored light source with a predetermined number of at least three and/or at most 500 colors and with a predetermined number of at least four and/or at most 100 brightnesses, and - depending on the touch by the user, the touch-sensitive control element is configured to select a color and a brightness from the predetermined number of colors and brightnesses, - the user interface is unstructured and has no other types of identifiers, - the predetermined number of colors and brightnesses is stored in a memory unit of the control device, and - the operating device configured to offer a different color spectrum to the user for selection during the day than during the night.
Method for the production of a closed container which closes off an interior from an environment and is filled with foodstuff, from at least one sheet-form composite having at least one edge, which method comprises the steps: a) providing the sheet-form composite, comprising a1. at least one outer crosslinked plastics coloured layer comprising a colouring agent, wherein the plastics coloured layer comprises a polyaddition product; a2. a carrier layer; and a3. a thermoplastic plastics layer; b) shaping the sheet-form composite to obtain an open container, wherein the plastics coloured layer faces the environment and the plastics layer faces the interior; c) filling the open container with a foodstuff; d) closing the open container to obtain the closed, filled container; e) preserving the foodstuff in the closed, filled container in a pressure chamber under a chamber pressure of more than 1 bar at a temperature in a range of from more than 100 to 140°C in the presence of steam. a) providing the sheet-form composite, comprising a1. at least one outer crosslinked plastics coloured layer comprising a colouring agent, wherein the plastics coloured layer comprises a polyaddition product; a2. a carrier layer; and a3. a thermoplastic plastics layer; a1. at least one outer crosslinked plastics coloured layer comprising a colouring agent, wherein the plastics coloured layer comprises a polyaddition product; a2. a carrier layer; and a3. a thermoplastic plastics layer; b) shaping the sheet-form composite to obtain an open container, wherein the plastics coloured layer faces the environment and the plastics layer faces the interior; c) filling the open container with a foodstuff; d) closing the open container to obtain the closed, filled container; e) preserving the foodstuff in the closed, filled container in a pressure chamber under a chamber pressure of more than 1 bar at a temperature in a range of from more than 100 to 140°C in the presence of steam.
A wellhead port plug assembly comprising: - a first plug body (27, 73) comprising connection elements allowing the first plug body (27, 73) to be sealingly and removably mounted in a port of a wellhead of a hydrocarbon well, the first plug body comprising at least one sensor for measuring a physical parameter, - a spool unit displaying an axial through-channel extending between a first end and a second end of the spool unit, which spool unit comprises a first flange section arranged at the first end for sealingly mounting the spool unit to the wellhead aligning the through-channel with the port (22, 22b), and a second flange section arranged at the second end; - a second plug body (42, 74) comprising connection elements allowing the second plug body (42, 74) to be sealingly and removably mounted in the through-channel; and - a blind flange (26, 79) which is sealingly and removably mounted to the second flange section allowing the second plug body (42, 74) and the first plug body (27, 73) to be removed from the wellhead via the through-channel. - a first plug body (27, 73) comprising connection elements allowing the first plug body (27, 73) to be sealingly and removably mounted in a port of a wellhead of a hydrocarbon well, the first plug body comprising at least one sensor for measuring a physical parameter, - a spool unit displaying an axial through-channel extending between a first end and a second end of the spool unit, which spool unit comprises a first flange section arranged at the first end for sealingly mounting the spool unit to the wellhead aligning the through-channel with the port (22, 22b), and a second flange section arranged at the second end; - a second plug body (42, 74) comprising connection elements allowing the second plug body (42, 74) to be sealingly and removably mounted in the through-channel; and - a blind flange (26, 79) which is sealingly and removably mounted to the second flange section allowing the second plug body (42, 74) and the first plug body (27, 73) to be removed from the wellhead via the through-channel.
An electrical switch for an electrical device comprising a contact system and comprising a movable actuating element for switching the contact system between two switching positions, wherein the switching positions are a switch-on position and a switch-off position, and comprising a controllable actuator, in the case of actuation of which the contact system is switched into the other switching position, in particular from the switch-on position into the switch-off position of the contact system, wherein a housing is provided for accommodating the contact system and the actuator, wherein the actuating element protrudes out of the housing for manual operation by the user, wherein an electronic system is provided for evaluating at least one signal, wherein the electronic system is located in the housing, wherein the electronic system is arranged on a printed circuit board located in the housing, and wherein after evaluation of the signal an action corresponding to the evaluation is initiated, characterised in that the signal is an external signal consisting of a measured value, in that an external sensor which is disposed outside the housing is provided for detecting and/or generating the external signal, and in that an input configured as a connection on the housing is provided for detecting the signal.
