mhurhangee/ep-ind-claims huggingface dataset:
A display apparatus comprising: a camera; a display configured to display content; a main controller configured to control operation of the display; a power supplier configured to supply power to operate the display, the main controller and the camera; a power measurer configured to measure the power supplied by the power supplier; a storage configured to store information regarding a first power range, a second power range and a third power range; a power controller configured to cut off the power supplied by the power supplier in response to the measured power being within the third power range; and wherein the third power range is more than the first power range and less than the second power range, wherein the first power range is a range of power consumed by the display apparatus in a sleep state, wherein the second power range is a range of power consumed by the display apparatus while the display is in a turn-on state, and wherein the third power range is a range of power consumed by the display apparatus while the camera is in a turn-on state and the display is in a turn-off state. a camera; a display configured to display content; a main controller configured to control operation of the display; a power supplier configured to supply power to operate the display, the main controller and the camera; a power measurer configured to measure the power supplied by the power supplier; a storage configured to store information regarding a first power range, a second power range and a third power range; a power controller configured to cut off the power supplied by the power supplier in response to the measured power being within the third power range; and wherein the third power range is more than the first power range and less than the second power range, wherein the first power range is a range of power consumed by the display apparatus in a sleep state, wherein the second power range is a range of power consumed by the display apparatus while the display is in a turn-on state, and wherein the third power range is a range of power consumed by the display apparatus while the camera is in a turn-on state and the display is in a turn-off state.
A method for the rapid and safe actuation of an electronic fuel pump (33, 43) with a definable fallback level for a delivery volume of the fuel pump, having the following steps: - recognising a possible crash situation by means of a crash recognition device (34, 44), characterised by the following step: - defining the fallback level of the fuel pump (33, 43) at a first delivery volume value in preparation for a subsequent actual crash by storing the first delivery volume value in the electronic fuel pump (33, 43) in reaction to the recognised possible crash situation, wherein the first delivery volume value is associated with a closed position of the fuel pump (33, 43). - recognising a possible crash situation by means of a crash recognition device (34, 44), - defining the fallback level of the fuel pump (33, 43) at a first delivery volume value in preparation for a subsequent actual crash by storing the first delivery volume value in the electronic fuel pump (33, 43) in reaction to the recognised possible crash situation, wherein the first delivery volume value is associated with a closed position of the fuel pump (33, 43).
Method for digitally printing on 3-dimensional objects, particularly bottles, cans or other hollow bodies, by means of at least one printing head, wherein the object to be printed moves relative to the printing head for printing, wherein a printing template is broken down into a multiplicity of printing dots and the printing dots are stored in a printing raster consisting of image columns and image rows, wherein the printing raster is used for controlling the printing head during printing in order to apply a print image onto the object to be printed, characterized in that the printing raster is curved and the image rows and the image columns do not extend perpendicularly but obliquely to one another; and in that the printing template is read into the curved printing raster.
Method for optical acquisition of the three-dimensional geometry of objects, in particular teeth, with a scanner, which has a scanning head, whereby the three-dimensional geometry that is acquired in the course of scanning is noted in a virtual three-dimensional space, characterized in that, positions of a defined scanner geometry of the scanner, in particular of the scanning head, that are acquired in the course of scanning are noted relative to the object that is being acquired, in that, from that an area in which the defined scanner geometry is or was located is determined, and in that the determined area is marked, for example as "empty," in the virtual space.
An object position determining system for determining a position characteristic for an object in a detection area of a space, the system comprising: an optically identifiable element to be positioned on or near a ground surface of the detection area, the optically identifiable element having an optical property, the optically identifiable element being an elongated element to be applied to a wall behind the detection area; a camera to be positioned across the detection area from the optically identifiable element, the camera being arranged to capture an image comprising the detection area and the optically identifiable element, the optically identifiable element corresponding to a line in the image; a detector for detecting the line in the image in response to the optical property; an occlusion processor for determining an occluded segment of said line in the image in response to the optical property; and a position processor for determining a depth position in response to a position and/or size of the occluded segment, the depth position being indicative of a position of the object along an optical axis of the camera. an optically identifiable element to be positioned on or near a ground surface of the detection area, the optically identifiable element having an optical property, the optically identifiable element being an elongated element to be applied to a wall behind the detection area; a camera to be positioned across the detection area from the optically identifiable element, the camera being arranged to capture an image comprising the detection area and the optically identifiable element, the optically identifiable element corresponding to a line in the image; a detector for detecting the line in the image in response to the optical property; an occlusion processor for determining an occluded segment of said line in the image in response to the optical property; and a position processor for determining a depth position in response to a position and/or size of the occluded segment, the depth position being indicative of a position of the object along an optical axis of the camera.
