mhurhangee/ep-ind-claims huggingface dataset:
An actuator comprising: a planar movable part; a support part for supporting the movable part; and a torsion bar for connecting the movable part and the support part in a longitudinal direction so that the movable part can oscillate around a rotation axis in the longitudinal direction, wherein a reflection part is formed on one surface of the movable part, one or a plurality of ribs for maintaining flatness of the movable part are formed on an other surface opposite to the one surface of the movable part, a first rib (123-1, 123-2) included in the one or the plurality of ribs extends in a lateral direction, which crosses the longitudinal direction, on the other surface, a side surface of the first rib (123-1, 123-2) on a side of the torsion bar is concave in a portion that is away from the rotation axis, in a plane view on the other surface, a degree of a concave of the side surface in the portion that is away from the rotation axis is greater than a degree of a concave of the side surface in the vicinity of the rotation axis, the first rib (123-1, 123-2) is formed in an area on the other surface corresponding to an area between an outer edge of the reflection part and the torsion bar, and the first rib (123-1, 123-2) is curved to be convex on a side of the reflection part, in a plane view on the other surface. a planar movable part; a support part for supporting the movable part; and a torsion bar for connecting the movable part and the support part in a longitudinal direction so that the movable part can oscillate around a rotation axis in the longitudinal direction, wherein a reflection part is formed on one surface of the movable part, one or a plurality of ribs for maintaining flatness of the movable part are formed on an other surface opposite to the one surface of the movable part, a first rib (123-1, 123-2) included in the one or the plurality of ribs extends in a lateral direction, which crosses the longitudinal direction, on the other surface, a side surface of the first rib (123-1, 123-2) on a side of the torsion bar is concave in a portion that is away from the rotation axis, in a plane view on the other surface, a degree of a concave of the side surface in the portion that is away from the rotation axis is greater than a degree of a concave of the side surface in the vicinity of the rotation axis, the first rib (123-1, 123-2) is formed in an area on the other surface corresponding to an area between an outer edge of the reflection part and the torsion bar, and the first rib (123-1, 123-2) is curved to be convex on a side of the reflection part, in a plane view on the other surface.
A butt flare reducing apparatus (100, 200) for logs, the apparatus comprising: a machine frame (110, 210); a stator ring assembly (120, 220) fixedly coupled to the machine frame (110, 210); a rotor assembly (150, 250) rotatably coupled to the stator ring assembly (120, 220) to rotate about a longitudinal axis of rotation (A, A 2), the rotor assembly (150, 250) including a rotor frame (152, 252) and a flare reducing tool (154, 254) movably coupled to the rotor frame (152, 252); a flare reducing tool adjustment assembly (130, 230) movably coupled to the stator ring assembly (120, 220) to move longitudinally, parallel to the longitudinal axis of rotation (A, A 2), between opposing end positions (P 1, P 2); and an actuator (140, 240) coupled to the flare reducing tool adjustment assembly (130, 230) to move the flare reducing tool adjustment assembly (130, 230) longitudinally, parallel to the longitudinal axis of rotation (A, A 2), between the opposing end positions (P 1, P 2), characterized in that the rotor assembly (150, 250) includes, for the flare reducing tool, a series of mechanical power transmission components (160, 260) coupled to the flare reducing tool (154, 254) to convert longitudinal motion of the actuator (140, 240) and flare reducing tool adjustment assembly (130, 230) parallel to the longitudinal axis of rotation (A, A 2) to radially oriented translational motion of the flare reducing tool (154, 254) linearly toward and away from and perpendicular to the longitudinal axis of rotation (A, A 2). a machine frame (110, 210); a stator ring assembly (120, 220) fixedly coupled to the machine frame (110, 210); a rotor assembly (150, 250) rotatably coupled to the stator ring assembly (120, 220) to rotate about a longitudinal axis of rotation (A, A 2), the rotor assembly (150, 250) including a rotor frame (152, 252) and a flare reducing tool (154, 254) movably coupled to the rotor frame (152, 252); a flare reducing tool adjustment assembly (130, 230) movably coupled to the stator ring assembly (120, 220) to move longitudinally, parallel to the longitudinal axis of rotation (A, A 2), between opposing end positions (P 1, P 2); and an actuator (140, 240) coupled to the flare reducing tool adjustment assembly (130, 230) to move the flare reducing tool adjustment assembly (130, 230) longitudinally, parallel to the longitudinal axis of rotation (A, A 2), between the opposing end positions (P 1, P 2), characterized in that the rotor assembly (150, 250) includes, for the flare reducing tool, a series of mechanical power transmission components (160, 260) coupled to the flare reducing tool (154, 254) to convert longitudinal motion of the actuator (140, 240) and flare reducing tool adjustment assembly (130, 230) parallel to the longitudinal axis of rotation (A, A 2) to radially oriented translational motion of the flare reducing tool (154, 254) linearly toward and away from and perpendicular to the longitudinal axis of rotation (A, A 2).