A system configured to receive, from two or more terrestrial antennas, two or more terrestrial radio frequency signals comprising a UHF frequency range comprising a plurality of UHF channels with different power levels which have been transmitted over the air by different terrestrial broadcasting stations, the system comprising: - two or more corresponding analog to digital converters (121, 122, 123, 124) configured to receive said two or more RF signals (201, 202, 203, 204) such that any of the RF signals is only received by a single ADC, each ADC (121, 122, 123, 124) configured to convert the corresponding RF signal (201, 202, 203, 204) to a digitized RF signal (211, 212, 213, 214) such that it comprises a digitized UHF frequency range comprising a plurality of digitized frequency channels corresponding to a plurality of the UHF channels; - a digital multi-switch module comprising: - two or more corresponding multi-switch inputs each coupled to a corresponding ADC (121, 122, 123, 124) and configured to receive a corresponding digitized RF signal (211, 212, 213, 214); and - a plurality of multi-switch outputs, each configured to be selectively coupled to a selected multi-switch input to output the corresponding selected digitized RF signal (211, 212, 213, 214); - a plurality of digital channelizers, each digital channelizer coupled to a single multi-switch output and configured to digitally modify the selected digitized RF signal (211, 212, 213, 214) to a modified digital RF signal. - two or more corresponding analog to digital converters (121, 122, 123, 124) configured to receive said two or more RF signals (201, 202, 203, 204) such that any of the RF signals is only received by a single ADC, each ADC (121, 122, 123, 124) configured to convert the corresponding RF signal (201, 202, 203, 204) to a digitized RF signal (211, 212, 213, 214) such that it comprises a digitized UHF frequency range comprising a plurality of digitized frequency channels corresponding to a plurality of the UHF channels; - a digital multi-switch module comprising: - two or more corresponding multi-switch inputs each coupled to a corresponding ADC (121, 122, 123, 124) and configured to receive a corresponding digitized RF signal (211, 212, 213, 214); and - a plurality of multi-switch outputs, each configured to be selectively coupled to a selected multi-switch input to output the corresponding selected digitized RF signal (211, 212, 213, 214); - two or more corresponding multi-switch inputs each coupled to a corresponding ADC (121, 122, 123, 124) and configured to receive a corresponding digitized RF signal (211, 212, 213, 214); and - a plurality of multi-switch outputs, each configured to be selectively coupled to a selected multi-switch input to output the corresponding selected digitized RF signal (211, 212, 213, 214); - a plurality of digital channelizers, each digital channelizer coupled to a single multi-switch output and configured to digitally modify the selected digitized RF signal (211, 212, 213, 214) to a modified digital RF signal.
A wireless communication method, comprising: determining, by a first terminal device, that a Radio Link Failure, RLF has occurred on a sidelink between the first terminal device and a second terminal device; and responding to the RLF of the sidelink by the first terminal device; wherein responding to the RLF of the sidelink by the first terminal device is characterised by: resetting, by the first terminal device, a relevant entity of the bearer communicating through the sidelink. determining, by a first terminal device, that a Radio Link Failure, RLF has occurred on a sidelink between the first terminal device and a second terminal device; and responding to the RLF of the sidelink by the first terminal device; wherein responding to the RLF of the sidelink by the first terminal device is characterised by: resetting, by the first terminal device, a relevant entity of the bearer communicating through the sidelink.
A compound comprising a modified antisense oligonucleotide consisting of 12 to 30 linked nucleosides, wherein the modified antisense oligonucleotide is at least 90% complementary to a C9ORF72 nucleic acid, for use in treating a neurodegenerative disease by reducing the percent of cells with nuclear foci and/or reducing the number of nuclear foci per cell in an animal identified as having foci, wherein the modified antisense oligonucleotide comprises at least one phosphorothioate internucleoside linkage, at least one 5-methylcytosine, at least one bicyclic sugar or at least one 2'-O-methoxyethyl group.
Method for operating a motor vehicle, in which - by means of a sensor apparatus of the motor vehicle a stopping point for the motor vehicle is determined, - the motor vehicle exchanges a driving information with at least one further motor vehicle and, depending on the driving information, determines the stopping point, wherein, by means of the exchange of the driving information between the motor vehicles, stopping procedures of the motor vehicles are coordinated with one another, - the motor vehicle determines a necessity of stopping at the stopping point, - if the necessity at the stopping point exists, the motor vehicle effects a stopping of the motor vehicle, and, - if the necessity does not exist a control apparatus of the motor vehicle carries out a movement of the motor vehicle or outputs an instruction to a driver of the motor vehicle which characterises the non-existence of the necessity, characterised in that the motor vehicle receives from the driver by means of voice control and/or gesture control a setting information with regard to a position to be set of the stopped motor vehicle and, depending thereon, sets the position of the motor vehicle, and the motor vehicle stores the position to be set depending on the stopping point in a driver-specific manner. - by means of a sensor apparatus of the motor vehicle a stopping point for the motor vehicle is determined, - the motor vehicle exchanges a driving information with at least one further motor vehicle and, depending on the driving information, determines the stopping point, wherein, by means of the exchange of the driving information between the motor vehicles, stopping procedures of the motor vehicles are coordinated with one another, - the motor vehicle determines a necessity of stopping at the stopping point, - if the necessity at the stopping point exists, the motor vehicle effects a stopping of the motor vehicle, and, - if the necessity does not exist a control apparatus of the motor vehicle carries out a movement of the motor vehicle or outputs an instruction to a driver of the motor vehicle which characterises the non-existence of the necessity,
A fibrin sealant comprising a mixture of first microparticles that comprise fibrinogen, second microparticles that comprise thrombin, and further comprising additive material, wherein the additive material is present in the form of discrete particles that are separate from the microparticles comprising fibrinogen and thrombin.