A radio transceiver comprising: a first transceiver circuit, requiring a first local oscillator, LO, signal, having a first LO frequency; a second transceiver circuit requiring a second LO signal having a second LO frequency, which is higher than the first LO frequency; and a frequency synthesizer comprising: - a reference input port for receiving a first reference oscillation signal from a reference oscillator; - a first clock-signal generator adapted to generate the first LO signal based on the first reference oscillation signal; and - a second clock-signal generator adapted to generate the second LO signal based on a second reference oscillation signal, which is or is derived from the first LO signal; wherein both of the first and the second clock-signal generator (45, 65) is or comprises a phase-locked loop, PLL. a first transceiver circuit, requiring a first local oscillator, LO, signal, having a first LO frequency; a second transceiver circuit requiring a second LO signal having a second LO frequency, which is higher than the first LO frequency; and a frequency synthesizer comprising: - a reference input port for receiving a first reference oscillation signal from a reference oscillator; - a first clock-signal generator adapted to generate the first LO signal based on the first reference oscillation signal; and - a second clock-signal generator adapted to generate the second LO signal based on a second reference oscillation signal, which is or is derived from the first LO signal; - a reference input port for receiving a first reference oscillation signal from a reference oscillator; - a first clock-signal generator adapted to generate the first LO signal based on the first reference oscillation signal; and - a second clock-signal generator adapted to generate the second LO signal based on a second reference oscillation signal, which is or is derived from the first LO signal;
A method for validating a network node, the method comprising: at a first network node: receiving, from a second network node, a first message associated with a mobile subscriber; sending, by the first network node, a query to the second network node, the query requesting identification information identifying mobile communications equipment of the mobile subscriber, wherein the identification information includes an international mobile equipment identity, IMEI; receiving, by the first network node, a response to the query from the second network node, wherein the response includes the IMEI; extracting, from the response, the IMEI; comparing the IMEI extracted from the response and validated identification information identifying the mobile communications equipment of the mobile subscriber, wherein the validated identification information includes a verified or known IMEI associated with the mobile subscriber from a trusted source separate from the second network node; in response to the IMEI extracted from the response matching the verified or known IMEI, recognizing the second network node as being authorized to send the first message and processing the first message; and in response to the IMEI extracted from the response not matching the verified or known IMEI, recognizing the second network node as not being authorized to send the first message and identifying the first message as a network security threat. receiving, from a second network node, a first message associated with a mobile subscriber; sending, by the first network node, a query to the second network node, the query requesting identification information identifying mobile communications equipment of the mobile subscriber, wherein the identification information includes an international mobile equipment identity, IMEI; receiving, by the first network node, a response to the query from the second network node, wherein the response includes the IMEI; extracting, from the response, the IMEI; comparing the IMEI extracted from the response and validated identification information identifying the mobile communications equipment of the mobile subscriber, wherein the validated identification information includes a verified or known IMEI associated with the mobile subscriber from a trusted source separate from the second network node; in response to the IMEI extracted from the response matching the verified or known IMEI, recognizing the second network node as being authorized to send the first message and processing the first message; and in response to the IMEI extracted from the response not matching the verified or known IMEI, recognizing the second network node as not being authorized to send the first message and identifying the first message as a network security threat.
