mhurhangee/patent-ind-claim-en huggingface dataset:
A system for filling a fuel manifold of a gas turbine engine , the system comprising: a memory ; a receiving unit adapted to receive an activation signal, wherein the activation signal is a start signal of the engine , and a present measurement of a speed of the engine; and a processing unit coupled to the memory , the processing unit adapted to activate the implementation of an adaptive filling function upon receiving the activation signal, to control the filling of the fuel manifold to match the engine's gas generator speed until engine light up is achieved, the adaptive filling function comprising: computing from the received measurement a flow rate of fuel to be supplied to the fuel manifold for filling thereof and to generate an output signal for causing delivery of the fuel to the fuel manifold according to the computed flow rate. a memory ; a receiving unit adapted to receive an activation signal, wherein the activation signal is a start signal of the engine , and a present measurement of a speed of the engine; and a processing unit coupled to the memory , the processing unit adapted to activate the implementation of an adaptive filling function upon receiving the activation signal, to control the filling of the fuel manifold to match the engine's gas generator speed until engine light up is achieved, the adaptive filling function comprising: computing from the received measurement a flow rate of fuel to be supplied to the fuel manifold for filling thereof and to generate an output signal for causing delivery of the fuel to the fuel manifold according to the computed flow rate.
A method for implementing memory register interrupt based signaling and messaging, the method comprising: receiving , at a control register of a receiver , a signal number from a sender ; copying , by a memory register interrupt management device of the receiver , the signal number to an associated status register of the receiver ; generating , based on a hardware interrupt vector, and independently of the signal number from the status register , an interrupt to a central processing unit of the receiver , wherein the hardware interrupt vector is the number associated with the status register location; and triggering , based on the interrupt, an interrupt handler of the receiver to perform an action associated with the signal number. receiving , at a control register of a receiver , a signal number from a sender ; copying , by a memory register interrupt management device of the receiver , the signal number to an associated status register of the receiver ; generating , based on a hardware interrupt vector, and independently of the signal number from the status register , an interrupt to a central processing unit of the receiver , wherein the hardware interrupt vector is the number associated with the status register location; and triggering , based on the interrupt, an interrupt handler of the receiver to perform an action associated with the signal number.
A medical device comprising an exterior surface, an intermediate layer overlying the exterior surface, and a coating layer overlying the intermediate layer, wherein: the intermediate layer comprises a poly(p-xylylene); and the coating layer comprises a hydrophobic therapeutic agent and at least one additive, wherein the at least one additive comprises a polysorbate and a sugar alcohol. the intermediate layer comprises a poly(p-xylylene); and the coating layer comprises a hydrophobic therapeutic agent and at least one additive, wherein the at least one additive comprises a polysorbate and a sugar alcohol.
An electric toothbrush with a rechargeable battery comprising: a chassis having a motor receiving section , a rechargeable battery receiving section and a bobbin section , which are integrally formed to each other and are aligned along a common axis in said order; a DC motor accommodated in the motor receiving section ; a rechargeable battery accommodated in the rechargeable battery receiving section ; and a coil wound on the bobbin section ; wherein the rechargeable battery receiving section and the bobbin section are connected to each other by a pair of connecting arms extending generally parallel to each other; and wherein a thickness of each of the connecting arms is thinner than a wall forming the rechargeable battery receiving section and the bobbin section . a chassis having a motor receiving section , a rechargeable battery receiving section and a bobbin section , which are integrally formed to each other and are aligned along a common axis in said order; a DC motor accommodated in the motor receiving section ; a rechargeable battery accommodated in the rechargeable battery receiving section ; and a coil wound on the bobbin section ; wherein the rechargeable battery receiving section and the bobbin section are connected to each other by a pair of connecting arms extending generally parallel to each other; and wherein a thickness of each of the connecting arms is thinner than a wall forming the rechargeable battery receiving section and the bobbin section .
A power manager integrated circuit comprising: a buck controller to produce a first regulated power supply; a first pin coupled to a first power domain of an integrated circuit and responsive to the buck controller to provide the first regulated power supply to the first power domain ; a second pin coupled to a second power domain of the integrated circuit to provide a second regulated power supply derived from the first regulated power supply to the second power domain ; and a head controller to determine an operating mode and to selectively reduce or disable current flow to the second pin when the operating mode comprises a low power mode, wherein the head controller comprises: a logic to determine the operating mode and to provide at least one control signal; and a low drop out regulator including an input coupled to the first pin and an output coupled to the second pin , the low drop out regulator responsive to the logic to selectively reduce current flow to the second pin . a buck controller to produce a first regulated power supply; a first pin coupled to a first power domain of an integrated circuit and responsive to the buck controller to provide the first regulated power supply to the first power domain ; a second pin coupled to a second power domain of the integrated circuit to provide a second regulated power supply derived from the first regulated power supply to the second power domain ; and a head controller to determine an operating mode and to selectively reduce or disable current flow to the second pin when the operating mode comprises a low power mode, wherein the head controller comprises: a logic to determine the operating mode and to provide at least one control signal; and a low drop out regulator including an input coupled to the first pin and an output coupled to the second pin , the low drop out regulator responsive to the logic to selectively reduce current flow to the second pin . a logic to determine the operating mode and to provide at least one control signal; and a low drop out regulator including an input coupled to the first pin and an output coupled to the second pin , the low drop out regulator responsive to the logic to selectively reduce current flow to the second pin .
