mhurhangee/ep-ind-claims huggingface dataset:
A control device, comprising: a window formed to be coupled to a vehicle and being configured to change in transparency; a sensing unit configured to sense information associated with the vehicle including a driving speed of the vehicle and a shock applied to an outside of the vehicle; and a processor configured to: change the transparency of the window when the information sensed by the sensing unit satisfies a defined condition, characterized in that the window is further configured to emit light, and wherein the processor is further configured to, when a shock above a predetermined amount is applied to an outside of the vehicle, allow the window to emit light. a window formed to be coupled to a vehicle and being configured to change in transparency; a sensing unit configured to sense information associated with the vehicle including a driving speed of the vehicle and a shock applied to an outside of the vehicle; and a processor configured to: change the transparency of the window when the information sensed by the sensing unit satisfies a defined condition, characterized in that the window is further configured to emit light, and wherein the processor is further configured to, when a shock above a predetermined amount is applied to an outside of the vehicle, allow the window to emit light. change the transparency of the window when the information sensed by the sensing unit satisfies a defined condition, characterized in that the window is further configured to emit light, and wherein the processor is further configured to, when a shock above a predetermined amount is applied to an outside of the vehicle, allow the window to emit light.
A release system for releasing a submerged coring device intended for collecting a soil core from the seabed, the system comprising: - a release module for releasing said coring device on command, the release module providing a mechanical connection between the release system and a hoisting rope of a vessel, - a pressure sensor for measuring the depth of the coring device with respect to the sea surface, - an altimeter for measuring the altitude of said coring device with respect to the seabed, - an electric power source, and - a control circuit connected to said power source, to said pressure sensor, to said altimeter and to said release module, characterized in that said control circuit is configured to • receive the measured depth, • electrically power said altimeter only after the coring device has reached a so-called activation depth calculated so that the system activates at a predetermined distance from the seabed, • receive the measured altitude, and • trigger the release of said coring device when the coring device reaches a so-called release altitude. - a release module for releasing said coring device on command, the release module providing a mechanical connection between the release system and a hoisting rope of a vessel, - a pressure sensor for measuring the depth of the coring device with respect to the sea surface, - an altimeter for measuring the altitude of said coring device with respect to the seabed, - an electric power source, and - a control circuit connected to said power source, to said pressure sensor, to said altimeter and to said release module, • receive the measured depth, • electrically power said altimeter only after the coring device has reached a so-called activation depth calculated so that the system activates at a predetermined distance from the seabed, • receive the measured altitude, and • trigger the release of said coring device when the coring device reaches a so-called release altitude.
An electric machine for a heavy-duty vehicle, the electric machine comprising a stator and a rotor separated by an air gap, where the stator comprises a stator reconfiguration device (300, 400) arranged to modify a magnetic property of the stator, where the stator reconfiguration device (300, 400) comprises first and second sections formed in different materials (M1, M2), where the different materials have different magnetic permeability properties, such that an orientation of the stator reconfiguration device (300, 400) relative to the stator influences the magnetic property of the stator, wherein the stator is arranged to be mechanically reconfigurable by the stator reconfiguration device (300, 400) to allow control of magnetic flux in the air gap, characterized in that the stator reconfiguration device (300, 400) comprises one or more conduits for passing a cooling medium through the stator reconfiguration device. the electric machine comprising a stator and a rotor separated by an air gap, where the stator comprises a stator reconfiguration device (300, 400) arranged to modify a magnetic property of the stator, where the stator reconfiguration device (300, 400) comprises first and second sections formed in different materials (M1, M2), where the different materials have different magnetic permeability properties, such that an orientation of the stator reconfiguration device (300, 400) relative to the stator influences the magnetic property of the stator, wherein the stator is arranged to be mechanically reconfigurable by the stator reconfiguration device (300, 400) to allow control of magnetic flux in the air gap, characterized in that the stator reconfiguration device (300, 400) comprises one or more conduits for passing a cooling medium through the stator reconfiguration device.
