mhurhangee/patent-ind-claim-en huggingface dataset:
A method of compensating for positioning errors in an edging process of a raw-edged finished spectacle lens, the method comprising: - determining centering deviation parameters, the centering deviation parameters being indicative of the occurrence of positioning errors of the raw-edged finished spectacle lens during a fastening process and during a subsequent edging process, and - changing control information with the aid of the determined centering deviation parameters in such a way that the positioning errors of the raw-edged finished spectacle lens are compensated for and/or taken into account, characterized in that - the determination of the centering deviation parameters comprises a calculation of a prism at the fastening point. - determining centering deviation parameters, the centering deviation parameters being indicative of the occurrence of positioning errors of the raw-edged finished spectacle lens during a fastening process and during a subsequent edging process, and - changing control information with the aid of the determined centering deviation parameters in such a way that the positioning errors of the raw-edged finished spectacle lens are compensated for and/or taken into account, characterized in that - the determination of the centering deviation parameters comprises a calculation of a prism at the fastening point.
An electric range, comprising: a case having an inner space and an upper portion being open; a base plate disposed in the inner space to separate the inner space into the upper portion and a lower portion of the case ; a substrate and an air blowing fan in the lower portion of the case , a working coil disposed in the upper portion and on the base plate (108; and an air guide disposed under/below the base plate in the lower portion of the case , the air guide is configured to cover the substrate, and having an inlet disposed at the air blowing fan ; characterised by an elastic supporter disposed between the air guide and the base plate , and configured to elastically support different positions of a lower surface of the base plate . a case having an inner space and an upper portion being open; a base plate disposed in the inner space to separate the inner space into the upper portion and a lower portion of the case ; a substrate and an air blowing fan in the lower portion of the case , a working coil disposed in the upper portion and on the base plate (108; and an air guide disposed under/below the base plate in the lower portion of the case , the air guide is configured to cover the substrate, and having an inlet disposed at the air blowing fan ; characterised by an elastic supporter disposed between the air guide and the base plate , and configured to elastically support different positions of a lower surface of the base plate .
Electrical machine system, having an even number of mechanically and electrically coupled sub-machines (1-4), which have common magnetic portions and common coils (SP1-SP4) and are connected via mechanical gear trains, each sub-machine (1-4) having a rotor, and adjacent sub-machines (1-4) rotating in opposite directions at the same rotational speeds, characterised in that the reverse rotation of adjacent sub-machines (1-4) is achieved by one internal and one external gear (P2, P4 and P1, P3) per machine pair of adjacent sub-machines rotating in opposite directions, the sub-machines (1-4) of a rotational direction group having exclusively internal or external gears, one rotational direction group having a central gear (Z1) that has an external toothing in which the external gears (P1, P3) engage, and the other rotational direction group having a central gear (Z2) that has an internal toothing in which the internal gears (P2, P4) engage, with the gear ratios of the two groups being the same, and in that the coils (SP1-SP4) are connected to form a three-phase winding system having any number of phase windings, preferably a three-phase-winding winding system.
An occupant restraint device comprising: right and left airbags stored inside right and left sides of a seat back of a vehicle seat , the right and left airbags being expanded and deployed on right and left sides of an occupant (P) sitting in the vehicle seat , respectively; right and left tension cloths connected to outer surfaces of the right and left airbags , respectively; characterized in that a lower tension cloth disposed inside a seat cushion of the vehicle seat , the lower tension cloth being continuously connected between a lower part of the right tension cloth and a lower part of the left tension cloth , wherein the lower tension cloth is movable in right and left directions with respect to the occupant (P) sitting in the vehicle seat , and when the right and left airbags are expanded and deployed, the right tension cloth , the left tension cloth , and the lower tension cloth are configured to push the expanded and deployed right and left airbags toward the occupant (P). right and left airbags stored inside right and left sides of a seat back of a vehicle seat , the right and left airbags being expanded and deployed on right and left sides of an occupant (P) sitting in the vehicle seat , respectively; right and left tension cloths connected to outer surfaces of the right and left airbags , respectively; characterized in that a lower tension cloth disposed inside a seat cushion of the vehicle seat , the lower tension cloth being continuously connected between a lower part of the right tension cloth and a lower part of the left tension cloth , wherein the lower tension cloth is movable in right and left directions with respect to the occupant (P) sitting in the vehicle seat , and when the right and left airbags are expanded and deployed, the right tension cloth , the left tension cloth , and the lower tension cloth are configured to push the expanded and deployed right and left airbags toward the occupant (P).