A method, comprising: receiving sensor data from an accelerometer, the sensor data including acceleration information of a vehicle including a first computing device; detecting, by the first computing device, using at least the acceleration information, that a magnitude of acceleration of the first computing device exceeds a threshold magnitude of acceleration in a predetermined direction; in response to detecting that the magnitude of acceleration exceeds the threshold magnitude of acceleration in the predetermined direction, initiating a data connection between the first computing device and a second computing device; receiving, by the first computing device, at least one of timing information or location information from the second computing device; and terminating the data connection between the first computing device and the second computing device. receiving sensor data from an accelerometer, the sensor data including acceleration information of a vehicle including a first computing device; detecting, by the first computing device, using at least the acceleration information, that a magnitude of acceleration of the first computing device exceeds a threshold magnitude of acceleration in a predetermined direction; in response to detecting that the magnitude of acceleration exceeds the threshold magnitude of acceleration in the predetermined direction, initiating a data connection between the first computing device and a second computing device; receiving, by the first computing device, at least one of timing information or location information from the second computing device; and terminating the data connection between the first computing device and the second computing device.
A method for burning fuel with air in a combustion chamber (7, 417) with low production of NOx emissions, comprising the steps of: supplying fuel and air to a burner (1, 101, 201, 301,401) associated with the combustion chamber (7, 417), the amount of air supplied being at least as much as required for stoichiometric combustion of the fuel and all subsequent dilution of the combustion process in the combustion chamber (7, 417); and injecting the fuel and all the air through the burner (1, 101, 201, 301,401) directly into the combustion chamber (7, 417) in a substantially unmixed state as a fuel stream inside an air stream, burning fuel with the air in a diffusion flame, wherein the air is immediately available in the proximity of the flame during the combustion process to act as a heat sink, diluting the combustion process and continuing a post-flame reaction as a lean-burn reaction, wherein the fuel stream is injected with a thickness such that the fuel burns in the combustion chamber (7, 417) at or close to the stoichiometric fuel/air ratio as a diffusion flame with a high surface-to-volume ratio; characterized in that the fuel and air streams are injected such that when leaving the burner (1, 101, 201, 301,401), the ratio of the velocity of the air stream to the velocity of the fuel stream is greater than unity. supplying fuel and air to a burner (1, 101, 201, 301,401) associated with the combustion chamber (7, 417), the amount of air supplied being at least as much as required for stoichiometric combustion of the fuel and all subsequent dilution of the combustion process in the combustion chamber (7, 417); and injecting the fuel and all the air through the burner (1, 101, 201, 301,401) directly into the combustion chamber (7, 417) in a substantially unmixed state as a fuel stream inside an air stream, burning fuel with the air in a diffusion flame, wherein the air is immediately available in the proximity of the flame during the combustion process to act as a heat sink, diluting the combustion process and continuing a post-flame reaction as a lean-burn reaction, wherein the fuel stream is injected with a thickness such that the fuel burns in the combustion chamber (7, 417) at or close to the stoichiometric fuel/air ratio as a diffusion flame with a high surface-to-volume ratio; characterized in that the fuel and air streams are injected such that when leaving the burner (1, 101, 201, 301,401), the ratio of the velocity of the air stream to the velocity of the fuel stream is greater than unity.
A traffic sensing system configured for collecting information on traffic conditions, the system comprising: a traffic sensing server configured for receiving traffic reports from mobile traffic sensing devices and providing aggregate traffic reports from the received traffic reports; and a plurality of mobile traffic sensing devices configured for sensing traffic-related information near the devices and sending traffic reports to the traffic sensing server, the mobile traffic sensing devices being smart phones being transported by vehicles, each smart phone being arbitrarily oriented in a vehicle, each smart phone including an accelerometer and a cellular communication device, a component that determines the orientation of the accelerometer based on a direction of travel of the vehicle transporting the smart phone as indicated by a braking force of the vehicle and based on a direction of gravity as indicated by a gravitational force, a component that samples the accelerometer, and a component that derives traffic-related information from the accelerometer samples. a traffic sensing server configured for receiving traffic reports from mobile traffic sensing devices and providing aggregate traffic reports from the received traffic reports; and a plurality of mobile traffic sensing devices configured for sensing traffic-related information near the devices and sending traffic reports to the traffic sensing server, the mobile traffic sensing devices being smart phones being transported by vehicles, each smart phone being arbitrarily oriented in a vehicle, each smart phone including an accelerometer and a cellular communication device, a component that determines the orientation of the accelerometer based on a direction of travel of the vehicle transporting the smart phone as indicated by a braking force of the vehicle and based on a direction of gravity as indicated by a gravitational force, a component that samples the accelerometer, and a component that derives traffic-related information from the accelerometer samples.
