mhurhangee/ep-ind-claims huggingface dataset:
A compound selected from the group comprising all stereoisomers and their mixtures of the compounds of the general formulas - where R 1 is a straight-chain, branched or cyclic hydrocarbon residue with up to 12 carbon atoms, and X + is selected from the group comprising NH 4 +, primary, secondary, tertiary or quaternary organic ammonium ions with up to 48 carbon atoms, which can also carry other functional groups, hydrazinium ion (N 2 H 5 +), hydroxylammonium ion (NH 3 OH +), guanidinium ion (CN 3 H 6 +), and organic derivatives of (N 2 H 5 +), (NH 3 OH +) and (CN 3 H 6 +), N,N-dicyclohexylamine-H + or N,N-dicyclohexyl-N-ethylamine-H + or the hydrogenium cation of an active pharmaceutical ingredient with at least one basic nitrogen atom, in particular morphine, hydromorphone or methadone or an isomer thereof.
A nitrogen-containing carbon material comprising: a nitrogen atom; a carbon atom; and a metal element X; wherein the metal element X comprises at least one selected from the group consisting of Ti, V, Cr, Mn, Fe, Co, Ni, Cu, Nb, Mo, Ru, Rh, Pd, Ag, Hf, Ta, W, Re, Os, Ir, Pt, and Au, the atomic ratio (N/C) of the nitrogen atom to the carbon atom is 0.005 to 0.3, the content of the metal element X is 0.1 to 20% by mass, and the average particle diameter is 1 to 100 nm. a nitrogen atom; a carbon atom; and a metal element X; wherein the metal element X comprises at least one selected from the group consisting of Ti, V, Cr, Mn, Fe, Co, Ni, Cu, Nb, Mo, Ru, Rh, Pd, Ag, Hf, Ta, W, Re, Os, Ir, Pt, and Au, the atomic ratio (N/C) of the nitrogen atom to the carbon atom is 0.005 to 0.3, the content of the metal element X is 0.1 to 20% by mass, and the average particle diameter is 1 to 100 nm.
Vertical lathe comprising compensation means for the misalignment of longitudinal guides in a ZX plane comprising: - at least one vertical column, - a transversal crossbeam vertically displaceable in a vertical direction Z, upon guiding means on the a least one vertical column, - at least one transversal carriage displaceable along the transversal crossbeam in an horizontal direction X, - a ram for holding a tool, the ram being mounted in the transversal carriage and displaceable in the Z direction, - a turning table for holding a workpiece, characterized in that the ram is guided vertically in a ram support which is mounted upon the transversal carriage by means of guiding means (42, 52) such that a displacement of the ram support along the guiding means (42, 52) produces simultaneously a movement of the ram support in the Z direction and in the Y direction. - at least one vertical column, - a transversal crossbeam vertically displaceable in a vertical direction Z, upon guiding means on the a least one vertical column, - at least one transversal carriage displaceable along the transversal crossbeam in an horizontal direction X, - a ram for holding a tool, the ram being mounted in the transversal carriage and displaceable in the Z direction, - a turning table for holding a workpiece,
A method comprising: searching (101; 201; 401) for a smallest data unit of a buffer with regard to appending data in an append write request; sequentially writing (102; 202; 402) at least some of the appending data into the smallest data unit of the buffer to obtain a first smallest data unit to be stored, and writing (103; 203; 403) data not yet written in the appending data into at least one smallest data unit to obtain at least one second smallest data unit to be stored; characterized in that writing (104; 204; 404) the first smallest data unit to be stored into a storage device in an overwriting manner, and sequentially writing (105; 205; 405) the at least one second smallest data unit to be stored into the storage device; and buffering (106; 206; 406) a smallest data unit not fully written that corresponds to the appending data. searching (101; 201; 401) for a smallest data unit of a buffer with regard to appending data in an append write request; sequentially writing (102; 202; 402) at least some of the appending data into the smallest data unit of the buffer to obtain a first smallest data unit to be stored, and writing (103; 203; 403) data not yet written in the appending data into at least one smallest data unit to obtain at least one second smallest data unit to be stored; characterized in that writing (104; 204; 404) the first smallest data unit to be stored into a storage device in an overwriting manner, and sequentially writing (105; 205; 405) the at least one second smallest data unit to be stored into the storage device; and buffering (106; 206; 406) a smallest data unit not fully written that corresponds to the appending data.
