mhurhangee/ep-ind-claims huggingface dataset:
A vision device for a motor vehicle, wherein the vision device is adapted to capture images of the surrounding of the motor vehicle and comprises alignment elements (21a-21c, 23a-23b) each adapted to cooperate with a corresponding alignment counter-element (42a-42c, 44a-44b) of a holding part in order to align the vision device relative to the holding part, wherein each alignment element (21a-21c, 23a-23b) has a planar surface (22, 24) adapted to abut against a planar surface (43, 45) of the corresponding alignment counter-element (42a-42c, 44a-44b), wherein the alignment elements (21a-21c, 23a-23b) comprise one or more, preferably three, first alignment elements (21a-21c), the planar surface of which is perpendicular to an optical axis of the optical device, wherein the alignment elements (21a-21c, 23a-23b) comprise one or more, preferably two, second alignment elements (23a, 23b), the planar surface of which is parallel to an optical axis of the optical device, characterized in that two pairs each consisting of a first alignment element (21a, 21b) and a second alignment element (23a, 23b) form two L-shaped elements (26a, 26b) arranged collinear to each other, such that inner edges of the L-shaped elements (26a, 26b) lie on a common hinge axis.
A multipurpose exercise device for replicating exercise motions for a user for a plurality of sports and physical therapy comprising: a. a base having an upper surface and lower surface, the lower surface configured to rest on a substantially horizontal support surface; b. a user platform having a lower surface and an upper surface upon which the user stands; characterised by c. a support post having an upper section and a lower section, either the upper or the lower section of the support post mounted to the base to axially pivot on the base, the user platform pivotally mounted to a section of the support post such that the upper surface of the user platform is at or below an axis about which the user platform pivots relative to the support post, wherein the user platform pivots with the support post in a horizontal plane parallel to the substantially horizontal support surface, and the user platform pivots on the support post in a vertical plane perpendicular to the substantially horizontal support surface; and d. at least one resistance element (237, 248), each resistance element having a first end and a second end, the first and mounted to the support post and the second end mounted to the base to control the level of resistance, velocity and angle of pivot of the user platform in the horizontal plane; and wherein the exercise device is configured such that, in use, the user stands on the upper surface of the user platform and performs exercise motions to propel the user platform to pivot in the horizontal plane and the vertical plane. a. a base having an upper surface and lower surface, the lower surface configured to rest on a substantially horizontal support surface; b. a user platform having a lower surface and an upper surface upon which the user stands; characterised by c. a support post having an upper section and a lower section, either the upper or the lower section of the support post mounted to the base to axially pivot on the base, the user platform pivotally mounted to a section of the support post such that the upper surface of the user platform is at or below an axis about which the user platform pivots relative to the support post, wherein the user platform pivots with the support post in a horizontal plane parallel to the substantially horizontal support surface, and the user platform pivots on the support post in a vertical plane perpendicular to the substantially horizontal support surface; and d. at least one resistance element (237, 248), each resistance element having a first end and a second end, the first and mounted to the support post and the second end mounted to the base to control the level of resistance, velocity and angle of pivot of the user platform in the horizontal plane; and
Method for a water treatment comprising the following steps - adding a chlorine species to water to be treated to be dissolved forming free chlorine species in said water to be treated, - applying an UV Advanced Oxidation Process to said water by irradiating said water with UV irradiation while a first content of said chlorine species dissolved in said water will be degraded and a second content of said chlorine species dissolved in said water will remain in said water as free chlorine species, - applying a chemical post treatment to said water by quenching said water to reduce said second content of said chlorine species dissolved in said water as reduced remaining free chlorine species, further characterized by a weight ratio of said free chlorine species in said water to be treated and contaminants of said water to be treated about 1.000: 1 up to about 10.000: 1. - adding a chlorine species to water to be treated to be dissolved forming free chlorine species in said water to be treated, - applying an UV Advanced Oxidation Process to said water by irradiating said water with UV irradiation while a first content of said chlorine species dissolved in said water will be degraded and a second content of said chlorine species dissolved in said water will remain in said water as free chlorine species, - applying a chemical post treatment to said water by quenching said water to reduce said second content of said chlorine species dissolved in said water as reduced remaining free chlorine species,
Composition comprising: - from 0.1 to 30% by weight of copolyamide (COPA), and - from 70 to 99.9% by weight of a medium acceptable in cosmetics, in perfumery and/or in pharmaceuticals, - said medium comprising an aqueous phase comprising at least 50% water, and - said copolyamide being PA PIP. 10/12 with a ratio by weight of 72/28; - said COPA comprising predominantly acid chain ends and said medium comprising a basic compound, preferably chosen from an alkali metal hydroxide or an amino compound. - from 0.1 to 30% by weight of copolyamide (COPA), and - from 70 to 99.9% by weight of a medium acceptable in cosmetics, in perfumery and/or in pharmaceuticals, - said medium comprising an aqueous phase comprising at least 50% water, and - said copolyamide being PA PIP. 10/12 with a ratio by weight of 72/28; - said COPA comprising predominantly acid chain ends and said medium comprising a basic compound, preferably chosen from an alkali metal hydroxide or an amino compound.