An electrolyte composition for lithium metal batteries, comprising: a) at least one fluorinated di-ether containing from 4 to 10 carbon atoms, represented by Formula I R 1 -O-R 2 -O-R 3 (Formula I) wherein each R 1 and R 3 is independently a fluorinated alkyl group, and R 2 is an optionally fluorinated alkyl group, represented by Formula II C a F b H c (Formula II) wherein a is an integer from 1 to 6, b+c is an integer from 2 to 10, and if b is 0, R 1 and R 3 independently have no H; b) at least one non-fluorinated ether; and c) at least one lithium salt, wherein a) the fluorinated di-ether is in an amount of at least 50% by volume (vol%), based on the total volume of a) the fluorinated di-ether and b) the non-fluorinated ether. a) at least one fluorinated di-ether containing from 4 to 10 carbon atoms, represented by Formula I R 1 -O-R 2 -O-R 3 (Formula I) wherein each R 1 and R 3 is independently a fluorinated alkyl group, and R 2 is an optionally fluorinated alkyl group, represented by Formula II C a F b H c (Formula II) wherein a is an integer from 1 to 6, b+c is an integer from 2 to 10, and if b is 0, R 1 and R 3 independently have no H; wherein each R 1 and R 3 is independently a fluorinated alkyl group, and R 2 is an optionally fluorinated alkyl group, represented by Formula II C a F b H c (Formula II) wherein a is an integer from 1 to 6, b+c is an integer from 2 to 10, and if b is 0, R 1 and R 3 independently have no H; b) at least one non-fluorinated ether; and c) at least one lithium salt,
A pharmaceutical composition comprising a salt of sumatriptan or a physiologically acceptable solvate thereof, an alkyl glycoside or saccharide alkyl ester and optionally at least one pharmaceutically acceptable excipient, for use in treating a human suffering from or susceptible to cephalic pain by intranasal administration, wherein said composition provides T max value of less than 30 minutes upon said administration.
A power module (100; 200; 500) configured to supply power to a load, comprising: a current generator configured to generate a current; a current rail configured to receive the current and output the current from the power module, wherein the current rail includes a first opening formed therethrough, and the current, while flowing along the current rail in an output direction, produces a magnetic field; and a magnetic sensor disposed in the first opening of the current rail, wherein the magnetic sensor is configured to generate a differential sensor signal based on the magnetic field impinging thereon, wherein the current generator is configured to regulate the current based on the differential sensor signal, characterised in that the power module (100; 200; 500) further comprises: an insulator body structure, wherein the insulator body structure includes a second opening formed therethrough, the second opening being aligned with the first opening of the current rail, wherein the magnetic sensor is disposed partially in the first opening and partially in the second opening. a current generator configured to generate a current; a current rail configured to receive the current and output the current from the power module, wherein the current rail includes a first opening formed therethrough, and the current, while flowing along the current rail in an output direction, produces a magnetic field; and a magnetic sensor disposed in the first opening of the current rail, wherein the magnetic sensor is configured to generate a differential sensor signal based on the magnetic field impinging thereon, wherein the current generator is configured to regulate the current based on the differential sensor signal, characterised in that the power module (100; 200; 500) further comprises: an insulator body structure, wherein the insulator body structure includes a second opening formed therethrough, the second opening being aligned with the first opening of the current rail, wherein the magnetic sensor is disposed partially in the first opening and partially in the second opening.
A system for adapting media content, comprising: a first communications device disposed in a first location, the first communications device being operatively coupled to a media exchange network; and a second communications device (106, 113) disposed in a second location, the second communications device (106, 113) being operatively coupled to the network, the second communications device (106, 113) being adapted to receive a revisable device profile relating to the first communications device, and to adapt media content based upon the revisable device profile of the first communications device, wherein adapting the media content comprises adapting one or more digital parameters characterizing the media content, characterized in that the second communications device (106, 113) is adapted to send the adapted media content with a file to the first communications device, wherein the file is associated with the media content, and wherein the file comprises information relating to a location of a higher quality version of the media content stored in the network. a first communications device disposed in a first location, the first communications device being operatively coupled to a media exchange network; and a second communications device (106, 113) disposed in a second location, the second communications device (106, 113) being operatively coupled to the network, the second communications device (106, 113) being adapted to receive a revisable device profile relating to the first communications device, and to adapt media content based upon the revisable device profile of the first communications device, wherein adapting the media content comprises adapting one or more digital parameters characterizing the media content, characterized in that the second communications device (106, 113) is adapted to send the adapted media content with a file to the first communications device, wherein the file is associated with the media content, and wherein the file comprises information relating to a location of a higher quality version of the media content stored in the network.