An allosteric enhancing compound of GABA A receptors or a prodrug thereof, wherein the compound is represented by formula : wherein R 1 and R 2 are each independently selected from isopropyl or n-propyl; and when R 1 is n-propyl, R 2 is not isopropyl; wherein, the prodrug has a structure represented by Formula : wherein R 3 and R 4 are each independently selected from and and wherein R 5 is a C 1-4 alkyl. wherein R 1 and R 2 are each independently selected from isopropyl or n-propyl; and when R 1 is n-propyl, R 2 is not isopropyl; wherein, the prodrug has a structure represented by Formula : wherein R 3 and R 4 are each independently selected from and and wherein R 5 is a C 1-4 alkyl.
A 3D printing build material container comprising: a collapsible reservoir to hold build material ; a relatively rigid reinforcement structure to resist collapsing of at least one reinforced portion of the reservoir and to resist a reduction in a volume enclosed or taken up by the reservoir ; a build material outlet structure to allow build material to exit the reservoir; and a gas inlet structure to allow a gas to enter the reservoir, wherein the reservoir comprises a plastics material and the reinforcement structure comprises cardboard. a collapsible reservoir to hold build material ; a relatively rigid reinforcement structure to resist collapsing of at least one reinforced portion of the reservoir and to resist a reduction in a volume enclosed or taken up by the reservoir ; a build material outlet structure to allow build material to exit the reservoir; and a gas inlet structure to allow a gas to enter the reservoir, wherein the reservoir comprises a plastics material and the reinforcement structure comprises cardboard.
A framing system, comprising: a first prism system comprising a plurality of barrel prisms , each having a radius of curvature different from the other barrel prisms in the plurality of barrel prisms, the first prism system configured to receive a circular light beam , position a selected one of the plurality of barrel prisms in the circular light beam passing through the first prism system to form a first rounded rectangular beam having a first desired aspect ratio or to remove all of the plurality of barrel prisms from the circular light beam passing through the first prism system , the first prism system further configured to rotate the selected one of plurality of barrel prisms to obtain a desired orientation of the first rounded rectangular beam; and a second prism system comprising a second barrel prism , the second prism system configured to position the second barrel prism in the light beam passing through the first prism system to modify the light beam passing through the first prism system into a second rounded rectangular beam having a second desired aspect ratio or to remove the second barrel prism from the light beam passing through the first prism system, the second prism system further configured to rotate the second barrel prism to obtain a desired orientation of the second rounded rectangular beam. a first prism system comprising a plurality of barrel prisms , each having a radius of curvature different from the other barrel prisms in the plurality of barrel prisms, the first prism system configured to receive a circular light beam , position a selected one of the plurality of barrel prisms in the circular light beam passing through the first prism system to form a first rounded rectangular beam having a first desired aspect ratio or to remove all of the plurality of barrel prisms from the circular light beam passing through the first prism system , the first prism system further configured to rotate the selected one of plurality of barrel prisms to obtain a desired orientation of the first rounded rectangular beam; and a second prism system comprising a second barrel prism , the second prism system configured to position the second barrel prism in the light beam passing through the first prism system to modify the light beam passing through the first prism system into a second rounded rectangular beam having a second desired aspect ratio or to remove the second barrel prism from the light beam passing through the first prism system, the second prism system further configured to rotate the second barrel prism to obtain a desired orientation of the second rounded rectangular beam.
A combustion-powered fastener driving tool fuel cell adapter comprising: an annular hub including: (a) a tubular body having a tubular waist , (b) first, second, third, and fourth legs integrally connected to and extending downwardly from the tubular waist, the second leg having an inwardly extending lead-in outer chamfer defined by an outer surface , a bottom edge , a first side surface , and a second side surface of the second leg, the fourth leg having an inwardly extending lead-in outer chamfer defined by an outer surface , a bottom edge , a first side surface , and a second side surface of the fourth leg, (c) a first reinforcement member integrally connected to and extending inwardly from the first leg, (d) a second reinforcement member integrally connected to and extending inwardly from the third leg, (e) a first locking member integrally connected to and extending outwardly from the first leg, and (f) a second locking member integrally connected to and extending outwardly from the third leg; an annular locking flange integrally connected to and extending radially outwardly from the hub; and an annular collar integrally connected to and longitudinally extending upwardly from the hub, characterised in that combustion-powered fastener driving tool fuel cell adapter further comprises a flexible suspension integrally connecting the collar to the hub . (a) a tubular body having a tubular waist , (b) first, second, third, and fourth legs integrally connected to and extending downwardly from the tubular waist, the second leg having an inwardly extending lead-in outer chamfer defined by an outer surface , a bottom edge , a first side surface , and a second side surface of the second leg, the fourth leg having an inwardly extending lead-in outer chamfer defined by an outer surface , a bottom edge , a first side surface , and a second side surface of the fourth leg, (c) a first reinforcement member integrally connected to and extending inwardly from the first leg, (d) a second reinforcement member integrally connected to and extending inwardly from the third leg, (e) a first locking member integrally connected to and extending outwardly from the first leg, and (f) a second locking member integrally connected to and extending outwardly from the third leg; an annular locking flange integrally connected to and extending radially outwardly from the hub; and an annular collar integrally connected to and longitudinally extending upwardly from the hub, characterised in that combustion-powered fastener driving tool fuel cell adapter further comprises a flexible suspension integrally connecting the collar to the hub .
