mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: generating, by a computing device, a shared vault comprising a vault database encrypted using a vault key; receiving, by a first application executing on the computing device, first user entropy from a user associated with the shared vault; decrypting, by the first application, a first vault key record using the first user entropy to generate a first copy of the vault key; decrypting, by the first application, the vault database using the first copy of the vault key; accessing, by the first application and using the first copy of the vault key, the vault database to retrieve an unlock key, wherein the unlock key is operable to decrypt a second vault key record associated with the shared vault to generate a copy of the vault key; storing the unlock key in application memory associated with the first application; writing, by the first application, first shared secrets for accessing secured network resources to the vault database; accessing, by a second application executing on the computing device and using second user entropy, the vault database to retrieve the unlock key; decrypting, by the second application, the second vault key record using the unlock key to generate a second copy of the vault key, wherein a copy of the unlock key is stored in application memory associated with the second application; and accessing, by the second application and using the second copy of the vault key, the vault database to retrieve the first shared secrets for accessing secured network resources. generating, by a computing device, a shared vault comprising a vault database encrypted using a vault key; receiving, by a first application executing on the computing device, first user entropy from a user associated with the shared vault; decrypting, by the first application, a first vault key record using the first user entropy to generate a first copy of the vault key; decrypting, by the first application, the vault database using the first copy of the vault key; accessing, by the first application and using the first copy of the vault key, the vault database to retrieve an unlock key, wherein the unlock key is operable to decrypt a second vault key record associated with the shared vault to generate a copy of the vault key; storing the unlock key in application memory associated with the first application; writing, by the first application, first shared secrets for accessing secured network resources to the vault database; accessing, by a second application executing on the computing device and using second user entropy, the vault database to retrieve the unlock key; decrypting, by the second application, the second vault key record using the unlock key to generate a second copy of the vault key, wherein a copy of the unlock key is stored in application memory associated with the second application; and accessing, by the second application and using the second copy of the vault key, the vault database to retrieve the first shared secrets for accessing secured network resources.
Tyre comprising a carcass reinforcement surmounted by a crown reinforcement , itself capped by a tread , the said tread being connected to two beads via two sidewalls each having an exterior surface , at least one of the said sidewalls comprising at least two circumferential protrusions , each sidewall comprising an equator point (E) situated on the exterior surface of the sidewall radially at the same position as the axially outermost point of the carcass reinforcement in the unladen reference configuration, each circumferential protrusion being bounded by a radially upper wall , by a radially lower wall , and by a connecting wall situated between the radially upper wall and the radially lower wall , where for each circumferential protrusion : • the connecting wall is substantially parallel to the carcass reinforcement considered axially facing the said connecting wall , • the radially upper wall is substantially frustoconical, • the height (H) of each circumferential protrusion , measured in a direction substantially perpendicular to the carcass reinforcement from the said exterior surface is greater than the least of 0.8 times the total thickness (T) of the sidewall as measured at the equator (E) and 4 mm, and less than the most of 1.6 times the said thickness (T) and 8 mm, • in the meridian plane at the centre of the contact patch of the tyre in the compressed configuration, the angle α formed by the radially exterior wall with the radial direction is, in the case of the radially outermost protrusion , greater than 95°. • the radially innermost position of the connecting wall of the radially innermost protrusion is situated radially on the outside of the equator point (E), each circumferential protrusion being characterized in that : • for each protrusion , the curvilinear length of the connecting wall is greater than 1.5 times the height of the protrusion. • the connecting wall is substantially parallel to the carcass reinforcement considered axially facing the said connecting wall , • the radially upper wall is substantially frustoconical, • the height (H) of each circumferential protrusion , measured in a direction substantially perpendicular to the carcass reinforcement from the said exterior surface is greater than the least of 0.8 times the total thickness (T) of the sidewall as measured at the equator (E) and 4 mm, and less than the most of 1.6 times the said thickness (T) and 8 mm, • in the meridian plane at the centre of the contact patch of the tyre in the compressed configuration, the angle α formed by the radially exterior wall with the radial direction is, in the case of the radially outermost protrusion , greater than 95°. • the radially innermost position of the connecting wall of the radially innermost protrusion is situated radially on the outside of the equator point (E), each circumferential protrusion being characterized in that : • for each protrusion , the curvilinear length of the connecting wall is greater than 1.5 times the height of the protrusion. • for each protrusion , the curvilinear length of the connecting wall is greater than 1.5 times the height of the protrusion.
