mhurhangee/ep-ind-claims huggingface dataset:
A method of deploying an appliance in an untrusted network to interoperate with a cloud-based managed service providing secure enterprise access, wherein the appliance has an assigned initial cryptographic identity, comprising: with the appliance in an un-provisioned and un-approved state, receiving a certificate that includes a cryptographic identity; upon verifying that the cryptographic identity is associated with a list of one or more appliances that are expected to be deployed in the untrusted network, returning an indication that the appliance is approved to connect to the managed service; with the appliance in an approved state, receiving a new certificate that includes a new cryptographic identity; upon verifying that the new cryptographic identity is associated with the list of one or more appliances that are expected to be deployed in the untrusted network, providing an indication that the appliance is configured to use the managed service; wherein following configuration of the appliance to use the managed service, blocking access to the managed service from the appliance except via the new certificate. with the appliance in an un-provisioned and un-approved state, receiving a certificate that includes a cryptographic identity; upon verifying that the cryptographic identity is associated with a list of one or more appliances that are expected to be deployed in the untrusted network, returning an indication that the appliance is approved to connect to the managed service; with the appliance in an approved state, receiving a new certificate that includes a new cryptographic identity; upon verifying that the new cryptographic identity is associated with the list of one or more appliances that are expected to be deployed in the untrusted network, providing an indication that the appliance is configured to use the managed service; wherein following configuration of the appliance to use the managed service, blocking access to the managed service from the appliance except via the new certificate.
Cylinder for actuating a release pantograph belonging to a device for suspending a load for an aircraft in order to release said load, said cylinder comprising: - a hollow body provided with a vent opening, - a cylinder rod that slides longitudinally inside the hollow body in order to push the pantograph, - a rear explosion chamber that communicates with the cylinder rod, - at least one device that propels a pressurised gas volume into the rear explosion chamber to cause said cylinder rod to move at high speed into the hollow body, said device for example being a pyrotechnic initiator or a reservoir provided with a valve, and a removable attachment element, of which a front end is fastened to the rear explosion chamber and a rear end is detachably connected to a rigid, force-absorbing support such that the cylinder can be removed and replaced, characterised in that the removable attachment element comprises, in the rear part, a linear unlocking actuator that is rigidly connected to the rigid support and is connected to a displacement piston such that, in a first, retracted position of the piston, the hollow body of the cylinder is firmly retained on the rigid support by means of the removable attachment element and, in a second, extended position of the piston, the hollow body of the cylinder can be disconnected from the rigid support. - a hollow body provided with a vent opening, - a cylinder rod that slides longitudinally inside the hollow body in order to push the pantograph, - a rear explosion chamber that communicates with the cylinder rod, - at least one device that propels a pressurised gas volume into the rear explosion chamber to cause said cylinder rod to move at high speed into the hollow body, said device for example being a pyrotechnic initiator or a reservoir provided with a valve, and a removable attachment element, of which a front end is fastened to the rear explosion chamber and a rear end is detachably connected to a rigid, force-absorbing support such that the cylinder can be removed and replaced, characterised in that the removable attachment element comprises, in the rear part, a linear unlocking actuator that is rigidly connected to the rigid support and is connected to a displacement piston such that, in a first, retracted position of the piston, the hollow body of the cylinder is firmly retained on the rigid support by means of the removable attachment element and, in a second, extended position of the piston, the hollow body of the cylinder can be disconnected from the rigid support.
Aminooxylipids of general formula I wherein n 1 = 5 - 30 and X is polymethylene linker of the general formula II wherein n 2 = 2 - 10, or X is polyethylene glycol linker of the general formula III wherein n 3 = 1 - 14.
A method of reducing and/or preventing fouling of an optical sensor (115; 14), the optical sensor (115; 14) comprising a quartz flow cell (115; 13) having a liquid medium flowing through the quartz flow cell (115; 13), the method comprising: providing the optical sensor (115; 14), the optical sensor (115; 14) measuring at least one parameter within the liquid medium; operably equipping the optical sensor (115; 14) with an electrical source; and applying current to the quartz flow cell with opposing polarity, the current causing the quartz flow cell (115; 13) to resonate, the resonation causing ultrasonic cavitation within the liquid medium, the ultrasonic cavitation sufficient to at least reduce fouling of the quartz flow cell (115; 13). providing the optical sensor (115; 14), the optical sensor (115; 14) measuring at least one parameter within the liquid medium; operably equipping the optical sensor (115; 14) with an electrical source; and applying current to the quartz flow cell with opposing polarity, the current causing the quartz flow cell (115; 13) to resonate, the resonation causing ultrasonic cavitation within the liquid medium, the ultrasonic cavitation sufficient to at least reduce fouling of the quartz flow cell (115; 13).
