mhurhangee/ep-ind-claims huggingface dataset:
Device for a driving assistance system for a vehicle, having the following features: a control unit that is designed to determine information about a position of a controllable road sign; wherein the control unit is furthermore designed to determine information about a position of the vehicle; wherein the control unit is designed to determine information about a velocity and/or information about an acceleration of at least one directly preceding vehicle; wherein the control unit is furthermore designed to ascertain information about at least one expected passing time at which the vehicle passes the controllable road sign, based on the information about the position of the vehicle and the information about the position of the controllable road sign and the information about the velocity and/or the information about the acceleration of the directly preceding vehicle; wherein the control unit is moreover designed to determine information about a planned route of the vehicle in order to also determine the information about the expected passing time based on the information about the planned route; and a receiving and transmitting unit that is designed to provide, to a control entity for the controllable road sign, the information of the expected passing time at which the vehicle passes the controllable road sign; and wherein the receiving and transmitting unit is furthermore designed to receive from the control entity information about a time period in which the controllable road sign can be passed. a control unit that is designed to determine information about a position of a controllable road sign; wherein the control unit is furthermore designed to determine information about a position of the vehicle; wherein the control unit is designed to determine information about a velocity and/or information about an acceleration of at least one directly preceding vehicle; wherein the control unit is furthermore designed to ascertain information about at least one expected passing time at which the vehicle passes the controllable road sign, based on the information about the position of the vehicle and the information about the position of the controllable road sign and the information about the velocity and/or the information about the acceleration of the directly preceding vehicle; wherein the control unit is moreover designed to determine information about a planned route of the vehicle in order to also determine the information about the expected passing time based on the information about the planned route; and a receiving and transmitting unit that is designed to provide, to a control entity for the controllable road sign, the information of the expected passing time at which the vehicle passes the controllable road sign; and wherein the receiving and transmitting unit is furthermore designed to receive from the control entity information about a time period in which the controllable road sign can be passed.
A leakage collector (510a, 510b, 515a, 515b, 520a, 525a, 525b, 540) configured for collecting leakage magnetic flux (212a, 212b) of a wireless field in a wireless electric vehicle charging system comprising a wireless power transmitter and a wireless power receiver, the wireless power receiver configured to couple to a wireless field generated by the wireless power transmitter, wherein a portion of the wireless field comprises the leakage magnetic flux (212a, 212b), the leakage collector, being configured to be disposed on the underside of the electric vehicle, comprising: a ferromagnetic material configured to absorb or redirect at least a portion of the leakage magnetic flux (212a, 121b) away from an outer edge of an electric vehicle comprising the wireless power receiver and wherein the leakage collector is configured to be positioned at a first distance from the wireless power receiver within the wireless field, the leakage collector being configured with a width (512, 517, 522, 525,527) along the length of the collector that varies from a first width to a second width, the first width being narrower than the second width. a ferromagnetic material configured to absorb or redirect at least a portion of the leakage magnetic flux (212a, 121b) away from an outer edge of an electric vehicle comprising the wireless power receiver and wherein the leakage collector is configured to be positioned at a first distance from the wireless power receiver within the wireless field, the leakage collector being configured with a width (512, 517, 522, 525,527) along the length of the collector that varies from a first width to a second width, the first width being narrower than the second width.