A gas detector for detecting a BTEX gas, the detector comprising at least one transducer , wherein the transducer comprises a field effect transistor (FET) comprising a source electrode , a gate electrode , and a drain electrode , and the transducer further comprises at least one silicon nanowire with a native oxide shell layer, the at least one silicon nanowire extending and coupled between the source electrode and the drain electrode, and an arene compound , wherein the arene compound is disposed on the at least one silicon nanowire and is selected from the group consisting of calix arene; resorc arene; pyrogallol arene; and calix arene; and the arene compound is configured to capture a BTEX gas, wherein an electronic characteristic of the transducer changes when a BTEX gas is captured by the arene compound. wherein the transducer comprises a field effect transistor (FET) comprising a source electrode , a gate electrode , and a drain electrode , and the transducer further comprises at least one silicon nanowire with a native oxide shell layer, the at least one silicon nanowire extending and coupled between the source electrode and the drain electrode, and an arene compound , wherein the arene compound is disposed on the at least one silicon nanowire and is selected from the group consisting of calix arene; resorc arene; pyrogallol arene; and calix arene; and the arene compound is configured to capture a BTEX gas, wherein an electronic characteristic of the transducer changes when a BTEX gas is captured by the arene compound.
An operating mechanism of a circuit breaker, comprising: a moving contact bracket , a moving contact assembly and a reset torsion spring ; wherein, the moving contact bracket is provided with a rotating shaft ; and the moving contact bracket can be rotated around the rotating shaft; a first end of the reset torsion spring is arranged on a base of the circuit breaker, and a second end of the reset torsion spring is arranged on the moving contact assembly; the moving contact assembly is rotatably arranged on the moving contact bracket, and the moving contact bracket is provided with a limiting portion , so that in a closing process of the circuit breaker, the moving contact assembly is pressed against the limiting portion and rotated synchronously with the moving contact bracket, and the reset torsion spring applies a force rotated towards a disconnection direction of the circuit breaker to the moving contact bracket; and while the circuit breaker is closed, the moving contact assembly and the moving contact bracket are rotated relatively, and the reset torsion spring applies a contact pressure to the moving contact assembly. the moving contact bracket is provided with a rotating shaft ; and the moving contact bracket can be rotated around the rotating shaft; a first end of the reset torsion spring is arranged on a base of the circuit breaker, and a second end of the reset torsion spring is arranged on the moving contact assembly; the moving contact assembly is rotatably arranged on the moving contact bracket, and the moving contact bracket is provided with a limiting portion , so that in a closing process of the circuit breaker, the moving contact assembly is pressed against the limiting portion and rotated synchronously with the moving contact bracket, and the reset torsion spring applies a force rotated towards a disconnection direction of the circuit breaker to the moving contact bracket; and while the circuit breaker is closed, the moving contact assembly and the moving contact bracket are rotated relatively, and the reset torsion spring applies a contact pressure to the moving contact assembly.
A locking device for fastening an upper first container having lower corner fittings positioned at respective corners of a lower panel on top of a lower second container having upper corner fittings positioned at respective corners of an upper panel , comprising a housing including a base part , a protrusion protruded upwards from an upper surface of the base part , and a through hole formed by penetrating the base part and the protrusion in a vertical direction; a connection part rotatably inserted into the through hole of the housing ; an upper cone positioned on the connection part and configured to be inserted into one of the lower corner fittings of the first container ; a lower cone positioned under the connection part and configured to be inserted into one of the upper corner fittings of the second container; and a fastening fixing unit which is configured to be inserted into said one of the lower corner fittings or upper corner fittings to suppress rotation of the upper cone or lower cone , characterized in that the fastening fixing unit includes a front plate having a rectangular shape; a first inclined plate and a second inclined plate respectively extended from both ends of the front plate and bent inwards; a first rear plate extended from the first inclined plate and bent inwards in parallel with the front plate ; a second rear plate extended from the second inclined plate and bent inwards in parallel with the front plate ; and a bending fixing part positioned on an outer surface of each of the first rear plate and the second rear plate and bent outwards, wherein the fastening fixing unit is formed to be gradually decreased in width from the rear plates toward the front plate , and wherein the fastening fixing unit is configured to be fixed to a front hole of the upper corner fitting or the lower corner fitting , the front plate being brought into contact with one surface of the upper cone or lower cone and the rear plates being brought into contact with an inner surface of the upper corner fitting or lower corner fitting to fix the upper cone and the lower cone not to be rotated.
