mhurhangee/ep-ind-claims huggingface dataset:
Exhaust treatment device for an exhaust system of an internal combustion engine, in particular a motor vehicle, comprising - a housing with a casing extending laterally around its circumference and at least one end base, - a mixing housing which is arranged on the inside of the housing and which comprises a mixing chamber, an inlet communicating with the mixing chamber and an outlet communicating with the mixing chamber, and - at least one metering device (71, 79) for introducing a reducing agent into the mixing chamber, characterised in that - the inlet passes through the end base, - the outlet passes through the end base and - in the mixing housing at least one guiding wall (60, 61) is arranged which in the mixing chamber forms a mixing section leading from the inlet via at least one diverting section to the outlet. - a housing with a casing extending laterally around its circumference and at least one end base, - a mixing housing which is arranged on the inside of the housing and which comprises a mixing chamber, an inlet communicating with the mixing chamber and an outlet communicating with the mixing chamber, and - at least one metering device (71, 79) for introducing a reducing agent into the mixing chamber, - the inlet passes through the end base, - the outlet passes through the end base and - in the mixing housing at least one guiding wall (60, 61) is arranged which in the mixing chamber forms a mixing section leading from the inlet via at least one diverting section to the outlet.
A hearing device, comprising a controller module and a receiver module including a speaker and an active vent which can be switched between an open state and a closed state, wherein the speaker is electrically connected to the controller module by two differential audio lines (5.1, 5.2), wherein the active vent comprises a solenoid with an inductor having a first terminal (6.1) and a second terminal (6.2), wherein the first terminal (6.1) is connected to the controller module via one of the differential audio lines (5.1), characterized in that the second terminal (6.2) is connected to at least one control output (8, 11) of the controller module via a separate control line, the hearing device further comprising at least one semiconductor driver having at least one output (10.1, 10.8) and one or more inputs (10.2 to 10.7), wherein the second terminal (6.2) of the inductor is connected to the at least one output (10.1, 10.8) of the semiconductor driver, wherein at least one of the one or more inputs (10.2 to 10.7) of the semiconductor driver is connected to the at least one control output (8, 11) of the controller module.
Apparatus for laser or plasma cutting of pieces from laminar material comprising: - a cutting station, which comprises a first support structure and at least one laser or plasma cutting head which is associated with said first support structure and is movable relative to it within an cutting operating area, said cutting station further comprising a protection cabin which encloses said cutting operating area; - means for positioning at least a portion of said laminar material in said operating area on a cutting plane (m), wherein said positioning means consist of a conveyor belt of the "spike bed" type being a movable structure consisting of a conyeyor belt defined by rods transverse to the advancement direction of the belt and spaced apart from one another, wherein each rod has a row of protruding points on which the laminar material rests, - a first closing device suitable to close a first opening made in said protection cabin for the entrance of the laminar material into the cutting operating area and a second closing device suitable to close a second opening (10") made in said protection cabin for the exit of the laminar material from the cutting operating area, characterized in that said conveyor belt is associated with a second support structure mechanically separate and independent of said first support structure and in that said first and said second closing devices (71, 72) are also associated with a support structure mechanically separate and independent of said first support structure. - a cutting station, which comprises a first support structure and at least one laser or plasma cutting head which is associated with said first support structure and is movable relative to it within an cutting operating area, said cutting station further comprising a protection cabin which encloses said cutting operating area; - means for positioning at least a portion of said laminar material in said operating area on a cutting plane (m), wherein said positioning means consist of a conveyor belt of the "spike bed" type being a movable structure consisting of a conyeyor belt defined by rods transverse to the advancement direction of the belt and spaced apart from one another, wherein each rod has a row of protruding points on which the laminar material rests, - a first closing device suitable to close a first opening made in said protection cabin for the entrance of the laminar material into the cutting operating area and a second closing device suitable to close a second opening (10") made in said protection cabin for the exit of the laminar material from the cutting operating area, characterized in that said conveyor belt is associated with a second support structure mechanically separate and independent of said first support structure and in that said first and said second closing devices (71, 72) are also associated with a support structure mechanically separate and independent of said first support structure.
