mhurhangee/ep-ind-claims huggingface dataset:
An expandable fusion device comprising: a first endplate (14; 114) and a second endplate (16; 116), wherein the first (14;114) and second endplates (16; 116) each include at least one mating feature (46, 47, 48, 51); an actuation mechanism having a threaded member; a first ramp configured to mate with both the first (14; 114) and second endplates (16; 116), wherein the first ramp includes a mating feature having a first angle (δ) relative to a vertical axis, wherein the at least one mating feature (46, 47, 48, 51) of the first endplate (14; 114) or second endplate (16; 116) is slidable with respect to the corresponding mating feature disposed on the first ramp; and wherein the first ramp contains a first bore configured to engage the threaded member and an adjacent bore that may serve as an access port to allow graft material to be delivered, a second ramp (20; 120) configured to mate with both the first (14; 114) and second endplates (16; 116), characterized in that the second ramp (20; 120) includes a mating feature having a second angle (ε) relative to the vertical axis (μ), wherein the first angle (δ) is different from the second angle (ε), and wherein each of the first and second ramps (18, 20) is a wedge having an incline extending in at least two planes. a first endplate (14; 114) and a second endplate (16; 116), wherein the first (14;114) and second endplates (16; 116) each include at least one mating feature (46, 47, 48, 51); an actuation mechanism having a threaded member; a first ramp configured to mate with both the first (14; 114) and second endplates (16; 116), wherein the first ramp includes a mating feature having a first angle (δ) relative to a vertical axis, wherein the at least one mating feature (46, 47, 48, 51) of the first endplate (14; 114) or second endplate (16; 116) is slidable with respect to the corresponding mating feature disposed on the first ramp; and wherein the first ramp contains a first bore configured to engage the threaded member and an adjacent bore that may serve as an access port to allow graft material to be delivered, a second ramp (20; 120) configured to mate with both the first (14; 114) and second endplates (16; 116), characterized in that the second ramp (20; 120) includes a mating feature having a second angle (ε) relative to the vertical axis (μ), wherein the first angle (δ) is different from the second angle (ε), and wherein each of the first and second ramps (18, 20) is a wedge having an incline extending in at least two planes.
Railway safety installation enabling the braking of a train travelling along a track, passing by trackside signalling equipment (10; 110) of the track, the state of said signalling equipment being controlled remotely from a control station, comprising: - a device on the ground comprising an encoder (32; 132) comprising means of generating telegrams and at least one balise (34, 36; 134, 136) located on the track near the trackside signalling equipment concerned, connected to the encoder and comprising means of transmitting a radio signal corresponding to a telegram generated by the encoder; and, - an on-board device meeting the ETCS [European Train Control System] standard, comprising an antenna capable of receiving a radio signal transmitted by the balise, and a calculation and actuating unit connected to the antenna, capable of processing the radio signal received and comprising means of actuating the train's braking system, characterised in that the generation means of the encoder have been adapted to generate, when the on-board device is in "ETCS Level 0" mode and the trackside signalling equipment is in the "stop" state, a "stop" type telegram, compatible with the ETCS standard, containing a "stop" parameter, and in that the calculation and actuation unit of the on-board device is capable of interpreting said "stop" parameter as a command to trigger a braking of the train, the on-board device remaining in "ETCS Level 0" mode. - a device on the ground comprising an encoder (32; 132) comprising means of generating telegrams and at least one balise (34, 36; 134, 136) located on the track near the trackside signalling equipment concerned, connected to the encoder and comprising means of transmitting a radio signal corresponding to a telegram generated by the encoder; and, - an on-board device meeting the ETCS [European Train Control System] standard, comprising an antenna capable of receiving a radio signal transmitted by the balise, and a calculation and actuating unit connected to the antenna, capable of processing the radio signal received and comprising means of actuating the train's braking system,
A mobile electronic apparatus comprising: a first sensor; a second sensor having a consumption current lower than that of the first sensor with respect to a predetermined voltage; and at least one processor configured to: change an operating state of the first sensor from an active mode to a sleep mode in accordance with a stationary condition of the electronic apparatus, change the operating state of the first sensor from the sleep mode to the active mode in accordance with an motion signal from the second sensor, wherein power supplied to the first sensor in the active mode is higher than power supplied to the first sensor in the sleep mode, wherein power enough to cause the second sensor to send the motion signal is supplied to the second sensor while the first sensor is in the sleep mode, wherein the first sensor is an optical image sensor, and wherein the optical image sensor is configured to acquire an image of a part of a surrounding view of the mobile apparatus. a first sensor; a second sensor having a consumption current lower than that of the first sensor with respect to a predetermined voltage; and at least one processor configured to: change an operating state of the first sensor from an active mode to a sleep mode in accordance with a stationary condition of the electronic apparatus, change the operating state of the first sensor from the sleep mode to the active mode in accordance with an motion signal from the second sensor, change an operating state of the first sensor from an active mode to a sleep mode in accordance with a stationary condition of the electronic apparatus, change the operating state of the first sensor from the sleep mode to the active mode in accordance with an motion signal from the second sensor, wherein power supplied to the first sensor in the active mode is higher than power supplied to the first sensor in the sleep mode, wherein power enough to cause the second sensor to send the motion signal is supplied to the second sensor while the first sensor is in the sleep mode, wherein the first sensor is an optical image sensor, and wherein the optical image sensor is configured to acquire an image of a part of a surrounding view of the mobile apparatus.
