mhurhangee/ep-ind-claims huggingface dataset:
A system for managing container security, comprising: a memory that stores computer executable components; a processor that executes computer executable components stored in the memory, wherein the computer executable components comprise: a boot component that performs at least a portion of a trusted boot sequence to securely boot the system to a defined secure state wherein one or more types of administrative access to a container memory are deactivated; a core service component started as a part of the trusted boot sequence and that securely obtains one or more decryption keys for use with the container memory, wherein the core service component securely obtains the one or more decryption keys using a Trusted Processing Module remote attestation to a trusted third party service device; and a runtime decryption component that uses the one or more decryption keys to perform runtime decryption of one or more files accessed by an entrypoint process of a container associated with the container memory or a descendant of the entrypoint process. a memory that stores computer executable components; a processor that executes computer executable components stored in the memory, wherein the computer executable components comprise: a boot component that performs at least a portion of a trusted boot sequence to securely boot the system to a defined secure state wherein one or more types of administrative access to a container memory are deactivated; a core service component started as a part of the trusted boot sequence and that securely obtains one or more decryption keys for use with the container memory, wherein the core service component securely obtains the one or more decryption keys using a Trusted Processing Module remote attestation to a trusted third party service device; and a runtime decryption component that uses the one or more decryption keys to perform runtime decryption of one or more files accessed by an entrypoint process of a container associated with the container memory or a descendant of the entrypoint process. a boot component that performs at least a portion of a trusted boot sequence to securely boot the system to a defined secure state wherein one or more types of administrative access to a container memory are deactivated; a core service component started as a part of the trusted boot sequence and that securely obtains one or more decryption keys for use with the container memory, wherein the core service component securely obtains the one or more decryption keys using a Trusted Processing Module remote attestation to a trusted third party service device; and a runtime decryption component that uses the one or more decryption keys to perform runtime decryption of one or more files accessed by an entrypoint process of a container associated with the container memory or a descendant of the entrypoint process.
An electrical connection system comprising: a first connector housing; an electrical contact disposed within the first connector housing; a second connector housing; an electrical mating contact disposed within the second connector housing; a sealing member disposed within at least one of the first and second connector housings that surrounds at least one of the electrical and electrical mating contacts; and a retaining means configured to retain said sealing member within said at least one of the first and second connector housings, wherein said retaining means is integrally formed by said at least one of the first and second connector housings, wherein said second connector housing is configured to mate with the first connector housing and the electrical mating contact is configured to mate with the electrical contact, wherein the electrical contact of the at least one of the first and second connector housings are disposed within a raised portion therein, said raised portion extending from a floor of a cavity of the at least one of the first and second connector housings, and said raised portion comprises said retaining means and the raised portion of the cavity receives one of, (i) the first connector housing, and (ii) the second connector housing characterized in that said retaining means extendingly transitions outwardly away from an external surface of the raised portion angularly towards the sealing member so as to have an angle of rotation (Θ) in relation to a mating axis towards said sealing member of greater than ninety degrees. a first connector housing; an electrical contact disposed within the first connector housing; a second connector housing; an electrical mating contact disposed within the second connector housing; a sealing member disposed within at least one of the first and second connector housings that surrounds at least one of the electrical and electrical mating contacts; and a retaining means configured to retain said sealing member within said at least one of the first and second connector housings, wherein said retaining means is integrally formed by said at least one of the first and second connector housings, wherein said second connector housing is configured to mate with the first connector housing and the electrical mating contact is configured to mate with the electrical contact, wherein the electrical contact of the at least one of the first and second connector housings are disposed within a raised portion therein, said raised portion extending from a floor of a cavity of the at least one of the first and second connector housings, and said raised portion comprises said retaining means and the raised portion of the cavity receives one of, (i) the first connector housing, and (ii) the second connector housing (i) the first connector housing, and (ii) the second connector housing characterized in that said retaining means extendingly transitions outwardly away from an external surface of the raised portion angularly towards the sealing member so as to have an angle of rotation (Θ) in relation to a mating axis towards said sealing member of greater than ninety degrees.
An artificial intelligence apparatus for recognizing speech comprising: a memory configured to store an intention mapping table including a mapping item that maps text and intention information; a processor configured to receive first speech data, generate first intention information corresponding to the first speech data using the intention mapping table and a natural language processing engine, receive second speech data when speech recognition for the first speech data has failed, generate second intention information corresponding to the second speech data, and add a first mapping item including the first text converted from the first speech data and the second intention information to the intention mapping table when speech recognition for the second speech data has succeeded. a memory configured to store an intention mapping table including a mapping item that maps text and intention information; a processor configured to receive first speech data, generate first intention information corresponding to the first speech data using the intention mapping table and a natural language processing engine, receive second speech data when speech recognition for the first speech data has failed, generate second intention information corresponding to the second speech data, and add a first mapping item including the first text converted from the first speech data and the second intention information to the intention mapping table when speech recognition for the second speech data has succeeded.