A battery pack, in particular for a hand-held power tool, having: at least one battery cell and/or a battery cell block, a housing for accommodating the at least one battery cell and/or the at least one battery cell block, and a printed circuit board which is connected to the at least one battery cell and has a charge level indicator, wherein the charge level indicator can visualize information about the charge level of the battery pack with the aid of activatable lighting elements, in particular LEDs, wherein the housing has recesses through which the state of the activatable light elements can be recognized, wherein an elastic sealing element is provided between the housing and the printed circuit board in the area of the charge level indicator, which is capable of reliably sealing the housing from the environment in the area of the charge level indicator, wherein the circuit board comprises at least one mechanical switch for activating the charge level indicator, which projects through a recess through the housing of the battery pack for manual actuation by a user, and wherein the elastic sealing element surrounds a switch dome which is capable of receiving the mechanical switch in order to reliably seal the housing from the environment in the region of the mechanical switch. a printed circuit board which is connected to the at least one battery cell and has a charge level indicator, wherein the charge level indicator can visualize information about the charge level of the battery pack with the aid of activatable lighting elements, in particular LEDs, wherein the housing has recesses through which the state of the activatable light elements can be recognized, wherein an elastic sealing element is provided between the housing and the printed circuit board in the area of the charge level indicator, which is capable of reliably sealing the housing from the environment in the area of the charge level indicator, wherein the circuit board comprises at least one mechanical switch for activating the charge level indicator, which projects through a recess through the housing of the battery pack for manual actuation by a user, and wherein the elastic sealing element surrounds a switch dome which is capable of receiving the mechanical switch in order to reliably seal the housing from the environment in the region of the mechanical switch.
A method of providing a trusted input/output session in which a trusted output session is bound to a trusted input session, the method comprising: generating a unique session identifier logically associated with a trusted input/output session; writing the unique session identifier to a hardware address in a cryptographic module; storing the unique session identifier in an architecturally protected memory location; execute an enclave application in the architecturally protected memory; communicating, by the enclave application, an encrypted encryption key and the unique session identifier stored in the architecturally protected memory to the cryptographic module and receiving a request from the enclave application to open a trusted I/O session; setting a trusted I/O session indicator to a first state, responsive to receipt of the request from the enclave application to open the trusted I/O session; verifying, by the cryptographic module, the unique session identifier written to the cryptographic module against the unique session identifier communicated by the enclave application; responsive a successful verification, decrypting and saving the encryption key in an encryption key register accessible by an output engine; transitioning the trusted I/O session indicator from a first state to a second state responsive to the enclave application requesting a teardown of the trusted I/O session; and deleting the encryption key from the encryption key register by the cryptographic module responsive to transitioning the trusted I/O session indicator to the second state. generating a unique session identifier logically associated with a trusted input/output session; writing the unique session identifier to a hardware address in a cryptographic module; storing the unique session identifier in an architecturally protected memory location; execute an enclave application in the architecturally protected memory; communicating, by the enclave application, an encrypted encryption key and the unique session identifier stored in the architecturally protected memory to the cryptographic module and receiving a request from the enclave application to open a trusted I/O session; setting a trusted I/O session indicator to a first state, responsive to receipt of the request from the enclave application to open the trusted I/O session; verifying, by the cryptographic module, the unique session identifier written to the cryptographic module against the unique session identifier communicated by the enclave application; responsive a successful verification, decrypting and saving the encryption key in an encryption key register accessible by an output engine; transitioning the trusted I/O session indicator from a first state to a second state responsive to the enclave application requesting a teardown of the trusted I/O session; and deleting the encryption key from the encryption key register by the cryptographic module responsive to transitioning the trusted I/O session indicator to the second state.
A valve, including a fluid inlet and a fluid outlet formed in a housing, the valve comprising: a valve seal; a resilient member coupled to the valve seal; and an electrically actuated component coupled to and spaced apart from the resilient member such that actuation of the electrically actuated component in use causes deformation of the resilient member from a first position to at least a second position in a direction substantially normal to a direction of force applied thereto via the electrically actuated component, so as to actuate the valve seal away from a first valve seal position with the resilient member, wherein the electrically actuated component is one or more shape memory alloy components. a valve seal; a resilient member coupled to the valve seal; and an electrically actuated component coupled to and spaced apart from the resilient member such that actuation of the electrically actuated component in use causes deformation of the resilient member from a first position to at least a second position in a direction substantially normal to a direction of force applied thereto via the electrically actuated component, so as to actuate the valve seal away from a first valve seal position with the resilient member, wherein the electrically actuated component is one or more shape memory alloy components.