A fluid connector system for delivery of a pressurized flow of air at pressures between 4 cm H 2 O to 40 cm H 2 O to a patient from a respiratory pressure therapy device comprising a first part and a second part, the first part comprising a first connector portion with a first opening for the flow of pressurized air, a seal portion extending around a periphery of the first opening, and a first latching portion, the second part comprising a second connector portion with a second opening for the flow of pressurized air, a sealing surface around a periphery of the second opening, an overhang portion that extends beyond the sealing surface, and a second latching portion, wherein the seal portion comprises a resilient and compliant material; wherein the sealing surface extends radially from the second opening; wherein the sealing surface is configured to receive the seal portion to form a face seal with the first part of the fluid connector system to allow the pressurized flow of air at pressures between 4 cm H 2 O to 40 cm H 2 O through the first part and the second part; and wherein the first latching portion is configured to be engaged with the second latching portion. the first part comprising a first connector portion with a first opening for the flow of pressurized air, a seal portion extending around a periphery of the first opening, and a first latching portion, the second part comprising a second connector portion with a second opening for the flow of pressurized air, a sealing surface around a periphery of the second opening, an overhang portion that extends beyond the sealing surface, and a second latching portion, wherein the seal portion comprises a resilient and compliant material; wherein the sealing surface extends radially from the second opening; wherein the sealing surface is configured to receive the seal portion to form a face seal with the first part of the fluid connector system to allow the pressurized flow of air at pressures between 4 cm H 2 O to 40 cm H 2 O through the first part and the second part; and wherein the first latching portion is configured to be engaged with the second latching portion.
A multi-layer makeup protection cosmetic for use by spraying over makeup, containing the following components (A) to (C): (A) an oil-soluble film-forming agent; (B) 40 to 95 mass% of water; and (C) a volatile oil agent and not containing 0.25 mass% or more of an emulsifier. (A) an oil-soluble film-forming agent; (B) 40 to 95 mass% of water; and (C) a volatile oil agent
Human-machine interface configured to emulate the data transmitted by a mouse to a microcomputer, including: - a camera , - a marker to be arranged on a part of the body of a subject and to be placed in the field of the camera , - a display device , which is configured to display a pointer , which is the image of the marker filmed by the camera, the display device displaying at least one active zone (41, ..., 46; 57) corresponding to the triggering of at least one predetermined action, the interface being configured such that the action is triggered when the pointer is brought into the active zone and moves in a predefined manner relative to said active zone, the action including at least one conventional function of a mouse on a standard graphical interface, selected from a single click, a double click, click-hold-release, a context click and a scroll wheel, the action being triggered when the pointer is brought into the active zone and remains there for a predefined period of time, the interface defining at least one inactive zone (47; 56) which does not trigger any action, the interface including a transmission means that transmits the action to be triggered to the microcomputer so that the microcomputer performs the action. - a camera , - a marker to be arranged on a part of the body of a subject and to be placed in the field of the camera , - a display device , which is configured to display a pointer , which is the image of the marker filmed by the camera, the display device displaying at least one active zone (41, ..., 46; 57) corresponding to the triggering of at least one predetermined action, the interface being configured such that the action is triggered when the pointer is brought into the active zone and moves in a predefined manner relative to said active zone,
Li-ion battery cell comprising a material for a positive electrode, a material for a carbon-based negative electrode, a separator and an electrolyte, said electrolyte comprising: - at least one additive chosen from vinylene carbonate, propane sultone and their mixture; - at least one lithium salt chosen from lithium bis [(trifluoromethyl)sulfonyl]imide (LiN(CF 3 SO 2 ) 2 ), lithium trifluoromethanesulfonate (LiCF 3 SO 3 ), lithium bis(oxolato)borate (LiBOB), lithium difluoro(oxolato)borate (LiDFOB), lithium bis (perfluoroethylsulfonyl) imide (LiN(CF 2 CF 3 SO 2 ) 2 ), LiClO 4 , LiAsF 6 , LiPF 6 , LiBF 4 , LiI, LiCH 3 SO 3 , LiB(C 2 O 4 ), LiR F SOSR F , LiN (R F SO 2 ) 2 or LiC (R F SO 2 ) 3 , R F being a group chosen from a fluorine atom and a perfluoroalkyl group comprising from one to eight carbon atoms; - at least one solvent; and - at least one electronically neutral metal salt which is the magnesium bis(trifluoromethanesulfonyl)imide salt Mn(TFSI) 2 . - at least one additive chosen from vinylene carbonate, propane sultone and their mixture; - at least one lithium salt chosen from lithium bis [(trifluoromethyl)sulfonyl]imide (LiN(CF 3 SO 2 ) 2 ), lithium trifluoromethanesulfonate (LiCF 3 SO 3 ), lithium bis(oxolato)borate (LiBOB), lithium difluoro(oxolato)borate (LiDFOB), lithium bis (perfluoroethylsulfonyl) imide (LiN(CF 2 CF 3 SO 2 ) 2 ), LiClO 4 , LiAsF 6 , LiPF 6 , LiBF 4 , LiI, LiCH 3 SO 3 , LiB(C 2 O 4 ), LiR F SOSR F , LiN (R F SO 2 ) 2 or LiC (R F SO 2 ) 3 , R F being a group chosen from a fluorine atom and a perfluoroalkyl group comprising from one to eight carbon atoms; - at least one solvent; and - at least one electronically neutral metal salt which is the magnesium bis(trifluoromethanesulfonyl)imide salt Mn(TFSI) 2 .