An assembly for a propeller of a turbine engine of an aircraft, this assembly comprising: - a variable-pitch vane comprising a blade connected to a root, the vane comprising a longitudinal axis coincident with a pitch axis of the vane which passes through said root, - a base secured in rotation to the vane about the pitch axis and connected to a toothed wheel portion extending about this pitch axis, and - a counterweight device comprising a shaft movable in rotation about a substantially concurrent axis perpendicular to said pitch axis, this shaft being connected to at least one weight and to a pinion portion geared with the toothed wheel portion, characterised in that the toothed wheel portion is attached to said base by at least one shear bolt. - a variable-pitch vane comprising a blade connected to a root, the vane comprising a longitudinal axis coincident with a pitch axis of the vane which passes through said root, - a base secured in rotation to the vane about the pitch axis and connected to a toothed wheel portion extending about this pitch axis, and - a counterweight device comprising a shaft movable in rotation about a substantially concurrent axis perpendicular to said pitch axis, this shaft being connected to at least one weight and to a pinion portion geared with the toothed wheel portion,
A method for decoding Sparse Coded Multiple Access, SCMA, wireless signals comprising: receiving, by a Message Passing Algorithm, MPA, processor, a sequence of samples representative of a received signal from a device; receiving, or otherwise generating, one or more probabilities associated to codewords of a codebook assigned to a data stream in the received signal, the one or more probabilities indicating likelihoods that one or more codewords in the codebook are carried in the data stream; removing, in accordance with the probabilities, from the codebook any codewords whose likelihood of being carried in the data stream is less than a probability threshold to obtain a pruned codebook, the pruned codebook excluding the at least one codeword, wherein the probability threshold is predetermined or wherein the probability threshold is based on the relative probabilities of codewords in the codebook; processing, by the MPA processor, the received sequence of samples according to the pruned codebook to generate soft decision values corresponding to the received signal; and sending the soft decision values to a forward error correction, FEC, decoder. receiving, by a Message Passing Algorithm, MPA, processor, a sequence of samples representative of a received signal from a device; receiving, or otherwise generating, one or more probabilities associated to codewords of a codebook assigned to a data stream in the received signal, the one or more probabilities indicating likelihoods that one or more codewords in the codebook are carried in the data stream; removing, in accordance with the probabilities, from the codebook any codewords whose likelihood of being carried in the data stream is less than a probability threshold to obtain a pruned codebook, the pruned codebook excluding the at least one codeword, wherein the probability threshold is predetermined or wherein the probability threshold is based on the relative probabilities of codewords in the codebook; processing, by the MPA processor, the received sequence of samples according to the pruned codebook to generate soft decision values corresponding to the received signal; and sending the soft decision values to a forward error correction, FEC, decoder.
A liquid dispensing hair removal device comprising: a handle; a cartridge pivotably mounted to the handle, the cartridge having a guard, a cap, and at least one blade between the guard and the cap; and a dispensing unit within the handle, the dispensing unit comprising a reservoir, a pump in liquid communication with the reservoir, and an applicator in liquid communication with the pump, wherein the applicator engages the cartridge and flexes as the cartridge pivots, applying a biasing force against the cartridge, characterized in that the guard of the cartridge defines an elongated recess and the applicator is positioned within the elongated recess. a handle; a cartridge pivotably mounted to the handle, the cartridge having a guard, a cap, and at least one blade between the guard and the cap; and a dispensing unit within the handle, the dispensing unit comprising a reservoir, a pump in liquid communication with the reservoir, and an applicator in liquid communication with the pump, wherein the applicator engages the cartridge and flexes as the cartridge pivots, applying a biasing force against the cartridge, characterized in that the guard of the cartridge defines an elongated recess and the applicator is positioned within the elongated recess. a reservoir, a pump in liquid communication with the reservoir, and an applicator in liquid communication with the pump, wherein the applicator engages the cartridge and flexes as the cartridge pivots, applying a biasing force against the cartridge, characterized in that the guard of the cartridge defines an elongated recess and the applicator is positioned within the elongated recess.
