mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: transmitting data over the plurality of communication connections, and jointly precoding data to be transmitted via the plurality of communication connections, wherein the jointly precoding comprises performing a first type of precoding for a first set of communication connections and a second type of precoding for a second set of communication connections different from the first set of communication connections, characterized in that the first type of precoding comprises non-linear precoding and the second type of precoding comprises linear precoding. transmitting data over the plurality of communication connections, and jointly precoding data to be transmitted via the plurality of communication connections, wherein the jointly precoding comprises performing a first type of precoding for a first set of communication connections and a second type of precoding for a second set of communication connections different from the first set of communication connections,
Engine cowling of an aircraft gas turbine having a front cowling and a single rear cowling movable in the axial direction, wherein the rear cowling is movable into different positions by means of a drive device, wherein by means of the drive device designed with a dual action, the rear cowling can be moved between a closed cruise position, a partially opened maximum thrust position and a completely opened thrust-reversing position, wherein the drive device includes at least two actuators (32, 33) arranged in series relative to one another and actuatable independently of one another, said actuators having power supply systems separated from one another and separately operating, wherein one of the actuators is designed for the maximum thrust position and the other actuator for the thrust-reversing position, characterized in that the rear cowling can be locked by means of two independent locking devices (34, 35).
A solid surface comprising (i) a crosslinked acrylic or unsaturated polyester resin present in an amount no greater than 52 volume fraction percent, and (ii) no greater than 48 volume fraction percent of inorganic filler particles distributed evenly throughout the solid surface wherein (a) 95 - 99 volume fraction percent of the filler particles has a major dimension in the range of from 0.5 to no greater than 10 microns or from 1 to no greater than 5 microns or from 1 to no greater than 2 microns, (b) the D50 of the filler particles is from 0.5-2.5 microns, (c) the D90 of the filler particles is equal to or less than 10 microns, and (d) the filler particles are modified with discrete functional particles that are bound, or adhered to the filler particles. (i) a crosslinked acrylic or unsaturated polyester resin present in an amount no greater than 52 volume fraction percent, and (ii) no greater than 48 volume fraction percent of inorganic filler particles distributed evenly throughout the solid surface wherein (a) 95 - 99 volume fraction percent of the filler particles has a major dimension in the range of from 0.5 to no greater than 10 microns or from 1 to no greater than 5 microns or from 1 to no greater than 2 microns, (b) the D50 of the filler particles is from 0.5-2.5 microns, (c) the D90 of the filler particles is equal to or less than 10 microns, and (d) the filler particles are modified with discrete functional particles that are bound, or adhered to the filler particles. (a) 95 - 99 volume fraction percent of the filler particles has a major dimension in the range of from 0.5 to no greater than 10 microns or from 1 to no greater than 5 microns or from 1 to no greater than 2 microns, (b) the D50 of the filler particles is from 0.5-2.5 microns, (c) the D90 of the filler particles is equal to or less than 10 microns, and (d) the filler particles are modified with discrete functional particles that are bound, or adhered to the filler particles.
Anti-roll device for a train of a motor vehicle, said device comprising a bar suitable for being coupled to the right and left wheels of said train via two connecting rods (Bj), characterized in that it comprises i) action means forming part of said bar and comprising a casing defining a chamber subdivided into first and second parts of variable volumes by a piston fixedly secured to a rod, and comprising first and second inputs-outputs communicating respectively with said first and second parts and an input-output intermediate communicating with said first part or said second part according to the position of said piston, and taking a disengaged state or a blocked state in any position of said piston according to respective current accessibility states of said first and second inputs-outputs and of said intermediate input-output, and ii) a hydraulic control circuit and controlling said accessibility states as a function of commands received and in that the bar comprises a first arm, a first end of which is fixedly secured to the casing, a second arm, a first end of which is secured to the rod of the piston, the rod being able to translate relative to the casing, the second ends of the first and second arm each being connected to a link.