A method of installing a rotor on a nacelle of a wind turbine, the method comprising: providing a rotor hub at a downtower location, the rotor hub having first, second and third flanges (18, 20, 22) at positions spaced 120 degrees apart and extending around the axis of rotation of the rotor hub; providing a first counterweight (14, 14') mounted to the first flange at the downtower location; providing a second counterweight (16, 16') mounted to the second flange at the downtower location; providing a lifting apparatus connecting member (26, 26') mounted to the third flange; connecting a portion of a lifting apparatus to the lifting apparatus connecting member (26, 26') at the downtower location; lifting the rotor hub and the first and second mounted counterweights (14, 16), (14', 16') to an uptower location adjacent a hub connection side of the nacelle wherein lifting the rotor hub further comprises initially standing the rotor hub on respective first and second base portions (14a, 16a), (14a', 16a') of the first and second counterweights (14, 16), (14', 16') at the downtower location; and mounting the rotor hub to the hub connection side of the nacelle. providing a rotor hub at a downtower location, the rotor hub having first, second and third flanges (18, 20, 22) at positions spaced 120 degrees apart and extending around the axis of rotation of the rotor hub; providing a first counterweight (14, 14') mounted to the first flange at the downtower location; providing a second counterweight (16, 16') mounted to the second flange at the downtower location; providing a lifting apparatus connecting member (26, 26') mounted to the third flange; connecting a portion of a lifting apparatus to the lifting apparatus connecting member (26, 26') at the downtower location; lifting the rotor hub and the first and second mounted counterweights (14, 16), (14', 16') to an uptower location adjacent a hub connection side of the nacelle wherein lifting the rotor hub further comprises initially standing the rotor hub on respective first and second base portions (14a, 16a), (14a', 16a') of the first and second counterweights (14, 16), (14', 16') at the downtower location; and mounting the rotor hub to the hub connection side of the nacelle.
An integrated circuit, comprising a low power island core logic power rail configured to supply a low power island core logic power supply voltage; a first power rail configured to supply an active-mode power supply voltage; a second power rail configured to supply a sleep-mode power supply voltage, wherein the active-mode power supply voltage is greater than the sleep-mode power supply voltage; a plurality of subsystems (215, 220), each subsystem having an embedded memory (245, 250) including a power supply node, a power multiplexer coupled between the power supply node and the first power rail and the second power rail, and a subsystem core logic power domain (230, 240) coupled to the low power island core logic power rail, wherein each subsystem's power multiplexer is configured to select for the first power rail during an active mode of operation for the subsystem's embedded memory (245, 250), and wherein the subsystem's power multiplexer is further configured to select for the second power rail during a sleep mode of operation for the subsystem's embedded memory (245, 250); and a processor including a processor core logic domain powered independently from the power island core logic power rail, the processor including an embedded memory power domain configured to be powered by the second power rail during a sleep mode for the processor.
A device comprising: a first block having a rib, one half of a connector recess on one side, and an electrically conductive surface; a second block having a groove, one half of a connector recess on one side, and an electrically conductive surface; a support which does not conduct electricity; and a wire which conducts electricity, the wire supported by the support, and wherein, when the rib of the first block is inserted in the groove of the second block, the support and the wire are retained in a connector recess formed by said two halves between the first block and the second block to form a coaxial connector, and the wire does not contact the first block and the second block; characterised in that the support is a first support bead and the device further comprises a second support bead which does not conduct electricity; in that the wire is supported by the first support bead and the second support bead; and in that the first support bead, the second support bead and the wire are retained in the connector recess, wherein the connector recess includes a first support bead recess in each of the first and second blocks (153, 152) and a second support bead recess in each of the first and second blocks (153, 152), whereby the first support bead is retained via the first support bead recesses and the second support bead is retained via the second support bead recesses. a first block having a rib, one half of a connector recess on one side, and an electrically conductive surface; a second block having a groove, one half of a connector recess on one side, and an electrically conductive surface; a support which does not conduct electricity; and a wire which conducts electricity, the wire supported by the support, and wherein, when the rib of the first block is inserted in the groove of the second block, the support and the wire are retained in a connector recess formed by said two halves between the first block and the second block to form a coaxial connector, and the wire does not contact the first block and the second block; characterised in that the support is a first support bead and the device further comprises a second support bead which does not conduct electricity; in that the wire is supported by the first support bead and the second support bead; and in that the first support bead, the second support bead and the wire are retained in the connector recess, wherein the connector recess includes a first support bead recess in each of the first and second blocks (153, 152) and a second support bead recess in each of the first and second blocks (153, 152), whereby the first support bead is retained via the first support bead recesses and the second support bead is retained via the second support bead recesses.