A pyrimido isoquinoline derivative represented by formula: wherein: R1 represents a 4-pyridine ring or a 4-pyrimidine ring; R2 represents a hydrogen atom; R3 represents a hydrogen atom; R4 represents a hydrogen atom or a halogen atom; R7, R8, R9, R10 represent independently from each other a hydrogen atom, a halogen atom, a C 1-6 alkoxy group, a nitro, a hydroxyl or an amino; represents a single or a double bond, in form of a free base or of an addition salt with an acid. R1 represents a 4-pyridine ring or a 4-pyrimidine ring; R2 represents a hydrogen atom; R3 represents a hydrogen atom; R4 represents a hydrogen atom or a halogen atom; R7, R8, R9, R10 represent independently from each other a hydrogen atom, a halogen atom, a C 1-6 alkoxy group, a nitro, a hydroxyl or an amino; represents a single or a double bond, in form of a free base or of an addition salt with an acid.
A trawl adapted to be towed in a towing direction along a desired towing trajectory behind a towing vessel, the trawl comprising a pair of trawl doors where each trawl door is adapted to be attached to a towing cable extending from the towing vessel, a bag shaped net having a leading end and a trailing end with respect to the towing direction, the bag shaped net being adapted to be attached to cables extending from the trawl doors in a trailing direction thereof, and the bag shaped net having one or more leading edges defining a mouth opening extending in a cross wise direction with respect to the towing direction, and the bag shaped net presenting a cod end at the trailing end, and directional acoustic emitters adapted to emit sound forwardly at an angle to the towing direction, said trawl being characterized in that the acoustic emitters are provided on the trawl doors and at said one or more leading edges of the bag shaped net.
Mould comprising a base plate having accommodated therein at least one form-defining element, such as a forming sleeve (8, 108) and a forming base (9, 109), for defining a mould cavity for a product to be formed from a heated plastic foil, wherein the mould is provided with a first venting channel which debouches into the mould cavity and is configured to discharge air between the foil and said at least one form-defining element, wherein the mould comprises a second venting channel which likewise debouches into the mould cavity and leads out of the mould, wherein the air resistance of the second venting channel is considerably lower than the air resistance of the first venting channel, wherein the air resistance is the flow resistance an airflow would encounter in the channel, and wherein the mould comprises a one-way valve, characterized in that, the one-way valve is mounted in or on the second venting channel for the purpose of limiting or preventing an airflow from an area outside the mould through the second venting channel in the direction of the mould cavity, and wherein the first venting channel is configured to be connected at an end facing away from the mould cavity to means, such as a vacuum pump, for evacuating or providing an underpressure in the first venting channel.
A cement production apparatus comprising: a plurality of cyclones (13, 13A-13D) vertically connected to each other for flowing therein exhaust gas generated in a cement kiln; a duct provided between upper cyclones of the plurality of cyclones and a lower cyclone, wherein the lower cyclone is provided below the upper cyclones, the duct for flowing upward therein exhaust gas drained from the lower cyclone and distributing and introducing the exhaust gas to the upper cyclones; characterized by a plurality of material-supplying pipes for supplying cement raw material provided on the duct below a distribution part among the upper cyclones, wherein there is a same number of distribution outlets among the upper cyclones as a number of the material supplying pipes; and wherein connecting ports of the material-supplying pipes to the duct are each provided at each of positions for corresponding to swirl flows of the exhaust gas poured into the distribution outlets. a plurality of cyclones (13, 13A-13D) vertically connected to each other for flowing therein exhaust gas generated in a cement kiln; a duct provided between upper cyclones of the plurality of cyclones and a lower cyclone, wherein the lower cyclone is provided below the upper cyclones, the duct for flowing upward therein exhaust gas drained from the lower cyclone and distributing and introducing the exhaust gas to the upper cyclones; characterized by a plurality of material-supplying pipes for supplying cement raw material provided on the duct below a distribution part among the upper cyclones, wherein there is a same number of distribution outlets among the upper cyclones as a number of the material supplying pipes; and wherein connecting ports of the material-supplying pipes to the duct are each provided at each of positions for corresponding to swirl flows of the exhaust gas poured into the distribution outlets.