A multi-ply tissue product comprising a first creped tissue ply and a second creped tissue ply, the product having a geometric mean tensile strength greater than about 1,200 g/3" (about 1,200 g/7.62cm), a TS7 from about 10.0 to about 16.0, and a TS750 from about 8.0 to about 15.0.
Method for operating an automation device having a CPU module for processing a control program and a source module which is connected via a bus and is intended to supply sink modules of the automation device with electrical energy, variables which are available to the automation device and influence the operation of the automation device being recorded, characterized in that the influencing variables are stored in a memory of the source module in the form of a data record having a plurality of data blocks (6a to 6h), a time stamp being allocated to each data block (6a to 6h) using the source module, and the CPU module being used to have read access to the data record having a predefined data record number and a data record length which represents the number of data blocks (6a to 6h) to be read.
A powder for oral solution or a direct powder blend formulation comprising: a) an amount of a drug, which is N-{3-[3-cyclopropyl-5-(2-fluoro-4-iodo-phenylamino)-6,8-dimethyl-2,4,7-trioxo-3,4,6,7-tetrahydro-2H-pyrido[4,3-d]pyrimidin-1-yl]phenyl}acetamide dimethyl sulfoxide solvate, and a solubilizer; wherein, b) the solubilizer is: (i) a combination of Hydroxypropyl B-Cyclodextrin and Hypromellose or, (ii) a combination of Sulfobutylether B-Cyclodextrin and Hypromellose. a) an amount of a drug, which is N-{3-[3-cyclopropyl-5-(2-fluoro-4-iodo-phenylamino)-6,8-dimethyl-2,4,7-trioxo-3,4,6,7-tetrahydro-2H-pyrido[4,3-d]pyrimidin-1-yl]phenyl}acetamide dimethyl sulfoxide solvate, and a solubilizer; wherein, b) the solubilizer is: (i) a combination of Hydroxypropyl B-Cyclodextrin and Hypromellose or, (ii) a combination of Sulfobutylether B-Cyclodextrin and Hypromellose. (i) a combination of Hydroxypropyl B-Cyclodextrin and Hypromellose or, (ii) a combination of Sulfobutylether B-Cyclodextrin and Hypromellose.
A computer-implemented medical method of manipulating at least one first, unmotorised medical carrier structure via a second, motorised medical carrier structure, wherein the at least one first carrier structure comprises at least one first adjustable and selectively fixable joint which respectively connects two sections (8, 10, 11) of the first carrier structure, and in particular comprises at least one first mechanical interface at one or more of the sections (8, 10, 11) and/or at one or more of the fixable joints, specifically at a first predefined section, and wherein the second carrier structure comprises a second mechanical interface and at least one second adjustable and in particular selectively fixable joint which respectively connects two sections (13, 15, 16) of the second carrier structure, the method comprising the following steps: - interface data is acquired which describes the spatial position of a section (8, 10, 11) or a joint of the first carrier structure, particularly of a first mechanical interface, to be engaged by the second mechanical interface; - engage data is determined based on the interface data, which describes control information to cause the second carrier structure to move the second mechanical interface to a spatial position in which the second mechanical interface engages with the section (8, 10, 11) or joint of the first carrier structure, particularly the first mechanical interface; - target position data is acquired which describes a target position for the first predefined section of the first carrier structure; the method being characterized by the following step: - positioning data is determined based on the target position data, which describes control information to cause the second carrier structure to move the first predefined section to the target position after at least one first adjustable and selectively fixable joint has been released. - interface data is acquired which describes the spatial position of a section (8, 10, 11) or a joint of the first carrier structure, particularly of a first mechanical interface, to be engaged by the second mechanical interface; - engage data is determined based on the interface data, which describes control information to cause the second carrier structure to move the second mechanical interface to a spatial position in which the second mechanical interface engages with the section (8, 10, 11) or joint of the first carrier structure, particularly the first mechanical interface; - target position data is acquired which describes a target position for the first predefined section of the first carrier structure; the method being characterized by the following step: - positioning data is determined based on the target position data, which describes control information to cause the second carrier structure to move the first predefined section to the target position after at least one first adjustable and selectively fixable joint has been released.