Gearbox having at least two coaxially disposed sun shafts (101, 103), the central axes of the latter and a vertical enclosing in each case an angle of less than 45°; wherein at least one bearing is provided, which axially is disposed between the sun shafts (103, 105) and axially supports the sun shafts (101, 103) in relation to one another; wherein an upper sun shaft configures at least one oil line which in an oil-conducting manner connects an upper end face of the upper sun shaft to the bearing; characterized by a further oil line having at least one exit opening; wherein the exit opening is disposed such that a transfer of oil from the exit opening into the oil line configured by the upper sun shaft takes place in at least one angular position of the upper sun shaft. wherein at least one bearing is provided, which axially is disposed between the sun shafts (103, 105) and axially supports the sun shafts (101, 103) in relation to one another; wherein an upper sun shaft configures at least one oil line which in an oil-conducting manner connects an upper end face of the upper sun shaft to the bearing; characterized by a further oil line having at least one exit opening; wherein the exit opening is disposed such that a transfer of oil from the exit opening into the oil line configured by the upper sun shaft takes place in at least one angular position of the upper sun shaft.
Transmission apparatus having a secondarily coupled power split system, it being possible for a part of a prevailing torque to be conducted in a first power branch at least via a hydrostatic device and for the other part of the torque to be conducted in a second power branch via a mechanical device between a transmission input and a transmission output, the hydrostatic device of the first power branch comprising at least one pump and at least one motor which is operatively connected to it via a hydraulic circuit, which pump and motor can both be adjusted, it being possible for the two power branches (3, 5) to be summarized via a summarizing transmission, the summarizing transmission being configured as a planetary transmission device with three shafts (22, 23, 24), a first shaft of the planetary transmission device being operatively connected to the transmission input, a second shaft of the planetary transmission device being operatively connected to the pump, and a third shaft of the planetary transmission device being operatively connected to the motor and the transmission output, and only one range of transmission ratios being provided, within which a transmission ratio can be varied in an infinitely variable manner via the hydrostatic device, characterized in that the maximum delivery volume of the pump is of smaller magnitude than the maximum displacement of the motor, and the pump and the motor can be adjusted jointly via a yoke.
A percutaneous electrical stimulator system comprising: a lead with an electrode percutaneously insertable into a patient, the lead protruding from the patient; a lead connector, fixed to the proximal end of the lead; a patient cable detachably connected to the lead connector; a stimulator connected to the patient cable and forming an electrical connection between the stimulator and the electrode to deliver therapeutic stimulation; and wherein the lead, the lead connector, the patient cable, and the stimulator form a series of detachable connections having tension characterised in that: the system in response to a disconnection force that may dislodge the lead from its implanted location is configured to temporarily reduce the tension and/or to detach the patient cable to avoid dislodgement of the lead from its implanted location. a lead with an electrode percutaneously insertable into a patient, the lead protruding from the patient; a lead connector, fixed to the proximal end of the lead; a patient cable detachably connected to the lead connector; a stimulator connected to the patient cable and forming an electrical connection between the stimulator and the electrode to deliver therapeutic stimulation; and wherein the lead, the lead connector, the patient cable, and the stimulator form a series of detachable connections having tension characterised in that: the system in response to a disconnection force that may dislodge the lead from its implanted location is configured to temporarily reduce the tension and/or to detach the patient cable to avoid dislodgement of the lead from its implanted location.