A communication method, comprising: receiving, by a first device, a first border gateway protocol, BGP, update packet from a second device, wherein the first BGP update packet comprises a route target and a first address family identifier indicative of a type of an address family used by the route target corresponding to a VPN route; determining, by the first device, a first route associated with the route target and the first address family identifier; and sending, by the first device, the first route to the second device. receiving, by a first device, a first border gateway protocol, BGP, update packet from a second device, wherein the first BGP update packet comprises a route target and a first address family identifier indicative of a type of an address family used by the route target corresponding to a VPN route; determining, by the first device, a first route associated with the route target and the first address family identifier; and sending, by the first device, the first route to the second device.
A lithium-ion secondary battery, comprising a negative electrode active material, which comprises an alloy having a composition represented by the formula: SixCyAlz where x, y and z represent mass percent values and satisfy the following conditions: x + y + z = 100; 43≤x≤61; 3≤y≤29; and 20≤z≤54.
A prosthesis for the elbow joint, comprising: - at least one ulnar section, comprising a stem portion extending along a substantially longitudinal axis (x-x) between a proximal end and a distal end, wherein said at least one ulnar section is provided with said stem portion tapered toward said distal end and comprises one front in use face, one rear in use face, and two right and left side in use faces (26, 27); - at least one humeral section, comprising a stem portion extending along a substantially longitudinal axis (y-y) between a proximal end and a distal end; - at least one engagement seat between said distal end of said at least one humeral section and said proximal end of said at least one ulnar section, said at least one engagement seat being delimited by said at least one humeral section; - articulation means between said distal end of said at least one humeral section and said proximal end of said at least one ulnar section, positionable along an axis (z-z) orthogonal to said substantially longitudinal axis (y-y) of said at least one humeral section; characterized in that said proximal end of said at least one ulnar section is engageable in said engagement seat with its own longitudinal axis (x-x) non-orthogonal to said axis (z-z) of said articulation means, according to at least two opposed working positions, according to whether said prosthesis is designed to be implanted in the right or in the left upper limb of a patient, and in that said proximal end of said at least one ulnar section, viewed laterally, presents a substantially flat and enlarged configuration with respect to the corresponding portion near said distal end, wherein at said proximal end each of said two right and left side in use faces (26 and 27) is substantially rounded, roughly circular. - at least one ulnar section, comprising a stem portion extending along a substantially longitudinal axis (x-x) between a proximal end and a distal end, wherein said at least one ulnar section is provided with said stem portion tapered toward said distal end and comprises one front in use face, one rear in use face, and two right and left side in use faces (26, 27); - at least one humeral section, comprising a stem portion extending along a substantially longitudinal axis (y-y) between a proximal end and a distal end; - at least one engagement seat between said distal end of said at least one humeral section and said proximal end of said at least one ulnar section, said at least one engagement seat being delimited by said at least one humeral section; - articulation means between said distal end of said at least one humeral section and said proximal end of said at least one ulnar section, positionable along an axis (z-z) orthogonal to said substantially longitudinal axis (y-y) of said at least one humeral section;
A control device for a power control unit controlling electric power transmitted and received between a motor and a power supply, said power control unit including at least one switching element ( Q3 to Q8) and converting electric power by turning said switching element on and off, said control device comprising: a first control unit controlling said switching element to be turned on and off based on comparison between a carrier signal and a control command; characterized by a second control unit controlling a frequency of said carrier signal, said second control unit setting a frequency range in accordance with an operation state of said motor, and causing the frequency ( fr) of said carrier signal to fluctuate within said frequency range, wherein the operation state of said motor is a rotation speed, and the second control unit sets the frequency range in accordance with the operation state by setting a lower limit value of said frequency range at zero in a region where the rotation speed of said motor is lower than a prescribed speed, and at a value that becomes greater as the rotation speed of said motor becomes higher in a region where the rotation speed of said motor exceeds said prescribed speed. a first control unit controlling said switching element to be turned on and off based on comparison between a carrier signal and a control command; characterized by a second control unit controlling a frequency of said carrier signal, said second control unit setting a frequency range in accordance with an operation state of said motor, and causing the frequency ( fr) of said carrier signal to fluctuate within said frequency range, wherein the operation state of said motor is a rotation speed, and the second control unit sets the frequency range in accordance with the operation state by setting a lower limit value of said frequency range at zero in a region where the rotation speed of said motor is lower than a prescribed speed, and at a value that becomes greater as the rotation speed of said motor becomes higher in a region where the rotation speed of said motor exceeds said prescribed speed.
