mhurhangee/ep-ind-claims huggingface dataset:
A discharge device which discharges a viscous material from a nozzle communicating with a cylinder by pressurizing the viscous material supplied to the cylinder, the device comprising: a supply valve which controls a supply of the viscous material to the cylinder; a plunger which applies a pressure to the viscous material supplied to the cylinder; a ball screw which is movable in a same direction as a back-and-forth direction of the plunger; a motor which is connected to the ball screw through a power transmission mechanism, characterized by a pressure sensor which is arranged in the cylinder and detects a pressure of the viscous material supplied into the cylinder, wherein the discharge device is configured to correct the internal pressure of the cylinder by raising the ball screw with the supply valve being closed to drop the internal pressure of the cylinder to a desired value after the viscous material is supplied to the cylinder, wherein the pressure sensor is configured to detect the internal pressure of the cylinder after correcting the internal pressure, and wherein the plunger and the ball screw are not connected. a supply valve which controls a supply of the viscous material to the cylinder; a plunger which applies a pressure to the viscous material supplied to the cylinder; a ball screw which is movable in a same direction as a back-and-forth direction of the plunger; a motor which is connected to the ball screw through a power transmission mechanism, characterized by a pressure sensor which is arranged in the cylinder and detects a pressure of the viscous material supplied into the cylinder, wherein the discharge device is configured to correct the internal pressure of the cylinder by raising the ball screw with the supply valve being closed to drop the internal pressure of the cylinder to a desired value after the viscous material is supplied to the cylinder, wherein the pressure sensor is configured to detect the internal pressure of the cylinder after correcting the internal pressure, and wherein the plunger and the ball screw are not connected.
A cosmetic composition for styling hair, comprising: 1. a vinyl Caprolactam/VP/Dimethylaminoethyl Methacrylate Copolymer, 2. at least one salt of an acyl amino acid, salt of creatine and/or glutamate, and 3. at least one preservative, selected from the group of parabens and phenoxyethanol, 4. optionally at least one solvent. 1. a vinyl Caprolactam/VP/Dimethylaminoethyl Methacrylate Copolymer, 2. at least one salt of an acyl amino acid, salt of creatine and/or glutamate, and 3. at least one preservative, selected from the group of parabens and phenoxyethanol, 4. optionally at least one solvent.
A method for increasing the voltage of signals driven from a digital modem system modem, MSM, integrated circuit to control power amplifiers in a communication system, characterized by: setting a first multiplexer and a second multiplexer to an enabling signal, wherein the first multiplexer is on a digital modem system modem integrated circuit and the second multiplexer is on an external power management integrated circuit, PMIC; writing a command to the first multiplexer to set the first multiplexer to one of a plurality of control signals used to control a power amplifier; and writing a command to the second multiplexer to select one of the plurality of control signals that maps to the first multiplexer, wherein the PMIC is connected to a power supply such that the selected one of the plurality of control signals drives the power amplifier from the MSM via the PMIC with a larger voltage than the voltage drivable from the MSM alone. setting a first multiplexer and a second multiplexer to an enabling signal, wherein the first multiplexer is on a digital modem system modem integrated circuit and the second multiplexer is on an external power management integrated circuit, PMIC; writing a command to the first multiplexer to set the first multiplexer to one of a plurality of control signals used to control a power amplifier; and writing a command to the second multiplexer to select one of the plurality of control signals that maps to the first multiplexer, wherein the PMIC is connected to a power supply such that the selected one of the plurality of control signals drives the power amplifier from the MSM via the PMIC with a larger voltage than the voltage drivable from the MSM alone.
