mhurhangee/ep-ind-claims huggingface dataset:
A quick hitch assembly comprising: a top link portion; and a pair of side arm portions to be coupled with the top link portion to form an assembled quick hitch, characterised in that the assembly further comprises spacer elements to be selectably arranged between the top link portion and the side arm portions, the spacer elements allowing for the formation of different configurations of assembled quick hitch having different quick hitch dimensions. a top link portion; and a pair of side arm portions to be coupled with the top link portion to form an assembled quick hitch, characterised in that the assembly further comprises spacer elements to be selectably arranged between the top link portion and the side arm portions, the spacer elements allowing for the formation of different configurations of assembled quick hitch having different quick hitch dimensions.
A sensor assignment device having: - a movement instruction generator for generating and submitting a movement instruction to a distinct one of a plurality of actuators (A k) to move a distinct one of a plurality of machine parts (MP j), so that the distinct one of a plurality of machine parts (MPj) performs movements (Mm) in accordance with the movement instruction; - a sensor data receiver for receiving sensor data acquired by a subset of a plurality of sensors (S i), wherein the sensors (S i) are located at the machine parts (MP j), wherein the sensor data is acquired as a consequence of the movements (Mm) and comprises information on the movements (Mm) performed by the distinct machine part (MPj); - a degree of correlation determiner for determining sensor-specific degrees of correlation between said sensor data and the movement instruction, wherein the degree of correlation determiner is prepared to detect a correlation between a requested movement pattern and an actual movement pattern of the movements (Mm) performed by the distinct machine part (MP j) and detected by said subset of sensors (S i), wherein the requested movement pattern is predetermined by the movement instruction; - a sensor assigner for assigning those sensors (Si) to the distinct machine part (MP j) whose sensor-specific degrees of correlation exceed a predetermined threshold; and - a plausibility checker for checking a plausibility of sensor assignments, wherein the plausibility checker is prepared to perform and evaluate a cross-correlation. - a movement instruction generator for generating and submitting a movement instruction to a distinct one of a plurality of actuators (A k) to move a distinct one of a plurality of machine parts (MP j), so that the distinct one of a plurality of machine parts (MPj) performs movements (Mm) in accordance with the movement instruction; - a sensor data receiver for receiving sensor data acquired by a subset of a plurality of sensors (S i), wherein the sensors (S i) are located at the machine parts (MP j), wherein the sensor data is acquired as a consequence of the movements (Mm) and comprises information on the movements (Mm) performed by the distinct machine part (MPj); - a degree of correlation determiner for determining sensor-specific degrees of correlation between said sensor data and the movement instruction, wherein the degree of correlation determiner is prepared to detect a correlation between a requested movement pattern and an actual movement pattern of the movements (Mm) performed by the distinct machine part (MP j) and detected by said subset of sensors (S i), wherein the requested movement pattern is predetermined by the movement instruction; - a sensor assigner for assigning those sensors (Si) to the distinct machine part (MP j) whose sensor-specific degrees of correlation exceed a predetermined threshold; and - a plausibility checker for checking a plausibility of sensor assignments, wherein the plausibility checker is prepared to perform and evaluate a cross-correlation.
A computing device implemented method for designing a restored smile to determine a dental treatment, the method comprising: receiving a frontal image of a patient's face including a smile; characterised by: identifying an inner lip line in the image to identify the area where the patient's teeth are showing in the smile in the image; and superimposing a restored smile over the smile in the image; wherein the step of identifying an inner lip line comprises extracting the edges of the lip forming the inner lip line. receiving a frontal image of a patient's face including a smile; characterised by: identifying an inner lip line in the image to identify the area where the patient's teeth are showing in the smile in the image; and superimposing a restored smile over the smile in the image; wherein the step of identifying an inner lip line comprises extracting the edges of the lip forming the inner lip line. identifying an inner lip line in the image to identify the area where the patient's teeth are showing in the smile in the image; and superimposing a restored smile over the smile in the image; wherein the step of identifying an inner lip line comprises extracting the edges of the lip forming the inner lip line.
A method for preparing a pet food composition comprising non-replicating probiotic micro-organisms in an amount corresponding to 10 6 to 10 12 cfu per serving, wherein said method comprises treating the probiotic micro-organisms with a high temperature treatment at 120 - 150°C for 1-120 seconds, and thus rendering the probiotic micro-organisms non-replicating.
