mhurhangee/ep-ind-claims huggingface dataset:
A cleaner comprising: a housing to house a fan motor configured to generate a suction force, and a dust collecting chamber (81, 82) configured to collect foreign substances; a suction head having an air flow path, the suction head couplable to the housing to and configured to guide the foreign substances along the air flow path, using the suction force generated by the fan motor, from a surface to be cleaned to the dust collecting chamber (81, 82); a neck disposed between the suction head and the housing and configured to connect the suction head to the housing, the neck rotatable with respect to the suction head and couplable to and decouplable from the housing; a switch device disposed on one side of the neck to allow the neck and the housing to be couplable to and decouplable from each other; and a rotating body rotatably couplable to the neck and configured to lock the switch device while the neck is at a first position with respect to the suction head and unlock the switch device while the neck is at a second position with respect to the suction head. a housing to house a fan motor configured to generate a suction force, and a dust collecting chamber (81, 82) configured to collect foreign substances; a fan motor configured to generate a suction force, and a dust collecting chamber (81, 82) configured to collect foreign substances; a suction head having an air flow path, the suction head couplable to the housing to and configured to guide the foreign substances along the air flow path, using the suction force generated by the fan motor, from a surface to be cleaned to the dust collecting chamber (81, 82); a neck disposed between the suction head and the housing and configured to connect the suction head to the housing, the neck rotatable with respect to the suction head and couplable to and decouplable from the housing; a switch device disposed on one side of the neck to allow the neck and the housing to be couplable to and decouplable from each other; and a rotating body rotatably couplable to the neck and configured to lock the switch device while the neck is at a first position with respect to the suction head and unlock the switch device while the neck is at a second position with respect to the suction head.
In a local area augmentation system, a system for detecting a low-power condition comprising: a receiver operative to receive at least one global positioning satellite radio signal; a wide band power estimator operative to measure an average wide band power of the global positioning satellite radio signal; a narrow band power estimator operative to measure an average narrowbandpower of the global positioning satellite radio signal; a signal-to-noise ratio module operative to calculate a signal-to-noise ratio from the estimated wide band power and the estimated narrow band power, the signal-to-noise ratio module further comprising confidence limit logic operative to determine a lower confidence limit of the signal-to-noise ratio by subtracting a confidence offset from the signal-to-noise ratio; and a low-power error module operative to calculate, from the lower confidence limit of the signal-to-noise ratio, an error contribution attributable to a low-power condition. a receiver operative to receive at least one global positioning satellite radio signal; a wide band power estimator operative to measure an average wide band power of the global positioning satellite radio signal; a narrow band power estimator operative to measure an average narrowbandpower of the global positioning satellite radio signal; a signal-to-noise ratio module operative to calculate a signal-to-noise ratio from the estimated wide band power and the estimated narrow band power, the signal-to-noise ratio module further comprising confidence limit logic operative to determine a lower confidence limit of the signal-to-noise ratio by subtracting a confidence offset from the signal-to-noise ratio; and a low-power error module operative to calculate, from the lower confidence limit of the signal-to-noise ratio, an error contribution attributable to a low-power condition.
A Universal Serial Bus, USB, Type-C connector, comprising at least one first conductive terminal and at least one second conductive terminal; wherein a first electroplated layer is disposed on an outer surface of the first conductive terminal; wherein a second electroplated layer is disposed on an outer surface of the second conductive terminal; characterized in that on potential of the first conductive terminal is higher than on potential of the second conductive terminal; corrosion resistance of the first electroplated layer is higher than corrosion resistance of the second electroplated layer; the first conductive terminal is VBUS pin, CC pin or SBU pin; the first electroplated layer includes platinum group metal; and the second electroplated layer includes a material which is different from a material of the first electroplated layer. wherein a first electroplated layer is disposed on an outer surface of the first conductive terminal; wherein a second electroplated layer is disposed on an outer surface of the second conductive terminal; characterized in that on potential of the first conductive terminal is higher than on potential of the second conductive terminal; corrosion resistance of the first electroplated layer is higher than corrosion resistance of the second electroplated layer; the first conductive terminal is VBUS pin, CC pin or SBU pin; the first electroplated layer includes platinum group metal; and the second electroplated layer includes a material which is different from a material of the first electroplated layer.