A method of coordinating communications of a mobile station with a satellite mobile communications system, the method comprising: communicating security data for the mobile station from a terrestrial mobile communications system to the satellite mobile communications system; generating respective copies of a set of authentication tokens at respective ones of the mobile station and the satellite mobile communications system from the communicated security data; performing successive registrations of the mobile station with the satellite mobile communications system using successive ones of the authentication tokens, wherein performing successive registrations of the mobile station with the satellite mobile communications system using successive ones of the authentication tokens comprises: registering the mobile station with the satellite mobile communications system using a first one of the authentication tokens; establishing communications between the mobile station and the terrestrial mobile communications system; re-establishing communications between the mobile station and the satellite mobile communications system; and re-registering the mobile station with the satellite mobile communications system using a second one of the authentication tokens. communicating security data for the mobile station from a terrestrial mobile communications system to the satellite mobile communications system; generating respective copies of a set of authentication tokens at respective ones of the mobile station and the satellite mobile communications system from the communicated security data; performing successive registrations of the mobile station with the satellite mobile communications system using successive ones of the authentication tokens, wherein performing successive registrations of the mobile station with the satellite mobile communications system using successive ones of the authentication tokens comprises: registering the mobile station with the satellite mobile communications system using a first one of the authentication tokens; establishing communications between the mobile station and the terrestrial mobile communications system; re-establishing communications between the mobile station and the satellite mobile communications system; and re-registering the mobile station with the satellite mobile communications system using a second one of the authentication tokens. registering the mobile station with the satellite mobile communications system using a first one of the authentication tokens; establishing communications between the mobile station and the terrestrial mobile communications system; re-establishing communications between the mobile station and the satellite mobile communications system; and re-registering the mobile station with the satellite mobile communications system using a second one of the authentication tokens.
An electronic apparatus comprising: a display; and a controller electrically connected to the display, and a storage that stores a lookup table for a flat display including aspect ratio information of the display and an angle of view which matches the aspect ratio information, wherein based on a type of the display being flat, the controller is configured to: identify aspect ratio information of the display, determine an angle of view of a 360 degree image to be displayed on the display based on the identified aspect ratio information of the display, using the lookup table, and control the display to display a region of the 360 degree image based on the determined angle of view. a display; and a controller electrically connected to the display, and a storage that stores a lookup table for a flat display including aspect ratio information of the display and an angle of view which matches the aspect ratio information, wherein based on a type of the display being flat, the controller is configured to: identify aspect ratio information of the display, determine an angle of view of a 360 degree image to be displayed on the display based on the identified aspect ratio information of the display, using the lookup table, and control the display to display a region of the 360 degree image based on the determined angle of view. identify aspect ratio information of the display, determine an angle of view of a 360 degree image to be displayed on the display based on the identified aspect ratio information of the display, using the lookup table, and control the display to display a region of the 360 degree image based on the determined angle of view.
A compound selected from the group consisting of N-(2-hydroxypropyl)-N,N-dimethyllauryl-1-ammonium chloride decaglyceryl ether; N-(2-hydroxypropyl)-N,N-dimethylcocoalkyl-1-ammonium chloride decaglyceryl ether; and N-(2-hydroxypropyl)-N,N-dimethylcocoalkyl-2-ammonium chloride decaglyceryl ether.
A method for forming an ordered multilayer crystalline organic thin film structure (100,230,330,430), the method comprising: depositing at least two layers (A, B, C, D, E, 11, 21, 12, 22, 13, 23) of thin film crystalline organic materials (I, II) successively, forming the multilayer crystalline organic thin film structure, characterized in that the surface energies of the at least two layers of thin film crystalline layers are within ± 50% of each other, whereby all of the at least two layers of thin film crystalline organic materials within the multilayer crystalline organic thin film structure exhibit a quasi-epitaxial relationship with the adjacent crystalline organic thin film. depositing at least two layers (A, B, C, D, E, 11, 21, 12, 22, 13, 23) of thin film crystalline organic materials (I, II) successively, forming the multilayer crystalline organic thin film structure, characterized in that the surface energies of the at least two layers of thin film crystalline layers are within ± 50% of each other, whereby all of the at least two layers of thin film crystalline organic materials within the multilayer crystalline organic thin film structure exhibit a quasi-epitaxial relationship with the adjacent crystalline organic thin film.
