mhurhangee/ep-ind-claims huggingface dataset:
An electrode (3, 5) for a nonaqueous electrolyte battery, comprising: a current collector (3a, 5a); and an electrode layer (3b, 5b) disposed on the current collector and including lithium fluoride and a titanium-containing oxide, characterized in that a first content of lithium fluoride based on a weight of the electrode layer (3b, 5b) in a first region of the electrode layer (3b, 5b) is within a range of 0.02% by weight or more and less than 2% by weight, the first region being adjacent to an interface between the electrode layer (3b, 5b) and the current collector (3a, 5a), and having a first thickness equal to 20% with respect to a thickness of the electrode layer (3b, 5b), and a second content of lithium fluoride based on a weight of the electrode layer (3b, 5b) in a second region of the electrode layer (3b, 5b) is within a range of from 2% by weight to 10% by weight, the second region being adjacent to a surface on a reverse side of the electrode layer (3b, 5b) with respect to the interface between the electrode layer (3b, 5b) and the current collector (3a, 5a), and having the first thickness. a current collector (3a, 5a); and an electrode layer (3b, 5b) disposed on the current collector and including lithium fluoride and a titanium-containing oxide, characterized in that a first content of lithium fluoride based on a weight of the electrode layer (3b, 5b) in a first region of the electrode layer (3b, 5b) is within a range of 0.02% by weight or more and less than 2% by weight, the first region being adjacent to an interface between the electrode layer (3b, 5b) and the current collector (3a, 5a), and having a first thickness equal to 20% with respect to a thickness of the electrode layer (3b, 5b), and a second content of lithium fluoride based on a weight of the electrode layer (3b, 5b) in a second region of the electrode layer (3b, 5b) is within a range of from 2% by weight to 10% by weight, the second region being adjacent to a surface on a reverse side of the electrode layer (3b, 5b) with respect to the interface between the electrode layer (3b, 5b) and the current collector (3a, 5a), and having the first thickness.
An autonomous tractor for autonomously crossing farmland, comprising one or more sensors for detection of obstacles when crossing the farmland, a coupler for coupling an agricultural machine chosen from a group of agricultural machines each of which are able to be coupled to the tractor, and a connector for connecting the tractor to a road haulage truck for transport of the tractor over the road, wherein the direction of movement of the tractor for crossing the farmland is perpendicular to the direction of movement when the tractor is transported over the road, for which the tractor has one set of wheels arranged such that the wheels can pivot such that their axis undergoes a 90° rotation to meet the perpendicular directions of movement, or two sets of wheels, a first set of which corresponds to the movement when crossing the farmland, and a second set of which corresponds to transport of the tractor over the road.
A platform configured to span a pool of a nuclear power plant with being movable along two parallel rails disposed on either side of the pool, the platform having a platform floor for operator traffic and/or equipment storage, the platform comprising at least one platform module, each platform module having a module floor defining at least a portion of the platform floor and two guide assemblies, each guide assembly being configured to mate with a respective one of said rails for guiding the platform along said rails, the platform being characterized in that each platform module is extendable so as to vary the spacing between the two guide assemblies of the platform module, the two guide assemblies being moved towards each other in a storage configuration and away from each other in a service configuration.
A powder material system for three dimensional printing comprising: a substantially dry particulate material comprising: an insoluble filler and a soluble filler, wherein the dry particulate material is suitable for use in three dimensional printing to form an article comprised of a plurality of layers, the layers including a reaction product of the particulate material and a non-aqueous fluid that contacts the particulate material during three dimensional printing, and wherein the soluble filler is soluble in the non-aqueous fluid, and wherein the soluble filler is selected from the group consisting of methyl methacrylate polymers, ethyl methacrylate polymers, butyl methacrylate polymers, polyvinylbutyral, and combinations thereof, characterized in that the particulate material comprises a transition metal catalyst.
An oscillating power hand tool, comprising a clamp arrangement for securing an accessory to the power hand tool, wherein the clamp arrangement comprises a clamp assembly, the clamp assembly including a first clamp member and a second clamp member, wherein the first clamp member is arranged to be moved relative to the second clamp member, the second clamp member has a first portion that opposes the first clamp member and is arranged to cooperate with the first clamp member to clamp the accessory between the first and second clamp members (1020, 1022); characterized in that: the second clamp member includes a second clamp member body having a plurality of accessory mounting features extending therefrom, and wherein the clamp assembly further comprises a cam body and a stem, and the first clamp member is configured to rotatably engage the cam body causing the first clamp member to translate relative to the stem along an axis of the stem upon rotation of the first clamp member, such that a rotation of the first clamp member in a first direction causes the first clamp member to translate relative to the stem to move toward the second clamp member into a closed or clamped position, and a rotation of the first clamp member in a second, opposite, direction causes the first clamp member to translate relative to the stem to move away from the second clamp member into an open or unclamped position, and wherein the first clamp member is arranged to be moved between the closed or clamped position wherein the clamp assembly retains an accessory and the open or unclamped position wherein the first clamp member is arranged to permit removal of the accessory from the clamp assembly while the first clamp member remains coupled to the clamp assembly.