An integrated vacuum system, said integrated vacuum system comprising a plurality of components including a plurality of vacuum pumps (24, 26, 28); and control circuitry, said plurality of components being mounted on a support frame, said support frame comprising a base comprising a substantially rectangular cross section, at least four legs extending from each corner of said base and cross pieces extending between said legs, said support frame further comprising a kit for converting the support frame from a static to a movable support frame, said kit comprising: at least one frame lifting mechanism (34, 36) mounted within said support frame, said at least one frame lifting mechanism (34, 36) comprising: a movable element movably mounted to said frame and comprising at least one support portion extending from a lower surface of said movable element when said movable element is mounted to said frame; an extendible member extending between said movable element and a static member mounted on said frame, said extendible member being movable between a compressed state and an extended state; wherein said movable element is mounted to said frame such that on extension of said extendible member said movable element is pushed downwards and said at least one support portion moves below a base of said frame and provides a lifting force to said frame. a movable element movably mounted to said frame and comprising at least one support portion extending from a lower surface of said movable element when said movable element is mounted to said frame; an extendible member extending between said movable element and a static member mounted on said frame, said extendible member being movable between a compressed state and an extended state; wherein said movable element is mounted to said frame such that on extension of said extendible member said movable element is pushed downwards and said at least one support portion moves below a base of said frame and provides a lifting force to said frame.
Overhead conveyor for slaughter animals, comprising hooks for suspending the slaughter animals, a transport rail on which the hooks are slidably carried and guided, and an endless, driveable conveyor means guided parallel to the transport rail and having carrier dogs arranged thereupon in spaced relationship to one another for the conveying carriage of the hooks, characterised in that the conveyor means is a cable, that the carrier dogs each have at least one bracket oriented towards the transport rail, and that in the conveying sections of the cable that forms the conveyor means the carrier dogs are adapted to be guided by forced-guiding means in such a manner that their bracket is oriented towards the transport rail.
Digital terrestrial TV reception antenna comprising a plurality of reflector elements arranged on two converging geometric planes (α,β) and a dipole arranged in the bisector (θ) of said geometric planes (α,β), the antenna comprising a plurality of reflector elements in a central area which, instead of being arranged on said converging geometric planes (α,β), are arranged at points closer to the dipole, wherein the reflector elements (2,3) are arranged symmetrically with respect to the bisector (θ) of the converging geometric planes (α,β), and wherein the reflector elements of the central area are arranged on a curved geometric surface (ψ), characterized in that said curved geometric surface (ψ) has a cross-section in the form of an arc of an oval, said curved geometric surface (ψ) being convex with respect to the dipole.
A hybrid converter of solar energy, the converter comprising: - a selective concave mirror configured to focus solar radiation; - a thermoelectric module located at a focus point of the selective concave mirror; - a radiator for cooling the working liquid flow adjacent to a cold surface of the thermoelectric module; and - a set of photovoltaic cells; the converter being characterized in that: - the selective concave mirror is made of a semiconductor coating applied on the inner, transparent surface of a glass pipe, in the range of a central angle (ω) smaller than 90 0, wherein the bisector of the concave mirror is directed at the thermoelectric module, mounted in a geometric axis of the pipe, and wherein the thermoelectric module has its hot surface coated with an infrared absorber and its cold surface connected with the radiator; - the selective concave mirror is reflective for infrared radiation of electromagnetic waves of wavelength greater than 1,1 μm and is transparent to ultraviolet, visible and near-infrared radiation of wavelength from 0,72 to 1,1 μm; and - the photovoltaic cells cover at least a section of the surface of the selective concave mirror opposite to the focus point of the selective concave mirror on the external surface of the pipe, in the range of the central angle (ω) of the concave mirror. - a selective concave mirror configured to focus solar radiation; - a thermoelectric module located at a focus point of the selective concave mirror; - a radiator for cooling the working liquid flow adjacent to a cold surface of the thermoelectric module; and - a set of photovoltaic cells; - the selective concave mirror is made of a semiconductor coating applied on the inner, transparent surface of a glass pipe, in the range of a central angle (ω) smaller than 90 0, wherein the bisector of the concave mirror is directed at the thermoelectric module, mounted in a geometric axis of the pipe, and wherein the thermoelectric module has its hot surface coated with an infrared absorber and its cold surface connected with the radiator; - the selective concave mirror is reflective for infrared radiation of electromagnetic waves of wavelength greater than 1,1 μm and is transparent to ultraviolet, visible and near-infrared radiation of wavelength from 0,72 to 1,1 μm; and - the photovoltaic cells cover at least a section of the surface of the selective concave mirror opposite to the focus point of the selective concave mirror on the external surface of the pipe, in the range of the central angle (ω) of the concave mirror.