A method of cleaning a well to remove built-up oil residue and other contaminates, comprising the steps of: generating pressurized steam within a steam unit lowered into the well, directing the pressurized steam against the well wall to dissolve and remove oil/tar build up on the well and other contaminates, and regulating the pressure of the steam applied against the well wall depending upon the area of the well to be cleaned. generating pressurized steam within a steam unit lowered into the well, directing the pressurized steam against the well wall to dissolve and remove oil/tar build up on the well and other contaminates, and regulating the pressure of the steam applied against the well wall depending upon the area of the well to be cleaned.
A method of transmitting a frame of data with associated signalling at a set transmit power according to the data frame, wherein the signalling comprises a TFCI code word, the method comprising: determining if improved reliability can be achieved for signalling for a data frame comprising coded data and the signalling based on a data rate of the data frame; sending the signalling without improved reliability if deemed not achievable; and sending the signalling differently coded from the coded data, the signalling with improved reliability separate from a reliability of the coded data, if deemed achievable, wherein: the TFCI code word is replicated to obtain multiple copies of the TFCI code word; and the multiple copies of the TFCI code word are sent within the data frame using two Walsh codes to improve reliability. determining if improved reliability can be achieved for signalling for a data frame comprising coded data and the signalling based on a data rate of the data frame; sending the signalling without improved reliability if deemed not achievable; and sending the signalling differently coded from the coded data, the signalling with improved reliability separate from a reliability of the coded data, if deemed achievable, wherein: the TFCI code word is replicated to obtain multiple copies of the TFCI code word; and the multiple copies of the TFCI code word are sent within the data frame using two Walsh codes to improve reliability. the TFCI code word is replicated to obtain multiple copies of the TFCI code word; and the multiple copies of the TFCI code word are sent within the data frame using two Walsh codes to improve reliability.
A waveguide system (200; 300; 400; 500; 600; 700; 800) of a machine, the system comprising: a first node and a second node configured to establish a first communication path (206A; 306A; 406A; 606A; 706A; 806A) through the waveguide system (200; 300; 400; 500; 600; 700; 800) to guide a radio frequency transmission between the first node and the second node in the machine; and a third node and a fourth node configured to establish a second communication path (206B; 306B; 406B; 606B; 706B; 806B) in the machine, wherein the first node is grouped with the third node as a first node group, and the second node is grouped with the fourth node as a second node group such that the second communication path provides a redundant communication path with respect to the first communication path for communication between the first node group and the second node group; the system characterised in that the waveguide system comprises a debris shield of material configured to survive a ballistic impact. a first node and a second node configured to establish a first communication path (206A; 306A; 406A; 606A; 706A; 806A) through the waveguide system (200; 300; 400; 500; 600; 700; 800) to guide a radio frequency transmission between the first node and the second node in the machine; and a third node and a fourth node configured to establish a second communication path (206B; 306B; 406B; 606B; 706B; 806B) in the machine, wherein the first node is grouped with the third node as a first node group, and the second node is grouped with the fourth node as a second node group such that the second communication path provides a redundant communication path with respect to the first communication path for communication between the first node group and the second node group; the system characterised in that the waveguide system comprises a debris shield of material configured to survive a ballistic impact.
A bolus forming material wherein: the bolus forming material has a 30°C rubber hardness A of 20 degrees or more, and a 70°C rubber hardness E of 60 degrees or less and 10 degrees or more; and the bolus forming material can shift a peak of a percentage depth dose for electron beams and X-rays in a direction of a beam source by 0.8 to 1.2 times a thickness thereof. the bolus forming material has a 30°C rubber hardness A of 20 degrees or more, and a 70°C rubber hardness E of 60 degrees or less and 10 degrees or more; and the bolus forming material can shift a peak of a percentage depth dose for electron beams and X-rays in a direction of a beam source by 0.8 to 1.2 times a thickness thereof.