A door actuator for actuating a door, comprising: • a housing, • an output shaft (39 with a cam disc, • an opening piston, which is guided in the housing and abutting against the cam disc on one first side, • an energy accumulator acting upon the opening piston for accumulating closing energy for the door, and • a cylinder element, • a dampening piston, which is guided in a cylindrical hollow compartment of the cylinder element and abuts against the cam disc on a second side, • wherein the cylinder element is firmly connected to the opening piston. • a housing, • an output shaft (39 with a cam disc, • an opening piston, which is guided in the housing and abutting against the cam disc on one first side, • an energy accumulator acting upon the opening piston for accumulating closing energy for the door, and • a cylinder element, • a dampening piston, which is guided in a cylindrical hollow compartment of the cylinder element and abuts against the cam disc on a second side, • wherein the cylinder element is firmly connected to the opening piston.
A GPR133 inhibitor for use in inhibiting growth, self-renewal, or tumorigenicity of a glioma cancer cell by exposing said cancer cell to the GPR133 inhibitor.
ECG cable for connection with an ECG monitor, said ECG cable comprising: - a core, - a resistive wire cable (3a-3h) comprising a plurality of resistive wires wound around the core and isolated with respect to each other, wherein each resistive wire has a resistance of at least 500 Ω and wherein the resistive wires are made of a material having a resistivity of at least 0.135 μΩ*m, and - two or more flexible lead wires, each connected to a respective resistive wire at its one end and to an electrode at its other end. - a core, - a resistive wire cable (3a-3h) comprising a plurality of resistive wires wound around the core and isolated with respect to each other, wherein each resistive wire has a resistance of at least 500 Ω and wherein the resistive wires are made of a material having a resistivity of at least 0.135 μΩ*m, and - two or more flexible lead wires, each connected to a respective resistive wire at its one end and to an electrode at its other end.
Hose coupling system comprising an inlet fitting, which is to be arranged or is arranged on a vacuum cleaner, and comprising a connection piece, which is to be connected or is connected to a suction hose, wherein the connection piece is to be inserted into the inlet fitting in the coaxial direction, wherein the hose coupling system has an actuable latching element by means of which the connection piece can be held in the inlet fitting in a form-fitting manner and can be released again as required, wherein the latching element is in the form of a spring-mounted holding clip with an outer actuating surface, characterized in that the spring-mounted holding clip has two holding lugs (18, 18') in order to hold the holding clip in a housing of the vacuum cleaner. wherein the hose coupling system has an actuable latching element by means of which the connection piece can be held in the inlet fitting in a form-fitting manner and can be released again as required, wherein the latching element is in the form of a spring-mounted holding clip with an outer actuating surface, characterized in that the spring-mounted holding clip has two holding lugs (18, 18') in order to hold the holding clip in a housing of the vacuum cleaner.
A method for controlling a lighting device to produce user customisable lighting effects while compensating for rolling shutter artefacts, the method comprising: calculating a time varying lighting value, based on at least one simulation parameter, said at least one simulation parameter comprising a user-selectable parameter, comprising a minimum light pulse width which is adjusted to suit a camera shutter speed or frame rate so as to provide even illumination across each camera frame to compensate for rolling shutter artefacts; and outputting said time varying lighting value thereby to simulate a lighting effect compensated for rolling shutter artefacts. calculating a time varying lighting value, based on at least one simulation parameter, said at least one simulation parameter comprising a user-selectable parameter, comprising a minimum light pulse width which is adjusted to suit a camera shutter speed or frame rate so as to provide even illumination across each camera frame to compensate for rolling shutter artefacts; and outputting said time varying lighting value thereby to simulate a lighting effect compensated for rolling shutter artefacts.