An aircraft control structure for an aircraft, wherein the aircraft control structure is a spoiler having: a side wall; a first outer surface coupled to the side wall; a second outer surface coupled to the side wall and opposite the first outer surface; wherein, in use, the first and second outer surface correspond to upper and lower aerodynamic surfaces of the spoiler and are directly exposed to ambient air during flight of the aircraft; a first stiffening web extending between the first outer surface and the second outer surface, the first stiffening web extending at least partially around a first aperture formed in the first outer surface to define a first stiffening recess; a second stiffening web extending between the first outer surface and the second outer surface, the second stiffening web extending at least partially around a second aperture formed in the first outer surface or the second outer surface to define a second stiffening recess; a first skin plate sized to extend over the first stiffening recess and shaped conformally with the first aperture, wherein the first skin plate is joined to the first stiffening web at a first friction stir welded seam; and a second skin plate sized to extend over the second stiffening recess and shaped conformally with the second aperture, wherein the second skin plate is joined to the second stiffening web at a second friction stir welded seam. a side wall; a first outer surface coupled to the side wall; a second outer surface coupled to the side wall and opposite the first outer surface; wherein, in use, the first and second outer surface correspond to upper and lower aerodynamic surfaces of the spoiler and are directly exposed to ambient air during flight of the aircraft; a first stiffening web extending between the first outer surface and the second outer surface, the first stiffening web extending at least partially around a first aperture formed in the first outer surface to define a first stiffening recess; a second stiffening web extending between the first outer surface and the second outer surface, the second stiffening web extending at least partially around a second aperture formed in the first outer surface or the second outer surface to define a second stiffening recess; a first skin plate sized to extend over the first stiffening recess and shaped conformally with the first aperture, wherein the first skin plate is joined to the first stiffening web at a first friction stir welded seam; and a second skin plate sized to extend over the second stiffening recess and shaped conformally with the second aperture, wherein the second skin plate is joined to the second stiffening web at a second friction stir welded seam.
Method for splicing a leading end and a trailing end of a tire component together, wherein the method comprises the steps of: a) splicing the leading end and the trailing end together along a splice path extending across the tire component, in a splice direction from a first side of the tire component towards a second side of the tire component opposite to the first side; and b) prior to the splicing, forming a preliminary joint between the leading end and the trailing end at a preparatory splice position along the splice path; wherein the preparatory splice position is spaced apart from the first side. a) splicing the leading end and the trailing end together along a splice path extending across the tire component, in a splice direction from a first side of the tire component towards a second side of the tire component opposite to the first side; and b) prior to the splicing, forming a preliminary joint between the leading end and the trailing end at a preparatory splice position along the splice path;
A bicycle floor rack comprising - a resting base with a positioning opening for a wheel of a bicycle or the like, - a fall arrester fork, which is extended upward, in an active configuration, from said resting base, and is adapted to prevent the lateral fall of a wheel inserted therein, said fall arrester fork being pivoted to said base and designed to be arranged either in an inactive configuration, lowered onto the resting base, or in the active configuration, rotated upward, - reversible means for locking said fall arrester fork in the active configuration being provided, characterized in that said reversible means for locking said fall arrester fork in the active configuration comprise a first slider that is arranged to slide on tubular elements (14, 15) of the fork and comprises a rotation-preventing tab adapted to be inserted in a reversible manner in a complementarily shaped seat formed on a first front wall of the resting base. - a resting base with a positioning opening for a wheel of a bicycle or the like, - a fall arrester fork, which is extended upward, in an active configuration, from said resting base, and is adapted to prevent the lateral fall of a wheel inserted therein, said fall arrester fork being pivoted to said base and designed to be arranged either in an inactive configuration, lowered onto the resting base, or in the active configuration, rotated upward, - reversible means for locking said fall arrester fork in the active configuration being provided,
A method for real-time feeder reconfiguration for load balancing of transformers and feeders by means of load transfer from an overloaded transformer or feeder to an adjacent transformer or feeder comprising the steps of; a. obtaining a System Load Index of a power distribution system and load indices of transformers and feeders; b. optimizing an objective function formulated as a function of SLI and load indices; and c. obtaining the load balance by transferring load optimally to align the load indices of transformer and feeder with the SLI; wherein the SLI is equal to a total load in the power distribution system divided by a total capacity in the power distribution system; and, wherein load indices of transformers and feeders are, respectively, an actual load in each transformer or feeder; and wherein, optimizing the objective function comprises the steps of- a. defining the objective function as a sum of squares of a load deviation of transformers and/or feeders; b. minimizing the said objective function to determine optimal operating states such as open or closed states of isolating devices capable of load break and load pick up; and c. changing the open positions of isolating devices subject to constraints of transformer and feeder capacities to avoid an overload condition for uniform and balanced distribution of load. a. obtaining a System Load Index of a power distribution system and load indices of transformers and feeders; b. optimizing an objective function formulated as a function of SLI and load indices; and c. obtaining the load balance by transferring load optimally to align the load indices of transformer and feeder with the SLI; wherein a. defining the objective function as a sum of squares of a load deviation of transformers and/or feeders; b. minimizing the said objective function to determine optimal operating states such as open or closed states of isolating devices capable of load break and load pick up; and c. changing the open positions of isolating devices subject to constraints of transformer and feeder capacities to avoid an overload condition for uniform and balanced distribution of load.