A marine propulsion system comprising: a main propulsion device configured to be attached to a stern of a hull, including an engine configured to drive a main thruster to generate a thrust, and configured to rotate in a right-left direction to change a direction of the thrust; an auxiliary propulsion device configured to be attached to the stern, including an electric motor configured to drive an auxiliary thruster to generate a thrust, configured to rotate in the right-left direction to change a direction of the thrust, and having a minimum output smaller than a minimum output of the main propulsion device; and a controller, the marine propulsion system being characterized in that the controller is configured or programmed to perform an electric drive control to cause the electric motor to drive the auxiliary thruster in the auxiliary propulsion device without performing an engine drive control to cause the engine to drive the main thruster in the main propulsion device when adjusting a thrust of a marine vessel to less than a troll thrust (P trl) corresponding to a minimum thrust generated when the engine continuously drives the main thruster. a main propulsion device configured to be attached to a stern of a hull, including an engine configured to drive a main thruster to generate a thrust, and configured to rotate in a right-left direction to change a direction of the thrust; an auxiliary propulsion device configured to be attached to the stern, including an electric motor configured to drive an auxiliary thruster to generate a thrust, configured to rotate in the right-left direction to change a direction of the thrust, and having a minimum output smaller than a minimum output of the main propulsion device; and a controller, the marine propulsion system being characterized in that the controller is configured or programmed to perform an electric drive control to cause the electric motor to drive the auxiliary thruster in the auxiliary propulsion device without performing an engine drive control to cause the engine to drive the main thruster in the main propulsion device when adjusting a thrust of a marine vessel to less than a troll thrust (P trl) corresponding to a minimum thrust generated when the engine continuously drives the main thruster.
A method for preparing gadobutrol comprising: preparing a compound of Formula 3 below by using a compound of Formula 2 below or its salt; preparing a compound of Formula 4 below by using the compound of Formula 3; and preparing a compound of Formula 1 below by using the compound of Formula 4. {Wherein, R is linear or branched-chain alkyl of C 1 -C 4} preparing a compound of Formula 3 below by using a compound of Formula 2 below or its salt; preparing a compound of Formula 4 below by using the compound of Formula 3; and preparing a compound of Formula 1 below by using the compound of Formula 4. {Wherein, R is linear or branched-chain alkyl of C 1 -C 4}
A wireless communication apparatus comprising: a subcarrier allocation section (115, 116) adapted to allocate first data satisfying a predetermined condition to a subcarrier or a subcarrier block, and further adapted to allocate second data different from the first data to a first fixed preassigned subcarrier or a first fixed preassigned subcarrier block; and a transmission section adapted to transmit the first data and the second data allocated to the subcarrier or the subcarrier block by the subcarrier allocation section; characterized in that the selection of the subcarrier or the subcarrier block is based on reception quality information indicating reception quality of each communicating party; and the subcarrier allocation section is further adapted to allocate the first data to a second preassigned fixed subcarrier or a second preassigned fixed subcarrier block in a case where the transmission section retransmits the first data. a subcarrier allocation section (115, 116) adapted to allocate first data satisfying a predetermined condition to a subcarrier or a subcarrier block, and further adapted to allocate second data different from the first data to a first fixed preassigned subcarrier or a first fixed preassigned subcarrier block; and a transmission section adapted to transmit the first data and the second data allocated to the subcarrier or the subcarrier block by the subcarrier allocation section; characterized in that the selection of the subcarrier or the subcarrier block is based on reception quality information indicating reception quality of each communicating party; and the subcarrier allocation section is further adapted to allocate the first data to a second preassigned fixed subcarrier or a second preassigned fixed subcarrier block in a case where the transmission section retransmits the first data.