An electric power plant that comprises: - one or more electric machines, - one or more piston engines for operating the one or more electric machines as one or more generators, - one or more excitation devices for supplying excitation currents to respective ones of said one or electric machines, - an electric conductor system for electrically connecting to each of the one or more electric machines and to an external electric system, the electric conductor system comprising switches (115, 116, 117) for electrically connecting and disconnecting the electric machines to and from the electric conductor system and a switch for connecting and disconnecting the electric power plant to and from the external electric system, and - a control system for controlling the electric power plant, wherein the control system comprises a first controller for interrupting fuel supply of first one or more of the piston engines connected to first one or more of the electric machines in response to a need to interrupt power supply from the first one or more of the electric machines to the electric conductor system, and for reactivating the fuel supply of the first one or more of the piston engines in response to a need to reactivate the power supply from the first one or more of the electric machines to the electric conductor system, characterized in that the control system further comprises a second controller for keeping the first one or more of the electric machines directly connected to the electric conductor system in response to a situation in which the fuel supply of the first one or more of the piston engines is interrupted so as to operate the first one or more of the electric machines as one or more electric motors for rotating the first one or more of the piston engines with electric power received from the electric conductor system. - one or more electric machines, - one or more piston engines for operating the one or more electric machines as one or more generators, - one or more excitation devices for supplying excitation currents to respective ones of said one or electric machines, - an electric conductor system for electrically connecting to each of the one or more electric machines and to an external electric system, the electric conductor system comprising switches (115, 116, 117) for electrically connecting and disconnecting the electric machines to and from the electric conductor system and a switch for connecting and disconnecting the electric power plant to and from the external electric system, and - a control system for controlling the electric power plant,
A phosphaplatin complex selected from the group consisting of: (i) enantiopure (1 R,2 R)-pyrodach-2 having formula, or pharmaceutically acceptable salt or solvate thereof; (ii) enantiopure (1 S,2 S)-pyrodach-2 having formula, or pharmaceutically acceptable salt or solvate thereof; (iii) cis -pyrodach-2 having formula, or pharmaceutically acceptable salt or solvate thereof; (iv) enantiopure (1 R,2 R)-pyrodach-4 having formula, or pharmaceutically acceptable salt or solvate thereof; (v) enantiopure (1 S,2 S)-pyrodach-4 having formula, or pharmaceutically acceptable salt or solvate thereof; and (vi) cis -pyrodach-4 having formula, or pharmaceutically acceptable salt or solvate thereof. (i) enantiopure (1 R,2 R)-pyrodach-2 having formula, or pharmaceutically acceptable salt or solvate thereof; (ii) enantiopure (1 S,2 S)-pyrodach-2 having formula, or pharmaceutically acceptable salt or solvate thereof; (iii) cis -pyrodach-2 having formula, or pharmaceutically acceptable salt or solvate thereof; (iv) enantiopure (1 R,2 R)-pyrodach-4 having formula, or pharmaceutically acceptable salt or solvate thereof; (v) enantiopure (1 S,2 S)-pyrodach-4 having formula, or pharmaceutically acceptable salt or solvate thereof; and (vi) cis -pyrodach-4 having formula, or pharmaceutically acceptable salt or solvate thereof.
A tandem mass spectrometer (200, 300), comprising: a collision cell comprising an ion inlet for receiving ions, the collision cell having a collision gas in its interior during operation of the mass spectrometer (200, 300) for causing at least a portion of the ions to undergo collisions and to form product ions by fragmentation; a two-dimensional ion trap comprising a trapping region including an ion entrance for receiving ions having a mass-to-charge ratio within a first range of values, the ion trap being operable to mass-selectively eject, through an ion exit, ions having a mass-to-charge ratio within a second range of values that is narrower than the first range of values, and, a mass analyzer in communication with the collision cell for receiving the product ions therefrom and for generating product ion mass spectra; characterized in that the trapping region is curved concavely toward the ion inlet of the collision cell for focusing ejected ions toward the ion inlet of the collision cell. a collision cell comprising an ion inlet for receiving ions, the collision cell having a collision gas in its interior during operation of the mass spectrometer (200, 300) for causing at least a portion of the ions to undergo collisions and to form product ions by fragmentation; a two-dimensional ion trap comprising a trapping region including an ion entrance for receiving ions having a mass-to-charge ratio within a first range of values, the ion trap being operable to mass-selectively eject, through an ion exit, ions having a mass-to-charge ratio within a second range of values that is narrower than the first range of values, and, a mass analyzer in communication with the collision cell for receiving the product ions therefrom and for generating product ion mass spectra; characterized in that the trapping region is curved concavely toward the ion inlet of the collision cell for focusing ejected ions toward the ion inlet of the collision cell.
A method comprising: executing a first security agent on a first endpoint; executing a second security agent on a second endpoint; receiving, at a threat management facility, an indication of an activity accessing a remote resource originating from a user and detected by the first security agent executing on the first endpoint; controlling the first security agent with the threat management facility to prevent completion of the activity accessing the remote resource; identifying the second endpoint associated with the user; initiating an authentication process between the threat management facility and the second security agent for access by the user to the remote resource; and in response to completion of the authentication process, controlling the first security agent to permit completion of the activity accessing the remote resource originating from the user. executing a first security agent on a first endpoint; executing a second security agent on a second endpoint; receiving, at a threat management facility, an indication of an activity accessing a remote resource originating from a user and detected by the first security agent executing on the first endpoint; controlling the first security agent with the threat management facility to prevent completion of the activity accessing the remote resource; identifying the second endpoint associated with the user; initiating an authentication process between the threat management facility and the second security agent for access by the user to the remote resource; and in response to completion of the authentication process, controlling the first security agent to permit completion of the activity accessing the remote resource originating from the user.