A reeling device for the controlled coiling and uncoiling of a cable having a first end that is fixed and a second end that is movable relative to the first end , the cable is unbroken between its first and second ends, the reeling device comprises first and second reels about which the cable is coiled, wherein the first and second reels are coaxial, the first reel is fixed against rotation and axial movement, and the second reel is rotatable about the axis with such rotation causing axial movement of the second reel relative to the first reel .
A performance measurement device for a series of claw-pole generator rotors comprising an excitation power supply connection mechanism, a rotor detection mechanism, a measurement position adjustment mechanism and a pressing mechanism which are sequentially and fixedly arranged; and the rotor detection mechanism comprises a detection box and a support base , an adjusting ring , an axle sleeve which are sequentially arranged in the detection box, the adjusting ring is matched with the axle sleeve hole shaft, the adjusting ring and the axle sleeve are used for positioning different types of tested rotors, and for realizing a series of measurements, characterized in that the rotor detection mechanism is a rotor magnetic field detection mechanism and the detection box comprises a serial slotted guide ring , wherein the support base , the adjusting ring , the axle sleeve and the serial slotted guide ring are sequentially arranged in the detection box, the detection box further comprising a sleeve and in that the said measurement position adjusting mechanism comprises a special shaped spline shaft and its support pedestal and an index plate with adjusting handle , and the index plate is provided with limiting holes, which limiting holes are connected with limiting holes at the outer edge of the sleeve in the lower end through pins.
An interoperability method used by a first home gateway device of a decentralized client equipment , comprising: - receiving from a second home gateway device data sent in accordance with a first IP telephony service, and receiving from a third home gateway device data sent in accordance with a second IP telephony service, the second IP telephony service being distinct from the first IP telephony service and first, second and third home gateway devices being distinct, - converting the data received from the second home gateway device into data in accordance with the second IP telephony service, and converting the data received from the third home gateway device into data in accordance with the first IP telephony service, - transmitting the data converted in accordance with the second IP telephony service to the third home gateway device, and transmitting the data converted in accordance with the first IP telephony service to the second home gateway device. - receiving from a second home gateway device data sent in accordance with a first IP telephony service, and receiving from a third home gateway device data sent in accordance with a second IP telephony service, the second IP telephony service being distinct from the first IP telephony service and first, second and third home gateway devices being distinct, - converting the data received from the second home gateway device into data in accordance with the second IP telephony service, and converting the data received from the third home gateway device into data in accordance with the first IP telephony service, - transmitting the data converted in accordance with the second IP telephony service to the third home gateway device, and transmitting the data converted in accordance with the first IP telephony service to the second home gateway device.
A computer-implemented method, comprising: determining a first location (408-A) at which an instance of a maneuver is initiated by a vehicle ; characterized in that the method further comprises: determining a spatial distance between the first location (408-A) and a stored location that corresponds to the location at which the maneuver should be performed, wherein the stored location is generated based on one or more locations of instances of the maneuver at which one or more vehicles have performed the maneuver; and in response to determining that the spatial distance exceeds a threshold value, transmitting the first location (408-A) to an update application , wherein the update application modifies the stored location based on the first location (408-A) to generate an updated location. determining a spatial distance between the first location (408-A) and a stored location that corresponds to the location at which the maneuver should be performed, wherein the stored location is generated based on one or more locations of instances of the maneuver at which one or more vehicles have performed the maneuver; and in response to determining that the spatial distance exceeds a threshold value, transmitting the first location (408-A) to an update application , wherein the update application modifies the stored location based on the first location (408-A) to generate an updated location.
A conductive lead-free adhesive film, which comprises two or more types of metal particles including at least Cu, and a polymer that has a polydimethylsiloxane structure, wherein at least part of the polymer that has a polydimethylsiloxane structure contains -COOH, -CR x (OH) y , or -NR 2 as a functional group (where R is selected from H, alkyl, or aryl group, and x+y=3), and wherein the metal particles are capable of forming an intermetallic compound.