A method for adapting a signalling of a field device that can be displayed via a signal display of the field device, the method comprising the steps of: determining, with an operating device, a colour tone of at least one display element of the signal display of the field device, wherein the step of determining the colour tone comprises: recording, with a camera of the operating device, an image of a signalization displayed via the signal display of the field device and/or an image of at least a part of the field device; and determining, with the operating device, the colour tone of at least one display element of the signal display based on an analysis of the image; assigning, with the operating device, an attribute to the specified colour tone of the at least one display element of the signal display, wherein the attribute represents a meaning of the specified colour tone for indicating a state of the field device; transmitting a control signal from the operating device to the field device, the control signal containing information relating to the specified colour tone and relating to the attribute assigned to the specified colour tone; storing the specified colour tone and the attribute associated with the specified colour tone in a memory of the field device; and activating, on the field device, the specified colour tone of the at least one display element of the signal display and the attribute associated with the specified colour tone based on the control signal, so that when the state of the field device occurs, the specified colour tone is displayed as signalling via the signal display of the field device. recording, with a camera of the operating device, an image of a signalization displayed via the signal display of the field device and/or an image of at least a part of the field device; and determining, with the operating device, the colour tone of at least one display element of the signal display based on an analysis of the image; assigning, with the operating device, an attribute to the specified colour tone of the at least one display element of the signal display, wherein the attribute represents a meaning of the specified colour tone for indicating a state of the field device; transmitting a control signal from the operating device to the field device, the control signal containing information relating to the specified colour tone and relating to the attribute assigned to the specified colour tone; storing the specified colour tone and the attribute associated with the specified colour tone in a memory of the field device; and activating, on the field device, the specified colour tone of the at least one display element of the signal display and the attribute associated with the specified colour tone based on the control signal, so that when the state of the field device occurs, the specified colour tone is displayed as signalling via the signal display of the field device.
A roof window comprising: a frame having a top member, a bottom member and two side members defining a frame plane, a sash having a top member, a bottom member and two side members, said sash carrying a pane and defining a sash plane, the sash being connected with the frame by means of a set of hinges (100, 200) defining a hinge axis of the window, and a lifting device including a lifting arm adapted to act between the frame and the sash to provide a spring bias and assist the movement of the sash, wherein the lifting arm of the lifting device is releasably connected with the sash, and the lifting arm is adapted to assume a stable releasing and receiving position at a predefined opening angle, wherein the lifting arm is affected by the spring bias up until the predefined opening angle, the effect of the spring bias being halted at the predefined opening angle, characterized in that the lifting arm being provided with open reception means for engagement means on the sash side member, that the spring bias is provided in that the lifting arm has a first end rotatably connected to a spring-biased sledge connected to a frame side member and an opposite, second end including the open reception means constituted by a fork or cradle adapted to be connected to the engagement means connected to the sash side member, and that the lifting arm is spring-biased towards the stable releasing and receiving position at the predefined opening angle by means of a wire spring. a frame having a top member, a bottom member and two side members defining a frame plane, a sash having a top member, a bottom member and two side members, said sash carrying a pane and defining a sash plane, the sash being connected with the frame by means of a set of hinges (100, 200) defining a hinge axis of the window, and a lifting device including a lifting arm adapted to act between the frame and the sash to provide a spring bias and assist the movement of the sash, wherein the lifting arm of the lifting device is releasably connected with the sash, and the lifting arm is adapted to assume a stable releasing and receiving position at a predefined opening angle, wherein the lifting arm is affected by the spring bias up until the predefined opening angle, the effect of the spring bias being halted at the predefined opening angle, characterized in that the lifting arm being provided with open reception means for engagement means on the sash side member, that the spring bias is provided in that the lifting arm has a first end rotatably connected to a spring-biased sledge connected to a frame side member and an opposite, second end including the open reception means constituted by a fork or cradle adapted to be connected to the engagement means connected to the sash side member, and that the lifting arm is spring-biased towards the stable releasing and receiving position at the predefined opening angle by means of a wire spring.
A clip for a rotor disk of a brake assembly, the clip arranged to fit over an end of a lug of the rotor disk, the clip having two opposing sides (311, 312) and an end portion across the two opposing sides, and a top portion, the top portion, the sides and the end portion each having an inner surface and an outer surface, and the inner surface of the top portion, the sides and the end portion together defining a recess configured to receive the rotor lug, in use, the clip having at least one aperture in each of the sides; and characterised by the clip further comprising a reinforcement member extending from the inner surface of the end portion internal of the recess, between the two sides.
A compound for use in a method for decreasing a risk of suicidal behaviour in a bipolar I disorder patient, wherein the bipolar I disorder patient is undergoing treatment of bipolar I disorder, wherein the compound is endoxifen citrate, and wherein the method comprises: maintaining a therapeutically effective concentration of endoxifen in the patient by administrating a dose of 2 mg to 16 mg of endoxifen citrate in an enteric coated tablet once per day for at least 21 days.
