mhurhangee/ep-ind-claims huggingface dataset:
A power management integrated circuit for managing energy from an energy harvester, said power management integrated circuit comprising • a first input terminal for receiving electrical power from the energy harvester, • a first output terminal for connecting an energy storage device or an application load, • a voltage converter for converting an input power into an output power, and wherein the voltage converter is operable for providing said output power at an output voltage V out_VC, said voltage converter comprises a) a main voltage converter circuit operable when the output voltage V out_VC is equal or larger than a minimum voltage value V out_MIN, and b) a cold-start circuit operable when the output voltage V out_VC is lower than said minimum voltage value V out_MIN, • a conducting path for transferring the electrical power from the first input terminal to the voltage converter, • a first connecting circuit for transferring the output power of the voltage converter to said first output terminal, characterized in that said power management integrated circuit further comprises • a second input terminal for receiving a voltage V EN-CS, • a voltage comparator configured for monitoring said voltage V EN-CS at the second input terminal and for comparing said voltage V EN-CS with a reference voltage V ref, • a controller for controlling the voltage converter and wherein the controller is configured for enabling said cold-start circuit when V EN-CS ≥ V ref and V out_VC < V out_MIN. • a first input terminal for receiving electrical power from the energy harvester, • a first output terminal for connecting an energy storage device or an application load, • a voltage converter for converting an input power into an output power, and wherein the voltage converter is operable for providing said output power at an output voltage V out_VC, said voltage converter comprises a) a main voltage converter circuit operable when the output voltage V out_VC is equal or larger than a minimum voltage value V out_MIN, and b) a cold-start circuit operable when the output voltage V out_VC is lower than said minimum voltage value V out_MIN, a) a main voltage converter circuit operable when the output voltage V out_VC is equal or larger than a minimum voltage value V out_MIN, and b) a cold-start circuit operable when the output voltage V out_VC is lower than said minimum voltage value V out_MIN, • a conducting path for transferring the electrical power from the first input terminal to the voltage converter, • a first connecting circuit for transferring the output power of the voltage converter to said first output terminal, • a second input terminal for receiving a voltage V EN-CS, • a voltage comparator configured for monitoring said voltage V EN-CS at the second input terminal and for comparing said voltage V EN-CS with a reference voltage V ref, • a controller for controlling the voltage converter and wherein the controller is configured for enabling said cold-start circuit when V EN-CS ≥ V ref and V out_VC < V out_MIN.
A folding seat comprising: a seat frame; a seat back frame located at a rear of the seat frame and coupled rotatably to the seat frame or a vehicle; and a first latch part provided with a side support, a first end of the side support being coupled to the vehicle and a second end of the side support being coupled to the rear of the seat frame through a rotation shaft such that the seat frame is rotatable, wherein the first latch part further comprises: a hook having a lower part located behind the rotation shaft and coupled elastically rotatably to the seat frame and having an upper part extending upward from the lower part and coupled to a holding jaw formed on the side support, characterized in that the first latch part further comprises: a strap connected to a lower end of the hook through a cable and extending forward, and, wherein the first latch part further comprises: a holding jaw part having a first end being plate-shaped and coupled to an upper part of the side support, and a second end extending downward from a center of the first end, a portion of the second end of the holding jaw part being configured to have a shape of a holding jaw having a flat upper surface and to protrude rearward. a seat frame; a seat back frame located at a rear of the seat frame and coupled rotatably to the seat frame or a vehicle; and a first latch part provided with a side support, a first end of the side support being coupled to the vehicle and a second end of the side support being coupled to the rear of the seat frame through a rotation shaft such that the seat frame is rotatable, wherein the first latch part further comprises: a hook having a lower part located behind the rotation shaft and coupled elastically rotatably to the seat frame and having an upper part extending upward from the lower part and coupled to a holding jaw formed on the side support, characterized in that the first latch part further comprises: a strap connected to a lower end of the hook through a cable and extending forward, and, wherein the first latch part further comprises: a holding jaw part having a first end being plate-shaped and coupled to an upper part of the side support, and a second end extending downward from a center of the first end, a portion of the second end of the holding jaw part being configured to have a shape of a holding jaw having a flat upper surface and to protrude rearward. a strap connected to a lower end of the hook through a cable and extending forward, and, wherein the first latch part further comprises: a holding jaw part having a first end being plate-shaped and coupled to an upper part of the side support, and a second end extending downward from a center of the first end, a portion of the second end of the holding jaw part being configured to have a shape of a holding jaw having a flat upper surface and to protrude rearward.
