mhurhangee/ep-ind-claims huggingface dataset:
Sports device, having at least one roll-off body, wherein the at least one roll-off body has a ground contact surface, wherein the sports device has at least two handles which are connected at least indirectly to the rolling body at a region facing away from the ground contact surface, wherein the sports device has two roll-off bodies spaced from one another on the sports device, and which roll-off bodies are formed as rocker runners for carrying out a rocking movement of the sports device, wherein the sports device has a, preferably disk-shaped, base plate and a, preferably disk-shaped, rotary plate, which rotary plate is connected to the base plate, wherein the rotary plate is rotatable about the base plate about an axis of rotation substantially normal to the base plate, wherein on a second rotary plate side which faces a first base plate side, at least two support bearings, which are spaced from the axis of rotation and support the rotatability of the rotary plate, are arranged for supporting the rotary plate on the base plate, wherein the rocker runners are arranged on a second base plate side disposed opposite the first base plate side, and wherein the at least two handles are arranged on the rotary plate.
A method for the processing of a physical quantity measurement signal by a signal processing unit comprising a clock, characterized in that it includes the following steps: - acquiring the measurement signal by means of a sensor connected to said signal processing unit, said measurement signal being representative of a value of the physical quantity measured, the signal processing unit comprising the clock, a sensor and a non-volatile information storage medium connected to said processing unit; - processing the measurement signal, said processing corresponding to a reduction of information contained in the measurement signal, so as to obtain a first reduced signal, said first reduced signal representing a digital signature of the measurement signal, wherein said processing of the measurement signal to obtain the digital signature includes the following sub-steps: - sampling the raw measurement signal, i.e. transforming one or more analog signals into one or more digital signals; - digitally filtering the signal sampled at the preceding step to retain the necessary information and suppress any noise; - smoothing the digital filtering results to obtain a smoothed signal; - selecting at least one measurement area, with a measurement exclusion area, identified by comparing the smoothed signal of the preceding step with a signal coming from a database; - storing said first reduced signal processed by the preceding sub-steps with time information in a database and calculating at least one indicator of the quality level of the stored signal, said level being determined by the signal processing unit as a function of the characteristics of the measurement signal. - acquiring the measurement signal by means of a sensor connected to said signal processing unit, said measurement signal being representative of a value of the physical quantity measured, the signal processing unit comprising the clock, a sensor and a non-volatile information storage medium connected to said processing unit; - processing the measurement signal, said processing corresponding to a reduction of information contained in the measurement signal, so as to obtain a first reduced signal, said first reduced signal representing a digital signature of the measurement signal, wherein said processing of the measurement signal to obtain the digital signature includes the following sub-steps: - sampling the raw measurement signal, i.e. transforming one or more analog signals into one or more digital signals; - digitally filtering the signal sampled at the preceding step to retain the necessary information and suppress any noise; - smoothing the digital filtering results to obtain a smoothed signal; - selecting at least one measurement area, with a measurement exclusion area, identified by comparing the smoothed signal of the preceding step with a signal coming from a database; - storing said first reduced signal processed by the preceding sub-steps with time information in a database and calculating at least one indicator of the quality level of the stored signal, said level being determined by the signal processing unit as a function of the characteristics of the measurement signal.
A method comprising: at a device including a non-transitory memory and one or more processors coupled with the non-transitory memory: presenting a first portion of content; obtaining engagement data for an audience comprising a plurality of persons while the first portion of the content is presented; determining, based on the engagement data, a collective engagement level of the audience for the first portion of the content; adjusting a second portion of the content that has not been presented by replacing a first action in the second portion of the content with a second action when the collective engagement level of the audience for the first portion of the content breaches an engagement threshold, in order to satisfy the engagement threshold, wherein the first action and the second action are performed by an objective-effectuator, wherein an objective-effectuator is a representation of a fictional or physical entity in extended reality content; and after adjusting the second portion of the content, presenting the second portion of the content. presenting a first portion of content; obtaining engagement data for an audience comprising a plurality of persons while the first portion of the content is presented; determining, based on the engagement data, a collective engagement level of the audience for the first portion of the content; adjusting a second portion of the content that has not been presented by replacing a first action in the second portion of the content with a second action when the collective engagement level of the audience for the first portion of the content breaches an engagement threshold, in order to satisfy the engagement threshold, wherein the first action and the second action are performed by an objective-effectuator, wherein an objective-effectuator is a representation of a fictional or physical entity in extended reality content; and after adjusting the second portion of the content, presenting the second portion of the content.