A method of determining an imaging protocol, the method comprising: receiving, via a user-interface, a scan request including a region-of-interest definition, wherein the region-of-interest definition includes at least one selected from the group consisting of a single tooth, a range of teeth, a jaw, both jaws, and a whole dentition and temporomandibular joint; storing the scan request in a memory of a controller, wherein the controller is communicatively coupled to the user-interface via a network; determining, via said controller and based on the scan request, an imaging protocol, wherein the determining the imaging protocol includes determining a field-of-view based on the region-of-interest definition, the field-of-view including at least one selected from the group consisting of a field-of-view size and a field-of-view position; and performing, via an imaging device, a scan of a patient based on the imaging protocol; wherein the imaging protocol is automatically determined by the controller based on the type of imaging device used, the imaging device being one of a plurality of imaging devices. receiving, via a user-interface, a scan request including a region-of-interest definition, wherein the region-of-interest definition includes at least one selected from the group consisting of a single tooth, a range of teeth, a jaw, both jaws, and a whole dentition and temporomandibular joint; storing the scan request in a memory of a controller, wherein the controller is communicatively coupled to the user-interface via a network; determining, via said controller and based on the scan request, an imaging protocol, wherein the determining the imaging protocol includes determining a field-of-view based on the region-of-interest definition, the field-of-view including at least one selected from the group consisting of a field-of-view size and a field-of-view position; and performing, via an imaging device, a scan of a patient based on the imaging protocol;
Energy production device comprising: - a frame; - a body fixed to the frame and being arranged to move with respect to the frame; - first and second aligned input shafts (5, 6) projecting from two opposite faces of the body; - a third input shaft aligned with an output shaft, the direction of the third input shaft and the Z output shaft being perpendicular to the direction of the first and second input shafts (5, 6); - mechanical connection means at the proximal end of each of the shafts (5, 6, 7, 8) which is within the body, said mechanical connection means operating with a transmission system within the body so that any rotation movement on any of the input shafts (5, 6, 7) is converted into a unidirectional rotation movement on the output shaft; - a distal end of the third input shaft being fixed to the frame; - a bearing fixed on said frame, into which the distal end of the output shaft is freewheeling; - a first pendulum mounted on a bearing at the distal end of the first input shaft (5, 6) to pivot around the first input shaft (5, 6); and - a second pendulum mounted on a bearing at the distal end of the second input shaft (5, 6) to pivot around the second input shaft (5, 6), - an alternator connected to the output shaft to convert the unidirectional movement of the output shaft into electricity; and - external electrical connection means on the outside surface of the frame electrically connected to the alternator to permit electricity generated by the energy production device to be used. - a frame; - a body fixed to the frame and being arranged to move with respect to the frame; - first and second aligned input shafts (5, 6) projecting from two opposite faces of the body; - a third input shaft aligned with an output shaft, the direction of the third input shaft and the Z output shaft being perpendicular to the direction of the first and second input shafts (5, 6); - mechanical connection means at the proximal end of each of the shafts (5, 6, 7, 8) which is within the body, said mechanical connection means operating with a transmission system within the body so that any rotation movement on any of the input shafts (5, 6, 7) is converted into a unidirectional rotation movement on the output shaft; - a distal end of the third input shaft being fixed to the frame; - a bearing fixed on said frame, into which the distal end of the output shaft is freewheeling; - a first pendulum mounted on a bearing at the distal end of the first input shaft (5, 6) to pivot around the first input shaft (5, 6); and - a second pendulum mounted on a bearing at the distal end of the second input shaft (5, 6) to pivot around the second input shaft (5, 6), - an alternator connected to the output shaft to convert the unidirectional movement of the output shaft into electricity; and - external electrical connection means on the outside surface of the frame electrically connected to the alternator to permit electricity generated by the energy production device to be used.