A needle actuator assembly for a drug delivery system, the needle actuator assembly comprising: a needle actuator body having a guide surface, the needle actuator body being configured to move between a pre-use position and a post-use position; a needle shuttle having a cam surface, the needle shuttle moveable along a vertical axis between a first position and a second position, the needle shuttle configured to move between the first and second position responsive to the movement of the needle actuator body in which the guide surface of the needle actuator body engages and applies a mechanical force to the cam surface of the needle shuttle to move the needle shuttle; and a needle received by the needle shuttle, the needle actuator assembly characterized by the needle shuttle comprising a biasing member configured to move the needle shuttle from the first position to the second position with the guide surface of the needle actuator body disengaged from the cam surface of the needle shuttle, and when the needle actuator body is fully transitioned to the post-use position, the cam surface of the needle shuttle is disengaged from the guide surface of the needle actuator body and the shuttle biasing member biases the needle shuttle such that the needle engages a pad of the drug delivery system. a needle actuator body having a guide surface, the needle actuator body being configured to move between a pre-use position and a post-use position; a needle shuttle having a cam surface, the needle shuttle moveable along a vertical axis between a first position and a second position, the needle shuttle configured to move between the first and second position responsive to the movement of the needle actuator body in which the guide surface of the needle actuator body engages and applies a mechanical force to the cam surface of the needle shuttle to move the needle shuttle; and a needle received by the needle shuttle, the needle actuator assembly characterized by the needle shuttle comprising a biasing member configured to move the needle shuttle from the first position to the second position with the guide surface of the needle actuator body disengaged from the cam surface of the needle shuttle, and when the needle actuator body is fully transitioned to the post-use position, the cam surface of the needle shuttle is disengaged from the guide surface of the needle actuator body and the shuttle biasing member biases the needle shuttle such that the needle engages a pad of the drug delivery system.
A method, comprising: extracting, from a first georeferenced image acquired externally from a vehicle with a first image-capture device, an image portion having dimensions of a second image of a surface area acquired by a second image-capture device comprising a camera on-board the vehicle; normalizing a spatial resolution of the image portion, wherein the spatial resolution is normalized so that the spatial resolution of the image portion matches the spatial resolution of the second image acquired by the second image-capture device; determining at least one edge of at least one object in the normalized image portion; generating, in response to the determined at least one edge, a first edge map corresponding to the image portion; generating a second edge map based on the second image; and computing and/or correcting at least one navigation parameter of the vehicle based on a comparison of the first edge map with the second edge map. extracting, from a first georeferenced image acquired externally from a vehicle with a first image-capture device, an image portion having dimensions of a second image of a surface area acquired by a second image-capture device comprising a camera on-board the vehicle; normalizing a spatial resolution of the image portion, wherein the spatial resolution is normalized so that the spatial resolution of the image portion matches the spatial resolution of the second image acquired by the second image-capture device; determining at least one edge of at least one object in the normalized image portion; generating, in response to the determined at least one edge, a first edge map corresponding to the image portion; generating a second edge map based on the second image; and computing and/or correcting at least one navigation parameter of the vehicle based on a comparison of the first edge map with the second edge map.
An energy storage system, comprising: a rack container having a predetermined accommodation space; characterized by a plurality of battery racks disposed in the rack container and respectively having a coolant tank in which a predetermined coolant is contained; and at least one flux supplement unit (70, 80) configured to connect the coolant tanks of the plurality of battery racks. a rack container having a predetermined accommodation space; characterized by a plurality of battery racks disposed in the rack container and respectively having a coolant tank in which a predetermined coolant is contained; and at least one flux supplement unit (70, 80) configured to connect the coolant tanks of the plurality of battery racks.
A device for improving the function of a heart valve comprised of valve tissue including an annulus and a plurality of leaflets for allowing and preventing blood flow, the device comprising: a support member (142, 144) being configured to abut one side of the valve and being arranged to conform to the shape of at least a part of the valve annulus, characterized in that said support member having an inherent adaptation to a shape change such that an increased cross-section of at least part of the support member is associated with a shortened length of the support member, whereby the support member is susceptible to an expansion of a cross-section of the support member when the support member has conformed to the shape of at least part of the valve annulus such that the support member assumes a desired, altered shape, wherein the support member is a first support member and the device further comprises a second support member connected to said first support member, said second support member being configured to abut an opposite side of the valve and being arranged to conform to the shape of at least a part of the valve annulus, whereby a portion of the valve tissue is trapped between said first and second support members, said second support member having an inherent adaptation to a shape change such that an increased cross-section of at least part of the support member is associated with a shortened length of the support member. a support member (142, 144) being configured to abut one side of the valve and being arranged to conform to the shape of at least a part of the valve annulus, characterized in that said support member having an inherent adaptation to a shape change such that an increased cross-section of at least part of the support member is associated with a shortened length of the support member, whereby the support member is susceptible to an expansion of a cross-section of the support member when the support member has conformed to the shape of at least part of the valve annulus such that the support member assumes a desired, altered shape, wherein the support member is a first support member and the device further comprises a second support member connected to said first support member, said second support member being configured to abut an opposite side of the valve and being arranged to conform to the shape of at least a part of the valve annulus, whereby a portion of the valve tissue is trapped between said first and second support members, said second support member having an inherent adaptation to a shape change such that an increased cross-section of at least part of the support member is associated with a shortened length of the support member.