An aluminium component, especially vehicle body component with an earth connection, the earth connection comprising a two-dimensionally extended adapter (8; 12) and an earthing bolt made of a material which is of greater strength with respect to the aluminium component and differs in electrochemical series, especially steel, which is fastened to the aluminium component with the interposition of the adapter (8; 12), and also a threaded element which is designed to clamp a cable lug of an earth conductor on a corresponding contact face of the earthing bolt, wherein the earthing bolt and the adapter (8; 12) consist of materials which are matched to each other so as to resist corrosion and are connected together by a material-formed bond, characterised in that the adapter (8; 12) is zinc-plated at least on the component-side and is fastened, in a position free from contact with the aluminium component, over a large surface on the aluminium component by a welded/soldered join produced with aluminium as filler material.
A dried composition for hot-start reverse transcription reaction for preventing non-specific reverse transcription of target RNA, which comprises an Mg 2+ ion, four kinds of dNTPs, reverse transcription polymerase, pyrophosphate (PPi), and pyrophosphatase (PPase) in a single reaction tube.
Connecting module for telecommunications and data technology having contact elements which, upon contacting of cores of a cable side and of a cross-connection side of the module, at the spaced-apart, mutually opposing end surfaces thereof, connect core ends of the cores, wherein the contact elements are received in a module housing, and clamping slits, which are disposed next to one another in the direction of the transverse extension of the module and are each allocated to one side of a contact element, form a clamping strip, into which clamping slits the core ends can be introduced for contacting purposes, wherein the module housing in approximately a middle region of its longitudinal and transverse extension, has at least one aperture through which the cores of the cable side are guided in order to be contacted on the associated clamping strip in a first position of use of the module housing, whereupon, for contact with the cross-connection side, the module housing can be transferred to a second position of use, characterised in that in the region of the end surface of the cable side, a magazine housing of an overvoltage part is disposed with an opening into which issues the aperture continuing in parallel with the longitudinal extension of the module housing in the direction of the end face.
A synthesis gas plant for producing a synthesis gas, said synthesis gas plant comprising: - a reforming reactor system comprising a first catalyst bed comprising an electrically conductive material and a catalytically active material, said catalytically active material being arranged for catalyzing steam reforming of a feed gas comprising hydrocarbons to produce a first synthesis gas stream, said reforming reactor system further comprising a pressure shell housing said first catalyst bed, a heat insulation layer between said first catalyst bed and said pressure shell, and at least two conductors electrically connected to said electrically conductive material and to an electrical power supply placed outside said pressure shell, wherein said electrical power supply is dimensioned to heat at least part of said first catalyst bed to a temperature of at least 500°C by passing an electrical current through said electrically conductive material, wherein said pressure shell has a design pressure of between 15 and 200 bar, - a post converter downstream said reforming reactor system, said post converter housing a second catalyst active for catalyzing steam methane reforming, methanation and reverse water gas shift reactions, said post converter being arranged to receive at least part of said first synthesis gas stream and outletting a second synthesis gas stream; and - means for adding a heated CO 2 rich gas stream to the at least part of the first synthesis gas stream upstream said post convertor and/or into said post convertor. - a reforming reactor system comprising a first catalyst bed comprising an electrically conductive material and a catalytically active material, said catalytically active material being arranged for catalyzing steam reforming of a feed gas comprising hydrocarbons to produce a first synthesis gas stream, said reforming reactor system further comprising a pressure shell housing said first catalyst bed, a heat insulation layer between said first catalyst bed and said pressure shell, and at least two conductors electrically connected to said electrically conductive material and to an electrical power supply placed outside said pressure shell, wherein said electrical power supply is dimensioned to heat at least part of said first catalyst bed to a temperature of at least 500°C by passing an electrical current through said electrically conductive material, wherein said pressure shell has a design pressure of between 15 and 200 bar, - a post converter downstream said reforming reactor system, said post converter housing a second catalyst active for catalyzing steam methane reforming, methanation and reverse water gas shift reactions, said post converter being arranged to receive at least part of said first synthesis gas stream and outletting a second synthesis gas stream; and - means for adding a heated CO 2 rich gas stream to the at least part of the first synthesis gas stream upstream said post convertor and/or into said post convertor.