Process for the electroplating of an adhesive composition onto at least one conductive element, characterized in that: • the conductive element is placed in contact with the adhesive composition comprising: - at least one phosphate salt and - at least one resin based on: • at least one compound A1, compound A1 being chosen from: ∘ a compound A11 comprising at least two functions, one of these functions being a hydroxymethyl function and the other being an aldehyde function or a hydroxymethyl function, or ∘ a compound A12 comprising at least one aldehyde function, or ∘ a mixture of a compound A11 and of a compound A12, and • at least one phenol A21, • a potential difference is applied between the conductive element and the adhesive composition so as to coat the conductive element with an adhesive layer based on the adhesive composition. • the conductive element is placed in contact with the adhesive composition comprising: - at least one phosphate salt and - at least one resin based on: • at least one compound A1, compound A1 being chosen from: ∘ a compound A11 comprising at least two functions, one of these functions being a hydroxymethyl function and the other being an aldehyde function or a hydroxymethyl function, or ∘ a compound A12 comprising at least one aldehyde function, or ∘ a mixture of a compound A11 and of a compound A12, and • at least one phenol A21, - at least one phosphate salt and - at least one resin based on: • at least one compound A1, compound A1 being chosen from: ∘ a compound A11 comprising at least two functions, one of these functions being a hydroxymethyl function and the other being an aldehyde function or a hydroxymethyl function, or ∘ a compound A12 comprising at least one aldehyde function, or ∘ a mixture of a compound A11 and of a compound A12, and • at least one phenol A21, • at least one compound A1, compound A1 being chosen from: ∘ a compound A11 comprising at least two functions, one of these functions being a hydroxymethyl function and the other being an aldehyde function or a hydroxymethyl function, or ∘ a compound A12 comprising at least one aldehyde function, or ∘ a mixture of a compound A11 and of a compound A12, and ∘ a compound A11 comprising at least two functions, one of these functions being a hydroxymethyl function and the other being an aldehyde function or a hydroxymethyl function, or ∘ a compound A12 comprising at least one aldehyde function, or ∘ a mixture of a compound A11 and of a compound A12, and • at least one phenol A21, • a potential difference is applied between the conductive element and the adhesive composition so as to coat the conductive element with an adhesive layer based on the adhesive composition.
A terminal comprising: a wireless communication unit configured to receive position information of the terminal, of a remote terminal, and of a destination; a controller configured to obtain new position information of the destination according to a condition inputted by a user of the terminal, and to obtain a route information between the terminal and the obtained new position information of the destination, and between the remote terminal and the obtained new position information of the destination using the received position information of the terminal and of the remote terminal; and a display configured to display current position of the terminal on the route information between the terminal and the obtained new position information of the destination and current position of the remote terminal on the route information between the remote terminal and the obtained new position information of the destination using the received position information, characterized in that the inputted condition includes - a first traveling time from the position of the terminal; and - a second traveling time from the position of the remote terminal. a wireless communication unit configured to receive position information of the terminal, of a remote terminal, and of a destination; a controller configured to obtain new position information of the destination according to a condition inputted by a user of the terminal, and to obtain a route information between the terminal and the obtained new position information of the destination, and between the remote terminal and the obtained new position information of the destination using the received position information of the terminal and of the remote terminal; and a display configured to display current position of the terminal on the route information between the terminal and the obtained new position information of the destination and current position of the remote terminal on the route information between the remote terminal and the obtained new position information of the destination using the received position information, characterized in that the inputted condition includes - a first traveling time from the position of the terminal; and - a second traveling time from the position of the remote terminal. - a first traveling time from the position of the terminal; and - a second traveling time from the position of the remote terminal.