An interlayer film for laminated glass, comprising: a thermoplastic resin, heat shielding particles and a corrosion inhibitor; and the corrosion inhibitor being a corrosion inhibitor represented by the following formula: [Chemical Formula 1] in the formula, R1 to R4 each represent a hydrogen atom or a methyl group, and R5 represents a hydrogen atom or an organic group having 1 to 30 carbon atoms but containing no nitrogen atom. a thermoplastic resin, heat shielding particles and a corrosion inhibitor; and the corrosion inhibitor being a corrosion inhibitor represented by the following formula: [Chemical Formula 1] in the formula, R1 to R4 each represent a hydrogen atom or a methyl group, and R5 represents a hydrogen atom or an organic group having 1 to 30 carbon atoms but containing no nitrogen atom.
Method for emptying a flexible container of a bag contents therein, said flexible container comprising a bottom opening in its lower end and a top opening in its upper end, whereby the flexible container is placed in an emptying arrangement in such a way that the container's bottom opening is below the top opening, and the flexible container is turned around an axis of rotation that unites bottom opening and top opening, whereby the turning motion gradually propagates from the container's upper end towards its lower end at the same time as the container is twisted into a tight string in order to remove the bag contents from the flexible container via the bottom opening provided or made therein, characterised in that a restraint is applied to an upper surface of the flexible container, said restraint is essentially in continuous contact with the container in such a way that the restraint prevents rotation of that part of the flexible container lying below the restraint. the flexible container is placed in an emptying arrangement in such a way that the container's bottom opening is below the top opening, and the flexible container is turned around an axis of rotation that unites bottom opening and top opening, whereby the turning motion gradually propagates from the container's upper end towards its lower end at the same time as the container is twisted into a tight string in order to remove the bag contents from the flexible container via the bottom opening provided or made therein, characterised in that a restraint is applied to an upper surface of the flexible container, said restraint is essentially in continuous contact with the container in such a way that the restraint prevents rotation of that part of the flexible container lying below the restraint.
An electronic device comprising: a memory; a plurality of functional components (106, 108, 110, 112, 114, 118) comprising: a near field communication device configured to receive data and derive power from a communication signal; a host processor; the electronic device further comprising: a memory arbitrator configured to access the memory in response to a first memory access request from the NFC device or in response to a second memory access request from one of the plurality of functional components (106, 108, 110, 112, 114, 118); wherein the plurality of functional components (106, 108, 110, 112, 114, 118) are connected to the memory arbitrator, and wherein the memory arbitrator is configured to access the memory in response to access requests from the plurality of functional components (106, 108, 110, 112, 114, 118) without involving the host processor; wherein the memory arbitrator is configured to process access requests from the plurality of functional components (106, 108, 110, 112, 114, 118) and from the NFC device according to a priority assigned to each of the plurality of functional components (108, 110, 112, 114, 118) and the NFC device; wherein the memory arbitrator is configured to activate one or more of the plurality of functional components (106, 108, 110, 112, 114, 118) in response to available power levels. a memory; a plurality of functional components (106, 108, 110, 112, 114, 118) comprising: a near field communication device configured to receive data and derive power from a communication signal; a host processor; the electronic device further comprising: a memory arbitrator configured to access the memory in response to a first memory access request from the NFC device or in response to a second memory access request from one of the plurality of functional components (106, 108, 110, 112, 114, 118); wherein the plurality of functional components (106, 108, 110, 112, 114, 118) are connected to the memory arbitrator, and a near field communication device configured to receive data and derive power from a communication signal; a host processor; the electronic device further comprising: a memory arbitrator configured to access the memory in response to a first memory access request from the NFC device or in response to a second memory access request from one of the plurality of functional components (106, 108, 110, 112, 114, 118); wherein the plurality of functional components (106, 108, 110, 112, 114, 118) are connected to the memory arbitrator, and a memory arbitrator configured to access the memory in response to a first memory access request from the NFC device or in response to a second memory access request from one of the plurality of functional components (106, 108, 110, 112, 114, 118);
A method for measuring endotoxin contained in antithrombin III, the method comprising subjecting antithrombin III to a thermal treatment or an acid treatment, and subjecting the treated antithrombin III to limulus test, wherein the thermal treatment and the acid treatment are conducted in the copresence of a pretreatment agent which contains a divalent metal salt, wherein antithrombin III is an injection preparation of antithrombin III or a solution containing antithrombin III at a concentration of 50 Unit/mL or higher than 50 Unit/mL, wherein a target substance of the limulus test is endotoxin, and wherein the thermal treatment and the acid treatment are performed in an aqueous medium and the divalent metal salt provides a divalent metal ion through dissolution in the aqueous medium.