A kit for a helicopter, said helicopter comprising a fuselage and a rotor; the kit comprising at least one device adapted to dampen the vibrations transmitted from said rotor to said fuselage and to be interposed between said fuselage and said rotor; said device, in turn, comprising: - a first threaded element (21; 20) operatively connectable to said rotor and adapted to, in use, vibrate parallel to a first axis; - a second threaded element (20; 21) operatively connectable to said fuselage and operatively connected to said first threaded element (21; 20) so as to, in use, rotationally vibrate about said first axis; and - a plurality of threaded rollers, which are screwed on said first and second threaded elements (21, 20; 20, 21); said rollers being rotatable about their respective second axes parallel to and separate from said first axis with respect to said second threaded element (20; 21); said rollers also being rotatable about said axis with respect to said first threaded element (21; 20) and to said second threaded element (20; 21); characterised in that it comprises at least one crown fastened to said second threaded element (20; 21); said crown comprising a gear tooth facing said first axis and engaged by a plurality of gear teeth (45, 46) carried by respective rollers. - a first threaded element (21; 20) operatively connectable to said rotor and adapted to, in use, vibrate parallel to a first axis; - a second threaded element (20; 21) operatively connectable to said fuselage and operatively connected to said first threaded element (21; 20) so as to, in use, rotationally vibrate about said first axis; and - a plurality of threaded rollers, which are screwed on said first and second threaded elements (21, 20; 20, 21);
A bolt tightening mechanism, comprises: an electric motor, the electric motor being connected to a right-angle speed reducer; a first socket, with one end being fitted with a second socket, enabling the second socket to drive the first socket to rotate, and the other end being used to be fitted with a bolt to be tightened; and the second socket, with the other end being fixed on an output shaft of the right-angle speed reducer, wherein the first socket comprises a round socket section and a square socket section, the round socket section is used to be fitted with the bolt to be tightened, an end portion of one end, which is used to be fitted with the first socket, of the second socket is provided with a square hole, and one end, away from the round socket section, of the square socket section is arranged in the square hole for mutual fitting, leaving a gap between an outer wall of the square socket section and a wall of the square hole. an electric motor, the electric motor being connected to a right-angle speed reducer; a first socket, with one end being fitted with a second socket, enabling the second socket to drive the first socket to rotate, and the other end being used to be fitted with a bolt to be tightened; and the second socket, with the other end being fixed on an output shaft of the right-angle speed reducer, wherein the first socket comprises a round socket section and a square socket section, the round socket section is used to be fitted with the bolt to be tightened, an end portion of one end, which is used to be fitted with the first socket, of the second socket is provided with a square hole, and one end, away from the round socket section, of the square socket section is arranged in the square hole for mutual fitting, leaving a gap between an outer wall of the square socket section and a wall of the square hole.
: A method comprising: receiving, by a computing device (10; 126; 230), transportation information that indicates transportation schedules and specific locations serviced by a transportation service; determining, by the computing device, based at least in part on the transportation information and at least one of a current location or a current speed of the computing device, a first mode of transportation being used by a user of the computing device, wherein the first mode of transportation is associated with the transportation service; determining, by the computing device, from among the specific locations serviced indicated by the transportation information and based on the current location of the computing device, an exit location at which the user of the computing device exited a stop associated with the transportation service; subsequent to determining that the user of the computing device has used a second mode of transportation that is not associated with the transportation service, determining, by the computing device, a predicted duration of travel for the user to travel using the second mode of transportation from the current location of the computing device back to the exit location at which the user exited the stop associated with the transportation service; and outputting, by the computing device and for display, a notification based at least in part on the predicted duration. receiving, by a computing device (10; 126; 230), transportation information that indicates transportation schedules and specific locations serviced by a transportation service; determining, by the computing device, based at least in part on the transportation information and at least one of a current location or a current speed of the computing device, a first mode of transportation being used by a user of the computing device, wherein the first mode of transportation is associated with the transportation service; determining, by the computing device, from among the specific locations serviced indicated by the transportation information and based on the current location of the computing device, an exit location at which the user of the computing device exited a stop associated with the transportation service; subsequent to determining that the user of the computing device has used a second mode of transportation that is not associated with the transportation service, determining, by the computing device, a predicted duration of travel for the user to travel using the second mode of transportation from the current location of the computing device back to the exit location at which the user exited the stop associated with the transportation service; and outputting, by the computing device and for display, a notification based at least in part on the predicted duration.
A composition comprising at least one anthocyanoside consisting of a red fruit extract selected among bilberry, blueberry, cherry, cranberry, red grapes, black cherry, blackcurrant, chokeberry, eggplant, orange, raspberry, or redcurrant and at least one proanthocyanidin consisting of a plant extract selected among a pine bark extract, a grape seed extract or an extract of apples, peanut skin, walnuts, pomegranates, tomatoes, almonds, tea, hawthorn or cocoa for use in a method for reducing intraocular pressure in a patient.
A compound oral core-coated solid formulation, in the form of a coated tablet with coated core, comprising rifampicin, isoniazid, pyrazinamide and ethambutol hydrochloride as active ingredients, in which the inner core comprises isoniazid or rifampicin, and is coated with a non-pH dependent water insoluble coating film, and the outer layer of the core-coated solid formulation is coated with a non-pH dependent water soluble coating film which is impermeable barrier to both moisture and light, which, after administration, either rifampicin or isoniazid, or both is less released or not released in stomach.