Method for manufacturing resistive memory cells, comprising the following steps: a) providing a stack successively comprising: - a substrate, preferably comprising transistors and an interconnection structure; - a first electrode; - a first dielectric layer, having a first dielectric strength; - a second metal electrode; - a second dielectric layer, having a second dielectric strength that is strictly less than the first dielectric strength; - a third electrode; the first dielectric layer and the second electrode having a first interface (I 1), the second dielectric layer and the second electrode having a second interface; b) etching the stack by bombardment with electrically charged species, so as to define resistive memory cells; characterized in that the bombardment of step b) is adapted so that electrically charged species accumulate at the first and second interfaces (I 1, I 2) of each resistive memory cell, so as to generate an electric field that is strictly less than the first dielectric strength and is strictly greater than the second dielectric strength. a) providing a stack successively comprising: - a substrate, preferably comprising transistors and an interconnection structure; - a first electrode; - a first dielectric layer, having a first dielectric strength; - a second metal electrode; - a second dielectric layer, having a second dielectric strength that is strictly less than the first dielectric strength; - a third electrode; the first dielectric layer and the second electrode having a first interface (I 1), the second dielectric layer and the second electrode having a second interface; - a substrate, preferably comprising transistors and an interconnection structure; - a first electrode; - a first dielectric layer, having a first dielectric strength; - a second metal electrode; - a second dielectric layer, having a second dielectric strength that is strictly less than the first dielectric strength; - a third electrode; b) etching the stack by bombardment with electrically charged species, so as to define resistive memory cells;
A system comprising: a plurality of sample tubes, each sample tube coupled to a pumping chamber; a flow control subsystem comprising a mean flow pump equipped to generate a flow of sample fluid in a plurality of flow loops via fluid manifolds (308, 310), each of the flow loops conducting the flow of sample fluid between the mean flow pump and one of the sample tubes, characterized by a pressure control subsystem comprising a first dynamic pump, equipped to induce pulsatile pressure in a mass of pumping fluid coupled to the pumping chambers; and the sample fluid being isolated from the pumping fluid, wherein each pumping chamber comprises: a first volume coupled to a pressure inlet and designed to comprise the pumping fluid; a second volume coupled to a flow inlet and a flow outlet designed to comprises the sample fluid; and a diaphragm separating the first volume from the second volume and deformable such that pressure in the first volume is transferred to the second volume. a plurality of sample tubes, each sample tube coupled to a pumping chamber; a flow control subsystem comprising a mean flow pump equipped to generate a flow of sample fluid in a plurality of flow loops via fluid manifolds (308, 310), each of the flow loops conducting the flow of sample fluid between the mean flow pump and one of the sample tubes, characterized by a pressure control subsystem comprising a first dynamic pump, equipped to induce pulsatile pressure in a mass of pumping fluid coupled to the pumping chambers; and the sample fluid being isolated from the pumping fluid, wherein each pumping chamber comprises: a first volume coupled to a pressure inlet and designed to comprise the pumping fluid; a second volume coupled to a flow inlet and a flow outlet designed to comprises the sample fluid; and a diaphragm separating the first volume from the second volume and deformable such that pressure in the first volume is transferred to the second volume. a first volume coupled to a pressure inlet and designed to comprise the pumping fluid; a second volume coupled to a flow inlet and a flow outlet designed to comprises the sample fluid; and a diaphragm separating the first volume from the second volume and deformable such that pressure in the first volume is transferred to the second volume.
A cabinet comprising a furniture body having an upper floor to which a rail (4, 4', 4") is fixed, and a sliding door fitting having holders (7, 8) for sliding doors and the rail (4, 4', 4") having at least two runways (20, 21) for rollers, which are arranged on the holders (7, 8) for the sliding doors, said rollers being offset in relation to one another in the vertical direction, characterized in that the rail (4, 4', 4") is produced in one piece from a bent steel plate, and that the rail (4, 4', 4") has a horizontal leg (22, 22', 22"), which is fixed on the upper floor, whereby the rail (4, 4', 4") at least regionally has touching bent-over sections in the region of the upper runway, where the steel plate of the rail is doubled, so that the upper runway has increased stability.
A method for plasma spraying, the method comprising controlling application of a filament wherein the filament is formed of an organic binder material and is embedded with ceramic powder particles to a plasma jet (225;325;425) to burn the organic binder material and to plasticize the ceramic powder particles to generate a spray (230;330;430) that includes the plasticized ceramic coating for coating a substrate.