Electronic device with - a connection carrier comprising a cover surface, a first electric connection point and a second electric connection point, - an organic, active area on the cover surface, - a first electrode which connects the active area and the first electric connection point with each other in an electrically conductive manner, - an encapsulation layer which protects the active area against humidity and atmospheric gases, wherein - the electronic device is contactable from outside via the electric connection points (11, 12), and - the connection carrier is formed with at least two electrically conductive solid bodies, which are connected with each other by at least one electrically insulating connecting element, characterized in that - the encapsulation layer is in direct contact with the connection carrier in places, and - the active area is directly adjacent to the connection carrier in places and is directly connected with the connection carrier in an electrically conductive manner. - a connection carrier comprising a cover surface, a first electric connection point and a second electric connection point, - an organic, active area on the cover surface, - a first electrode which connects the active area and the first electric connection point with each other in an electrically conductive manner, - an encapsulation layer which protects the active area against humidity and atmospheric gases, wherein - the electronic device is contactable from outside via the electric connection points (11, 12), and - the connection carrier is formed with at least two electrically conductive solid bodies, which are connected with each other by at least one electrically insulating connecting element, - the encapsulation layer is in direct contact with the connection carrier in places, and - the active area is directly adjacent to the connection carrier in places and is directly connected with the connection carrier in an electrically conductive manner.
A valve housing for a check valve, the valve housing comprising: a housing body defining a valve opening; a first pin (12, 16) extending across the valve opening defining a pin axis; a pair of first pin support elements (20, 60) provided on the housing body on opposing sides of the valve opening and extending towards the first pin (12, 16), the first pin support elements (20, 60) for contacting and supporting an under side of the first pin (12, 16); characterised by a pair of first pin location elements provided on the housing body on opposing sides of the valve opening, each first pin location element comprising a strip element having a mounting portion mounted to the housing body and a locating portion which extends over an upper side of the first pin (12, 16) and around at least an upper circumference thereof to locate the first pin (12, 16). a housing body defining a valve opening; a first pin (12, 16) extending across the valve opening defining a pin axis; a pair of first pin support elements (20, 60) provided on the housing body on opposing sides of the valve opening and extending towards the first pin (12, 16), the first pin support elements (20, 60) for contacting and supporting an under side of the first pin (12, 16); characterised by a pair of first pin location elements provided on the housing body on opposing sides of the valve opening, each first pin location element comprising a strip element having a mounting portion mounted to the housing body and a locating portion which extends over an upper side of the first pin (12, 16) and around at least an upper circumference thereof to locate the first pin (12, 16).
Sealing/joining method of at least two mutually adjacent areal flooring elements (1, 1') of plastic material with one another along their mutually facing, directly adjacent and at least partially contacting lateral edges (7, 7'), wherein the flooring elements are to be arranged lying on a floor in a room of a building, characterized in that as flooring elements (1, 1'), single-layer or multilayer flooring elements (1, 1') are used which overlap in an area of their lateral edges (7, 7') such that one flooring element (1, 1') covers another flooring element (1', 1) at its surface only with a part of its total material thickness, wherein the temperature of at least one of the mutually adjacent flooring elements along its lateral edges (7, 7') adjacent the lateral edges of another flooring element in a vicinity of its edges is temporarily locally increased relative to the room temperature by energy input such that at least one layer of the flooring elements (1, 1') is at least partially plasticized locally in a connecting region along their directly adjacent and at least partially contacting lateral edges (7, 7') in a vicinity of the edges (7, 7'), whereby the one flooring element is connected to the other flooring element in a materially bonded manner, wherein electromagnetic radiation in the infrared spectral range is used for the local temperature increase and wherein the common surface of the flooring elements (1, 1') comprises no edges, steps and/or cracks upon completion of the sealing/connecting process, in particular in the connecting region.