An absorbent article for personal hygiene having a front edge and a back edge notionally defining a longitudinal axis extending from the middle of the front edge to the middle of the back edge: - a garment-facing side comprising a liquid impermeable backsheet; - a wearer-facing side comprising a liquid permeable topsheet; - an absorbent core between the topsheet and the backsheet, comprising an absorbent material; - a chassis comprising the absorbent backsheet and the absorbent core; - a pair of barrier leg cuffs disposed symmetrically relative to the longitudinal axis, each barrier leg cuff defined by a proximal edge attached to the chassis of the article and an elasticized terminal edge that can be raised away from the chassis; wherein the topsheet comprises a raisable region attached to the barrier leg cuffs at a position away from the proximal edges of the barrier leg cuffs, so that when the barrier leg cuffs are raised away from the chassis, the raisable region is lifted up by the barrier leg cuffs and an empty volume is formed between the raisable region and the chassis; characterized in that the length of the wearer-facing side of the article is shorter than the length of the garment-facing side of the article, as measured along the longitudinal axis, and the topsheet comprises a plurality of apertures in the raisable region. - a garment-facing side comprising a liquid impermeable backsheet; - a wearer-facing side comprising a liquid permeable topsheet; - an absorbent core between the topsheet and the backsheet, comprising an absorbent material; - a chassis comprising the absorbent backsheet and the absorbent core; - a pair of barrier leg cuffs disposed symmetrically relative to the longitudinal axis, each barrier leg cuff defined by a proximal edge attached to the chassis of the article and an elasticized terminal edge that can be raised away from the chassis;
A survey method comprising: a first step in which coordinates of first to fourth points (P1, P2, P3, P4) on one wall surface are obtained; a second step in which, following the first step, a first surface including the first, second, and third points, a second surface including the second, third, and fourth points, a third surface including the third, fourth, and first points, and a fourth surface including the fourth, first, and second points, are specified; a third step in which, following the second step, a fourth distance δ4 between the first surface and the fourth point, a first distance δ1 between the second surface and the first point, a second distance δ2 between the third surface and the second point, and a third distance δ3 between the fourth surface and the third point are obtained; a fourth step in which, following the third step, a largest value δmax of the first, second, third, and fourth distances δ1 to δ4 is determined as an evaluation value; and a fifth step in which, following the fourth step, any of the first to fourth surfaces is defined as a specific surface specifying the wall surface in response to a determination that the evaluation value δmax is less than a predetermined threshold value δth. a first step in which coordinates of first to fourth points (P1, P2, P3, P4) on one wall surface are obtained; a second step in which, following the first step, a first surface including the first, second, and third points, a second surface including the second, third, and fourth points, a third surface including the third, fourth, and first points, and a fourth surface including the fourth, first, and second points, are specified; a third step in which, following the second step, a fourth distance δ4 between the first surface and the fourth point, a first distance δ1 between the second surface and the first point, a second distance δ2 between the third surface and the second point, and a third distance δ3 between the fourth surface and the third point are obtained; a fourth step in which, following the third step, a largest value δmax of the first, second, third, and fourth distances δ1 to δ4 is determined as an evaluation value; and a fifth step in which, following the fourth step, any of the first to fourth surfaces is defined as a specific surface specifying the wall surface in response to a determination that the evaluation value δmax is less than a predetermined threshold value δth.
A method for enhancing comprehensibility through spatialization, comprising the steps of: receiving two or more audio signals each associated with one of two or more audio sources; receiving audio source metadata associated with each of the two or more audio sources, the audio source metadata comprising audio source priority of each of the two or more audio sources; calculating panning gains for each of the two or more audio signals, respectively, based on the total number of audio sources and a total number of output channels, and further based on the received audio source metadata, wherein calculating the respective panning gains comprises a calculation to direct each of the two or more audio signals to a relative location in the two or more output channels responsive to the audio source metadata; gain adjusting each of the two or more audio signals responsive to the panning gains; and mixing each of the two or more gain adjusted audio signals to create the total number of output channels that enhance the comprehensibility of the gain adjusted two or more audio signals in comparison to the unadjusted two or more audio signals. receiving two or more audio signals each associated with one of two or more audio sources; receiving audio source metadata associated with each of the two or more audio sources, the audio source metadata comprising audio source priority of each of the two or more audio sources; calculating panning gains for each of the two or more audio signals, respectively, based on the total number of audio sources and a total number of output channels, and further based on the received audio source metadata, wherein calculating the respective panning gains comprises a calculation to direct each of the two or more audio signals to a relative location in the two or more output channels responsive to the audio source metadata; gain adjusting each of the two or more audio signals responsive to the panning gains; and mixing each of the two or more gain adjusted audio signals to create the total number of output channels that enhance the comprehensibility of the gain adjusted two or more audio signals in comparison to the unadjusted two or more audio signals.
An adjusting ring for a variable turbine/compressor geometry of a supercharging device with inwardly directed recesses for receiving blade lever tips of blade levers, wherein each recess comprises two lateral flanks (3, 3'), wherein both flanks (3, 3') of a recess comprise a predefined deviation from a parallel arrangement, characterized in that at least one flank (3, 3') of a recess runs in a radial plane of the adjusting ring.