A variable valve drive for an internal combustion engine, having: a camshaft; a gas exchange valve (18, 20); a cam carrier which is arranged axially displaceably and fixedly on the camshaft so as to rotate with it, and has a first cam and a second cam; a force transmission apparatus with a force transmission element, in particular a drag lever or a rocker arm, which selectively establishes an operative connection between the first cam and the gas exchange valve (18, 20) or between the second cam and the gas exchange valve (18, 20) in a manner which is dependent on an axial position of the cam carrier; characterized by a first actuator for the axial displacement of the cam carrier, the first actuator being received at least partially in the force transmission apparatus. a camshaft; a gas exchange valve (18, 20); a cam carrier which is arranged axially displaceably and fixedly on the camshaft so as to rotate with it, and has a first cam and a second cam; a force transmission apparatus with a force transmission element, in particular a drag lever or a rocker arm, which selectively establishes an operative connection between the first cam and the gas exchange valve (18, 20) or between the second cam and the gas exchange valve (18, 20) in a manner which is dependent on an axial position of the cam carrier; characterized by a first actuator for the axial displacement of the cam carrier, the first actuator being received at least partially in the force transmission apparatus.
An apparatus for the testing of flow-optimized shaped charges on rock targets comprising: a) an overburdening chamber arranged, in use, to surround a rock target; b) a retractable ejection mechanism which is hydraulic cylinder based and located within the overburdening chamber, arranged, in use, to be retracted to allow loading of a rock target into the overburdening chamber through the top thereof and unloading of the rock target from the overburdening chamber; c) a cement plate, arranged, in use, to sit on top of the rock target and to seal the overburdening chamber; d) a casing plate arranged to aid in achieving correct placement of the cement plate; e) a flexible sleeve arranged, in use, to surround the rock target, the cement plate and the casing plate; and f) a charge stack mounted over said cement plate, wherein said charge stack comprises a fluid filled clearance ring which simulates the gun-to-casing clearance and an air filled standoff ring which simulates the charge-to-gun clearance. a) an overburdening chamber arranged, in use, to surround a rock target; b) a retractable ejection mechanism which is hydraulic cylinder based and located within the overburdening chamber, arranged, in use, to be retracted to allow loading of a rock target into the overburdening chamber through the top thereof and unloading of the rock target from the overburdening chamber; c) a cement plate, arranged, in use, to sit on top of the rock target and to seal the overburdening chamber; d) a casing plate arranged to aid in achieving correct placement of the cement plate; e) a flexible sleeve arranged, in use, to surround the rock target, the cement plate and the casing plate; and f) a charge stack mounted over said cement plate, wherein said charge stack comprises a fluid filled clearance ring which simulates the gun-to-casing clearance and an air filled standoff ring which simulates the charge-to-gun clearance.
A car comprising: two front wheels; two rear wheels; a body, which has two front wheel compartments, each housing, on the inside, a corresponding front wheel, and two rear wheel compartments, each housing, on the inside, a corresponding rear wheel; at least two covering panels (7, 8), each arranged in the area of a corresponding wheel compartment (5, 6) to close the wheel compartment (5, 6) and is mounted on the body so as to be movable between a contracted position, in which the covering panel (7, 8) is completely flush with the body, and an expanded position, in which the covering panel (7, 8) is at least partially spaced apart from the body; and two actuator devices, each coupled to a corresponding covering panel (7, 8) so as to move the covering panel (7, 8) between the contracted position and the expanded position; the car is characterized in that each actuator device is a pneumatic device and comprises: a deformable body, which expands, increasing its size, when it is subjected to the atmospheric pressure and contracts, reducing its size, when it is subjected to a vacuum; a vacuum source, which is designed to generate a vacuum; and a pneumatic selector, which is designed to alternatively connect the deformable body to the vacuum source or the atmospheric pressure. two front wheels; two rear wheels; a body, which has two front wheel compartments, each housing, on the inside, a corresponding front wheel, and two rear wheel compartments, each housing, on the inside, a corresponding rear wheel; at least two covering panels (7, 8), each arranged in the area of a corresponding wheel compartment (5, 6) to close the wheel compartment (5, 6) and is mounted on the body so as to be movable between a contracted position, in which the covering panel (7, 8) is completely flush with the body, and an expanded position, in which the covering panel (7, 8) is at least partially spaced apart from the body; and two actuator devices, each coupled to a corresponding covering panel (7, 8) so as to move the covering panel (7, 8) between the contracted position and the expanded position; the car is characterized in that each actuator device is a pneumatic device and comprises: a deformable body, which expands, increasing its size, when it is subjected to the atmospheric pressure and contracts, reducing its size, when it is subjected to a vacuum; a vacuum source, which is designed to generate a vacuum; and a pneumatic selector, which is designed to alternatively connect the deformable body to the vacuum source or the atmospheric pressure. a deformable body, which expands, increasing its size, when it is subjected to the atmospheric pressure and contracts, reducing its size, when it is subjected to a vacuum; a vacuum source, which is designed to generate a vacuum; and a pneumatic selector, which is designed to alternatively connect the deformable body to the vacuum source or the atmospheric pressure.