Cleaning agent dispenser comprising at least two receiving cylinders (12a - 12c), each filled with a different cleaning agent, wherein the receiving cylinders (12a - 12c) have an open end and a dispensing opening opposite the same for dispensing the cleaning agent, at least two pistons (14a - 14c) for axial insertion into the first open end of a respective one of the receiving cylinders (12a - 12c), wherein, upon insertion of the at least two pistons (14a - 14c) into the at least two receiving cylinders (12a - 12c), the cleaning agent held in the respective receiving cylinder is displaced and the cleaning agent is expelled from the dispensing opening, a confusor element with a cross section tapering in the distal direction, the confusor element being arranged distally of the dispensing openings of the receiving cylinders (12a - 12c), and a cylindrical dispensing nozzle for dispensing the cleaning agent, the nozzle distally adjoining the confusor element, characterized in that the cylindrical dispensing nozzle has a cross section symmetrical in a first plane and a cross section that is asymmetrical in a second plane arranged vertically with respect to the first plane.
A heatable handle jacket comprising: a jacket adapted to be mounted around a handle of a vehicle, with the jacket made of a thermally conductive material, with the jacket including an end having an outer surface with a recessed portion; a heating unit including a heating wire mounted inside the jacket or to an inner side of the jacket; and a controller embedded in the recessed portion, with the controller electrically connected to the heating unit to control heating operation of the heating wire, characterized in that the controller includes a temperature indicator, with the temperature indicator indicating a temperature of the heating wire, with the temperature indicator facing an opening of the recessed portion. a jacket adapted to be mounted around a handle of a vehicle, with the jacket made of a thermally conductive material, with the jacket including an end having an outer surface with a recessed portion; a heating unit including a heating wire mounted inside the jacket or to an inner side of the jacket; and a controller embedded in the recessed portion, with the controller electrically connected to the heating unit to control heating operation of the heating wire,
A process for producing a resin composition comprising a reinforcing fiber, a resin particle, and a matrix resin, the process comprising: a resin particle production step comprising: melt-kneading a semicrystalline thermoplastic resin and an aqueous medium incompatible with the resin to prepare a melt-kneaded product, removing the aqueous medium from the melt-kneaded product with a hydrophilic solvent to give a resin particle, and drying the resulting product at a temperature of not higher than (Tg+40)°C, wherein Tg represents the glass transition temperature of the semicrystalline thermoplastic resin, and an impregnation step for impregnating a reinforcing fiber with the resulting resin particle and a matrix resin, wherein the reinforcing fiber contains a carbon fiber, and the resin particle contains a semicrystalline thermoplastic resin, and the semicrystalline thermoplastic resin in the resin particle has an exothermic peak in a temperature range between the glass transition temperature of the semicrystalline thermoplastic resin and the melting point of the semicrystalline thermoplastic resin, the exothermic peak, the glass transition temperature and the melting point being determined by heating the resin particle at a rate of 10°C/min. by differential scanning calorimetry, and the resin particle has a number average primary particle size of 15 to 25 μm which is measured by the laser diffraction scattering method. a resin particle production step comprising: melt-kneading a semicrystalline thermoplastic resin and an aqueous medium incompatible with the resin to prepare a melt-kneaded product, removing the aqueous medium from the melt-kneaded product with a hydrophilic solvent to give a resin particle, and drying the resulting product at a temperature of not higher than (Tg+40)°C, wherein Tg represents the glass transition temperature of the semicrystalline thermoplastic resin, and an impregnation step for impregnating a reinforcing fiber with the resulting resin particle and a matrix resin, wherein the reinforcing fiber contains a carbon fiber, and the resin particle contains a semicrystalline thermoplastic resin, and the semicrystalline thermoplastic resin in the resin particle has an exothermic peak in a temperature range between the glass transition temperature of the semicrystalline thermoplastic resin and the melting point of the semicrystalline thermoplastic resin, the exothermic peak, the glass transition temperature and the melting point being determined by heating the resin particle at a rate of 10°C/min. by differential scanning calorimetry, and the resin particle has a number average primary particle size of 15 to 25 μm which is measured by the laser diffraction scattering method.
Detector for measuring stray light in liquids with a casing comprising a light-transmissive flexible tube conducted through the casing and transporting liquid, a light emitter and a light detector, characterised in that in the casing, at least one flat surface (32, 34) is formed, on which the tube is arranged such that the contiguous tube wall is flat, and the light emitter is arranged with its optical axis being substantially vertical to the flat surface on the tube wall, and the light detector is arranged on the tube wall adjacent to the light emitter, whereby the optical axes of the light emitter and light detector form an angle smaller than 90°.