A motor control system comprising: a host controller for controlling a wheel driving unit of a vehicle, wherein electric power supply to the controller is halted when an ignition switch is OFF; and a motor control device for receiving a PWM command signal from the host controller and for controlling a motor of a cooling blower to cool a power supply unit supplying electric power to the wheel driving unit, wherein the host controller modulates a duty ratio of pulses of the PWM command signal by a target rotating speed of the motor and transmits the modulated PWM command signal to the motor control device; and the motor control device demodulates the received PWM command signal to reconstruct the target rotating speed and controls a rotating speed of the motor based on the target rotating speed, characterized in that the host controller further modulates a period of the pulses of the PWM command signal by a continuous operation time of the motor and the motor control device demodulates the received PWM control signal to reconstruct the continuous operation time and controls the motor to halt rotation when a signal-unreceiving time period of the PWM command signal becomes larger than the continuous operation time. a host controller for controlling a wheel driving unit of a vehicle, wherein electric power supply to the controller is halted when an ignition switch is OFF; and a motor control device for receiving a PWM command signal from the host controller and for controlling a motor of a cooling blower to cool a power supply unit supplying electric power to the wheel driving unit, wherein the host controller modulates a duty ratio of pulses of the PWM command signal by a target rotating speed of the motor and transmits the modulated PWM command signal to the motor control device; and the motor control device demodulates the received PWM command signal to reconstruct the target rotating speed and controls a rotating speed of the motor based on the target rotating speed, characterized in that the host controller further modulates a period of the pulses of the PWM command signal by a continuous operation time of the motor and the motor control device demodulates the received PWM control signal to reconstruct the continuous operation time and controls the motor to halt rotation when a signal-unreceiving time period of the PWM command signal becomes larger than the continuous operation time.
A method for forming three-dimensional containers of extensible paper material, comprising: - forming a substantially truncated conical tubular element from extensible paper material coupled to a thermoweldable polymer film, the longitudinal edges of which are joined together by thermowelding, - preheating said tubular element, - associating the tubular element obtained in this manner with a mould negatively reproducing at least the side wall of the container to be obtained, - feeding air flow into the mould causing the tubular element to deform and to adhere to the mould walls by utilizing the extensibility characteristics of the paper material, - closing said tubular element at at least one end. - forming a substantially truncated conical tubular element from extensible paper material coupled to a thermoweldable polymer film, the longitudinal edges of which are joined together by thermowelding, - preheating said tubular element, - associating the tubular element obtained in this manner with a mould negatively reproducing at least the side wall of the container to be obtained, - feeding air flow into the mould causing the tubular element to deform and to adhere to the mould walls by utilizing the extensibility characteristics of the paper material, - closing said tubular element at at least one end.
A multimodal elastomer comprising a copolymer of ethylene and at least one α-olefin monomer, wherein the multimodal elastomer comprises: 20 to 90% by weight of a high molecular weight fraction, wherein the HMW fraction has a number average molecular weight (Mn) of at least 50 kg/mol, when measured according to gel permeation chromatography, and wherein the HMW fraction comprises at least 35 % by weight ethylene and at least 30 % by weight α-olefin comonomer; a low molecular weight fraction fraction, wherein the LMW fraction has an Mn of 4 to 25 kg/mol, and wherein the LMW fraction comprises at least 50 % by weight ethylene and at least 29 % by weight α-olefin comonomer, and wherein the ratio of the Mn of HMW fraction to the Mn of the LMW fraction is at least 5 to 1; wherein the multimodal elastomer has a density between 0.853 to 0.875 g/cc, a shear viscosity at 100 rad/s of less than 2,500 Pa-s, and a shear viscosity at 0.1 rad/s of less than 120,000 Pa-s. 20 to 90% by weight of a high molecular weight fraction, wherein the HMW fraction has a number average molecular weight (Mn) of at least 50 kg/mol, when measured according to gel permeation chromatography, and wherein the HMW fraction comprises at least 35 % by weight ethylene and at least 30 % by weight α-olefin comonomer; a low molecular weight fraction fraction, wherein the LMW fraction has an Mn of 4 to 25 kg/mol, and wherein the LMW fraction comprises at least 50 % by weight ethylene and at least 29 % by weight α-olefin comonomer, and wherein the ratio of the Mn of HMW fraction to the Mn of the LMW fraction is at least 5 to 1; wherein the multimodal elastomer has a density between 0.853 to 0.875 g/cc, a shear viscosity at 100 rad/s of less than 2,500 Pa-s, and a shear viscosity at 0.1 rad/s of less than 120,000 Pa-s.