A method for remote power management, comprising the steps of: a network controller of a managed computer system determining availability of a power management agent of a host computer (112 and 114); the host computer being part of the managed computer system; the network controller receiving information from the power management agent regarding power management capabilities; said power management capabilities allowing the host computer to respond to a graceful power control command; the network controller sending a notification across a network to a management console advertising available power management functions based on the availability of the power management agent; the network controller of the managed computer system filtering a network packet received from the management console across the network , said network packet comprising a graceful power control command for controlling the managed computer system; the network controller interpreting the network packet to obtain the graceful power control command; the network controller storing the graceful power control command in a shared memory of the network controller ; and the network controller notifying via a host bus the power management agent of the host computer (112 and 114) of arrival of the graceful power control command. a network controller of a managed computer system determining availability of a power management agent of a host computer (112 and 114); the host computer being part of the managed computer system; the network controller receiving information from the power management agent regarding power management capabilities; said power management capabilities allowing the host computer to respond to a graceful power control command; the network controller sending a notification across a network to a management console advertising available power management functions based on the availability of the power management agent; the network controller of the managed computer system filtering a network packet received from the management console across the network , said network packet comprising a graceful power control command for controlling the managed computer system; the network controller interpreting the network packet to obtain the graceful power control command; the network controller storing the graceful power control command in a shared memory of the network controller ; and the network controller notifying via a host bus the power management agent of the host computer (112 and 114) of arrival of the graceful power control command.
A document of value or security document with an electronic circuit , wherein the document of value or security document is formed from at least two document layers arranged in a stack and connected to one another by means of a joining process, wherein one document layer is formed by a supporting structure layer and a further document layer by a circuit carrier layer carrying the electronic circuit , wherein the supporting structure layer is formed from a fibre composite material, wherein at least one electronic semiconductor component is arranged at least on one side of the circuit carrier layer , in that the supporting structure layer has at least one aperture in the area of the at least one semiconductor component , such that the at least one electronic semiconductor component is received in a joined state by an aperture in the supporting structure layer , characterised in that cavities , which are formed by the at least one aperture and the electronic semiconductor components , are filled with a polymer material .
A tangible media embodying computer readable code instructions for performing a method for configuring a robotic system, the method comprising: sensing a torque applied to a joint using a joint sensor; inhibiting manual articulation of a linkage of the robotic system from a first pose in response to a first manual effort against the linkage being below a desired articulation threshold; in response to a second manual effort to articulate the linkage exceeding the desired articulation threshold, facilitating a manual movement of the linkage from the first pose toward a second pose using a movement torque lower than the desired articulation threshold; determining the second pose in response to determining that a velocity of the manual movement is below a threshold velocity; and inhibiting manual movement of the linkage from the second pose. sensing a torque applied to a joint using a joint sensor; inhibiting manual articulation of a linkage of the robotic system from a first pose in response to a first manual effort against the linkage being below a desired articulation threshold; in response to a second manual effort to articulate the linkage exceeding the desired articulation threshold, facilitating a manual movement of the linkage from the first pose toward a second pose using a movement torque lower than the desired articulation threshold; determining the second pose in response to determining that a velocity of the manual movement is below a threshold velocity; and inhibiting manual movement of the linkage from the second pose.
A method of treating a fluid volume, the method comprising contacting the fluid volume with a sorbent, wherein: the fluid volume has an initial concentration of C5+ components prior to the contacting, the fluid volume has a final concentration of C5+ components after the contacting that is less than the initial concentration of C5+ components, the sorbent comprises amorphous SiO 2 at a weight percent greater than 90%, a total pore volume of the sorbent for pores between 500 nm and 20000 nm in diameter , as measured via mercury porosimetry, is greater than 70 mm 3 /g.and a relative micropore surface area (RMA) of the sorbent is greater than 15%, wherein RMA is is the ratio of micropore surface area to BET surface area and "micropore surface area" refers to total surface area associated with pores below 200 Angstroms in diameter. the fluid volume has an initial concentration of C5+ components prior to the contacting, the fluid volume has a final concentration of C5+ components after the contacting that is less than the initial concentration of C5+ components, the sorbent comprises amorphous SiO 2 at a weight percent greater than 90%, a total pore volume of the sorbent for pores between 500 nm and 20000 nm in diameter , as measured via mercury porosimetry, is greater than 70 mm 3 /g.and a relative micropore surface area (RMA) of the sorbent is greater than 15%, wherein RMA is is the ratio of micropore surface area to BET surface area and "micropore surface area" refers to total surface area associated with pores below 200 Angstroms in diameter.