Window and door frames that can be covered with different material made from thermoplastic, weldable material provided with hanging longitudinal webs or with longitudinal grooves having inner hanging projections for cover profiles, wherein the profiles (1 a) of the building frames and the profiles (2a, 2i) of the sash frames (2, 2v) of windows and the profiles of French windows, which are equipped with coextruded seals (1x, 1y, 2y, 2z, 23y, 23z), comprise, on the side facing the living space and on the side exposed to the influences of weather, hanging longitudinal webs (1b, 2b) and/or longitudinal grooves having inner hanging projections (2d, 23g) for attaching cover profiles (10, 10a; 20, 20b, 20m; 23e, 23i), and/or strips (10, 20h) made from different material, wherein the aforementioned cover profiles are connected to dimensionally stable cover frames by means of connecting angles (10v, 10w, 20v, 20w, 10x, 20u), characterised in that the hanging longitudinal webs are milled off on the profiles (2a, 2v) of the sash frames (2,) and the hanging longitudinal webs are milled off on the profiles of the building frames or the corresponding hanging webs (10b, 10c, 20a) are milled off on the cover profiles (10, 10a; 20, 20b, 20m; 23e, 23i) in all four end regions of the frames.
A scanning optical system comprising: an optical source providing a beam of pulsed light of ultra-short pulse duration; a deflector for deflecting the beam through a scan angle; a lens system including a focusing objective for focusing the deflected beam; a deformable mirror; an actuator device for the mirror; and a controller adapted to control the actuator device to change the shape of the mirror in accordance with the scan angle to compensate at least partially variations of the spatial distribution of a group delay of the focusing objective versus different scan angles. an optical source providing a beam of pulsed light of ultra-short pulse duration; a deflector for deflecting the beam through a scan angle; a lens system including a focusing objective for focusing the deflected beam; a deformable mirror; an actuator device for the mirror; and a controller adapted to control the actuator device to change the shape of the mirror in accordance with the scan angle to compensate at least partially variations of the spatial distribution of a group delay of the focusing objective versus different scan angles.
Operating device for a motor vehicle, comprising: - an operating element which can be lowered via an exertion of force; - a snap disk arranged under the operating element for exerting a haptic feedback to the operating element if the snap disk is deformed by lowering of the operating element; - a blocking body arranged below the operating element and next to the snap disk, which blocking body can be modified as a function of an applied electrical voltage such that a lowering of the operating element is blocked or a lowering of the operating element to deform the snap disk is enabled; - a detecting device for detecting a contact position of a finger on the operating element; a control device which is configured to adjust a voltage at the blocking body as a function of the detected contact position of the finger, characterized in that the blocking body is made of an electroactive polymer whose shape can be changed as a function of an applied electrical voltage in such a way that a lowering of the operating element is blocked or a lowering of the operating element to deform the snap disk is enabled, wherein the operating element has a least two symbols, wherein the control device is configured to impress the voltage in an oscillating manner at the blocking body in order to cause the operating element to vibrate if it is detected that the finger is arranged between the symbols. - an operating element which can be lowered via an exertion of force; - a snap disk arranged under the operating element for exerting a haptic feedback to the operating element if the snap disk is deformed by lowering of the operating element; - a blocking body arranged below the operating element and next to the snap disk, which blocking body can be modified as a function of an applied electrical voltage such that a lowering of the operating element is blocked or a lowering of the operating element to deform the snap disk is enabled; - a detecting device for detecting a contact position of a finger on the operating element; a control device which is configured to adjust a voltage at the blocking body as a function of the detected contact position of the finger, characterized in that the blocking body is made of an electroactive polymer whose shape can be changed as a function of an applied electrical voltage in such a way that a lowering of the operating element is blocked or a lowering of the operating element to deform the snap disk is enabled, wherein the operating element has a least two symbols, wherein the control device is configured to impress the voltage in an oscillating manner at the blocking body in order to cause the operating element to vibrate if it is detected that the finger is arranged between the symbols.
A front structure for a vehicle comprising: a power unit mounted on a front end of the vehicle; a steering gear box adjacent to the power unit; and a suspension subframe comprising a guide (4c,21,22,23) upwardly inclined toward the front of the vehicle and provided with a first sloping element (41,22a,23a) at a bottom side surface of the suspension subframe; wherein the suspension subframe supports the steering gear box, the steering gear box being positioned in a recessed portion of the bottom side surface of the suspension subframe so as to interact with the guide (4c,21,22, 23) and move such as to end in a position lower than the power unit when the front end of the vehicle is deformed due to a frontal collision. a power unit mounted on a front end of the vehicle; a steering gear box adjacent to the power unit; and a suspension subframe comprising a guide (4c,21,22,23) upwardly inclined toward the front of the vehicle and provided with a first sloping element (41,22a,23a) at a bottom side surface of the suspension subframe; wherein the suspension subframe supports the steering gear box, the steering gear box being positioned in a recessed portion of the bottom side surface of the suspension subframe so as to interact with the guide (4c,21,22, 23) and move such as to end in a position lower than the power unit when the front end of the vehicle is deformed due to a frontal collision.