A dense boron nitride ceramic with high plasticity and high elasticity, characterized in that the ceramic has a room-temperature compressive strength of not less than about 400 MPa, a total room-temperature compressive strain of not less than about 9%, a room-temperature plastic strain of not less than about 4% and a room-temperature elastic strain of not less than about 4% as measured in the description.
A method for manufacturing a capacitive deionization electrode, the method comprising: (a) kneading an electrode active material while adding a solvent to the electrode active material, wherein the electrode active material has a specific surface area of at least 1900 m 2 /g and wherein the solvent is added to the electrode active material in divided portions of 2 to 20 times; (b) adding a solvent to the mixture obtained after (a) and stirring the result; and (c) preparing an electrode slurry by adding a binder to the mixture obtained after (b) and stirring the result. (a) kneading an electrode active material while adding a solvent to the electrode active material, wherein the electrode active material has a specific surface area of at least 1900 m 2 /g and wherein the solvent is added to the electrode active material in divided portions of 2 to 20 times; (b) adding a solvent to the mixture obtained after (a) and stirring the result; and (c) preparing an electrode slurry by adding a binder to the mixture obtained after (b) and stirring the result.
A computer program application for sharing recorded video footage received from an audio/video, A/V, recording and communication device (100, 130, 502, 520, 812) associated with a first user, the computer program application being embodied in code executable by at least one processor of a client device (114, 504, 544, 754, 816, 850), which when executed causes the client device to: playback, on a video playback screen on a display of the client device, at least a portion of the recorded video footage, the video playback screen including a neighborhood share button, wherein the neighborhood share button allows the first user to share the recorded video footage with one or more other users associated with one or more other A/V recording and communication devices (508, 510, 522, 524); receive an input of a selection of the neighborhood share button; in response to the input of the selection of the neighborhood share button, display share information on the display of the client device, the share information providing an alert that informs the first user that the recorded video footage will be shared with the one or more other users associated with the one or more other A/V recording and communication devices; receive an input of a share command; and in response to the input of the share command, transmit a share signal to a network, the share signal including information to enable the network to identify the one or more other users who will be notified of the recorded video footage. playback, on a video playback screen on a display of the client device, at least a portion of the recorded video footage, the video playback screen including a neighborhood share button, wherein the neighborhood share button allows the first user to share the recorded video footage with one or more other users associated with one or more other A/V recording and communication devices (508, 510, 522, 524); receive an input of a selection of the neighborhood share button; in response to the input of the selection of the neighborhood share button, display share information on the display of the client device, the share information providing an alert that informs the first user that the recorded video footage will be shared with the one or more other users associated with the one or more other A/V recording and communication devices; receive an input of a share command; and in response to the input of the share command, transmit a share signal to a network, the share signal including information to enable the network to identify the one or more other users who will be notified of the recorded video footage.
A method for protecting computer software code, the method comprising: - receiving instructions corresponding to computer software code for an application, the instructions including a first section of instructions to protect that is indicated by a first indicator and a second section of instructions to protect that is indicated by a second indicator; - rewriting the first section of instructions into a first section of virtual instructions; and - rewriting the second section of instructions into a second section of virtual instructions; wherein the first section of virtual instructions includes a first virtual instruction that is interpreted by a first handler; characterized in that the second section of virtual instructions includes a second virtual instruction that is interpreted by a second handler, the first handler being defined by different properties than the second handler, wherein said properties include at least one of a number of instructions needed to perform a given function, an instruction set architecture, a number of registers used, and a number of fake or dummy instructions in the instruction set. - receiving instructions corresponding to computer software code for an application, the instructions including a first section of instructions to protect that is indicated by a first indicator and a second section of instructions to protect that is indicated by a second indicator; - rewriting the first section of instructions into a first section of virtual instructions; and - rewriting the second section of instructions into a second section of virtual instructions;