A lockable container comprising: a first element comprising: a cylindrical member having a first open end at a proximal end thereof and a second open end at a distal end thereof; at least two rings rotatably supported by the cylindrical member; and a retainer for capturing the rings on the cylindrical member and covering the first open end; and a second element mateable with the first element and comprising structure that cooperates with the rings to close the second open end to control access to an interior of the container, wherein the retainer is fixedly attached to the cylindrical member, wherein the second element comprises: a cylindrical member having a first open end and a second closed end, and a plurality of projections (44, 45) formed on an exterior surface thereof, and wherein the projections (44, 45) are structured and arranged to slidingly pass through an unlocking opening formed in the cylindrical member when a combination code is selected on the rings. a first element comprising: a cylindrical member having a first open end at a proximal end thereof and a second open end at a distal end thereof; at least two rings rotatably supported by the cylindrical member; and a retainer for capturing the rings on the cylindrical member and covering the first open end; and a cylindrical member having a first open end at a proximal end thereof and a second open end at a distal end thereof; at least two rings rotatably supported by the cylindrical member; and a retainer for capturing the rings on the cylindrical member and covering the first open end; and a second element mateable with the first element and comprising structure that cooperates with the rings to close the second open end to control access to an interior of the container, wherein the retainer is fixedly attached to the cylindrical member, wherein the second element comprises: a cylindrical member having a first open end and a second closed end, and a plurality of projections (44, 45) formed on an exterior surface thereof, and wherein the projections (44, 45) are structured and arranged to slidingly pass through an unlocking opening formed in the cylindrical member when a combination code is selected on the rings.
An expandable podium, a first part of which comprises a supporting base panel and a rear panel rising from the base panel, a second part of which comprises a top panel and a front panel depending from the top panel, characterized in that in expanded mode of the podium a lower hinge links a bottom corner of the front panel to the nearest forward corner of the base panel and an upper hinge links a top corner of the rear panel to the nearest rearward corner of the top panel, each of the upper and lower hinges forming an elongate element the ends of which are connected pivotally to the appertaining base, top, front and rear panels about a respective pivot axis (D1; D2, D3 and D4), wherein the pivot axes (D1, D2, D3 and D4) extend at converging directions that intersect in a common imaginary point of intersection, beyond the rear panel.
An aircraft comprising: at least one line replaceable unit configured to: collect initial data prior to a takeoff roll of the aircraft received from at least one of: one or more sensors of the aircraft coupled to the at least one line replaceable unit, and a user interface coupled to the at least one line replaceable unit; collect data during the takeoff roll responsive to the aircraft reaching a first speed (GS TR1), determine, based on the initial data collected prior to a takeoff roll of the aircraft, a takeoff rotation speed (V R) of the aircraft and a rotation time (t VR) associated with the takeoff rotation speed; determine, during the takeoff roll and prior to the rotation time, a predicted speed (V tVR) of the aircraft at the rotation time, wherein the predicted speed is at least partially based on the data collected during the takeoff roll, wherein the determination of the predicted speed (V tVR) of the aircraft is performed responsive to the aircraft reaching a second speed (GS TR2) that is greater than the first speed (GS TR1) and lower than a takeoff decision speed (V 1); determine whether an alert condition is satisfied at least partially based on whether a disparity (V R -V tVR_TPA) between the takeoff rotation speed and the predicted speed exceeds a rotation speed disparity threshold; and generate a takeoff performance alert in response to the alert condition being satisfied. collect initial data prior to a takeoff roll of the aircraft received from at least one of: one or more sensors of the aircraft coupled to the at least one line replaceable unit, and a user interface coupled to the at least one line replaceable unit; collect data during the takeoff roll responsive to the aircraft reaching a first speed (GS TR1), determine, based on the initial data collected prior to a takeoff roll of the aircraft, a takeoff rotation speed (V R) of the aircraft and a rotation time (t VR) associated with the takeoff rotation speed; determine, during the takeoff roll and prior to the rotation time, a predicted speed (V tVR) of the aircraft at the rotation time, wherein the predicted speed is at least partially based on the data collected during the takeoff roll, wherein the determination of the predicted speed (V tVR) of the aircraft is performed responsive to the aircraft reaching a second speed (GS TR2) that is greater than the first speed (GS TR1) and lower than a takeoff decision speed (V 1); determine whether an alert condition is satisfied at least partially based on whether a disparity (V R -V tVR_TPA) between the takeoff rotation speed and the predicted speed exceeds a rotation speed disparity threshold; and generate a takeoff performance alert in response to the alert condition being satisfied.