Circuit arrangement for supplying energy to an integrated circuit comprising a. a circuit carrier having an electrical circuit carrier earth, b. an integrated circuit having a clock frequency and having i. a circuit load to be supplied, ii. at least one supply terminal, iii. at least one first earth terminal and one second earth terminal, wherein the first earth terminal is externally connected to the circuit carrier earth via an earth connection, c. a supply unit, which i. is connected to the supply terminal and ii. is configured in such a way that said supply unit has a current source behaviour at least at the clock frequency (fl), characterized in that the circuit arrangement furthermore comprises an external buffer capacitor for reducing load-dictated voltage fluctuations, wherein the buffer capacitor is connected in parallel with the circuit load and is connected to the supply terminal and the second earth terminal, and in that exclusively the first earth terminal of the integrated circuit is externally connected to the circuit carrier earth via the earth connection. a. a circuit carrier having an electrical circuit carrier earth, b. an integrated circuit having a clock frequency and having i. a circuit load to be supplied, ii. at least one supply terminal, iii. at least one first earth terminal and one second earth terminal, wherein the first earth terminal is externally connected to the circuit carrier earth via an earth connection, i. a circuit load to be supplied, ii. at least one supply terminal, iii. at least one first earth terminal and one second earth terminal, wherein the first earth terminal is externally connected to the circuit carrier earth via an earth connection, c. a supply unit, which i. is connected to the supply terminal and ii. is configured in such a way that said supply unit has a current source behaviour at least at the clock frequency (fl), i. is connected to the supply terminal and ii. is configured in such a way that said supply unit has a current source behaviour at least at the clock frequency (fl),
A turbidity measuring device comprising: a measurement module including: an illumination module providing a beam of electromagnetic radiation; and a detection module for measuring scattered electromagnetic radiation; a fluidic module operatively coupled to the measurement module, the fluidic module including: a first chamber adapted to receive a liquid; a second chamber in fluid communication with the first chamber, the second chamber including a weir; a third chamber in fluid communication with the second chamber, wherein liquid from the second chamber is adapted to spill into the third chamber via the weir; and wherein a turbidity of the liquid is determined based on (i) an amount of electromagnetic radiation detected by the detection module, and (ii) a flow rate of the liquid spilling from the second chamber to the third chamber, the turbidity measuring device being characterised in that it comprises an inverted substantially U-shaped tube that is positioned within the third chamber and is adapted to excommunicate the liquid from the turbidity measuring device. a measurement module including: an illumination module providing a beam of electromagnetic radiation; and a detection module for measuring scattered electromagnetic radiation; an illumination module providing a beam of electromagnetic radiation; and a detection module for measuring scattered electromagnetic radiation; a fluidic module operatively coupled to the measurement module, the fluidic module including: a first chamber adapted to receive a liquid; a second chamber in fluid communication with the first chamber, the second chamber including a weir; a third chamber in fluid communication with the second chamber, wherein liquid from the second chamber is adapted to spill into the third chamber via the weir; and a first chamber adapted to receive a liquid; a second chamber in fluid communication with the first chamber, the second chamber including a weir; a third chamber in fluid communication with the second chamber, wherein liquid from the second chamber is adapted to spill into the third chamber via the weir; and wherein a turbidity of the liquid is determined based on (i) an amount of electromagnetic radiation detected by the detection module, and (ii) a flow rate of the liquid spilling from the second chamber to the third chamber, the turbidity measuring device being characterised in that it comprises an inverted substantially U-shaped tube that is positioned within the third chamber and is adapted to excommunicate the liquid from the turbidity measuring device.
A steering shaft for a motor vehicle, which steering shaft comprises an outer shaft which is configured as a hollow shaft and in which an inner shaft is arranged coaxially which can be telescoped relative to the outer shaft in the direction of a longitudinal axis of the steering shaft and is connected in a torque-transmitting manner to the outer shaft via at least one rolling body, it being possible for the rolling body to roll in the direction of the longitudinal axis, and said rolling body bearing against the inner shaft and against the outer shaft in a positively locking manner between rolling body raceways (22, 32) in the circumferential direction with regard to a rotation about the longitudinal axis, the steering shaft comprising a securing element which is fixed on the outer shaft and has a coupling section which is arranged between the inner shaft and the outer shaft and via which the inner shaft and the outer shaft can be connected in a torque-transmitting manner, characterized in that the coupling section has at least one transmission body which engages in a loose positively locking connection with regard to a rotation about the longitudinal axis between the rolling body raceways (22, 32) of the inner shaft and the outer shaft.
Hairdressing appliance comprising a portable treatment unit provided with two arms (3, 4) configured to form a clamp provided with two surfaces (5, 6) arranged opposite which allow for the simultaneous clamping of a lock of hair, with the portable treatment unit comprising steam dispersion means configured to disperse steam from a first of the two surfaces towards the second of the two surfaces, with the appliance comprising containment means (9, 10, 10') for the dispersed steam, between the two surfaces (5, 6) pressed one against the other, characterised in that the containment means (9, 10, 10') for the steam are off-centred on the surfaces (5, 6).