An animal rear leg position control device, comprising a body (1, 101, 201) having - a lower side that is configured to rest in an operative position on a floor of a milking stable, - a first lateral side (3, 103, 203) and a second lateral side (4, 104, 204) that is opposite to the first lateral side (3, 103, 203), and - a front end (5, 105, 205) and a rear side (6, 106, 206) that is opposite to the front end (5, 105, 205), wherein a longitudinal direction of the body (1, 101, 201) is defined by a line (x) extending from the front end (5, 105, 205) to the rear side (6, 106, 206), - wherein a first transition area where the first lateral side (3, 103, 203) turns into the rear side (6, 106, 206) defines a first rear corner (7, 107, 207) of said body (1, 101, 201), and - a second transition area where the second lateral side (4, 104, 204) turns into the rear side (6, 106, 206) defines a second rear corner (8, 108, 208) of said body (1, 101, 201), - wherein the front end (5, 105, 205) is configured to be turned towards a front part of a milking stable when said body (1, 101, 201) is in an operative position in the milking stable, and the rear side (6, 106, 206) is configured to be turned towards a rear part of a milking stable when said body (1, 101, 201) is in an operative position in the milking stable, said animal leg position control device being characterised in that the first rear corner (7, 107, 207) and the second rear corner (8, 108, 208) are positioned at different longitudinal positions in the longitudinal direction of the body (1, 101, 201). - a lower side that is configured to rest in an operative position on a floor of a milking stable, - a first lateral side (3, 103, 203) and a second lateral side (4, 104, 204) that is opposite to the first lateral side (3, 103, 203), and - a front end (5, 105, 205) and a rear side (6, 106, 206) that is opposite to the front end (5, 105, 205), wherein a longitudinal direction of the body (1, 101, 201) is defined by a line (x) extending from the front end (5, 105, 205) to the rear side (6, 106, 206), - wherein a first transition area where the first lateral side (3, 103, 203) turns into the rear side (6, 106, 206) defines a first rear corner (7, 107, 207) of said body (1, 101, 201), and - a second transition area where the second lateral side (4, 104, 204) turns into the rear side (6, 106, 206) defines a second rear corner (8, 108, 208) of said body (1, 101, 201), - wherein the front end (5, 105, 205) is configured to be turned towards a front part of a milking stable when said body (1, 101, 201) is in an operative position in the milking stable, and the rear side (6, 106, 206) is configured to be turned towards a rear part of a milking stable when said body (1, 101, 201) is in an operative position in the milking stable, said animal leg position control device being characterised in that the first rear corner (7, 107, 207) and the second rear corner (8, 108, 208) are positioned at different longitudinal positions in the longitudinal direction of the body (1, 101, 201).
A box cleaner, comprising: an ultrasonic cleaning bath having a receiving space to be filled with DIW, i.e. deionized water, and an ultrasonic wave generator arranged at a bottom thereof; and a gas sprayer being installed in the ultrasonic cleaning bath; wherein in the receiving space are provided: a tray for loading a wafer shipping box thereon; a lift (103, 104) for providing a driving force to put the tray into the ultrasonic cleaning bath and take the tray out of the ultrasonic cleaning bath; wherein the gas sprayer is installed in the ultrasonic cleaning bath for spraying gas into the cleaned shipping box to push the DIW out of the shipping box, thereby draining the DIW, characterized in that the box cleaner further includes a drying system for drying the cleaned shipping box, wherein the drying system includes: a moving plate having a CDA nozzle attached thereto for spraying CDA, i.e. clean dry air, into the shipping box loaded on the tray; and a driving tool for providing a driving force to the CDA nozzle in such a state that the tray is fixed, to horizontally move the CDA nozzle, thereby making a CDA scanning. an ultrasonic cleaning bath having a receiving space to be filled with DIW, i.e. deionized water, and an ultrasonic wave generator arranged at a bottom thereof; and a gas sprayer being installed in the ultrasonic cleaning bath; a tray for loading a wafer shipping box thereon; a lift (103, 104) for providing a driving force to put the tray into the ultrasonic cleaning bath and take the tray out of the ultrasonic cleaning bath; wherein the gas sprayer is installed in the ultrasonic cleaning bath for spraying gas into the cleaned shipping box to push the DIW out of the shipping box, thereby draining the DIW, characterized in that the box cleaner further includes a drying system for drying the cleaned shipping box, a moving plate having a CDA nozzle attached thereto for spraying CDA, i.e. clean dry air, into the shipping box loaded on the tray; and a driving tool for providing a driving force to the CDA nozzle in such a state that the tray is fixed, to horizontally move the CDA nozzle, thereby making a CDA scanning.
A method for determining an operating voltage lower bound for preventing photovoltaic cell reverse breakdown during power conversion, comprising: determining a PV cell operating temperature; computing, at a controller, an operating voltage corresponding to a maximum power point based on the PV cell operating temperature; and determining, at the controller, an operating voltage lower bound based on the operating voltage. determining a PV cell operating temperature; computing, at a controller, an operating voltage corresponding to a maximum power point based on the PV cell operating temperature; and determining, at the controller, an operating voltage lower bound based on the operating voltage.