Spring cassette comprising: - two parallel discs (2, 3) rigidly connected to one another via their periphery, - a coiled spring held between said discs (2, 3), the outer coil of said spring being rigidly attached to the periphery of said discs, characterised in that each of said discs (2, 3) has, in a central portion, at least two protrusions extending towards the outside of the cassette, with the protrusions of a disc (2, 3) of the spring cassette being configured to be pressed onto at least one connecting part (6, 7) making it possible to connect between them said spring cassette and another identical spring cassette. - two parallel discs (2, 3) rigidly connected to one another via their periphery, - a coiled spring held between said discs (2, 3), the outer coil of said spring being rigidly attached to the periphery of said discs, characterised in that each of said discs (2, 3) has, in a central portion, at least two protrusions extending towards the outside of the cassette, with the protrusions of a disc (2, 3) of the spring cassette being configured to be pressed onto at least one connecting part (6, 7) making it possible to connect between them said spring cassette and another identical spring cassette.
An airless tire comprising a cylindrical tread ring forming a ground contacting surface of the tire, a hub disposed radially inside the tread ring and fixed to an axle of a vehicle, and spokes connecting the tread ring and the hub, wherein the tread ring comprises a tread rubber layer forming the ground contacting surface of the tire, and a reinforcing rubber layer disposed radially inside the tread rubber layer, characterized in that the reinforcing rubber layer is made of a rubber compound comprising: 100 parts by mass of a rubber component containing 10 to 100 % by mass of butadiene rubber; 10 to 80 parts by mass of a metal salt of an alpha beta unsaturated carboxylic acid; and a peroxide, an adjacent rubber compound, which is made from a sulfur-vulcanized rubber compound using sulfur as a vulcanizing agent, is disposed adjacent to the reinforcing rubber layer and comprises 0.5 to 10.0 part by weight of sulfur with respect to 100 parts by mass of the rubber component, and a barrier layer, which is formed from a rubber-based adhesive or a resin-based adhesive and restrains a part of the sulfur in the adjacent rubber compound from migrating into the reinforcing rubber layer during vulcanization, is disposed between the reinforcing rubber layer and the adjacent rubber compound.
An implantable infuser device for hydraulically actuating an implanted therapeutic device, the implantable infuser device comprising: an accumulator having a surface that is movable between a first and second position to selectively vary a contained fluid volume; a position sensor coupled to the movable surface of the accumulator and operably configured to sense an absolute position value; a closed loop controller responsive to a target volume value and the absolute position value to position the movable surface of the accumulator to the target volume value; and an enclosure (32, 34, 36) encompassing the accumulator, wherein the position sensor comprises an inductive position sensor including an inductive target coupled for movement with the moveable surface of the accumulator and an inductive coil attached to an internal surface of the enclosure proximate to the inductive target. an accumulator having a surface that is movable between a first and second position to selectively vary a contained fluid volume; a position sensor coupled to the movable surface of the accumulator and operably configured to sense an absolute position value; a closed loop controller responsive to a target volume value and the absolute position value to position the movable surface of the accumulator to the target volume value; and an enclosure (32, 34, 36) encompassing the accumulator, wherein the position sensor comprises an inductive position sensor including an inductive target coupled for movement with the moveable surface of the accumulator and an inductive coil attached to an internal surface of the enclosure proximate to the inductive target.
A pterosin compound for use in treating diabetes or obesity in a subject, wherein the pterosin compound is one of Compounds 1, 4, 5, 7, 17, 52, 63 and 72-74 as follows: wherein Glu is glucose, 4-cou-glu is 4-O-p-coumaroyl-D-glucose and 6-cou-glu is 6-O-p-coumaroyl-D-glucose.