A method of providing a user interface of a device, the method comprising: acquiring an acoustic signal generated by a user from outside of the device; analyzing the acquired acoustic signal; and identifying an input signal of the user corresponding with the acoustic signal, based on the analyzed acoustic signal, wherein the acoustic signal is a surface acoustic signal generated from a surface of a medium, and wherein the identifying comprises identifying the input signal of the user based on a pattern of the surface acoustic signal corresponding to the type of the medium and/or the type of a tool being used by the user. acquiring an acoustic signal generated by a user from outside of the device; analyzing the acquired acoustic signal; and identifying an input signal of the user corresponding with the acoustic signal, based on the analyzed acoustic signal, wherein the acoustic signal is a surface acoustic signal generated from a surface of a medium, and wherein the identifying comprises identifying the input signal of the user based on a pattern of the surface acoustic signal corresponding to the type of the medium and/or the type of a tool being used by the user.
Battery pack composed of at least one single cell, held in a cell holder, which is electrically contacted via a cell connector (13, 16, 17, 18) on a contact side (19a, 19b), and having a contact plate that carries a plurality of plug-type connections (51, 52, 53, 54) for connection to an electrical load, wherein the contact plate lies on a side face of the cell holder, characterised in that, on the side face of the cell holder, a holding element for the contact plate is provided, in which the contact plate is received, the contact plate is displaceably mounted in a displacement direction in the holding element, the electrical connection between the individual cell and the contact plate is formed by at least one elastic contact strip (31, 41), and the contact strip (31, 41) is resiliently formed in the displacement direction of the contact plate.
Preform station for draping a flexible semi-finished product and for transforming the flexible semi-finished product into a geometrically stable preform, comprising: a first pin array comprising a multitude of pins, on which the flexible semi-finished product can be draped, wherein each pin has a longitudinal direction and is movable along the longitudinal direction for forming the flexible semi-finished product; and a binder activation system for activating a binder of the flexible semi-finished product when the flexible semi-finished product is draped onto the first pin array, thereby transforming the flexible semi-finished product into the geometrically stable preform, characterized in that: - a first pin of the first pin array comprises an actuator for moving the first pin along longitudinal direction. - a second pin of the first pin array is coupled to the first pin such that the second pin moves together with the first pin when the first pin is moved, and - the second pin is fixable independently of the first pin. a first pin array comprising a multitude of pins, on which the flexible semi-finished product can be draped, wherein each pin has a longitudinal direction and is movable along the longitudinal direction for forming the flexible semi-finished product; and a binder activation system for activating a binder of the flexible semi-finished product when the flexible semi-finished product is draped onto the first pin array, thereby transforming the flexible semi-finished product into the geometrically stable preform, characterized in that: - a first pin of the first pin array comprises an actuator for moving the first pin along longitudinal direction. - a second pin of the first pin array is coupled to the first pin such that the second pin moves together with the first pin when the first pin is moved, and - the second pin is fixable independently of the first pin. - a first pin of the first pin array comprises an actuator for moving the first pin along longitudinal direction. - a second pin of the first pin array is coupled to the first pin such that the second pin moves together with the first pin when the first pin is moved, and - the second pin is fixable independently of the first pin.
Edge processing device for edging the narrow sides of plate-shaped workpieces of wood or wood substitutes with an edging strip, comprising a polishing assembly with at least one polishing dis (21, 22) and a scraper blade unit which is mounted upstream of the polishing assembly in a processing direction and which has at least one scraper blade (31, 32) for machining the edging strip applied to the workpiece, wherein the edge processing device has at least one roller which is mounted downstream of the scraper assembly in the processing direction and which is arranged so tight against the polishing disc (21, 22) that a traction force is exerted on a shaved sliver which is produced by the scraper blade assembly and which passes into the region between the at least one polishing disc (21, 22) and the roller, characterised in that the roller is mounted, in particular on a lever arm, so that it is pressed against the at least one polishing disc (21, 22).