A vehicle lamp comprising: a lamp body having an opening; a resin cover attached to the opening to form a lamp chamber together with the lamp body; and a light source disposed inside the lamp chamber to irradiate light through the resin cover, wherein the resin cover comprises: a design surface portion; and a peripheral edge portion surrounding the design surface portion and comprising a gate mark and a thick-walled portion, wherein the thick-walled portion has a greater wall thickness than the other part of the peripheral edge portion and extends from the gate mark toward the design surface portion, and characterized in that the thick-walled portion has a rectangular cross section. a lamp body having an opening; a resin cover attached to the opening to form a lamp chamber together with the lamp body; and a light source disposed inside the lamp chamber to irradiate light through the resin cover, wherein the resin cover comprises: a design surface portion; and a peripheral edge portion surrounding the design surface portion and comprising a gate mark and a thick-walled portion, wherein the thick-walled portion has a greater wall thickness than the other part of the peripheral edge portion and extends from the gate mark toward the design surface portion, and a design surface portion; and a peripheral edge portion surrounding the design surface portion and comprising a gate mark and a thick-walled portion, wherein the thick-walled portion has a greater wall thickness than the other part of the peripheral edge portion and extends from the gate mark toward the design surface portion, and characterized in that the thick-walled portion has a rectangular cross section.
An absolute encoder (100, 120, 140, 160) for determining a rotation amount of a main spindle that rotates a plurality of revolutions, the absolute encoder comprising; a first drive gear configured to rotate in accordance with rotation of the main spindle; a first driven gear that engages with the first drive gear; a second drive gear configured to rotate in accordance with rotation of the first driven gear; a second driven gear that engages with the second drive gear; a first angular sensor (Sp) configured to detect a rotation angle at which a second rotating body is rotated in accordance with rotation of the second driven gear; a third drive gear configured to rotate in accordance with rotation of the first driven gear; a third driven gear that engages with the third drive gear; a second angular sensor (Sr) configured to detect a rotation angle at which a third rotating body is rotated in accordance with rotation of the third driven gear; and magnets (Mp, Mr) respectively provided for the first angular sensor (Sp) and the second angular sensor (Sr), the absolute encoder being characterized in that in a plan view, the main spindle is provided between the magnets (Mp, Mr), on a line (Lm) that is perpendicular to the main spindle, the first angular sensor (Sp) and the second angular sensor (Sr) being provided on the line. a first drive gear configured to rotate in accordance with rotation of the main spindle; a first driven gear that engages with the first drive gear; a second drive gear configured to rotate in accordance with rotation of the first driven gear; a second driven gear that engages with the second drive gear; a first angular sensor (Sp) configured to detect a rotation angle at which a second rotating body is rotated in accordance with rotation of the second driven gear; a third drive gear configured to rotate in accordance with rotation of the first driven gear; a third driven gear that engages with the third drive gear; a second angular sensor (Sr) configured to detect a rotation angle at which a third rotating body is rotated in accordance with rotation of the third driven gear; and magnets (Mp, Mr) respectively provided for the first angular sensor (Sp) and the second angular sensor (Sr), the absolute encoder being characterized in that in a plan view, the main spindle is provided between the magnets (Mp, Mr), on a line (Lm) that is perpendicular to the main spindle, the first angular sensor (Sp) and the second angular sensor (Sr) being provided on the line.
A method for controlling a wheel of a rail mounted vehicle, the method comprising causing actions that result in: determining at least one value of an angular velocity (ω1R), about a first axis, of a first wheel of a wheelset of the rail mounted vehicle, wherein the wheelset comprises the first wheel and a second wheel, and wherein the first wheel is rotatable and motored independently of the second wheel; determining at least one value of a yawing velocity ( ψ̇ 1) of the wheelset about a second axis perpendicular to the first axis; calculating at least one value of a modified angular velocity ( π 1 R) of the first wheel based, at least in part, on: the at least one value of the angular velocity (ω1R) of the first wheel, and the at least one value of the yawing velocity ( ψ̇ 1) of the wheelset; controlling an application of torque to the first wheel based, at least in part, on the at least one value of the modified angular velocity ( π 1 R) of the first wheel. determining at least one value of an angular velocity (ω1R), about a first axis, of a first wheel of a wheelset of the rail mounted vehicle, wherein the wheelset comprises the first wheel and a second wheel, and wherein the first wheel is rotatable and motored independently of the second wheel; determining at least one value of a yawing velocity ( ψ̇ 1) of the wheelset about a second axis perpendicular to the first axis; calculating at least one value of a modified angular velocity ( π 1 R) of the first wheel based, at least in part, on: the at least one value of the angular velocity (ω1R) of the first wheel, and the at least one value of the yawing velocity ( ψ̇ 1) of the wheelset; the at least one value of the angular velocity (ω1R) of the first wheel, and the at least one value of the yawing velocity ( ψ̇ 1) of the wheelset; controlling an application of torque to the first wheel based, at least in part, on the at least one value of the modified angular velocity ( π 1 R) of the first wheel.