A torque sensor assembly for detecting torque on at least two shafts in a shaft assembly, comprising: a first and a second shaft of the shaft assembly, wherein the first and the second shaft are arranged in parallel to each other; a first magneto elastic torque sensor for measuring the torque on the first shaft , wherein the first torque sensor comprises a first magnetized region along a circumference of the first shaft , and a first magnetic field sensor for measuring a magnetic field generated by the first magnetized region ; a second magneto elastic torque sensor for measuring the torque on the second shaft , wherein the second torque sensor comprises a second magnetized region along a circumference of the second shaft , and a second magnetic field sensor for measuring a magnetic field generated by the second magnetized region ; and a first compensation element , in particular a first compensation magnetic field sensor, for at least partially compensating an interference of the second magnetized region of the second shaft on the torque measurement of the first torque sensor ; wherein the radial distance (R1) of the first compensation element from the second magnetized region of the second shaft is equal to the radial distance (R1) of the first magnetic field sensor from the second magnetized region of the second shaft ; and wherein the radial distance of the first compensation element from the first magnetized region of the first shaft is greater than the radial distance of the first magnetic field sensor from the first magnetized region of the first shaft . a first and a second shaft of the shaft assembly, wherein the first and the second shaft are arranged in parallel to each other; a first magneto elastic torque sensor for measuring the torque on the first shaft , wherein the first torque sensor comprises a first magnetized region along a circumference of the first shaft , and a first magnetic field sensor for measuring a magnetic field generated by the first magnetized region ; a second magneto elastic torque sensor for measuring the torque on the second shaft , wherein the second torque sensor comprises a second magnetized region along a circumference of the second shaft , and a second magnetic field sensor for measuring a magnetic field generated by the second magnetized region ; and a first compensation element , in particular a first compensation magnetic field sensor, for at least partially compensating an interference of the second magnetized region of the second shaft on the torque measurement of the first torque sensor ; wherein the radial distance (R1) of the first compensation element from the second magnetized region of the second shaft is equal to the radial distance (R1) of the first magnetic field sensor from the second magnetized region of the second shaft ; and wherein the radial distance of the first compensation element from the first magnetized region of the first shaft is greater than the radial distance of the first magnetic field sensor from the first magnetized region of the first shaft .
A dispenser comprising: a dispenser housing ; a container for holding a foamable liquid; a first pump portion for pumping a liquid; a second pump portion for pumping air; an outlet in fluid communication the first pump portion ; and a chamber at least partially defined by a movable member , the chamber having: a vacuum inlet , wherein the vacuum inlet is in fluid communication with the air pump portion ; a suck-back inlet , wherein the suck-back inlet is in fluid communication with the outlet ; wherein applying a vacuum pressure to the vacuum inlet causes the volume of the chamber to decrease; and removing the vacuum pressure from the vacuum inlet causes the volume of the chamber to increase; and increasing the volume of the chamber draws residual fluid from the outlet toward the chamber . a dispenser housing ; a container for holding a foamable liquid; a first pump portion for pumping a liquid; a second pump portion for pumping air; an outlet in fluid communication the first pump portion ; and a chamber at least partially defined by a movable member , the chamber having: a vacuum inlet , wherein the vacuum inlet is in fluid communication with the air pump portion ; a suck-back inlet , wherein the suck-back inlet is in fluid communication with the outlet ; a vacuum inlet , wherein the vacuum inlet is in fluid communication with the air pump portion ; a suck-back inlet , wherein the suck-back inlet is in fluid communication with the outlet ; wherein applying a vacuum pressure to the vacuum inlet causes the volume of the chamber to decrease; and removing the vacuum pressure from the vacuum inlet causes the volume of the chamber to increase; and increasing the volume of the chamber draws residual fluid from the outlet toward the chamber .