A construction consisting of a number of elements (15,22) and of a frame structure in form of a number of bars (1,6) connected to each other and abutting on at least one edge of at least one element (15,22), the frame structure comprises, - at least one first bar with preferably four sides of which at least a first one is formed with at least two first groups of longitudinal first hooks placed at a distance from each other, - at least one angular second bar consisting of a first flange and a second flange and equipped with a second group of longitudinal second hooks which are placed on the first flange and fit into one of the first groups of longitudinal first hooks on the first bar, and - at least one moulding strip placed in the construction between the second flange of the second bar and at least one of the elements (15,22), characterizing in that - the second hooks of the second group of the second bar are either pointing into the direction of the free edge of the first flange or pointing away from the free edge of the first flange, and - the number of hooks (5,10) in the first and second groups (4,9) of hooks (5,10) are at least two hooks (5,10). - at least one first bar with preferably four sides of which at least a first one is formed with at least two first groups of longitudinal first hooks placed at a distance from each other, - at least one angular second bar consisting of a first flange and a second flange and equipped with a second group of longitudinal second hooks which are placed on the first flange and fit into one of the first groups of longitudinal first hooks on the first bar, and - at least one moulding strip placed in the construction between the second flange of the second bar and at least one of the elements (15,22), - the second hooks of the second group of the second bar are either pointing into the direction of the free edge of the first flange or pointing away from the free edge of the first flange, and - the number of hooks (5,10) in the first and second groups (4,9) of hooks (5,10) are at least two hooks (5,10).
A method for testing the adhesion of elastic adhesives or elastic sealing materials on surfaces of components, comprising the following steps: a) applying the adhesive or the sealing material to a component surface of a component; b) attempting, by exerting a peeling force, to detach the applied adhesive or the applied sealing material from the component surface, optionally after curing of the adhesive or the sealing material; and c) assessing the adhesion of the adhesive or of the sealing material based on fractures caused in the adhesive or the sealing material by the exertion of the peeling force on the one hand, and based on the detachment of the adhesive or of the sealing material from the component surface by the exertion of the peeling force on the other hand, wherein prior to and/or during step a), an anti-adhesion material layer is applied to at least two first sub-regions of the component surface, as a result of which the adhesive or the sealing material exhibits poorer adhesion to the component surface and therefore can be detached from the component surface using a lower peeling force than directly from the component surface, and the adhesive or the sealing material in step a) is applied as a continuous material region both to the at least two first sub-regions of the component surface to which the anti-adhesion material layer is and/or was applied, and directly to at least one second sub-region of the component surface, so that the adhesive or the sealing material is in direct contact with the component surface, wherein the adhesive or the sealing material is applied to the component surface in such a way that the adhesive or the sealing material extends in a longitudinal direction of the extension thereof from one of the first sub-regions over one of the second sub-regions to another of the first sub-regions. a) applying the adhesive or the sealing material to a component surface of a component; b) attempting, by exerting a peeling force, to detach the applied adhesive or the applied sealing material from the component surface, optionally after curing of the adhesive or the sealing material; and c) assessing the adhesion of the adhesive or of the sealing material based on fractures caused in the adhesive or the sealing material by the exertion of the peeling force on the one hand, and based on the detachment of the adhesive or of the sealing material from the component surface by the exertion of the peeling force on the other hand,
Formaldehyde-free sizing composition for fibres, in particular mineral fibres, characterized in that it comprises: - at least one non-reducing sugar, - at least one catalyst for the dehydration of the non-reducing sugar, - at least one amine, - and at least one compound comprising activated ethylenic unsaturation(s). - at least one non-reducing sugar, - at least one catalyst for the dehydration of the non-reducing sugar, - at least one amine, - and at least one compound comprising activated ethylenic unsaturation(s).