An electronic household appliance, in particular a cooking hob, having a plurality of treatment zones and an operating apparatus, the apparatus comprising: a plurality of first optical display devices (d1..d4), each of said plurality of treatment zones being allocated with at least one of said plurality of first display devices (d1..d4); a plurality of first input devices (s7..s10), each of said plurality of treatment zones being allocated with at least one of said plurality of first input devices (s7..s10), wherein the first input device (s7..s10) being allocated to a treatment zone is arranged nearby the first display device (d1..d4) being allocated to the same treatment zone; and a control means being connected to said plurality of first display devices (d1..d4) and to said plurality of first input devices (s7..s10), characterized in that after selection of a main functionality of said household appliance by a user, said control means is configured to control said plurality of first display devices (d1..d4) to display for the same treatment zone a plurality of different predetermined preset values of a parameter of said main functionality, and is configured to control said plurality of first input devices (s7..s10) arranged nearby said first display device controlled in this way to select the respective preset values displayed by said first display devices (d1...d4) when being operated by a user. a plurality of first optical display devices (d1..d4), each of said plurality of treatment zones being allocated with at least one of said plurality of first display devices (d1..d4); a plurality of first input devices (s7..s10), each of said plurality of treatment zones being allocated with at least one of said plurality of first input devices (s7..s10), wherein the first input device (s7..s10) being allocated to a treatment zone is arranged nearby the first display device (d1..d4) being allocated to the same treatment zone; and a control means being connected to said plurality of first display devices (d1..d4) and to said plurality of first input devices (s7..s10), characterized in that after selection of a main functionality of said household appliance by a user, said control means is configured to control said plurality of first display devices (d1..d4) to display for the same treatment zone a plurality of different predetermined preset values of a parameter of said main functionality, and is configured to control said plurality of first input devices (s7..s10) arranged nearby said first display device controlled in this way to select the respective preset values displayed by said first display devices (d1...d4) when being operated by a user.
Support roller exchange device to change a support roller of a roller hearth furnace, having: a housing that can be sealed from the outer ambient atmosphere that has an air lock that can be connected to the roller hearth furnace, via which, access to a support roller of the roller hearth furnace to be demounted is possible from the interior space of the housing under the exclusion of the ambient atmosphere, and at least one support roller handling apparatus (16, 16') for mounting and demounting support rollers, which is arranged to be moveable within the housing and which is designed to be at least partially extended out of the housing through the air lock, characterized in that the air lock has a docking flange and a tensioning system, wherein the tensioning system is designed to be coupled with docking flange to the roller hearth furnace in an interlocking manner, wherein the air lock has the docking flange and a leak monitoring system, by means of which the docking connection can be checked for leaks when the air lock is coupled with the roller hearth furnace. a housing that can be sealed from the outer ambient atmosphere that has an air lock that can be connected to the roller hearth furnace, via which, access to a support roller of the roller hearth furnace to be demounted is possible from the interior space of the housing under the exclusion of the ambient atmosphere, and at least one support roller handling apparatus (16, 16') for mounting and demounting support rollers, which is arranged to be moveable within the housing and which is designed to be at least partially extended out of the housing through the air lock, characterized in that the air lock has a docking flange and a tensioning system, wherein the tensioning system is designed to be coupled with docking flange to the roller hearth furnace in an interlocking manner, wherein the air lock has the docking flange and a leak monitoring system, by means of which the docking connection can be checked for leaks when the air lock is coupled with the roller hearth furnace.
A terminal, comprising: a position-location module configured to receive position information of the terminal; a controller configured to control an operation of the position-location module, and to synchronize position relevant information obtained using the position information received by the position location module with user schedule information including at least an appointment place, an appointment time and an appointed correspondent party; a wireless communication unit configured to transmit the synchronized position relevant information to the appointed correspondent party according to a transmission operation control condition, wherein the transmission operation control condition includes at least a transmission start timing point, a transmission period and a transmission end timing point, wherein the controller is further configured to obtain the user schedule information from at least one of a previously transmitted/received message and/or e-mail; characterised in that the transmission end timing point is a distance between the terminal and the appointment place, the synchronized position relevant information is a position message, and the controller is further configured to control the wireless communication unit to transmit the position message together with a message announcing the termination of the position message transmission to the appointed correspondent party when the terminal enters the transmission end timing point. a position-location module configured to receive position information of the terminal; a controller configured to control an operation of the position-location module, and to synchronize position relevant information obtained using the position information received by the position location module with user schedule information including at least an appointment place, an appointment time and an appointed correspondent party; a wireless communication unit configured to transmit the synchronized position relevant information to the appointed correspondent party according to a transmission operation control condition, wherein the transmission operation control condition includes at least a transmission start timing point, a transmission period and a transmission end timing point, wherein the controller is further configured to obtain the user schedule information from at least one of a previously transmitted/received message and/or e-mail; characterised in that the transmission end timing point is a distance between the terminal and the appointment place, the synchronized position relevant information is a position message, and the controller is further configured to control the wireless communication unit to transmit the position message together with a message announcing the termination of the position message transmission to the appointed correspondent party when the terminal enters the transmission end timing point.