Microactuator based on bimagnetic coated core/shell microwires characterized in that it comprises an asymmetric external shell having at least one composite one-dimensional active element which comprises: - an internal metallic magnetostrictive core - an external coating metallic magnetostrictive shell the materials of said internal metallic magnetostrictive core and said external coating metallic magnetostrictive shell displaying either opposite magnetostriction sign or the same magnetostriction sign with different values of the respective magnetostriction coefficient, and wherein the external coating metallic magnetostrictive shell covers asymmetrically only partly the internal core. - an internal metallic magnetostrictive core - an external coating metallic magnetostrictive shell the materials of said internal metallic magnetostrictive core and said external coating metallic magnetostrictive shell displaying either opposite magnetostriction sign or the same magnetostriction sign with different values of the respective magnetostriction coefficient,
Beverage dispensing assembly, comprising a dispenser and a beverage container, wherein the beverage container has a neck portion and a shoulder portion adjacent the neck portion, wherein the neck portion is provided with at least an outflow opening and wherein the dispenser comprises a housing, wherein the housing is provided with a receptacle for receiving at least part of the container, wherein the container is positioned in the dispenser with the neck and shoulder portion facing downward, such that the neck portion and at least part of the shoulder portion are received in the receptacle, wherein part of the shoulder portion extends close to and/or is in contact with a wall of the receptacle, wherein preferably a lid is provided over the container, enclosing a part of the container extending outside the receptacle, characterized in that the neck portion of the beverage container is provided with at least one gas inlet opening, wherein the container is provided with a dispensing unit, including at least a dispensing line, and the housing comprises a tap for connecting to and/or cooperating with the dispensing line, wherein the dispensing line is preferably a disposable line.
A fuel line unit for motor vehicles, in particular for motor vehicles with a diesel engine, with two pipe sections (1, 2) and at least one filter device arranged between the two pipe sections (1, 2), wherein a fluid medium or fuel can be supplied to the filter device via a first pipe section, and wherein the fluid medium or fuel can be removed from the filter device via a second pipe section, wherein the filter device has at least two functional states, wherein the supplied fluid medium or supplied fuel can be filtered in a first functional state of the filter device by means of at least one filter medium of the filter device, and wherein, after the filter device has been switched into a second functional state, the fluid medium or fuel flows through the filter device via at least one through channel without filtration or essentially without filtration, wherein the through channel has the same flow cross sectional area or essentially the same flow cross sectional area as the first pipe section and/or the second pipe section, so that, in the second functional state, the fluid medium or fuel is guided through the fuel line unit without any pressure loss or essentially without any pressure loss, characterized in that the filter medium of the filter device envelops the through channel over at least a portion of its circumference.
A method for fixing a faucet body to a mounting, such as a worktop or a sinktop, said method comprising fastening a fixing collar to a top surface of the mounting by means of fastening elements (3, 4) which are tightened against a bottom surface of the mounting by working the fastening elements from above the mounting, characterized in that the bottom end of the faucet body or its extension is fastened around the fixing collar by expanding the fixing collar by an actuation means, said expanding providing a sturdy compression joint between the expanded fixing collar and an internal surface of the faucet body or its extension.
A method for reconfiguring a wireless communication network, the method comprising: receiving, at a first Base Transceiver Station, BTS, that is a node provided with a sensor, a neighbor list from a second BTS; wherein the sensor includes a mobile device with a backhaul connection through which the node communicates for receiving and sending information from and to other nodes that include the second BTS; and reconfiguring, independently at the first BTS, a neighbor list of the first BTS based on the neighbor list received from the second BTS. receiving, at a first Base Transceiver Station, BTS, that is a node provided with a sensor, a neighbor list from a second BTS; wherein the sensor includes a mobile device with a backhaul connection through which the node communicates for receiving and sending information from and to other nodes that include the second BTS; and reconfiguring, independently at the first BTS, a neighbor list of the first BTS based on the neighbor list received from the second BTS.