Triggering mechanism for a switching device, having a drive lever, a mechanical energy storage unit, which is suitable for acting on the drive lever, and a blocking means, wherein the blocking means has a first blocking element on the drive lever, characterized in that the blocking means has a lever with a first roller and a second roller, a second blocking element and a triggering element, wherein the first roller and the second roller are mounted in a rotatable manner on the lever, the second blocking element, in a locked position, acts on the first roller such that the lever is blocked against moving in the direction of the second blocking element, the second roller acts on the first blocking element such that the first blocking element is blocked against moving away from the mechanical energy storage unit or in the direction of the mechanical energy storage unit, and wherein the second blocking element can be moved by means of the triggering element such that the second blocking element moves away, out of the locked position, from the first roller and the lever with the first roller and the second roller moves away out of the locked position, in which the first blocking element is blocked against moving away from the mechanical energy storage unit or in the direction of the mechanical energy storage unit, and therefore the first blocking element rolls over the second roller and the drive lever is moved, by the energy stored in the mechanical energy storage unit, away from the mechanical energy storage unit or in the direction of the same.
A cutting machine with at least one cutting head, which is displaceable in at least two axes (X, Y), having at least one blade mounted with respect to the cutting head in a swivelling manner relative to a cutting angle (B-B, C-C), wherein this blade is orientated, in at least one swivelling position, at an inclined cutting angle (C-C) to a support accommodating the object to be cut, with the purpose of being able to perform a bevel cut, characterized by at least one stop, with which the cutting head can be brought into contact in such a manner that the swivelling position of the blade can be moved by the stop from a first cutting angle (B-B) into a second cutting angle (C-C) and/or vice versa, wherein the blade or a blade insert carrying the latter is arranged on a swivellable element mounted on the cutting head, which swivellable element comprises at least one guide stop (27, 28) which are arranged opposite to one another and are directed outwards, which can be brought into contact with the stop.
A computer-implemented method for detecting motion in relation to one or more aquatic animals, the method comprising the steps of: receiving sensor data; determining from the sensor data one or more moving objects using one or more learned functions, wherein the one or more learned functions comprise one or more neural networks, wherein the one or more neural networks performs a task of defining images obtained through real time image data as either feed or not feed, thereby detecting when feed is not being consumed by the aquatic animals, the one or more neural networks comprising one or more feedback loops; and generating output data in relation to the determined one or more moving objects, wherein the output data is based on temporal information provided by the one or more feedback loops. receiving sensor data; determining from the sensor data one or more moving objects using one or more learned functions, wherein the one or more learned functions comprise one or more neural networks, wherein the one or more neural networks performs a task of defining images obtained through real time image data as either feed or not feed, thereby detecting when feed is not being consumed by the aquatic animals, the one or more neural networks comprising one or more feedback loops; and generating output data in relation to the determined one or more moving objects, wherein the output data is based on temporal information provided by the one or more feedback loops.
A gas distribution plate for a chemical vapor deposition/infiltration system, the gas distribution plate comprising: a body comprising a first side and a second side opposite the first side, wherein the body is hollow and defines an internal cavity; a plurality of pass-through tubes extending through the internal cavity, wherein each pass-through tube of the plurality of pass-through tubes extends from a first opening defined in the first side of the body to a second opening defined in the second side, wherein a reaction gas is configured to flow through the plurality of pass-through tubes; and a cavity inlet defined in the first side of the body, wherein a gaseous mitigation agent is configured to flow into the internal cavity of the body via the cavity inlet; and characterized by a plurality of cavity outlets defined in the second side of the body, wherein the gaseous mitigation agent is configured flow out the internal cavity via the plurality of cavity outlets; and wherein the body comprises a conical distribution feature extending from the second side of the body, and protruding into the internal cavity opposite the cavity inlet. a body comprising a first side and a second side opposite the first side, wherein the body is hollow and defines an internal cavity; a plurality of pass-through tubes extending through the internal cavity, wherein each pass-through tube of the plurality of pass-through tubes extends from a first opening defined in the first side of the body to a second opening defined in the second side, wherein a reaction gas is configured to flow through the plurality of pass-through tubes; and a cavity inlet defined in the first side of the body, wherein a gaseous mitigation agent is configured to flow into the internal cavity of the body via the cavity inlet; and characterized by a plurality of cavity outlets defined in the second side of the body, wherein the gaseous mitigation agent is configured flow out the internal cavity via the plurality of cavity outlets; and wherein the body comprises a conical distribution feature extending from the second side of the body, and protruding into the internal cavity opposite the cavity inlet.