An electronic apparatus comprising: a display generation unit configured to generate a display area in a user interface, the display area being configured to display a 3-D model of a patient's face and a 3-D model of a patient interface device fitted to the 3-D model of the patient's face; and an interaction map unit configured to generate an interaction map tool in the user interface and to calculate an interaction map between the patient's face and the patient interface device indicating levels of an interaction characteristic between the patient's face and the patient interface device, characterised in that points on the interaction map are color coded and/or have transparency values adjusted to indicate different levels of interaction between the patient interface device and the patient's face, and wherein the interaction map tool is operable to toggle display of the interaction map in the user interface; wherein the interaction map conforms to the shape of the 3-D model of the patient's face and is aligned with and placed just above the surface of the 3-D model of the patient's face displayed in the display area. a display generation unit configured to generate a display area in a user interface, the display area being configured to display a 3-D model of a patient's face and a 3-D model of a patient interface device fitted to the 3-D model of the patient's face; and an interaction map unit configured to generate an interaction map tool in the user interface and to calculate an interaction map between the patient's face and the patient interface device indicating levels of an interaction characteristic between the patient's face and the patient interface device, characterised in that points on the interaction map are color coded and/or have transparency values adjusted to indicate different levels of interaction between the patient interface device and the patient's face, and wherein the interaction map tool is operable to toggle display of the interaction map in the user interface; wherein the interaction map conforms to the shape of the 3-D model of the patient's face and is aligned with and placed just above the surface of the 3-D model of the patient's face displayed in the display area.
An integrated-circuit device comprising a processor, non-volatile memory for storing executable code, non-volatile memory control logic, and memory protection logic, wherein the memory protection logic is configured to: detect a memory read request by the processor; determine whether the read request is for an address in a protected region of the memory; and determine whether the processor issued the read request while executing code stored in the protected region of the memory; characterised in that the memory protection logic is further configured to: determine whether the processor issued the read request while executing code stored in the protected region of memory by determining whether the address of an instruction-fetch operation, immediately preceding the memory read request, was within the protected region; determine the state of a binary read protection flag for the protected region of the memory, the read protection flag being stored in a protection-configuration region of the non-volatile memory; and deny read requests for addresses in the protected region if the binary read protection flag for the protected region is set, unless at least one of one or more access conditions is met, wherein one of said access conditions is that the processor issued the read requests while executing code stored in the protected region, wherein the non-volatile memory control logic is arranged to prevent writing to any portion of the protection-configuration region unless that portion is in an erased state and to allow the protection configuration region to be erased only if a protected region of the non-volatile memory is in an erased state. detect a memory read request by the processor; determine whether the read request is for an address in a protected region of the memory; and determine whether the processor issued the read request while executing code stored in the protected region of the memory; determine whether the processor issued the read request while executing code stored in the protected region of memory by determining whether the address of an instruction-fetch operation, immediately preceding the memory read request, was within the protected region; determine the state of a binary read protection flag for the protected region of the memory, the read protection flag being stored in a protection-configuration region of the non-volatile memory; and deny read requests for addresses in the protected region if the binary read protection flag for the protected region is set, unless at least one of one or more access conditions is met, wherein one of said access conditions is that the processor issued the read requests while executing code stored in the protected region,
A green tape cast element for use in forming a fuel cell matrix, the green tape cast element being formed by tape casting a composition comprising: a support material comprising lithium aluminum oxide; and an electrolyte material comprising one or more of carbonate electrolyte and carbonate electrolyte precursor, and an additive material consisting essentially of aluminum flakes having an average thickness of less than 1 μm and an average length in a range of 5 μm to 40 μm. a support material comprising lithium aluminum oxide; and an electrolyte material comprising one or more of carbonate electrolyte and carbonate electrolyte precursor, and an additive material consisting essentially of aluminum flakes having an average thickness of less than 1 μm and an average length in a range of 5 μm to 40 μm.
Method for operating a time-of-flight mass spectrometer for analysis of a first pulsed ion beam, the ions of which are disposed in a separated manner along the pulse direction with respect to their ion masses, wherein the ions of at least one individual predetermined ion mass or of at least one predetermined range of ion masses are decoupled from the first pulsed ion beam as at least one decoupled ion beam (10', 10"), characterised in that at least the first ion beam or the decoupled ion beam (10', 10") is attenuated, the at least one decoupled ion beam (10', 10") is reunited with the first ion beam in order to form a common ion beam, and the reunited beam is analysed.