An airfoil comprising: an airfoil section having an airfoil wall defining a leading end, a trailing end, and first and second sides (68c,68d) joining the leading end and the trailing end, the first and second sides spanning in a longitudinal direction between first and second ends (62,64); and a multi-piece baffle disposed in an internal core cavity and having a shape complementary to the first and second convex sides, characterized in that: the first and second sides are convex, the first and second convex sides define lateral bounds of an internal core cavity, and the first and second convex sides converge toward each other at each of the first and second ends such that the internal core cavity constricts at the first and second ends. an airfoil section having an airfoil wall defining a leading end, a trailing end, and first and second sides (68c,68d) joining the leading end and the trailing end, the first and second sides spanning in a longitudinal direction between first and second ends (62,64); and a multi-piece baffle disposed in an internal core cavity and having a shape complementary to the first and second convex sides, characterized in that: the first and second sides are convex, the first and second convex sides define lateral bounds of an internal core cavity, and the first and second convex sides converge toward each other at each of the first and second ends such that the internal core cavity constricts at the first and second ends.
Radio, particularly for mobile radio, having a display apparatus and an alphanumeric keypad, wherein a memory is provided that stores at least one firmly prescribed text module, and the at least one text module can be sent by a dialling process on the keypad of the radio, - wherein in a prescribe mode, the at least one text module is prescribable by input on the keypad and is storable in the memory by a further keypad operation, wherein in prescribe mode, the keypad can be used to input, by means of blanks, those locations at which the text module is modifiable in a call mode, - characterized in that in call mode, the at least one text module is callable and, in this case, the blanks are representable on the display apparatus as other special characters, - and in that in call mode, it is possible for the text module prescribed in prescribe mode to be modified at the locations of the other special characters. - wherein in a prescribe mode, the at least one text module is prescribable by input on the keypad and is storable in the memory by a further keypad operation, wherein in prescribe mode, the keypad can be used to input, by means of blanks, those locations at which the text module is modifiable in a call mode, - characterized in that in call mode, the at least one text module is callable and, in this case, the blanks are representable on the display apparatus as other special characters, - and in that in call mode, it is possible for the text module prescribed in prescribe mode to be modified at the locations of the other special characters.
A chair, comprising a support and a one-piece seat shell disposed on the support, the seat shell comprising a seat element and a backrest element between which a flexible intermediate element is disposed, the flexible intermediate element allowing the seat element and the backrest element to pivot relative to each other about at least one axis extending at least partially in the longitudinal direction of the chair, characterized in that the flexible intermediate element allows the position of the seat element to be adjusted in the longitudinal direction of the chair relative to the support in a manner mechanically separate from the backrest element, the flexible intermediate element allows the position of the backrest element to be adjusted in the vertical direction of the chair relative to the support in a manner mechanically separate from the seat element, and the seat shell is realized as a one-piece injection-molded plastic part.
A ribbed reinforcing bar having a circular cross-section core and inclined open crescent-shaped transverse protuberances arranged along its surface in four rows, wherein peaks of the transverse protuberances are arranged in a checkerboard fashion along a spiral line over the core surface, the peaks of adjacent longitudinal rows of transverse protuberances are situated in the bar's inclined axial planes whose adjoining angles of inclination to the axial planes, coinciding with rolling axes of the reinforcing bar, are 20 0 to 70 0, characterized in that the reinforcing bar is produced by rolling in a two-high mill without a longitudinal rib formation, wherein the inclined open crescent-shaped transverse protuberances are arranged on the core surface such as to form a screw thread usable for anchoring and joining reinforcing bars. peaks of the transverse protuberances are arranged in a checkerboard fashion along a spiral line over the core surface, the peaks of adjacent longitudinal rows of transverse protuberances are situated in the bar's inclined axial planes whose adjoining angles of inclination to the axial planes, coinciding with rolling axes of the reinforcing bar, are 20 0 to 70 0, characterized in that the reinforcing bar is produced by rolling in a two-high mill without a longitudinal rib formation, wherein the inclined open crescent-shaped transverse protuberances are arranged on the core surface such as to form a screw thread usable for anchoring and joining reinforcing bars.
An induction heating system for molding a thermoplastic article, comprising: a first mold and a second mold defining a mold cavity therebetween for molding the thermoplastic article; a first metallic susceptor as part of or adjacent to the first mold; a first armature-supported induction coil array in proximity to the first metallic susceptor; and a first induction generator electrically coupled with the first armature-supported induction coil array. a first mold and a second mold defining a mold cavity therebetween for molding the thermoplastic article; a first metallic susceptor as part of or adjacent to the first mold; a first armature-supported induction coil array in proximity to the first metallic susceptor; and a first induction generator electrically coupled with the first armature-supported induction coil array.