A method for reporting channel state information from a user equipment to a base station in a communication system in which a plurality of component carriers are configured for communication between the base station and the user equipment, the method comprising the following steps performed by the user equipment: calculating channel state information values for each activated component carrier, except for at least one component carrier for which the calculation of channel state information values is not performed, preparing a channel state information message, comprising only one data field for each of the plurality of configured component carriers, wherein the only one data field for the at least one component carrier comprises the same feedback elements as the remaining data fields for each activated component carrier, wherein the values of the feedback elements of the data field for said at least one component carrier are defined in such a way that the data field does not comprise valid channel state information but indicates that no calculation of the channel state information values was performed by the user equipment for said at least one component carrier and indicates for what reason, and wherein the remaining data fields each respectively comprise the calculated channel state information values for the activated component carriers, and transmitting the channel state information message to the base station. calculating channel state information values for each activated component carrier, except for at least one component carrier for which the calculation of channel state information values is not performed, preparing a channel state information message, comprising only one data field for each of the plurality of configured component carriers, wherein the only one data field for the at least one component carrier comprises the same feedback elements as the remaining data fields for each activated component carrier, wherein the values of the feedback elements of the data field for said at least one component carrier are defined in such a way that the data field does not comprise valid channel state information but indicates that no calculation of the channel state information values was performed by the user equipment for said at least one component carrier and indicates for what reason, and wherein the remaining data fields each respectively comprise the calculated channel state information values for the activated component carriers, and transmitting the channel state information message to the base station.
A computer implemented method of determining a road temperature and road condition, comprising performing on a computer the steps of: a. collecting a plurality of weather data; characterised by performing on a computer the further steps of: b. collecting a plurality of location data selected from the group comprising soil characteristic data, land use/cover data and topographic data; c. deriving a plurality of land surface data (245, 250, 255, 260) from said weather and location data; and d. deriving a road temperature and road condition from said land surface data and a plurality of pavement generator input data. a. collecting a plurality of weather data; characterised by performing on a computer the further steps of: b. collecting a plurality of location data selected from the group comprising soil characteristic data, land use/cover data and topographic data; c. deriving a plurality of land surface data (245, 250, 255, 260) from said weather and location data; and d. deriving a road temperature and road condition from said land surface data and a plurality of pavement generator input data.
An intermediate film for laminated glass, comprising: a first layer which contains a polyvinyl acetal resin and a plasticizer; and a second layer which is laminated on a first surface of the first layer and which contains a polyvinyl acetal resin and a plasticizer, wherein the first layer contains, as the plasticizer, a diester plasticizer represented by the following formula: wherein R1 and R2 each represent a C2-C4 organic group; R3 represents an ethylene group, an isopropylene group, or an n-propylene group; and p is an integer of 2 to 10, wherein an absolute value of the difference between SP values of the polyvinyl acetal resin and the plasticizer contained in the first layer is 0.5 or smaller when the SP value is calculated by the Fedors method according to the description. a first layer which contains a polyvinyl acetal resin and a plasticizer; and a second layer which is laminated on a first surface of the first layer and which contains a polyvinyl acetal resin and a plasticizer, wherein the first layer contains, as the plasticizer, a diester plasticizer represented by the following formula: wherein R1 and R2 each represent a C2-C4 organic group; R3 represents an ethylene group, an isopropylene group, or an n-propylene group; and p is an integer of 2 to 10, wherein an absolute value of the difference between SP values of the polyvinyl acetal resin and the plasticizer contained in the first layer is 0.5 or smaller when the SP value is calculated by the Fedors method according to the description.