A therapeutic apparatus for delivering therapeutic fluid into a body of a patient and/or sensing a bodily analyte, the therapeutic apparatus comprising: a portable therapeutic device, configured for one or more of delivering therapeutic fluid into a body of a patient and sensing a bodily analyte; and a therapeutic assembly comprising: a housing securable to skin of the patient, and a cannula insertable through a passageway provided within said housing so as to subcutaneously place at least part of said cannula, said cannula is configured to be inserted subsequent to securing of said housing to the skin of the patient and to rigidly connect to said housing in a locking configuration upon insertion; wherein the portable therapeutic device, is coupleable to the therapeutic assembly; characterized in that said housing comprises a well defining said passageway, with said well being tiltable relative to a contact surface of said housing that contacts the skin of the patient when the housing is secured to the skin of the patient, for enabling insertion of said cannula at a desired penetration angle. a portable therapeutic device, configured for one or more of delivering therapeutic fluid into a body of a patient and sensing a bodily analyte; and a therapeutic assembly comprising: a housing securable to skin of the patient, and a cannula insertable through a passageway provided within said housing so as to subcutaneously place at least part of said cannula, said cannula is configured to be inserted subsequent to securing of said housing to the skin of the patient and to rigidly connect to said housing in a locking configuration upon insertion; a housing securable to skin of the patient, and a cannula insertable through a passageway provided within said housing so as to subcutaneously place at least part of said cannula, said cannula is configured to be inserted subsequent to securing of said housing to the skin of the patient and to rigidly connect to said housing in a locking configuration upon insertion; wherein the portable therapeutic device, is coupleable to the therapeutic assembly; characterized in that said housing comprises a well defining said passageway, with said well being tiltable relative to a contact surface of said housing that contacts the skin of the patient when the housing is secured to the skin of the patient, for enabling insertion of said cannula at a desired penetration angle.
A spin-on filter cartridge comprising: (i) a housing having a closed end, an open end, and an interior volume; (ii) a filter element operably oriented in the interior volume; (iii) a baffle plate operably oriented over the housing open end; the baffle plate defining a central flow aperture; the baffle plate defining a continuous groove in the outer surface immediately adjacent to and circumscribing the central flow aperture; the continuous groove is defined by a radial surface and an axial support surface; the support surface being generally orthogonal to the radial surface; the groove operating as a seat for a seal member; the baffle plate defining an inlet arrangement and an outlet arrangement; the outlet arrangement comprising the central flow aperture; and the inlet arrangement comprising a plurality of fluid apertures circumscribing the central flow aperture; the baffle plate including a central hub defining the central flow aperture; the central hub having an inner, threaded wall; (iv) a seal arrangement secured to the baffle plate spaced from and circumscribing the groove; the seal arrangement being seated within a groove. (i) a housing having a closed end, an open end, and an interior volume; (ii) a filter element operably oriented in the interior volume; (iii) a baffle plate operably oriented over the housing open end; the baffle plate defining a central flow aperture; the baffle plate defining a continuous groove in the outer surface immediately adjacent to and circumscribing the central flow aperture; the continuous groove is defined by a radial surface and an axial support surface; the support surface being generally orthogonal to the radial surface; the groove operating as a seat for a seal member; the baffle plate defining an inlet arrangement and an outlet arrangement; the outlet arrangement comprising the central flow aperture; and the inlet arrangement comprising a plurality of fluid apertures circumscribing the central flow aperture; the baffle plate including a central hub defining the central flow aperture; the central hub having an inner, threaded wall; the baffle plate defining a continuous groove in the outer surface immediately adjacent to and circumscribing the central flow aperture; the continuous groove is defined by a radial surface and an axial support surface; the support surface being generally orthogonal to the radial surface; the groove operating as a seat for a seal member; the baffle plate defining an inlet arrangement and an outlet arrangement; the outlet arrangement comprising the central flow aperture; and the inlet arrangement comprising a plurality of fluid apertures circumscribing the central flow aperture; the outlet arrangement comprising the central flow aperture; and the inlet arrangement comprising a plurality of fluid apertures circumscribing the central flow aperture; the baffle plate including a central hub defining the central flow aperture; the central hub having an inner, threaded wall; (iv) a seal arrangement secured to the baffle plate spaced from and circumscribing the groove; the seal arrangement being seated within a groove. the seal arrangement being seated within a groove.