Wheel removal tool for a toy vehicle wheel , characterized by - a tool base body , - at least one rear-engagement portion which is connected fixedly to the tool base body and is embodied so that the at least one rear-engagement portion during use, in a removal starting position, engages an assigned removal portion of the toy vehicle wheel from behind, - a removal lever which has a supporting portion for supporting the removal lever on a vehicle component fixed on the chassis during use, wherein the removal lever is adjustable relative to the tool base body between -- the removal starting position and -- a removal end position in which, compared with the removal starting position, the at least one rear-engagement portion is displaced relative to the supporting portion in a removal direction . - a tool base body , - at least one rear-engagement portion which is connected fixedly to the tool base body and is embodied so that the at least one rear-engagement portion during use, in a removal starting position, engages an assigned removal portion of the toy vehicle wheel from behind, - a removal lever which has a supporting portion for supporting the removal lever on a vehicle component fixed on the chassis during use, wherein the removal lever is adjustable relative to the tool base body between -- the removal starting position and -- a removal end position in which, compared with the removal starting position, the at least one rear-engagement portion is displaced relative to the supporting portion in a removal direction . -- the removal starting position and -- a removal end position in which, compared with the removal starting position, the at least one rear-engagement portion is displaced relative to the supporting portion in a removal direction .
A method for manufacturing a light absorber, comprising: a first step (S100) of irradiating a resin substrate with an ion beam; a second step (S110) of etching the irradiated resin substrate with an alkaline solution to form an uneven surface on its surface; characterized by : a third step (S120) of forming a transfer body which covers the uneven surface of the etched resin substrate; and a fourth step (S130) of peeling off the transfer body from the resin substrate to obtain a light absorber. a first step (S100) of irradiating a resin substrate with an ion beam; a second step (S110) of etching the irradiated resin substrate with an alkaline solution to form an uneven surface on its surface; characterized by : a third step (S120) of forming a transfer body which covers the uneven surface of the etched resin substrate; and a fourth step (S130) of peeling off the transfer body from the resin substrate to obtain a light absorber. a third step (S120) of forming a transfer body which covers the uneven surface of the etched resin substrate; and a fourth step (S130) of peeling off the transfer body from the resin substrate to obtain a light absorber.
A fuel cell system comprising: - a fuel cell stack - a catalytic reformer - an evaporator for evaporating a mixture of methanol and water to be fed through the catalytic reformer for producing portions of free hydrogen - the fuel cell stack being composed of a number of proton exchange membrane fuel cells each featuring electrodes in form of an anode and a cathode for delivering an electric current, the reaction of free hydrogen into ionic form with contact to the anode being proportional to the flow of electric current between the electrodes - the fuel cell system further comprising a fluid fuel burner for providing heat for heating the system to a temperature level on which the fuel cell system can enter a state of steady current production - a burner fuel evaporator for heating of liquid fuel for the burner, the burner fuel evaporator being arranged in proximity to the burner in such a way that it can absorb energy in form of thermal heat from the burner in order to accelerate the evaporation of liquid fuel into a fine mist of fuel to be led to the burner, for producing thermal heat Characterized in, that the burner fuel evaporator features: a first section forming a pre-evaporator, for partly evaporating the liquid fuel into drops, droplets and mist followed by: a second section forming a nozzle for atomizing the liquid fuel into a fine mist before being passed to the third section being a path for further heating and stabilizing the liquid fuel into its gas phase where the pre-evaporator is formed by at least one well-formed cavity with substantially vertical orientated walls within which cavity is arranged at least one protruding rod, the walls and the at least one protruding rod are forming heating elements for heating the liquid fuel. - a fuel cell stack - a catalytic reformer - an evaporator for evaporating a mixture of methanol and water to be fed through the catalytic reformer for producing portions of free hydrogen - the fuel cell stack being composed of a number of proton exchange membrane fuel cells each featuring electrodes in form of an anode and a cathode for delivering an electric current, the reaction of free hydrogen into ionic form with contact to the anode being proportional to the flow of electric current between the electrodes - the fuel cell system further comprising a fluid fuel burner for providing heat for heating the system to a temperature level on which the fuel cell system can enter a state of steady current production - a burner fuel evaporator for heating of liquid fuel for the burner, the burner fuel evaporator being arranged in proximity to the burner in such a way that it can absorb energy in form of thermal heat from the burner in order to accelerate the evaporation of liquid fuel into a fine mist of fuel to be led to the burner, for producing thermal heat