A sleeve for a filtering unit with backwashing, the sleeve being configured to be mounted coaxially inside a stack of annular filtering elements , comprising apertures each having an inner orifice and an outer orifice , the outer orifice of each aperture being configured to face and communicate with an inner passage of a filtering element , wherein the apertures are organized in several circumferential rows , each circumferential row extending over a whole circumference of the sleeve , wherein at least some of the apertures have an outer orifice elongated in the circumferential direction, and wherein at least some of the apertures have an inner orifice elongated in the axial direction. comprising apertures each having an inner orifice and an outer orifice , the outer orifice of each aperture being configured to face and communicate with an inner passage of a filtering element , wherein the apertures are organized in several circumferential rows , each circumferential row extending over a whole circumference of the sleeve , wherein at least some of the apertures have an outer orifice elongated in the circumferential direction, and wherein at least some of the apertures have an inner orifice elongated in the axial direction.
A method for nucleic acid sequencing, comprising: disposing a plurality of template nucleic acid molecules in a plurality of defined spaces disposed on a sensor array, at least some of the plurality of template nucleic acid molecules having a sequencing primer and a polymerase operably bound therewith; advancing a first pair of terminating nucleotide species over the plurality of template nucleic acid molecules with the sequencing primer and the polymerase operably bound therewith, each of the first pair of terminating nucleotide species being labeled with a first labeling reagent; measuring a first signal generated by nucleotide incorporations resulting from advancing the first pair of terminating nucleotide species; exposing the plurality of template nucleic acid molecules to a cleaving reagent, wherein the cleaving reagent removes the first labeling reagent attached to a first terminating nucleotide species of the first pair of terminating nucleotide species; and measuring a second signal generated by nucleotide incorporations resulting from a second terminating nucleotide species of the first pair of terminating nucleotide species labeled with the first labeling reagent. disposing a plurality of template nucleic acid molecules in a plurality of defined spaces disposed on a sensor array, at least some of the plurality of template nucleic acid molecules having a sequencing primer and a polymerase operably bound therewith; advancing a first pair of terminating nucleotide species over the plurality of template nucleic acid molecules with the sequencing primer and the polymerase operably bound therewith, each of the first pair of terminating nucleotide species being labeled with a first labeling reagent; measuring a first signal generated by nucleotide incorporations resulting from advancing the first pair of terminating nucleotide species; exposing the plurality of template nucleic acid molecules to a cleaving reagent, wherein the cleaving reagent removes the first labeling reagent attached to a first terminating nucleotide species of the first pair of terminating nucleotide species; and measuring a second signal generated by nucleotide incorporations resulting from a second terminating nucleotide species of the first pair of terminating nucleotide species labeled with the first labeling reagent.
A coupler assembly for coupling implements having a first connecting pin and a second connecting pin , to a vehicle, the coupler assembly having: a body component that is connectable to the vehicle, and which includes a forward recess for receiving the first connecting pin , and an actuator ; characterised in that the coupler assembly further comprises: a slide which is supported by the body component and is slidable through a range of travel relative to the body component, and which includes, or forms a part of, an aft recess for receiving the second connecting pin , with the actuator being arranged to selectively move the slide relative to the body component , and a rear locking member that is pivotably mounted to the slide , and the rear locking member being movable between an extended position in which the rear locking member directly prevents the second connecting pin from exiting the aft recess and a retracted position in which the rear locking member allows the second connecting pin to exit the aft recess . a body component that is connectable to the vehicle, and which includes a forward recess for receiving the first connecting pin , and an actuator ; characterised in that the coupler assembly further comprises: a slide which is supported by the body component and is slidable through a range of travel relative to the body component, and which includes, or forms a part of, an aft recess for receiving the second connecting pin , with the actuator being arranged to selectively move the slide relative to the body component , and a rear locking member that is pivotably mounted to the slide , and the rear locking member being movable between an extended position in which the rear locking member directly prevents the second connecting pin from exiting the aft recess and a retracted position in which the rear locking member allows the second connecting pin to exit the aft recess .