A strain wave gearing comprising: a rigid internally toothed gear (6; 26); a flexible externally toothed gear (7; 27) that is made to flex into a non-circular shape to partially mesh with the internally toothed gear; and a wave generator (8; 28) for generating a wave motion that repeatedly flexes each part in a circumferential direction of the externally toothed gear in a radial direction so that partial meshing positions of the externally toothed gear with the internally toothed gear move in a circumferential direction of the internally toothed gear, wherein the wave generator has a plurality of wave-generating members (16 to 16 ; 36 to 36 ) arranged at positions at a prescribed angular interval along the circumferential direction of the externally toothed gear; the strain wave gearing being characterized in that each of the wave-generating members has an outer circumferential cam surface (16a; 36a) that faces the externally toothed gear in the radial direction and repeatedly flexes each part of the externally toothed gear in the radial direction with a prescribed amplitude when each of the wave-generating members rotates centered on a rotation center line that is parallel to a center axis line of the externally toothed gear. a rigid internally toothed gear (6; 26); a flexible externally toothed gear (7; 27) that is made to flex into a non-circular shape to partially mesh with the internally toothed gear; and a wave generator (8; 28) for generating a wave motion that repeatedly flexes each part in a circumferential direction of the externally toothed gear in a radial direction so that partial meshing positions of the externally toothed gear with the internally toothed gear move in a circumferential direction of the internally toothed gear, wherein the wave generator has a plurality of wave-generating members (16 to 16 ; 36 to 36 ) arranged at positions at a prescribed angular interval along the circumferential direction of the externally toothed gear; the strain wave gearing being characterized in that each of the wave-generating members has an outer circumferential cam surface (16a; 36a) that faces the externally toothed gear in the radial direction and repeatedly flexes each part of the externally toothed gear in the radial direction with a prescribed amplitude when each of the wave-generating members rotates centered on a rotation center line that is parallel to a center axis line of the externally toothed gear.
An electric grill having a housing ; a mounting bracket ; the mounting bracket having a front surface , a top surface , a bottom surface , a left side , a right side , and a back side ; the mounting bracket being affixed to the housing ; and a removable controller , wherein the electric grill comprises: an elongated slot oriented on the mounting bracket's front surface , the elongated slot having an upper lip and a lower lip , wherein the upper lip and the lower lip are both perpendicular to the front surface; and the controller having first and second engagement members configured to mate with the elongated slot , the controller being insertable into the elongated slot to achieve a fastened position; wherein both the first and second engagement members of the controller engage the upper lip and the lower lip of the elongated slot when the controller is in the fastened position; and wherein the controller further comprises a power cord connected to an electric ground; and a thermal barrier for protecting internal electronics in the controller , the thermal barrier being formed in the hollow void defined by the front surface , the top surface , the bottom surface , the left side , the right side , the back side , the upper lip and the lower lip , and the first and second engagement members of the controller when the controller is in the fastened position; wherein the controller is in electric communication with the housing such that electric current travels from the housing through the mounting bracket , to the controller , and to the ground via the power cord when the controller is in the fastened position. an elongated slot oriented on the mounting bracket's front surface , the elongated slot having an upper lip and a lower lip , wherein the upper lip and the lower lip are both perpendicular to the front surface; and the controller having first and second engagement members configured to mate with the elongated slot , the controller being insertable into the elongated slot to achieve a fastened position; wherein both the first and second engagement members of the controller engage the upper lip and the lower lip of the elongated slot when the controller is in the fastened position; and
A peptide analogue of xenin for use in the treatment of neurological disorders, wherein the peptide analogue comprises xenin and at least one amino acid substitution or modification comprising addition of a fatty acid selected from the group comprising a C-8 octanoyl group, a C-10 decanoyl group, a C-12 lauroyl group, a C-14 myristoyl group, a C-16 palmitoyl group, a C-18 stearoyl group, and a C-20 acyl group.
An amorphous co-precipitate comprising: lonafarnib or a pharmaceutically acceptable salt thereof; ritonavir or a pharmaceutically acceptable salt thereof; and a co-polymer.