A method for acquiring a real name registration status, comprising the following steps performed by a terminal: sending to a network a real name request message for requesting from the network real name status information, wherein the real name status information indicates whether the terminal has performed a real name registration and the real name registration indicates whether the terminal's user has been registered, wherein real name information is saved in the network after the real name registration has been performed, wherein the real name information comprises an identifier of a smart card in the terminal and user feature information of the terminal, wherein the user feature information includes an identity card number of the terminal's user; receiving the real name status information, wherein the real name status information is returned by the network in response to the real name request message; and displaying the real name status information. sending to a network a real name request message for requesting from the network real name status information, wherein the real name status information indicates whether the terminal has performed a real name registration and the real name registration indicates whether the terminal's user has been registered, wherein real name information is saved in the network after the real name registration has been performed, wherein the real name information comprises an identifier of a smart card in the terminal and user feature information of the terminal, wherein the user feature information includes an identity card number of the terminal's user; receiving the real name status information, wherein the real name status information is returned by the network in response to the real name request message; and displaying the real name status information.
A method of storing and communicating topographical information to and from devices by means of an accessible network, the topographical information being the location of a pin on a green of a hole on a golf course, the method comprising: a user selecting on a display screen, one or more greens of a plurality of greens of the golf course, for setting a pin position on the green; the user selecting a plurality of zones to be placed on a graphical representation of the one or more selected greens; the user inputting a position of the pin on one or more of the plurality of greens; geo-referencing the pin location information represented by each zone to a digitized golf course map; storing the position of the pin on each of the one or more greens; uploading the position of the pin on each of the one or more greens to a central information processing site and database; and making available the locations of the one or more geo-referenced pins to a location aware device for determining a distance from the location aware device to the one or more pins. a user selecting on a display screen, one or more greens of a plurality of greens of the golf course, for setting a pin position on the green; the user selecting a plurality of zones to be placed on a graphical representation of the one or more selected greens; the user inputting a position of the pin on one or more of the plurality of greens; geo-referencing the pin location information represented by each zone to a digitized golf course map; storing the position of the pin on each of the one or more greens; uploading the position of the pin on each of the one or more greens to a central information processing site and database; and making available the locations of the one or more geo-referenced pins to a location aware device for determining a distance from the location aware device to the one or more pins.
The levorotatory and dextrorotatory enantiomers of -6,7-dimethoxy-3-[ -4-methoxy-6-methyl-7,8-dihydro-5H-[1,3]dioxolo[4,5-g]isoquinolin-5-yl]-3H-2-benzofuran-1-one and its pharmaceutically-acceptable salts for use in the treatment of diseases associated with decreased secretions of conjunctival epithelial cells, lacrimal glands and Meibomian glands.
A vehicle display apparatus (1, 1ʹ) comprising: a display; and a reflective member configured to reflect display light from the display; wherein the display causes the display light to be incident on the reflective member as S polarized light; the reflective member is located along an incident light path (L 1) of the display light from the display to a reflecting surface of a windshield of a vehicle or along a transmitted light path (L 2) of transmitted light transmitted by the reflecting surface characterized in that the reflective member reflects linearly polarized incident light as circularly polarized reflected light; and the vehicle display apparatus (1, 1ʹ) guides display light reflected at the reflective member and at the windshield to an eye box. a display; and a reflective member configured to reflect display light from the display; wherein the display causes the display light to be incident on the reflective member as S polarized light; the reflective member is located along an incident light path (L 1) of the display light from the display to a reflecting surface of a windshield of a vehicle or along a transmitted light path (L 2) of transmitted light transmitted by the reflecting surface characterized in that the reflective member reflects linearly polarized incident light as circularly polarized reflected light; and the vehicle display apparatus (1, 1ʹ) guides display light reflected at the reflective member and at the windshield to an eye box.
A nacelle comprising an air inlet structure capable of channeling an air flow toward a turbojet engine fan, said structure comprising at least one internal panel and one external panel, the external panel being capable of being displaced by guide means so as to open the air inlet structure, characterized in that it further comprises fire protection means (40, 60) of the internal panel comprising at least one partition wall (41, 61) shaped so as to separate the internal panel from the guide means of the external panel when the air inlet structure is closed, said fire protection means being totally or partially movable at the opening of the air inlet structure.