A phase shifter, wherein the phase shifter comprises a cavity, and a fixed component, a sliding component, a control rod configured to control sliding of the sliding component, and a dielectric portion in the cavity, wherein a first strip group is disposed in the fixed component, wherein the first strip group comprises two strips; the sliding component is located above the fixed component, and a second strip group is disposed in the sliding component, wherein the second strip group comprises two strips, the two strips of the second strip group are electrically coupled to the two strips of the first strip group respectively, and the second strip group is in a U shape; and each strip of the second strip group comprises a first strip portion and a second strip portion, a width of the first strip portion is greater than a width of the second strip portion, the dielectric portion is disposed around the second strip portion, and a difference between an impedance formed by the dielectric portion and the second strip portion and an impedance of the first strip portion is within a first range, wherein - the dielectric portion comprises a first dielectric portion and a second dielectric portion, wherein the first dielectric portion is located above the sliding component and is within a moving range of the second strip portion, and the second dielectric portion is located below the sliding component and is within the moving range of the second strip portion; characterized in that, the first and second dielectric portions are arranged such that a movement of the sliding component selectively changes a dielectric constant of an environment in which the second strip portion is located. - the dielectric portion comprises a first dielectric portion and a second dielectric portion,
A binding front unit for holding a sports shoe on a gliding or rolling device, comprising - a frame having a recess in a vertical portion for receiving a pin projecting laterally from the sports shoe, characterized by - a release system (7, 8) housed in the recess of the frame and movable within the recess along the axis of the recess to push the pin towards the shoe in order to release the shoe from the front unit. - a frame having a recess in a vertical portion for receiving a pin projecting laterally from the sports shoe, - a release system (7, 8) housed in the recess of the frame and movable within the recess along the axis of the recess to push the pin towards the shoe in order to release the shoe from the front unit.
A turbofan engine comprising: an engine case; a gaspath through the engine case; a fan having a circumferential array of fan blades; a compressor in fluid communication with the fan; a combustor in fluid communication with the compressor; a turbine in fluid communication with the combustor, the turbine having a low pressure turbine section; and a speed reduction mechanism coupling the low pressure turbine section to the fan; wherein: a bypass area ratio is between 8.0 and 20.0; a ratio of an low pressure turbine section airfoil count to the bypass area ratio is less than about 170; and a hub-to-tip ratio (R I:R O) of the low pressure turbine section is between 0.42 and about 0.48 measured at the maximum Ro axial location in the low pressure turbine section. an engine case; a gaspath through the engine case; a fan having a circumferential array of fan blades; a compressor in fluid communication with the fan; a combustor in fluid communication with the compressor; a turbine in fluid communication with the combustor, the turbine having a low pressure turbine section; and a speed reduction mechanism coupling the low pressure turbine section to the fan; a bypass area ratio is between 8.0 and 20.0; a ratio of an low pressure turbine section airfoil count to the bypass area ratio is less than about 170; and a hub-to-tip ratio (R I:R O) of the low pressure turbine section is between 0.42 and about 0.48 measured at the maximum Ro axial location in the low pressure turbine section.
Use of a seal device (1, 201, 301) at a portion where relative rotation occurs between a first member (10, 210, 310) and a second member (2, 302) that rotates relative to the first member (10, 210, 310), wherein the seal device comprises a first seal part (21, 321) facing an external fluid and a second seal part (23, 323) arranged in parallel to the first seal part (21, 321) and facing a sealed fluid in an interior of equipment to prevent entry of the external fluid and leakage of the sealed fluid, wherein the seal device (1, 201, 301) further comprises an intermediate seal part (22, 322) arranged in parallel to the first seal part (21, 321) and the second seal part (23, 323) between the first seal part (21, 321) and the second seal part (23, 323), wherein a gas chamber (31, 331) is formed between the first seal part (21, 321) and the intermediate seal part (22, 322), to which a gas having a higher pressure than the external fluid is supplied, wherein an intermediate chamber (32, 332) is formed between the intermediate seal part (22, 322) and the second seal part (23 323), and a gas having a lower pressure than the gas supplied to the gas chamber (31, 331) and having a lower pressure than the sealed fluid is supplied to the intermediate chamber (23, 323). a first seal part (21, 321) facing an external fluid and a second seal part (23, 323) arranged in parallel to the first seal part (21, 321) and facing a sealed fluid in an interior of equipment to prevent entry of the external fluid and leakage of the sealed fluid, wherein the seal device (1, 201, 301) further comprises an intermediate seal part (22, 322) arranged in parallel to the first seal part (21, 321) and the second seal part (23, 323) between the first seal part (21, 321) and the second seal part (23, 323), wherein a gas chamber (31, 331) is formed between the first seal part (21, 321) and the intermediate seal part (22, 322), to which a gas having a higher pressure than the external fluid is supplied, wherein an intermediate chamber (32, 332) is formed between the intermediate seal part (22, 322) and the second seal part (23 323), and a gas having a lower pressure than the gas supplied to the gas chamber (31, 331) and having a lower pressure than the sealed fluid is supplied to the intermediate chamber (23, 323).