A crankshaft for an internal combustion engine of a motor vehicle, comprising at least one journal and a crankpin separated by a crank arm, a counterweight system partially immersed in an oil film contained in the lower part of the engine, the counterweight system being of revolution about the axis of rotation of the crankshaft and comprising a casing covering a crank arm holding a balancing mass, characterized in that the casing is composed of two semi-cylindrical half-shells.
System having a control unit (AB-ECU) for personal protection means for a vehicle and having a plug for the connection of a cable harness to the control unit (AB-ECU), wherein the control unit (AB-ECU) comprises: - at least one printed circuit board for receiving electrical components; - a plastic cover and a plastic base between which the at least one printed circuit board is arranged; - at least one interface (22, 35) for an electrical connection to at least one further vehicle component, wherein the at least one interface (22, 35) is provided on the at least one printed circuit board and the plastic cover has at least one opening for establishing the electrical connection, wherein the interface (22, 35) is designed as at least one male strip connector (22, 35), wherein the male strip connector (22, 35) has at least two plastic pins for absorbing forces, wherein the plastic cover is designed such that the at least one opening and the at least one male strip connector (22, 35) are positioned for electrical connection, wherein the opening is configured in such a way that the plug is fitted onto the male strip connector (22, 35) for establishing the electrical connection, wherein the insertion direction and the force direction are directed perpendicularly on the printed circuit board, wherein the plastic cover is configured in such a way that the plug, which is introduced into the at least one opening, terminates flush with the plastic cover, so that the surface of the plastic cover is in the same plane as the top side of the plug. - at least one printed circuit board for receiving electrical components; - a plastic cover and a plastic base between which the at least one printed circuit board is arranged; - at least one interface (22, 35) for an electrical connection to at least one further vehicle component, wherein the at least one interface (22, 35) is provided on the at least one printed circuit board and the plastic cover has at least one opening for establishing the electrical connection, wherein the interface (22, 35) is designed as at least one male strip connector (22, 35), wherein the male strip connector (22, 35) has at least two plastic pins for absorbing forces, wherein the plastic cover is designed such that the at least one opening and the at least one male strip connector (22, 35) are positioned for electrical connection, wherein the opening is configured in such a way that the plug is fitted onto the male strip connector (22, 35) for establishing the electrical connection, wherein the insertion direction and the force direction are directed perpendicularly on the printed circuit board, wherein the plastic cover is configured in such a way that the plug, which is introduced into the at least one opening, terminates flush with the plastic cover, so that the surface of the plastic cover is in the same plane as the top side of the plug.
An antenna apparatus, comprising: a plurality of antenna arrays (23, 25), each antenna array having an associated antenna array plane and configured to produce a beam to facilitate wireless communication with at least one other antenna apparatus; beamforming circuitry configured, for each antenna array, to electronically steer the beam in an associated beamforming plane; an antenna array rotation mechanism configured to rotate each antenna array in its antenna array plane so as to cause the associated beamforming plane to rotate; a mounting plate to support the plurality of antenna arrays; a mounting plate rotation mechanism configured to rotate the mounting plate about a first axis; and a further rotation mechanism configured to rotate the plurality of antenna arrays about a second axis perpendicular to the first axis. a plurality of antenna arrays (23, 25), each antenna array having an associated antenna array plane and configured to produce a beam to facilitate wireless communication with at least one other antenna apparatus; beamforming circuitry configured, for each antenna array, to electronically steer the beam in an associated beamforming plane; an antenna array rotation mechanism configured to rotate each antenna array in its antenna array plane so as to cause the associated beamforming plane to rotate; a mounting plate to support the plurality of antenna arrays; a mounting plate rotation mechanism configured to rotate the mounting plate about a first axis; and a further rotation mechanism configured to rotate the plurality of antenna arrays about a second axis perpendicular to the first axis.