Wing arrangement with a fixed frame and a wing of a window or door mounted on the frame, wherein the wing can be tilted and swivelled relative to the frame, and wherein the wing is coupled to the frame by means of a stay arm, wherein, for operation, a handle is provided on the wing for closing and opening the wing and for switching between tilt and swivel operation, wherein the handle interacts with driving rods for this purpose, wherein a first stop part, fixed relative to the stay arm, is arranged on the stay arm, and a second stop part, fixed relative to the wing, is arranged on the wing, wherein the stop parts (58, 60) are designed as pins, bolts or eccentrics and are in contact when the wing is closed and/or swivelled, so that the wing is aligned relative to the stay arm, wherein the stay arm is formed without splicing plates, so that the stay arm is only coupled to the frame at one end and to the wing at the other end.
Computer-aided method for generating a driving cycle for a vehicle which is suitable for simulating a driving operation, in particular a real driving operation, characterized in that it comprises the following steps: determining a state vector of the driving cycle for a current time interval from a past velocity progression; provision of an acceleration prediction model; determining (103, 104, 105) an acceleration value taking into account probabilities resulting from the acceleration prediction model and the state vector; integrating the determined acceleration value over the current time interval to obtain a predicted velocity value for a next time interval in the future; and appending the predicted velocity value to the past velocity progression to generate the driving cycle. determining a state vector of the driving cycle for a current time interval from a past velocity progression; provision of an acceleration prediction model; determining (103, 104, 105) an acceleration value taking into account probabilities resulting from the acceleration prediction model and the state vector; integrating the determined acceleration value over the current time interval to obtain a predicted velocity value for a next time interval in the future; and appending the predicted velocity value to the past velocity progression to generate the driving cycle.
A pharmaceutical composition comprising a compound of formula 1, a compound of formula 2 or a combination thereof in the form of a tablet, granule, powder, capsule, dry syrup or formulated for injection: wherein in Formula 1 or 2, R 1 is -CH 2 CH 2 CH 2 N(CH 3) 2.
A prepreg lamination head for laminating a plurality of prepreg sheets made of fiber sheet impregnated with resin to form a prepreg laminated body, wherein a paper liner is stuck over a first side of the prepreg sheet, and a direction of a fiber in the prepreg sheets is directed to a first direction along with a length direction of the laminated body, the prepreg lamination head comprising: a first roller, which is arranged to be provided in a front side of a work being laminated and to guide the prepreg sheet to the first direction for the prepreg sheet to be laminated on the work being laminated; and a second roller, which is arranged to be provided in a rear side of the work being laminated and to guide the prepreg sheet, which has passed the first roller, for the prepreg sheet to be pressed from the first side of the prepreg sheet and for the paper liner to be peeled off from the first side of the prepreg sheet; characterized in that the prepreg lamination head further comprises a forward-placed paper liner peeling device, which is arranged to peel off the paper liner from the first side of the prepreg sheet between the first and second rollers (12,13), and to guide the prepreg sheet for the peeled paper liner to be pressed and stuck back to the first side of the prepreg sheet with the second roller. a first roller, which is arranged to be provided in a front side of a work being laminated and to guide the prepreg sheet to the first direction for the prepreg sheet to be laminated on the work being laminated; and a second roller, which is arranged to be provided in a rear side of the work being laminated and to guide the prepreg sheet, which has passed the first roller, for the prepreg sheet to be pressed from the first side of the prepreg sheet and for the paper liner to be peeled off from the first side of the prepreg sheet; characterized in that the prepreg lamination head further comprises a forward-placed paper liner peeling device, which is arranged to peel off the paper liner from the first side of the prepreg sheet between the first and second rollers (12,13), and to guide the prepreg sheet for the peeled paper liner to be pressed and stuck back to the first side of the prepreg sheet with the second roller.