A polymer composition comprising: - at least one polymer selected from the group consisting of a poly(aryl ether ketone) (PAEK), a poly(aryl ether sulfone) (PAES), a polyarylene sulfide, a polyetherimide, a poly(phenyl ether), and a polyphenylene, and - at least 28 wt. %, based on the total weight of the polymer composition, of at least one additive of formula: R a - Ar- X b where - Ar is an aromatic moiety and is selected from the group consisting of substituted or unsubstituted, aromatic monocyclic or polycyclic group having 5 to 18 carbon atoms, - each of R, identical or different from each other, is selected from the group consisting of a halogen, an hydroxyl, a C1-C18 aliphatic group, a C1-C18 cycloaliphatic group and a C1-C18 aromatic; - a is zero or an integer ranging from 1 to 5; - X is (SO 3 -), (M p+) 1/p or (COO -), (M p+) 1/p in which M p+ is a metal cation of p valence; - b is an integer ranging from 1 to 4. - at least one polymer selected from the group consisting of a poly(aryl ether ketone) (PAEK), a poly(aryl ether sulfone) (PAES), a polyarylene sulfide, a polyetherimide, a poly(phenyl ether), and a polyphenylene, and - at least 28 wt. %, based on the total weight of the polymer composition, of at least one additive of formula: R a - Ar- X b where - Ar is an aromatic moiety and is selected from the group consisting of substituted or unsubstituted, aromatic monocyclic or polycyclic group having 5 to 18 carbon atoms, - each of R, identical or different from each other, is selected from the group consisting of a halogen, an hydroxyl, a C1-C18 aliphatic group, a C1-C18 cycloaliphatic group and a C1-C18 aromatic; - a is zero or an integer ranging from 1 to 5; - X is (SO 3 -), (M p+) 1/p or (COO -), (M p+) 1/p in which M p+ is a metal cation of p valence; - b is an integer ranging from 1 to 4. - Ar is an aromatic moiety and is selected from the group consisting of substituted or unsubstituted, aromatic monocyclic or polycyclic group having 5 to 18 carbon atoms, - each of R, identical or different from each other, is selected from the group consisting of a halogen, an hydroxyl, a C1-C18 aliphatic group, a C1-C18 cycloaliphatic group and a C1-C18 aromatic; - a is zero or an integer ranging from 1 to 5; - X is (SO 3 -), (M p+) 1/p or (COO -), (M p+) 1/p in which M p+ is a metal cation of p valence; - b is an integer ranging from 1 to 4.
A thermo-shrinkable polyester film comprising a first resin layer comprising polyester resin comprising residues of dicarboxylic acid components comprising aromatic dicarboxylic acid, and residues of diol components comprising 4-(hydroxymethyl)cyclohexylmethyl 4'-(hydroxymethyl)cyclohexanecarboxylate, and 4,4-(oxybis(methylene)bis)cyclohexane methanol; and a second resin layer comprising the polyester resin and a UV absorber, formed on at least one side of the first layer.
Sealing system for sealing a sealing gap between an outer casing and a rotor shaft of a rotor of a steam turbine, having a barrier medium wall (2, 3) to create a barrier medium space between the rotor shaft and the outer casing in the region in front of and/or in the sealing gap, wherein the barrier medium wall (2, 3) can be attached to the outer casing, having a barrier medium opening in the barrier medium wall (2, 3) for supplying purified barrier medium from outside into the barrier medium space at a first pressure, having a shaft seal for sealing the barrier medium space with respect to a second space (13, 17) in which a second pressure, smaller than the first pressure, prevails, and a floating ring seal for sealing the barrier medium space with respect to a third space (13, 17) in which a third pressure, smaller than the second pressure, prevails, wherein, at the barrier medium opening, there is arranged a barrier medium line for fluidically connecting the barrier medium space to a purification device of the sealing system which prepares the purified barrier medium.
An article comprising: a substrate comprising a superalloy metal; and a coating on the substrate, wherein the coating comprises a stabilized microstructure including a Magnéli oxide phase that has undergone heat treatment at a temperature between 500°C and 700°C, the Magnéli oxide phase including an oxide of tungsten; and wherein prior to the heat treatment the coating comprises a metastable microstructure comprising an amorphous structure or nanocrystalline structure. a substrate comprising a superalloy metal; and a coating on the substrate, wherein the coating comprises a stabilized microstructure including a Magnéli oxide phase that has undergone heat treatment at a temperature between 500°C and 700°C, the Magnéli oxide phase including an oxide of tungsten; and wherein prior to the heat treatment the coating comprises a metastable microstructure comprising an amorphous structure or nanocrystalline structure.
An electronic device, comprising circuitry, configured to communicate with a terminal device via at least one component carrier, acquire a plurality of positions of the terminal device at different time instants, and determine a candidate component carrier to serve the terminal device as a secondary component carrier together with the at least one component carrier based on the acquired plurality of positions of the terminal device at different time instants, wherein the circuitry is further configured to determine the moving direction and moving speed of the terminal device based on the plurality of positions of the terminal device and determine the candidate component carrier as the secondary component carrier for the terminal device at least based on the moving direction and moving speed of the terminal device and the coverage range of the candidate component carrier. circuitry, configured to communicate with a terminal device via at least one component carrier, acquire a plurality of positions of the terminal device at different time instants, and determine a candidate component carrier to serve the terminal device as a secondary component carrier together with the at least one component carrier based on the acquired plurality of positions of the terminal device at different time instants, wherein the circuitry is further configured to determine the moving direction and moving speed of the terminal device based on the plurality of positions of the terminal device and determine the candidate component carrier as the secondary component carrier for the terminal device at least based on the moving direction and moving speed of the terminal device and the coverage range of the candidate component carrier.